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moisture.IQ User`s Manual 9 MB

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1. Sample Outlet Figure 1 A Typical Moisture Sample System Note The actual sample system design is dependent on the application requirements moisture IQ User s Guide 5 Chapter 1 Installation and Wiring 1 6 0 Oxygen Sample Systems Oxygen sample systems are required and can be ordered from GE for bench or wall mounting You can also build your own sample system by using the following guidelines IMPORTANT The GE warranty will be voided if the sample system does not have a relief valve The basic sample system requirements are as follows see Figure 2 below e The oxygen cell requires a sample gas flow of 0 5 to 1 LPM 1 to 2 SCFH The gas pressure in the sample cell must be between 0 0 and 1 0 psig The pressure must not exceed 1 0 psig A 10 psig pressure relief valve installed upstream of the oxygen cell is required to prevent over pressure e A flow meter is required to measure the flow A pressure gauge is required to measure the pressure A flow regulating or needle valve is required and should be located upstream of the sample cell A pressure regulator is required for sample gas supplies of 50 psig or greater If a sample pump is required to draw a sample to the oxygen cell the pump should be installed dow
2. Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Pressure Bar 556 5656 32 bit float RO Read Input 2 absolute 0x04 Pressure Atm 558 5658 32 bit float RO Read Input 2 0x04 Pressure PSla 560 5660 32 bit float RO Read Input 2 0x04 Pressure PSlg 562 5662 32 bit float RO Read Input 2 0x04 Pressure 564 5664 32 bit float RO Read Input 2 mm Hg 0x04 Pressure FP 566 5666 32 bit float RO Read Input 2 0x04 Oxygen PPM 570 5670 32 bit float RO Read Input 2 0x04 Oxygen PPB 572 5672 32 bit float RO Read Input 2 0x04 Oxygen 574 5674 32 bit float RO Read Input 2 Percent 0x04 Oxygen HA 576 5676 32 bit float RO Read Input 2 0x04 Aux A 580 5680 32 bit float RO Read Input 2 0x04 Aux A scaled 582 5682 32 bit float RO Read Input 2 0x04 Aux B 584 5684 32 bit float RO Read Input 2 0x04 Aux B scaled 586 5686 32 bit float RO Read Input 2 0x04 User Function 1 590 5690 32 bit float RO Read Input 2 0x04 User Function 2 592 5692 32 bit float RO Read Input 2 0x04 User Function 3 594 5694 32 bit float RO Read Input 2 0x04 User Function 4 596 5696 32 bit float RO Read Input 2 0x04 10000 System Serial 0 10000 16 byte string RO Read Input 8 Number 0x04 System 2 10002 16 byte string RO Read Input 8 Firmware 0x04 Version 148 moisture IQ
3. UOHDINBYUOI Hy ainjsiou SUUDYI Z UOYDINBUOJ Hy ainjsioui SUUDYI L DIVA WADA 82 2I ON 2 ON Gr BB e STE WaN Tna 9 5 H9 S SINGO Oresnysiow y DIVNOVADON 82 ZI IN 2 ON E E E 88 Se aasa sevsa 25254 mom aua 9 5 Y HI 8 IINDOM 2T Ho VIIGON o o ue PA Figure 81 moisture IQ Wiring Rear View Channel Configuration Dwg 702 1542B SH 2 moisture IQ User s Guide 112 Appendix B Wiring Diagrams B 3 Power Wiring 40813348 owaswosioNoa ZySb ZOL Gaav euoowo wc Sow wise acus ONIJIM 33MOd JOOYANOISO 1dX3 3 JOOAJAJHIVIM TINN Ov
4. Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Hygro g m 3 124 5224 32 bit float RO Read Input 2 0x04 Hygro 126 5226 32 bit float RO Read Input 2 mg m 3 0x04 Hygro Vapor 128 5228 32 bit float RO Read Input 2 Pressure kPa 0x04 Hygro Vapor 130 5230 32 bit float RO Read Input 2 Pressure 0x04 mm Hg Hygro MH FH 132 5232 32 bit float RO Read Input 2 0x04 Temperature 134 5234 32 bit float RO Read Input 2 C 0x04 Temperature 136 5236 32 bit float RO Read Input 2 F 0x04 Temperature 138 5238 32 bit float RO Read Input 2 Kelvin 0x04 Temperature 140 5240 32 bit float RO Read Input 2 Rankine 0x04 Pressure kPa 142 5242 32 bit float RO Read Input 2 gauge 0x04 Pressure Mpa 144 5244 32 bit float RO Read Input 2 gauge 0x04 Pressure Pa 146 5246 32 bit float RO Read Input 2 gauge 0x04 Pressure Bar 148 5248 32 bit float RO Read Input 2 gauge 0x04 Pressure kPa 150 5250 32 bit float RO Read Input 2 absolute 0x04 Pressure MPa 152 5252 32 bit float RO Read Input 2 absolute 0x04 Pressure Pa 154 5254 32 bit float RO Read Input 2 absolute 0x04 Pressure Bar 156 5256 32 bit float RO Read Input 2 absolute 0x04 Pressure Atm 158 5258 32 bit float RO Read Input 2 0x04 Pressure PSla 160 5260 32 bit float RO Read Input 2
5. 1 SYSTEM SHOWN WITH TWO 3 CHANNEL MODULES INSTALLED 2 DIMENSIONS MM 3 WEIGHT 11 3 KG 25 0 LB REAR VIE PANEL MOUNT CONFIGURATION IEW DC POWER UNIT Figure 9 Panel Mount Configuration Dwg 712 1889 revA SH 3 of 3 CSS 0011 Rev C 5 of 10 Certification amp Safety Statements for the moisture IQ Hygrometer September 2015 Installation cont REVISIONS DESCRIPTIONS DWN CKD APVD RELEASED TO ECO CONTROL ACB 01 06 15 ACE AS DD 4 22 15 CONDUIT ENTRIES UPDATED oslos ACB 06 26 15 Jo 06 26 15 moisture IQ 27783079 X 1 094 031 N NOTES l DIMENSIONS IN MM 2 WEIGHT 55 LB 24 9 KG cta MOUNTING BRACKET L HORIZONTAL ORIENTATION OPTIONAL 5477 21 56 469 9 18 50 469 9 18 50 A 1032 4X D406 MOUNTING BRACKET FOOTPRINT ADJUSTABLE IF MOUNTING BRACKET ORIENTATION IS ADJUSTED ENSURE SEALING WASHERS FLAT WASHERS AND NUTS ARE PUT BACK IN PLACE AND TIGHTENED TO 200 IN LB 22 6 NM 5477 21 56 UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHES GE Infrastructure Sensing Inc 1100 Technology Park Dr
6. Figure 75 Electrolyte Level for the Delta F Oxygen Cell 7 1 2 Replenishing the Electrolyte Once the oxygen cell receives the initial charge of electrolyte you should monitor the level regularly DO NOT let the fluid level drop below the MIN level mark on the window contact with the skin or the eyes Follow proper procedures for handling the caustic potassium WARNING The electrolyte contains a strong caustic component and can be harmful if it comes in A hydroxide solution Consult your company safety personnel To raise the fluid level in the reservoir add DISTILLED WATER slowly in small amounts Check the level as you add the distilled water making sure you do not overfill the reservoir The electrolyte mixture should cover approximately 60 of the level indicator window 86 moisture IQ User s Guide Chapter 7 Maintenance 7 2 Replacing and Recalibrating Moisture Probes For maximum accuracy you should send moisture probes back to the factory for recalibration every six months to one year depending on the application Under severe conditions you should send the probes back for recalibration more frequently in milder applications you do not need to recalibrate probes as often Contact a GE applications engineer for the recommended calibration frequency for your application When you receive new or recalibrated probes be sure to install and connect them as described in Configuring the Probes on page
7. 10 Alarms Faults nctiica a TEE RO EARS 95 Menu Map ses ivan SSSR A DEEP EARS 108 Range Error Response 2 3 sse sv Sone vakas 53 DELIRO po A a kto rama a e de 51 Specifications aie e I EN ate eek 95 100 Testing eska kes IVA Goes UN NOE UE 52 Analog Outputs see Outputs Auto Cal Sessa 63 Specifications o edu xi SKA a Rees 99 B Background Gas Correction Factors aida pd kudos ke kaa lnla 90 Oxveemcell hou essa rd pe toti bro d 89 Bolle ss oe S au dd edis CUR eT RAN 38 C Cable BON e atta e a aTa 21 Cables Cable EROR o SS eem DART aU Ee I 21 Installation Restrictions 2 Length ss vas kalka e ANNA 21 Calibration Auto Cal Schedule 5 32242 stos rktada 63 Delta F Oxygen Cell ois sis sss errata 87 PIODSS bes S DS Co A la ho S to 87 Ranges ey ev iste ka lo kalo p RU E UE 96 Remmdelc sesto es For had ERA 43 Calibration Data Sheet Probes 64 Cancel Bullon vov sx ea eC EM E E 33 Chassis Updating Firmware 115 Cheek Button 533 oa Ss ekarto a en e 33 Common Problems var a EA RR 93 Communications Fihernet AN meg ses sz evo ka se suba 75 Menu Map us ss semis i a UE 110 Modbus RTU oum ae RAE X iea 74 moisture IQ User s Guide Index Serial PORC io xv ox HU ch UR RS Cg 73 Setting Up A cata eU E REUS 713 VNG SORVETE zo ti 80 Configuration MONU 225 ADUS A LIAN E E a SNO 57 Probes saga A da REN A EVEN RA 58 Connections Electrical 1 E tn tees 14 Oxygen Cell
8. JOOAANOISO ldX3 2 JOOYAJAJHIVIM INN IA INNOW TANVd 3 INNOW HON38 INNOW Oval LINN OG Figure 82 moisture IQ Wiring Power Wiring Dwg 702 1542B SH 3 113 moisture IQ User s Guide Appendix B Wiring Diagrams B 4 RS 485 Wiring Pin 5 Ground Pin 2 Inverting RS 485 Half Duplex Pin 8 Non Inverting RS 485 Half Duplex Figure 83 RS 485 Wiring 114 moisture IQ User s Guide Appendix C Updating the moisture IQ Firmware Appendix C Updating the moisture IQ Firmware C 1 Updating the Chassis Firmware 1 Power on the moisture IQ Load the updated firmware into the UPDATE folder on the USB flash drive Plug the USB flash drive with the software update into the moisture IQ see Figure 84 for Rack Bench Panel Mount Figure 85 for Weatherproof Explosion Proof moisture IQ User s Guide 115 Appendix C Updating the moisture IQ Firmware C 1 Updating the Chassis Firmware cont 4 From the main screen tap the Settings button see Figure 86 below Chi Dewpoint 110 00 ec Data Under Range Settings Outputs Alarms 110 00 s Configuration Logger Data Under Range Gh DewPont Help 110 00 ec m Data Under Range Figure 86 Settings Button on the Main Screen 5 In the Service section see Figure 87 below tap the Software Update button If the Software Update button is grayed out check to ensure that the USB flash drive is properly plugged i
9. Electrolyte reservoir Electrolyte level window Sample gas 205 inlet 52 1 1 Sample gas outlet 5 00 MAX 127 0 MAX Figure 3 Oxygen Cell Dimensions 8 moisture IQ User s Guide Chapter 1 Installation and Wiring 18 Installing the Probes After you mount the sample system you must insert the moisture probes into the sample cells In addition you must check prepare and connect any installed oxygen cells to the gas line 1 8 1 Moisture Probes GE Moisture Image Series MIS and M Series moisture probes have 3 4 inch 16 straight threads with an O ring seal to the secure probes into the sample system or directly into the process line Other fittings are available for special applications CAUTION If mounting the moisture probes directly into the process line you must consult GE for proper installation instructions and precautions Moisture probes are usually installed into a sample system The sample system protects the probes from coming into contact with damaging elements in the process Moisture probes are installed into a cylindrical shaped container called the sample cell which is included as part of your sample system The sample cell is identified by a label on the sample system plate To install a moisture probe
10. Note Hygro M Series MIS Probe MIS Constant Value kH or M Series with Computer Enhanced Response M CER Only M Series PR probes will work with Computer Enhanced Response On the main display the measurement label will appear in blue Temp MISP2 MIS M Series or Constant Value kT Pressure MIS Aux 1 Aux 2 or Constant Value kP Oxygen GEO1 GEO9 O2 Percent PPM O2 Parts per Million PPB O2 Parts per Billion see Configuring Delta F Oxygen Sensor Probes on page 61 for details Aux 1 mA current Volts voltage Aux 2 mA current Volts voltage IMPORTANT Activating probes that are not physically connected to the meter will result in error messages and slow 58 performance moisture IQ User s Guide Chapter 5 Using the Configuration Menu 5 1 1 The Probe Configuration Screen cont Table 8 Available Measurement Modes and Units Selected Measurement Displayed Displayed Mode Unit Description Measurement Mode Units Oxygen 96 Percent Oxygen default Oxygen 96 PPM Parts Per Million Oxygen PPM PPB Parts Per Billion Oxygen PPB u Microamps Diagnostic Mode Oxygen u Hugrometry DP C Dew Frost Point Degrees Celsius default Dew Point E DP F Dew Frost Point Temperature Fahrenheit Dew Point F PPMv Parts per Million of Water by Volume H20 PPMv PPBv Parts per Billion of
11. The Notifications Setup menu see Figure 39 below allows you to specify how often the moisture IQ will display calibration reminders Notifications Setup Calibration Reminder 12 Months Figure 39 The Notifications Setup Screen e Tap the Calibration Reminder button to open a drop down list of options for selecting the interval None 6 Months 12 Months 18 Months or 24 Months between automated reminder notifications e After completing your selection either tap the Check button to save your changes or tap the Cancel button to discard the changes and keep the original settings In either case you will be returned to the Settings Menu moisture IQ User s Guide 45 Chapter 3 Using the Settings Menu 3 8 Fault Alarm Setup The Fault Alarm Setup menu see Figure 40 below allows you to specify how the moisture IQ dedicated fault alarm relay responds to a fault condition and it lists the source of any current fault conditions Fault Alarm Setup In Case of Fault Energized 1 Figure 40 The Fault Alarm Setup Screen e Tap the In Case of Fault button to toggle between the Energized and DeEnergized options This selection determines whether the relay is Energized or DeEnergized fail safe operation when a fault condition is detected The source of a fault is displayed in the fault list in Figure 40 above Note The fault alarm relay is tripped whenever any sensor is open shorted or disconnected It will also trip when
12. Billerica MA 01821 USA Ej THIRD ANGLE PROJECTION TITLE DRAWN ACB 01 06 15 APPD D DRAPER 2722115 Por COPYRIGHT 2015 ENERAL ELECTRIC CO CHECKED ABRINDLE AAAS SALES OUTLINE DRAWING moisture IQ SS WP INSTALLAT CERT CONTAINS PROPRIETARY INFORMATION OF GENERAL ELECTRIC CO AND MAY NOT BE ELECTRIC CO ac DRAWING NUMBER PROPRIETARY INFORMATION THIS DRAWING VIEWED OR DISCLOSED TO OTHERS EXCEPT RN 7813 GENERATED USING SOLIDWORKS 712 2126 B REV B WITH THE WRITTEN PERMISSION OF GENERAL MODEL NO moisture lQ DO NOT SCALE DWG Figure 10 SS WP Installation Outline Drawing Dwg 712 2126 revB SH 1 of 1 REVISIONS DESCRIPTIONS DWN SHEET 10F 1 APVD RELEASED TO ECO CONTROL ACB 04 08 15 DD 412215 o X 24X COVER BOLTS A ES 4 10X 1 2 14 NPT ENTRIES L DMOVOVO J 19000007 2x 3 4 14 NPT ENTRIES LA 4X MOUNTING LUG NOTES 1 DIMENSIONS IN MM 2 WEIGHT 250 LB 113 6 KG ORIENTATION OPTIONAL s43 1 J 2138 339 9 13 38 MOUNTING LUG FOOTPRINT ADJUSTABLE UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN INCHE
13. ENER Connector Figure 14 Moisture Image Series Probe MISP Assembly CAUTION The MISP2 probe has an integral set of electronics permanently attached see Figure 15 below Do not attempt to separate an MISP2 probe from its electronics Figure 15 MISP2 Probe moisture IQ User s Guide 19 Chapter 1 Installation and Wiring 1 936 Moisture Image Series Probes cont If the Moisture Image Series probe requires assembly complete that task before proceeding Then connect the probe cable to the terminal block labeled MIS on the back panel of the electronics unit see Figure 16 below You can connect the Moisture Image Series Probe to any channel However if you are also using other sensors such as M Series probes be sure to connect the Moisture Image Series probe to an unassigned channel IMPORTANT Check the Calibration Data Sheets of all installed sensors to determine which channels already have probes assigned to them MIS Probe Connections Module A CH1 Module A CH2 Module A CH3 come EE moisture eit MOOUEA CHE Figure 16 MIS Probe Connections Note Additional MIS probes may be connected to CH4 CH5 and CH6 in the Module B connector group on the right side of the back panel After you make the back panel connections connect the other end of the probe cable to the Moisture Image Series probe per the wir
14. mesuelg 77 ENCLOSURE DETAILS MANUFACTURER CERTIFICATION FILES REFER TO ENCLOSU RE DR ALL ENCLOSURE MODIFICATI AC POWER VERSION DC POWER VERSION pi moisture IQ CHANGES TO THIS DRAWING REQUIRE PRIOR CERTIFICATION AGENCY APPROVAL moisture IQ WP XP SYSTEM CERTIFICATION DWG D 752 513 B CHASSIS GROUND CABLE UND stub TODISPLAY rece MODULES INSTALLED A SEE eI fuse HOLDER TERMINAL BLOCK Line strex 1 IERMINAL amp LOCK CABLE TE 1032 GROUND SIub une rte DETALA STAINLESS STEEL WEATHER PROOF PLATE ASSEMBLY USED BY moistureQ 6 6 B D F G 2 F G 1 752 513 B CSS 0011 Rev C 6 1 2 of 10 Certification Safety Statements for the moisture IQ Hygrometer September 2015 Installation cont POWER CABLE ENTERS CHASSIS FIBERGLASS WEATHER PRO
15. pin 3 pin 2 black wire pin 4 pin 1 24 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 9 4c Explosion proof Delta F Oxygen Cells Figure 21 below shows the explosion proof oxygen cell The oxygen cell has a set of sensing and a set of secondary electrodes that are wired to a terminal strip in the explosion proof enclosure Connect the explosion proof oxygen cell using a four wire shielded cable Connect one end of the cable to the OXYGEN terminal block on the back of the moisture IQ and the other end to the terminal strip in the oxygen cell enclosure Feed the cable wires through one of the cable ports in the side of the explosion proof enclosure Refer to Figure 18 on page 22 and Table 4 below for the required connections moisture IQ User s Guide Table 4 Explosion proof Oxygen Cell Connections To Oxygen Cell To moisture IQ OXYGEN Connect Terminal Block Terminal Block red wire pin 1 pin 4 green wire pin 2 pin 3 white wire pin 3 pin 2 black wire pin 4 pin 1 Figure 21 Explosion Proof Delta F Oxygen Cell 25 Chapter 1 Installation and Wiring 1 10 Establishing a Gas Flow Through the Oxygen Cell CAUTION Establish a gas sample flow through the D
16. power up the moisture IQ with the ON OFF switch located at the lower left corner of the back panel You will observe the following display screens in sequence 1 A black screen with a large GE monogram in the center 2 A black screen with a GE monogram and the moisture IQ name along with a blue progress bar along the right edge of the screen 3 A measurement display screen similar to that shown in Figure 27 below Ch1 Dew Point Settings 110 00 vem Data Under Range ch2 Dew Point Configuration Alarms MH 110 00 Logger Data Under Range Ch3 Dew Point Help 110 00 Data Under Range Figure 27 Measurement Display Screen Note The moisture IO is equipped with an automatic cooling fan This fan will activate as needed to maintain the proper temperature inside the enclosure The periodic sound of this fan running is normal 2 2 Measurement Display Components The measurement display screen shown in Figure 27 above is a touch screen which includes the following items e Either 6 or 12 measurement displays per screen depending on your display configuration settings The main menu for programming the moisture IQ consisting of the 6 options shown e Left and Right arrows with a page number between them which are used to scroll through the pages of measurement displays 6 pages of 6 measurements page or 3 pages of 12 measurements page To access any of the screen components simply tap on the desir
17. rot sie o a NON TADO Y i T N as S an Y Ca EP LA M A NIN NIN NENA LALA CA AI V Ue UE V UI y 5 7 MOTIHA X 5 SWAVTY V Y LU ZIHS NOllVUnoHNOO 030v 16160 inoxnv uem TOHINOD O93 O1 G3SVa E mer SOLAS SNOISIASY 111 Terminal Blocks and Rear View Dwg 702 1542B SH 1 iring moisture IQ Wi Figure 80 moisture IQ User s Guide Appendix B Wiring Diagrams B 2 Rear View Channel Configurations zvgl Z0L NMOHS LINN 33MO4d DV SNOILVUNSIANOD 13NNVHO MAIA Xvid UONDINBUOJ VI DINISIOLU BUUDUOJ y oE BA see 9 S Y HD E TINDOM E Z T HD VIIGON p gt mm x oramsiow G oo UOHDINBUOJ O ainjsiou j ouubu2 f Re of No f ee E Ee 88 xc 9 v 42 8 SINGO 2 T HI Y IINCON Ea El Ses 9 s Y HI 8 ZINGOW t H2 vgingow Oresnysiow 3 e O mM ee Eii 9 e 4
18. 1 5 4 Pressure Range The moisture probe always senses the correct water vapor pressure regardless of the total ambient pressure The moisture sensor measures water vapor under vacuum or high pressure conditions from as little as a few microns of Hg to as high as 5000 psi total pressure 1 5 5 Long Term Storage Operational Stability Sensors are not affected by continuous abrupt humidity changes or damaged by exposure to saturation conditions even when stored However you should store probes in their original shipping containers in a clean dry location If the probe is saturated during storage refer to Moisture Condensation on page 3 before installing the probe For best performance do not store probes longer than one to two years from their calibration date 1 5 6 Interference Effects The sensor is completely unaffected by the presence of a wide variety of gases or organic liquids Large concentrations of hydrocarbon gases FreonTM ozone carbon dioxide carbon monoxide and hydrogen have no effect on sensor water vapor indications The sensor will operate properly in a multitude of gaseous or non conductive liquid environments 1 5 7 Corrosive Materials Avoid all materials that are corrosive or otherwise damaging to aluminum or aluminum oxide These include strongly acidic or basic materials and primary amines 4 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 6 Sample System Guidelines A sample system
19. 2 In Band 3 Out Band Lower Setpoint 508 3508 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Upper Setpoint 510 3510 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Channel 5 Status 520 3520 32 bit Integer RO Read Input 2 1 Energized Alarm B 0x04 0 De energized State 522 3522 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enabled Units 524 3524 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 526 3526 32 bit Integer RW ReadHolding 2 1 Setpoint 0x03 2 In Band 3 Out Band Lower Setpoint 528 3528 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Upper Setpoint 530 3530 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Channel 6 Status 600 3600 32 bit Integer RO Read Input 2 1 Energized Alarm A 0x04 0 De energized moisture IQ User s Guide 133 Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers State 602 3602 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enabled Units 604 3604 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 606 3606 32 bit Integer RW Read Holding 2 1 Setpoint 0x03 2 In Ba
20. Class ILI Division 1 Groups A B C D E F and G Hazardous Location ASSOCIATED APPARATUS APPAREILLAGE CONNEXE Zone 0 Group IIC Explosive Atmosphere POWER SOURCE POWER INLET SEE TABLE 2 SEE TABLE 2 SENSOR SEE NOTES 7 8 11 amp TABLE 1 SENSOR SEE NOTES 7 11 amp TABLE 1 M SERIES UNSPECIFIED USB B DEVICE DEVICES TEEE 488 2K CAN SENSOR SEE NOTES 7 11 amp TABLE 1 on Intrinscially Safe Circuits R5232 R5485 SunoND ejos AJDIDSUMUPUON OXYGEN SENSOR SEE NOTES 7 11 amp TABLE 1 moisture IQ SYSTEM irements in this installation drawing and the requirements in the certification TABLE 2 POWER TABLE 3 SYSTEM LOCATION icf manual mus be followed DEL CONNECTION DEL moisture JQ SYSTEM LOCATION SA RI ion of Intrinsically Safe Systems for le ANSI NFPA 70 NON HAZARDOUS AREA POWER CONNECTION S 24 MAGN NOMINAL OURAN MUST NOT EXCEED U FOR RACK BENCH PANEL PACKAGES B 2 OR 3 USE GE POWER CORDS 230 004 280 077 230 086 30 014 OR 230 it FOR WEATHER PROOT EXPLOSION PROOF PACKAGES 4 6 OR 7 END USER TO SUPPLY POWER CABLE e ha aly safe stallotion POWER CONNECTION S 24VDC NOMINAL iin inscolysofe apparatus must ied by FM Approvi fi mado infin fe m MUST NOT EXCEED
21. HA 76 5176 32 bit float RO Read Input 2 0x04 Aux A 80 5180 32 bit float RO Read Input 2 0x04 Aux A scaled 82 5182 32 bit float RO Read Input 2 0x04 Aux B 84 5184 32 bit float RO Read Input 2 0x04 Aux B scaled 86 5186 32 bit float RO Read Input 2 0x04 User Function 1 90 5190 32 bit float RO Read Input 2 0x04 User Function 2 92 5192 32 bit float RO Read Input 2 0x04 User Function 3 94 5194 32 bit float RO Read Input 2 0x04 User Function 4 96 5196 32 bit float RO Read Input 2 0x04 Channel 2 Hygro Dew 102 5202 32 bit float RO Read Input 2 Point C 0x04 Hygro Dew 104 5204 32 bit float RO Read Input 2 Point F 0x04 Hygro Equiv 106 5206 32 bit float RO Read Input 2 Dew Point C 0x04 Hygro Equiv 108 5208 32 bit float RO Read Input 2 Dew Point F 0x04 Hygro PPMv 110 5210 32 bit float RO Read Input 2 0x04 Hygro PPBv 112 5212 32 bit float RO Read Input 2 0x04 Hygro PPMw 114 5214 32 bit float RO Read Input 2 0x04 Hygro RH 96 116 5216 32 bit float RO Read Input 2 0x04 Hygro 118 5218 32 bit float RO Read Input 2 Lbs MMSCF 0x04 ideal gas Hygro 120 5220 32 bit float RO Read Input 2 Lbs MMSCF 0x04 natural gas Hygro PPMv 122 5222 32 bit float RO Read Input 2 natural gas 0x04 moisture IQ User s Guide 137 Appendix D Modbus Register Map Table 13 Modbus Register Map cont
22. Oxygen Cell c4 ska rex a a da 85 Replenishiiip x sa RSS SN A RE 86 Electronics Unit Installation Site Choosing 2 Mounting sesca ESQ na a EATUR CR gos 7 Specifications vei ap vj ua b e Ru 95 Environmental Compliance viii Equipment Auxiliary s oo Sex e VER vii Ethernet Capabilities a esa S io der epu a ea UR E 76 ConfiguringTCP IP 75 Connectie essa ene Oo Raw T3 F Fault Alarm EM spa oka eG ae eee a ae Vd 44 Specifications veg sas E qx ur Rx RUD 95 File Malaperos Rect ero Reka 40 Firmware fa su SG TTT TTT TTT wee a TTT TTT SPI 46 Updating C hasslsa seu yee sc ae lS 115 Updating Module sss sa va a e AA RAS 119 Functions User 67 G Gas Flow Establishing for Oxygen Cell 26 H Help Buon zo eps ead Que V etn NU ia ao 32 l Information Paragraphs vil Initial Set p 14 ESA ENG E RIEN KAI 33 Input Power Connecting 16 Inputs C ONMELIMO us eoe part Linda ke EP WA AN 14 Specifications 1 es pe T AREE eR RN ET 95 101 152 Installation Delta F Oxygen Cell oe vico vetri de he s 12 Electrical Connections i924 vr be eee wees 14 Electronics Unit o sesa sI Re gr s 4 General Guidelines 1 525 Aor a 2 Moisture Probe Considerations 3 Probes aes naar ace tle Wied ae eae Gt ea es 9 Sample System ue AL spe tabs uea o 5 7 Site Selections ssc saat Makes en aks 2 Starting
23. Type Access Modbus Qty of Notes Address Request Registers Type 426 2426 32 bit Integer RW Read Holding 2 1 4 20mA 0x03 2 0 20 mA 3 0 2 volts Zero 428 2428 32 bit float RW jReadHolding 2 0x03 Span 430 2430 32 bit float RW ReadHolding 2 0x03 Channel 5 Output percent 500 2512 32 bit float RW ReadHolding 2 When TEST MODE Output A of scale 0x03 enabled force output to value State 502 2502 32 bit Integer RW Read Holding 2 2 TEST MODE 0x03 All else run mode Units 504 2504 32 bit Integer RW jReadHolding 2 Measurement Unit 0x03 Code 0 off others see tab Type 506 2506 32 bit Integer RW Read Holding 2 1 4 20mA 0x03 2 0 20 mA 3 0 2 volts Zero 508 2508 32 bit float RW Read Holding 2 0x03 Span 510 2510 32 bit float RW Read Holding 2 0x03 Channel 5 Output percent 520 2532 32 bit float RW Read Holding 2 When TEST MODE Output B of scale 0x03 enabled force output to value State 522 2522 32 bit Integer RW jReadHolding 2 2 TEST MODE 0x03 All else run mode Units 524 2524 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 526 2526 32 bit Integer RW Read Holding 2 1 4 20mA 0x03 2 0 20mA 3 0 2 volts Zero 528 2528 32 bit float RW Read Holding 2 0x03 Span 530 2530 32 bit float RW Read Holding 2 0x03 Channel 6 Output percent 600 2612 32 bit float RW ReadHolding 2 When TEST MODE Output A of scale 0x03 enabled force output to value St
24. e 96 O5 PPM O and PPB Op which do not include temperature compensation To properly configure your Delta F Sensor probe use the information found on the label affixed to the sensor body Figure 55 below shows a sample label for a GE3 sensor type CONFIG NOOEM SENSOR GE 03 RANGE S 0 10 100 1000 PPM ES SPAN A Q 94 IA RESSTANCE ZERO Wy A Made in USA Figure 55 Sample Delta F Probe Label moisture IQ User s Guide 61 Chapter 5 Using the Configuration Menu 5 1 3 Calibrating Individual Channels 62 1 From the main screen tap Configuration then Probe Config then Reference Values to access the Channel Calibration screen Channel Calibration External Reference Channel References High Value High Value 3 0431 3 0735 Low Value Low Value 0 1740 0 1740 Status Figure 56 Calibrating Channels In the Channel Calibration screen enter the high and low values supplied with your dummy probes in their respective boxes under External References Tap the Check button on the Channel Calibration screen after both values have been entered Once this is completed these values will be populated for every channel and do not need to be re entered for subsequent calibrations Select the Channel Number for the desired channel to configure Make sure this is the channel to which your calibration probes will be attached Tap the Lab Cal button to begin the low value calibration The system will check for an active
25. others see tab Type 406 3406 32 bit Integer RW jReadHolding 2 1 Setpoint 0x03 2 In Band 3 Out Band Lower Setpoint 408 3408 32 bit float RW jReadHolding 2 0x03 Write Multiple 0x10 Upper Setpoint 410 3410 32 bit float RW ReadHolding 2 0x03 Write Multiple 0x10 Channel 4 Status 420 3420 32 bit Integer RO Read Input 2 1 Energized Alarm B 0x04 0 De energized State 422 3422 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enabled Units 424 3424 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 426 3426 32 bit Integer RW Read Holding 2 1 Setpoint 0x03 2 In Band 3 Out Band Lower Setpoint 428 3428 32 bit float RW jReadHolding 2 0x03 Write Multiple 0x10 132 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Upper Setpoint 430 3430 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Channel 5 Status 500 3500 32 bit Integer RO Read Input 2 1 Energized Alarm A 0x04 0 De energized State 502 3502 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enabled Units 504 3504 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 506 3506 32 bit Integer RW ReadHolding 2 1 Setpoint 0x03
26. 5 1 Configuring the Probes After establishing the meter settings you must configure and calibrate the attached probes Although the probes are physically connected to the back of the electronics unit you must program the moisture IQ with the type of measurements you need the probe to make In addition if you want to use a constant value rather than a live input or if you want to apply a user function you must program the moisture IQ accordingly If you do not activate the probes or if you activate them incorrectly the meter will display No Probe or other error messages Refer to the menu map in Figure 78 on page 109 and tap the Configuration button on the main screen to open the Configuration Menu see Figure 52 below Configuration Menu Probe Probe Probe Config Calibration veer Tables Constants Henrys User Function Law Modbus TCP IP Web User Server Management Figure 52 Configuration Menu Screen moisture IQ User s Guide 57 Chapter 5 Using the Configuration Menu 5 1 1 The Probe Configuration Screen Tap the Probe Config button to open the Probe Configuration screen see Figure 53 below Probe Configuration Auto Cal Setup Channel Reference Values Figure 53 Probe Configuration Screen From the Channel vs Mode grid you can activate the installed probes on each channel See Table 8 on page 59 for the available measurement modes and units The probe options vary with the Mode selected as follows
27. 57 After you have installed and connected the probes enter the calibration data as described in Calibrating the Probes on page 64 Note that each probe has its own Calibration Data Sheet with the corresponding probe serial number printed on it You do not have to enter calibration data for the Moisture Image Series Probes MISP if you returned the MISP2 probe or in the case of the original MIS probe both the sensor and the electronics module to the factory for recalibration However you should verify that the calibration data entered at the factory is correct see The Probe Configuration Screen on page 56 If you sent only the sensor part of the original Moisture Image Series probe to GE without the module you must enter the calibration data manually 7 3 Calibrating the Delta F Oxygen Cell You should calibrate the Delta F Oxygen Cell when you initially receive it After that calibrate the oxygen cell once a month for the first three months and then as needed You should also calibrate the oxygen cell if you change the electrolyte Calibrating the oxygen cell involves three steps e Displaying the oxygen content in PPMv and pA e Checking the oxygen cell calibration e Entering the new span value 7 3 1 Displaying Oxygen Content in PPMv and HA l Determine the channel to which the Delta F Oxygen Cell is connected 2 If you are not displaying oxygen data configure the channel as described in The Probe Configuration Screen on
28. All Temperature 144 2 F Figure 60 User Function Setup Screen 2 Tap the Channel button to select the channel where the function will be applied moisture IQ User s Guide 67 Chapter 5 Using the Configuration Menu 541 3 Entering User Functions cont Tap the User Function button to select the function name Func 1 Func 2 Func 3 or Func 4 Then tap the large text box just below the Channel button to open the Channel x User Function y screen as shown in Figure 61 below to enter the function equation When the equation is complete tap the Check button to return to the User Function Setup screen Channel 1 User Function 1 Backspace Paste Clear All Check Math In abs EXP x y Measure Table Figure 61 User Function Equation Screen The buttons in Figure 61 above permit the inclusion of standard mathematical functions lookup data from predefined user tables see Entering User Defined Tables on page 69 The Check Math button is used to find any errors in the equation definition Also you may tap the Clear All button at any time to start over The Copy and Paste buttons at the top right corner of the screen may be used to duplicate information from one user function to another to avoid entering the same information multiple times Note aa 68 To assist in entering the user function the current definition is shown at the bottom center of the User Function Setup screen as the fo
29. AutoCal before proceeding The status should read Connect probe to channel X then click Read Connect your low value dummy probe to the M Series input on the corresponding channel of the moisture IQ module Tap the Read button Wait up to a minute When complete the status will show Reading complete on channel xX Disconnect the low value dummy probe and connect the high value dummy probe Do not change the external reference values or tap the Check button Tap Lab Cal again and wait for the message Connect the probe to channel X then click Read Tap Read and wait 2 3 minutes When complete the new High and Low values will appear in their respective boxes under Channel Calibration You can now exit the Channel Calibration screen with the Return button or repeat steps 3 8 for any other channel requiring calibration moisture IQ User s Guide Chapter 5 Using the Configuration Menu 5 1 4 Setting the Probe Auto Cal Schedule To set the frequency with which the probe Auto Cal function is run proceed as follows 1 From the Probe Configuration screen tap Auto Cal Setup button to access the Set Auto Cal Interval screen for the desired probe see Figure 57 below Cancel Figure 57 Set Auto Cal Interval Screen 2 Enter the desired number of hours 1 730 between Auto Cal runs 3 Tap the Save button to enter the new value into the moisture IQ or tap the Cancel button to retain the previous value moistur
30. F 0x04 Temperature 438 5538 32 bit float RO Read Input 2 Kelvin 0x04 Temperature 440 5540 32 bit float RO Read Input 2 Rankine 0x04 Pressure 442 5542 32 bit float RO Read Input 2 kPa gauge 0x04 Pressure 444 5544 32 bit float RO Read Input 2 Mpa gauge 0x04 Pressure 446 5546 32 bit float RO Read Input 2 Pa gauge 0x04 Pressure 448 5548 32 bit float RO Read Input 2 Bar gauge 0x04 Pressure kPa 450 5550 32 bit float RO Read Input 2 absolute 0x04 Pressure MPa 452 5552 32 bit float RO Read Input 2 absolute 0x04 Pressure Pa 454 5554 32 bit float RO Read Input 2 absolute 0x04 Pressure Bar 456 5556 32 bit float RO Read Input 2 absolute 0x04 Pressure Atm 458 5558 32 bit float RO Read Input 2 0x04 Pressure PSla 460 5560 32 bit float RO Read Input 2 0x04 Pressure PSIg 462 5562 32 bit float RO Read Input 2 0x04 Pressure 464 5564 32 bit float RO Read Input 2 mm Hg 0x04 Pressure FP 466 5566 32 bit float RO Read Input 2 0x04 moisture IQ User s Guide 145 Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Oxygen PPM 470 5570 32 bit float RO Read Input 2 0x04 Oxygen PPB 472 5572 32 bit f
31. FMG 13 0022 1180 Install per GE drawing 752 364 Type 4X WARNING Substitution of components may impair intrinsic safety To prevent ignition of flammable or combustible atmospheres disconnect power before servicing AVERTISSEMENT La substitution de composants peut compromettre la s curit intrinseque Figure 18 Fiberglass Weather Proof Label from Boston USA Dwg 442 1875 03 revB moistu re IQ FREE ZONE EAST SHANNON MFG DATE o o Class Division 2 Groups B C and D T4 Ta 20 C to 60 C Intrinsically Safe Connections to Class 11 III Division 1 Groups A B C D E F and G Class Zone 0 AEx Ex ia Ga IIC C 11 1 G Ex ia Ga lC FMIZATEXOOS9 Ta 20 Cto460 C IECEx FMG 13 0022 1180 Install per GE drawing 752 364 Type 4X WARNING Substitution of components may impair intrinsic safety To prevent ignition of flammable or combustible atmospheres disconnect power before servicing AVERTISSEMENT La substitution de composants peut compromettre la s curit intrinseque Figure 19 Fiberglass Weather Proof Label from Shannon Ireland Dwg 442 1875 04 revB CSS 0011 Rev C 9 of 10 Certification amp Safety Statements for the moisture IQ Hygrometer September 2015 no content intended for this page CSS 0011 Rev C 10 of 10 GE l EC DECLARATION Sensing OF CONFORMITY DOC 0048 Rev C We GE Sensing 1100 Technology Park Drive Billerica MA 01821 USA declare under o
32. For available modes and units refer to Table 8 on page 59 3 Tap the Upper text box and enter the upper value via the keypad Repeat this procedure for the Lower value moisture IQ User s Guide 51 Chapter 4 Using the Outputs Alarms and Logger Menus 4 2 2 Testing the Selected Alarm Complete the following steps to test the alarm 1 Tap the Channel 1 6 and Alarm A or B to be tested and then tap the Test button to open a screen similar to Figure 46 below Figure 48 Alarm Test Screen 2 Tap the Trip button to trip the alarm and verify that the alarm has been tripped 3 Tap the Reset button to reset the alarm and verify that the alarm has been reset 4 After you have finished testing the alarm tap the Exit button to return to the Alarm Selection screen 52 moisture IQ User s Guide Chapter 4 Using the Outputs Alarms and Logger Menus 4 2 3 Setting the Alarm Range Error Response A Range Error can occur when a measured value is within the capacity of the analyzer but it exceeds the calibration range of the probe They can be either Under Range or Over Range errors The moisture IQ indicates Range Errors with an Over Range or Under Range message The error condition applies to all measurements of the same mode For example if a dew point measurement is Over Range then moisture in ppMv will also be Over Range If multiple Range Errors occur simultaneously the moisture IQ responds to them in the following order O
33. S AA KASA t 909 eke eee MAAS LS UA ERA E fs 96 9 5 Temperat re Measurement suu guisa SULKA eT KA RO LG ELAMA DOR DA REIR Lgs 97 9 4 Pressure MeGSUreMent si ss ek nA ase mako HEUS ada duce ber eni ap E ER LA aio 97 9 5 Oxygen Measurement sss dem oes eed IIo ere e Ie 98 9 5 enerdl speeticatiariSu o AE DEM Et OI Faltas RE 99 9 7 Outbut SpBeciticdliolis a nnu doge lon vhi lu tiM coda oa icut Mu nan 100 9 INpPUNSDECNENNO S uae sacs asi S ao c ec Et eae crono in ab e octo SSS VA E GON 101 o FRODE pec lCOMONS sus sone a Soe a ae teal ipe A cedo enos ooi 101 moisture IQ User s Guide V Contents Appendix A Menu Maps Al A 2 A 3 A 4 Th Settings Mermaid 107 The Outputs ANS ORO LOU MER ssp Ek EP E CE EE 108 The Configuration gt Probe amp User Menu MOPS s sss sss sss e e eese 109 The Configuration gt Comms Menu Mab used decentia eu care NOEL Ra rite RO it E rem at SR tec 110 Appendix B Wiring Diagrams B1 B 2 B 3 B 4 TEIMIMOBIDENS X rnm 111 Rear View Channel Configurations ss sss Cie rp ire ekk ambad ae lk rada ka ual eka 112 POWER WIKNO siet bete eS Seawind aie shade pO TTT ITT er Ee bd wa pied buie 113 sauria ppr ta teri nter eu PTI ease nu DRE ERE Ue x bed VU PE DER 114 Appendix C Updating the moisture IQ Firmware Updating the Chassis Firmware sss ll 115 Updating the moisture IQ Module Firmware e a dee NN NAO 119 C 2 Appendix D Modbus Register Map vi
34. Up Communications 6 4 Connecting to an Ethernet LAN The moisture IQ Ethernet port supports the 10Base T and 100Base TX twisted pair Ethernet standards An RJ 45 female modular connector is provided on the moisture IQ rear panel for connection to the LAN limited access Local Area Network LAN protected by a suitable firewall It should not be operated if exposed to the Internet or other unmanaged Wide Area Network WAN Check with your network administrator to determine whether it is safe to connect the moisture IQ to your network infrastructure WARNING The Ethernet capability provided in the moisture IQ is designed for use on a assigned It is highly recommended that the default passwords be changed before placing the WARNING As shipped from the factory there are two accounts enabled with default passwords A moisture IQ into service Note This chapter assumes that you have read Chapters 1 and 2 and are familiar with the operation and installation of the moisture IQ electronics and user interface Note Contact your network administrator to obtain the proper information to use in the following section 6 4 1 Configuring the Ethernet TCP IP Connection The moisture IQ can either be configured with a static Internet Protocol IP address or it can use the Dynamic Host Configuration Protocol DHCP to obtain an address from a DHCP server or router No further address configuration is required To configure the moisture IQ TCP I
35. User Management button to open the Log In screen see Figure 70 on page 77 Tap the User button and select either Admin or Operator from the drop down list Tap the Password text box and use the keypad to enter your assigned password Then tap the Check button to enter your password Tap the Log In button to open the Remote User Management screen see Figure 71 on page 78 To add a new user up to three total tap the Add User button in the top right corner of the screen Then complete the User Password and Confirm Password text boxes When finished tap the Check button and then the Return button To Set User Access tap the User button and select the desired user from the drop down list Then use the Remove and Change Password buttons to configure this user account as desired Use the two buttons at the bottom of the screen Change Settings and Remote Access to set the permissions for the selected user Buttons highlighted in blue indicate that the user has access to those operations When you are finished tap the Return button twice to return to the Configuration Menu moisture IQ User s Guide Chapter 6 Setting Up Communications 6 8 Setting Up a Remote Connection to a PC As a practical example of using the communications features described in the previous sections the procedure for connecting the moisture IQ to a remote PC via a Local Area Network LAN is described below 1 2 Ensure that the PC is properly con
36. User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Module Status 10 10010 32 bit Integer RO Read Input 2 0 No modules inst 0x04 1 Module A inst 2 Module B Inst 3 Both Modules inst Mainboard 40 10040 32 bit float RO Read Input 2 Temperature 0x04 ec Module A 100 10100 32 bit Integer RO Read Input 2 0 No modules inst Number of 0x04 1 Module A inst Channels 2 Module B Inst 3 Both Modules inst Module A 102 10102 16 byte string RO Read Input 8 Serial Number 0x04 Module A 104 10104 16 byte string RO Read Input 8 Firmware 0x04 Version Module A 140 10140 32 bit float RO Read Input 2 Temperature 0x04 ec Module B 200 10200 32 bit Integer RO Read Input 2 0 No module Number of 0x04 1 1 Chan Channels 3 3 Chan Module B 202 10202 16 byte string RO Read Input 8 Serial Number 0x04 Module B 204 10204 16 byte string RO Read Input 8 Firmware 0x04 Version Module B 240 10240 32 bit float RO Read Input 2 Temperature 0x04 ec moisture IQ User s Guide 149 Appendix D Modbus Register Map no content intended for this page 150 moisture IQ User s Guide A Adapter M Series Probe 11 Adapter TF Series Probe
37. Water by Volume H20 PPBv PPMw Parts per Million of Water by Weight H20 PPMw RH Relative Humidity Rel Humidity MMSCFig Pounds of Water per Million Std Cubic Feet in H50 MMSCFig Lbs Ideal Gas MMSCFng Pounds of Water per Million Std Cubic Feet in H20 MMSCFng Lbs Natural Gas Equiv DP C NG Equivalent Dew Frost Point Degrees Celsius Equiv DP ME in Natural Gas Equiv DP F NG Equivalent Dew Frost Point Degrees Equiv DP F Fahrenheit in Natural Gas PPMv ng Parts Per Million by Volume in Natural Gas H20 Natural Gas PPMv g m grams per meter cubed Hygro g m mg m milligrams per meter cubed Hygro mg m Pw kPa Vapor Pressure in KiloPascals Vapor Pressure kPa Pw mmHg Vapor Pressure in Mercury Vapor Pressure mmHg MH MH Diagnostic Mode H20 MH FH FH Diagnostic Mode H20 FH Temperature C Degrees Celsius default Temperature C F Degrees Fahrenheit Temperature F Kelvin Kelvin Temperature K R Degrees Rankine Temperature R moisture IQ User s Guide 59 Chapter 5 Using the Configuration Menu Table 8 Available Measurement Modes and Units cont Selected Measurement Displayed Displayed Mode Unit Description Measurement Mode Units Pressure kPala KiloPascal Absolute default Pressure kPala mPala MegaPascal Absolute Pressure MPala Pala Pascal Absolute Pressure Pala kPalg KiloPascal Gauge Pressure kPalg mPalg MegaPasca
38. an overheating condition is detected e After completing your selection either tap the Enter button to save your changes or tap the Cancel button to discard the changes and keep the original settings In either case you will be returned to the Settings Menu 44 moisture IQ User s Guide Chapter 3 Using the Settings Menu 3 9 Module Setup The Module Setup menu see Figure 41 below is primarily a read only screen It provides detailed information on the currently installed sensor modules Module Setup Serial Serial Firmware Firmware Module B 3 Channel Figure 41 The Module Setup Screen The Serial Number and the current Firmware Version for the installed modules are listed at the top of the screen Below the data boxes the Module Letter and the Available Channels for each sensor module are listed e When an external USB drive containing a sensor module firmware update file is connected to the moisture IQ the Update Firmware button is enabled To update the sensor module firmware tap the Module to be updated and then tap the Update Firmware button The module firmware will be updated and the system will reboot automatically e After you have finished reading the information on this screen tap the Return button to return to the Settings Menu moisture IQ User s Guide 45 Chapter 3 Using the Settings Menu 3 10 Service Menu Options This menu includes the three options described below 3 10 1 Sof
39. any numerical level within the range of the instrument 9 7 5 Output Updating The microprocessor samples processes data and calculates values for each channel sequentially The minimum update time is 1 second depending on configuration and mode Channels are updated sequentially 100 moisture IQ User s Guide Chapter 9 Specifications 9 8 Input Specifications 9 8 1 Capability Note Each module can be configured as one or three channels 1 to 6 channels moisture 1 to 6 channels temperature 1 to 6 channels pressure 1 to 6 channels oxygen 2 auxiliary inputs per installed channel Note Inputs may be used for O to 2 mA 4 to 20 mA and voltage based transmitter in the 1 to 4 V range including devices such as Oxygen Analyzers Thermal Conductivity Analyzers Flowmeters Pressure Transmitters Temperature Transmitters etc 9 8 2 Resolution 16 bits 9 8 5 Moisture Sensor Probes GE types M Series Moisture Image Series and MISP2 9 8 4 Temperature Sensor Thermistor optionally supplied as part of the moisture probe assembly 9 8 5 Pressure Transmitter A pressure transducer is optionally available for Moisture Image Series probes GE P40 P40X or equivalent 4 20 mA current transmitting pressure transducer scale factors are entered as part of the user program sequence 9 8 6 Intrinsic Safety Built in intrinsic safety provided for all inputs per drawing 752 364 excluding auxiliary inputs 9 9 Probe Specificat
40. are installed service loops for the Weatherproof units shall be at least 20 inches Service loops for the Explosion Proof units shall be at least 18 inches Make all connections to the back of the meter see Figure 8 on the next page The probe connections in the left two sections are for Module A Channels 1 2 5 The probe connections in the right two sections are for Module B Channels 4 5 6 e For each Module the left group of probe connections MIS M SERIES O2T and OXYGEN are rated for hazardous area use while the right group of probe connections AUX IN OUT and ALARMS are rated for non hazardous area use e The connections along the bottom of the panel are for power input and remote devices 14 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 9 Making Electrical Connections cont Module A Hazardous Area Connections Module B Hazardous Area Connections ON OFF Switch Module B Non Hazardous Area Connections Power Cord Receptacle Module A Non Hazardous Area Connections Figure 8 Rear Panel Connections 1 9 1 Using the Lever to Make Wiring Connections Use the included levers to assist with wiring the cables to the terminal blocks as shown in Figure 9 below 1 Press and hold the lever against the terminal block 2 Insert the wire into the terminal block 3 Release the lever to secure the connection Figure 9 Using the Press Lock Lever IMPORTANT To maintain good contact at each terminal
41. is required for oxygen measurement and although not mandatory is highly recommended for moisture measurement The purpose of a sample system is to condition or control a sample stream to within the specifications of a probe The application requirements determine the design of the sample system GE applications engineers will make recommendations based on the following general guidelines 1 6 1 Moisture Sample Systems Typically sample systems should be kept very simple They should contain as few components as possible and all or most of those components should be located downstream of the measurement probe Figure 1 below shows an example of a basic sample system consisting of an explosion proof housing with a sample cell a filter a flowmeter a vent valve an inlet shut off valve and an outlet shut off valve The sample system components should not be made of any material that will affect measurements A sample system may include a filter to remove particulates from the sample stream or a pressure regulator to reduce or control the pressure of the stream However most common filters and pressure regulators are not suitable for sample systems because they have wetted parts that may absorb or release components such as moisture into the sample stream They may also allow ambient contamination to enter the sample stream In general you should use stainless steel construction for all wetted parts Contact GE for further instructions
42. moisture IQ Module Firmware Load the updated firmware into the UPDATE folder on the USB flash drive Plug the USB flash drive with the software update into the moisture IQ see Figure 91 for Rack Bench Panel Mount Figure 92 for Weatherproof Explosion Proof oisture IQ Figure 91 USB Flash Drive Plugged into Rear of Chassis f 3 ITI Figure 92 USB Flash Drive Plugged into Chassis Inside the Door moisture IQ User s Guide 119 Appendix C Updating the moisture IQ Firmware C 2 Updating the moisture IQ Module Firmware cont 3 From the main screen tap the Settings button see Figure 93 below Chi Dewpoint M 110 00 ec Data Under Range Settings Outputs Alarms 110 00 x Configuration Logger Data Under Range Gh DewPojnt Help 0 0028 110 00 ec m Data Under Range Figure 93 Settings Button on the Main Screen 4 In the Setup section tap the Module button see Figure 94 below Settings Menu o Display System File Settings Settings Settings Manager Setup Notifications Fault Alarm Module Software Service Restart Shut Down Update Figure 94 Module Update 120 moisture IQ User s Guide Appendix C Updating the moisture IQ Firmware C 2 Updating the moisture IQ Module Firmware cont 5 Tap the module that needs the firmware update and that module will be highlighted in blue and the Update Firmware button will become available see Figure 95 below If t
43. moisture IQ User s Guide Preface Information Paragraphs Note These paragraphs provide information that provides a deeper understanding of the situation but is not essential to the proper completion of the instructions IMPORTANT These paragraphs provide information that emphasizes instructions that are essential to proper setup of the equipment Failure to follow these instructions carefully may cause unreliable performance CAUTION This symbol indicates a risk of potential minor personal injury and or severe damage to the equipment unless these instructions are followed carefully WARNING This symbol indicates a risk of potential serious personal injury unless these instructions are followed carefully Safety Issues codes regulations rules and laws related to safety and safe operating conditions are met for each WARNING It is the responsibility of the user to make sure all local county state and national A installation Auxiliary Equipment Local Safety Standards The user must make sure that he operates all auxiliary equipment in accordance with local codes standards regulations or laws applicable to safety Working Area equipment can move suddenly and without warning do not enter the work cell of this equipment during automatic operation and do not enter the work envelope of this equipment during manual operation If you do serious injury can result WARNING Auxiliary equipment may have both manual a
44. of the moisture IQ This feature allows the user to calibrate the LCD screen to their touch and angles of usage to optimize touch screen performance Carefully press and briefly hold stylus on the center of the target Figure 37 Screen Alignment e Touch the symbol in its five locations the middle and all four corners of the screen e Once you have completed touching the locations simply tap anywhere in the screen to complete the calibration Note Ignore the Enter ESC instructions moisture IQ User s Guide 41 Chapter 3 Using the Settings Menu 3 6 Screen Configuration Weatherproof and Explosion Proof The Screen Configuration feature is enabled for Explosion Proof and Weatherproof versions of the moisture IQ This feature allows the user to increase or decrease the touch screen s sensitivity based on the thickness of the protective window Two other features allow for the touch screen s configuration in terms of X axis and Y axis to be flipped but are only used in extremely rare cases To adjust the screen s sensitivity based on thickness Touch Screen Setup Thickness extraThick xAxisFlipped yAxisFlipped Flipped Figure 38 Screen Configuration e Tap Thick e The existing setting will be highlighted in blue Tap a setting above below the current setting to decrease increase the sensitivity of the screen 42 moisture IQ User s Guide Chapter 3 Using the Settings Menu 3 7 Notifications Setup
45. page 58 Note A Channel Not Installed message appears if you select a channel where no channel module is installed Select a different channel moisture IQ User s Guide 87 Chapter 7 Maintenance 7 3 2 Checking the Oxygen Cell Calibration Note Jfyour range of measurement is significantly below the span gas you are using you may elect to input the PPM O2 content of the span gas and the measured pA value instead of using the following procedure To perform this calibration check you must have a calibration gas with a known PPMv value and a sample system with a calibration gas inlet valve Proceed as follows Note GE recommends a span calibration gas be 80 100 of the span of the sensor s overall range in a background of nitrogen e g 80 100 PPM O in N gt for a 0 100 PPM O sensor l Initiate flow of the calibration gas through the oxygen cell 2 Readthe PPM value If it is correct your oxygen cell does not need calibration If the reading is incorrect you must calculate the new span reading x from the following equation OX OX 10 109 x0 0 0 c OX OX where OX Correct PPMv for the calibration gas OX Zero value in PPMv OX Span value in PPMv IO Actual reading for the calibration gas in yA IO Zero value in un A x New span reading in uA See the Calibration Data Sheet for the oxygen cell to obtain the necessary zero and span values For example if the calibration data for
46. to the Configuration Menu 6 4 2 Capabilities of the Ethernet Connection IMPORTANT The Web Server opens Port 80 when it is Enabled IMPORTANT The VNC connection opens port 5900 user configurable when Enabled The moisture IQ allows two methods of remote access and control e Anembedded Web Server allows access to the moisture IQ status and files using a standard web browser e A Virtual Network Computing VNC server allows full remote control of the moisture IQ using any of several VNC clients Note Both the Web Server and the VNC Server are disabled by default Access to the web server requires a user name and password The moisture IQ provides two accounts for configuration and general administration Up to three additional accounts can be created for use as needed Each account has a set of permissions that can be configured to limit network access to moisture IQ features The two pre defined accounts are Admin Operator NC is a registered trademark of RealVNC Ltd 76 moisture IQ User s Guide Chapter 6 Setting Up Communications 6 4 2a The Admin Account The Admin account allows complete configuration of the Ethernet option This account should be used only by experienced network administrators Misuse of the Admin account could prevent connection to the moisture IQ enable unauthorized access to the moisture IQ or possibly expose the network to unauthorized users The default login credentials for the Admi
47. your cell is as follows OX 75 PPMv Correct PPM for the calibration gas OX 0 050 PPM Zero value in PPM OX 100 PPMv Span value in PPMv IO 290 uA Actual reading for the calibration gas IO 0 4238 uA Zero value Then 100 75 290 0 4238 _ UA 75 0 05 The new span value x is 100 PPMv 387 uA Enter the new value as described in Calibrating the Probes on page 64 88 moisture IQ User s Guide Chapter 7 Maintenance 7 4 Delta F Oxygen Cell Background Gas Correction Factors The factory calibration procedure for Delta F Oxygen Cell uses nitrogen as the reference background gas The moisture IQ will measure oxygen incorrectly if the transport rate of oxygen through the cell diffusion barrier is based on a different background gas Therefore if you want to use a background gas other than nitrogen you must recalibrate the meter for the chosen background gas Note To use the current multipliers in this chapter your Calibration Data Sheet should contain calibration data for nitrogen If your calibration data sheet contains data for a background gas other than nitrogen contact GE for the nitrogen calibration sheet 7 4 1 Correcting for Different Background Gases A single Background Gas Correction Factor based on a reference nitrogen measurement can be derived for each background gas because the diffusion rate for a typical background gas is stable and predictable and because the oxygen c
48. 000 10 000 PPM 2 5 to 10 2596 Argon Ar 0 97 0 96 0 95 0 98 Hydrogen H 1 64 1 96 2 38 1 35 Helium He 1 72 2 13 2 70 1 39 Methane CH 1 08 1 09 1 11 1 05 Ethane C2H8 0 87 0 84 0 81 0 91 Propylene C Hg 0 91 0 88 0 87 0 93 Propane C3Hg 0 79 0 76 0 72 0 58 Butene C4Hg 0 69 0 65 0 60 0 77 Butane C4H49 0 68 0 63 0 58 0 76 Butadiene CgHg 0 71 0 66 0 62 0 79 Acetylene C5H 0 95 0 94 0 93 0 97 Hexane CH 4 0 57 0 52 0 89 0 67 Cyclohexane C6H12 0 64 0 58 0 54 0 72 Vinyl Chloride CH2CHCI 0 74 0 69 0 65 0 81 Vinylidene Chloride C2H5F 0 77 0 73 0 69 0 83 Neon Ne 1 18 1 23 1 28 1 11 xenon Xe 0 70 0 65 0 61 0 78 Krypton Kr 0 83 0 79 0 76 0 88 Sulfur Hexaflouride SFe 0 54 0 49 0 44 0 64 Freon 318 C4Fg 0 39 0 34 0 30 0 49 Tetrafluoromethane CF 0 62 0 57 0 52 0 71 Carbon Monoxide CO 0 99 0 99 0 98 0 99 90 moisture IQ User s Guide Chapter 8 Troubleshooting Chapter8 Troubleshooting The moisture IQ is designed to be maintenance and trouble free however because of process conditions and other factors minor problems may occur Some of the most common problems and procedures are discussed in this section If you cannot find the information you need in this section please consult GE WARNING Do not attempt to troubleshoot the moisture IQ beyond the instructions in this section If you do you May damage the unit and void the warranty This chapter covers the following topics e
49. 0x04 Pressure PSlg 162 5262 32 bit float RO Read Input 2 0x04 158 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Pressure 164 5264 32 bit float RO Read Input 2 mm Hg 0x04 Pressure FP 166 5266 32 bit float RO Read Input 2 0x04 Oxygen PPM 170 5270 32 bit float RO Read Input 2 0x04 Oxygen PPB 172 5272 32 bit float RO Read Input 2 0x04 Oxygen 174 5274 32 bit float RO Read Input 2 Percent 0x04 Oxygen HA 176 5276 32 bit float RO Read Input 2 0x04 Aux A 180 5280 32 bit float RO Read Input 2 0x04 Aux A scaled 182 5282 32 bit float RO Read Input 2 0x04 Aux B 184 5284 32 bit float RO Read Input 2 0x04 Aux B scaled 186 5286 32 bit float RO Read Input 2 0x04 User Function 1 190 5290 32 bit float RO Read Input 2 0x04 UserFunction 2 192 5292 32 bit float RO Read Input 2 0x04 UserFunction3 194 5294 32 bit float RO Read Input 2 0x04 User Function4 196 5296 32 bit float RO Read Input 2 0x04 Channel 3 Hygro Dew 202 5302 32 bit float RO Read Input 2 Point C 0x04 Hygro Dew 204 5304 32 bit float RO Read Input 2 Point F 0x04 Hygro Equiv 206 5306 32 bit float RO Read Input 2 Dew Point C 0x04 Hygro Equiv 208 5308 32 bit float RO Read Input 2 D
50. 242 5342 32 bit float RO Read Input 2 gauge 0x04 Pressure Mpa 244 5344 32 bit float RO Read Input 2 gauge 0x04 Pressure Pa 246 5346 32 bit float RO Read Input 2 gauge 0x04 Pressure Bar 248 5348 32 bit float RO Read Input 2 gauge 0x04 Pressure kPa 250 5350 32 bit float RO Read Input 2 absolute 0x04 140 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Pressure MPa 252 5352 32 bit float RO Read Input 2 absolute 0x04 Pressure Pa 254 5354 32 bit float RO Read Input 2 absolute 0x04 Pressure Bar 256 5356 32 bit float RO Read Input 2 absolute 0x04 Pressure Atm 258 5358 32 bit float RO Read Input 2 0x04 Pressure PSla 260 5360 32 bit float RO Read Input 2 0x04 Pressure PSIg 262 5362 32 bit float RO Read Input 2 0x04 Pressure 264 5364 32 bit float RO Read Input 2 mm Hg 0x04 Pressure FP 266 5366 32 bit float RO Read Input 2 0x04 Oxygen PPM 270 5370 32 bit float RO Read Input 2 0x04 Oxygen PPB 272 5372 32 bit float RO Read Input 2 0x04 Oxygen 274 5374 32 bit float RO Read Input 2 Percent 0x04 Oxygen HA 276 5376 32 bit float RO Read Input 2 0x04 Aux A 280 5380 32 bit float RO Read Input 2 0x04 Aux A scaled 282 5382 32 bi
51. 44 AM AM PM Number Format 1 234 567 Figure 35 The System Settings Screen The system Serial Number is displayed as a read only value at the top of the screen e Tap the Date button and select the current date from the pop up calendar Tap the Date Format button and select the desired format MM DD YYYY DD MM YYYY or YYYY MM DD from the drop down list e Tap the Time button and set the current time with the pop up Hours and Minutes counters Tap the Time Format button to toggle between the available formats 24 Hr or AM PM e Tap the Number Format button and select either 1 234 567 or 1 234 567 from the drop down list to specify the format for displaying numbers e After completing your settings either tap the Check button to save your changes or tap the Cancel button to discard the changes and keep the original settings Then tap the Return button to return to the Settings Menu Note Jf the Number Format is set to 1 234 567 it is best to avoid using a Comma for the field separator in data logs moisture IQ User s Guide 39 Chapter 3 Using the Settings Menu 3 4 File Manager The File Manager menu see Figure 36 below enables you to view and manage any files stored in the moisture IQ memory or in a connected USB drive The most current site file is always named moisturelQ xml while the previous file is renamed to moisturelQ xml backup File Manager File Type Sort By Transfer Options Copy Site Files Name I
52. 9 05 in 24 9 kg 55 Ib IP 66 NEMA 4X Weatherproof Fiberglass 612 5 x 625 x 243 mm 24 11 x 24 61 x 9 57 in 24 9 kg 55 Ib NEMA 4X Explosion Proof 590 6 x 590 6 x 304 8 mm 23 25 x 23 25 x 12 0 in 113 6 kg 250 Ib IP 66 NEMA 4X Note For details see GE drawing 712 1869 in the Certification and Safety Statements at the end of this manual 9 1 7 Power AC configuration Universal power supply adjusts automatically from 100 to 240 VAC 50 60 Hz 60 Watts maximum Fuse T4A 250 VAC 5 x 20 mm DC configuration 24 V nominal 10 60 Watts maximum moisture IQ User s Guide 95 Chapter 9 Specifications 9 2 Moisture Measurement 9 2 1 Type GE Moisture Image Series and M Series thin film aluminum oxide probes 9 2 2 Calibration Ranges Dew Frost Point e Standard 10 C to 80 C 50 F to 112 F with data from 20 C to 110 C 68 F to 166 F e Ultralow 50 C to 100 C 58 F to 148 F with data to 110 C 166 F 9 2 3 Accuracy Dew Frost Point e 42 C 33 6 F from 10 C to 65 C 50 F to 85 F 43 C 5 4 F from 66 C to 80 C 86 F to 112 F 9 2 4 Repeatability Dew Frost Point e 1 0 59C 0 9 F from 10 C to 65 C 50 F to 85 F e 1 0 C 1 8 F from 66 C to 80 C 86 F to 112 F 9 2 5 Operating Pressure 5 u of Hg to 5000 psig 345 bar limited by optional pressure sensor see Full Scale Ranges Available on page 97 96 moisture IQ Use
53. A Menu Maps A 3 The Configuration Probe amp User Menu Maps MAIN MENU Comms Settings gt see next menu map Outputs Configuration Logger SensorType Auto Cal Setup Help Reference Values shown on all screens for 6 channels x 6 modes Alarms Probe Config Probe Calibration Tags Channel Mode Text Box Serial Number Sort Details C Channel C Edit Value JC Find C Mode N Insert Row gt Remove Row User User Function Tables Constants Henry s Law Channel UserFunction Copy Function Label Unit Label Paste Max Decimals i Clear All Min oes Sort Ji Copy Function Label Edit Value Paste Insert Row Channel Sort Copy Edit Value Paste Channel Hygro yy i kx ppmv Copy Temperature 02 Back Corr Paste Figure 78 The Configuration gt Probe amp User Menu Maps moisture IQ User s Guide 109 Appendix A Menu Maps A 4 The Configurations Comms Menu Map MAIN MENU Probe C Outputs see previous menu map User Alarms see previous menu map Comms Help shown on all screens Slave Address Port C Pot Lan Access MAC Address C VNC Server Alternate DNS Figure 79 The Configuration gt Comms Menu Map 110 moisture IQ User s Guide Ap
54. A Les Hr trc ta er LM LU eL AM sn UM Sat Lr 44 A GUID 2 ok bct seii dao Soc EO ee t lube uet Eo t tad OM 45 310 Service Meni Options ceto cacy 5 Rive t dodo Pb AAA ROE ea ea 46 Ao ys o po co obi PP tra ede TA wade dee ei o pected dn p Eat 46 SLO Restart eet ente aer RI ER EFPRCIV aor ebrio OL RH Safe RF LEM dn 46 EE A sman ein OK tap E Ye dens QU i suolo ire d soe mite DE Wood ta iow dps 46 Chapter 4 Using the Outputs Alarms and Logger Menus 41 Setting Up E OREO UTS senu dd dl albi ee a cM ca le ME MEM e M ul ci sd 47 au Conn OR Outpt ace xcu assy tesa duet cot P on o Nt e d e lesen ict reset iss head racer d 47 412 Testing the selected Output conos VA eva atoj ie Mee etu os ooa soj ON Gu Vo deduce ERANA 48 4 1 3 Trimming the Selected Output n e nha e tret bes lj e ako de oda det EIU e tea ie de D rie 49 4 1 4 Setting the Output Range Error Response 50 edu et ere Rae te bdo eot rec deleta 50 2 Seting Dp VS PIS aus eo code Cir deo dne VU E dt inc ot t b Et d md 51 42 T one HE ON Dido os iaa 51 42 2 Testing the selected AIDE ees tek rean ga dla Eden a he e ERU Vedan s SAI Ea cU o AER I RUE En 52 4 2 3 Setting the Alarm Range Error ResporiSe i i sse en koen nal Meee seals wee FETU LIAE ECTS 53 Bis Setting UP Cnc RUNMNG WOES e der Mo Pte Lena 54 Chapter 5 Using the Configuration Menu By COMM IGCINAG Ted FODOS Ls e e e KO vue o Euren ues Dal 57 51 1 The Probe Configuration e e A E a doge o e eie 58 5 1 2 Configuring Delta F Osdgeh S
55. Connecting an Auxiliary Device moisture IQ can power an auxiliary device such as a loop power transmitter in which the connection is 24V to Aux 1 or 2 For external power devices with output directly connected to the auxiliary device you can use aux 1 or 2 with respect to RTN pin 5 Make the connections to the right side group of probe connections AUX IN OUT and ALARMS that are rated for non hazardous area use Users set the voltage current for the auxiliary input and the electronics will automatically switch the circuits so the moisture IQ has no physical switch to toggle Figure 23 and Figure 24 below show the connections and wiring for auxiliary devices Auxiliary Connections ANALOG OUT AUXIN A A g NC Ri External Power Mode OODODODOJ da PS P rw J WT p owe Analog Out Analog Out Aux In 1 Aux In 2 Volt Current Volt Current B Aux In 1 Aux In 2 Figure 24 Auxiliary Device Wiring Diagram Note Ifyou are connecting the oxy IQ to AUX IN the oxy IQ s shield needs to be terminated to the moisture IQ via RTN pin 5 In order to expose the shield wire strip back the cable jacket 28 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 112 Connecting Analog Outputs The moisture IQ has two Analog Outputs per channel Connect the outputs to the terminal blocks labeled REC A and REC B See Figure 23 for the terminal bloc
56. Dew 4 5104 32 bit float RO Read Input 2 Point F 0x04 Hygro Equiv 6 5106 32 bit float RO Read Input 2 Dew Point C 0x04 Hygro Equiv 8 5108 32 bit float RO Read Input 2 Dew Point F 0x04 Hygro PPMv 10 5110 32 bit float RO Read Input 2 0x04 Hygro PPBv 12 5112 32 bit float RO Read Input 2 0x04 Hygro PPMw 14 5114 32 bit float RO Read Input 2 0x04 Hygro RH 96 16 5116 32 bit float RO Read Input 2 0x04 Hygro 18 5118 32 bit float RO Read Input 2 Lbs MMSCF 0x04 ideal gas Hygro 20 5120 32 bit float RO Read Input 2 Lbs MMSCF 0x04 natural gas Hygro PPMv 22 5122 32 bit float RO Read Input 2 natural gas 0x04 Hygro g m 3 24 5124 32 bit float RO Read Input 2 0x04 Hygro 26 5126 32 bit float RO Read Input 2 mg m 3 0x04 Hygro Vapor 28 5128 32 bit float RO Read Input 2 Pressure kPa 0x04 Hygro Vapor 30 5130 32 bit float RO Read Input 2 Pressure mm 0x04 Hg Hygro MH FH 32 5132 32 bit float RO Read Input 2 0x04 moisture IQ User s Guide 135 Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Temperature 34 5134 32 bit float RO Read Input 2 C 0x04 Temperature 36 5136 32 bit float RO Read Input 2 F 0x04 Te
57. Error button to open a screen similar to Figure 46 below Ignore Ignore Cancel Figure 46 Range Error Setup Screen Output Response 2 Set the output to be driven either High on Under Range errors Low on Under Range errors or to Ignore Under Range errors Ignore is the default setting 3 Set the output to be driven either High on Over Range errors Low on Over Range errors or to Ignore Over Range errors Ignore is the default setting 4 Tap the Save button to keep the new settings or tap the Cancel button to keep the previous settings 50 moisture IQ User s Guide Chapter 4 Using the Outputs Alarms and Logger Menus 4 2 Setting Up the Alarms 4 2 1 Configuring an Alarm Note An active alarm is indicated by a Play symbol and the alarm selected for editing is highlighted in yellow The moisture IQ features two optional alarms A and B for each of its six channels To configure these alarms refer to the menu map in Figure 77 on page 108 and tap the Alarms button on the right side of the main touch screen to open a screen similar to that shown in Figure 47 below Alarm Selection Test Channel Range Error Measurement Selection Mode Type In Band Figure 47 Alarm Selection Screen 1 Tab the button for the desired Channel 1 6 and Alarm A or B 2 In the Measurement Selection section tap the Mode Unit and Type In Band Out Band or Setpoint buttons to enter the desired settings for the alarm
58. FA approved for use in intrinsically safe areas when O2T Connections Oxygen Probe Connections Module A CH1 Ses Module A CH3 e a molsturelo 9 HOOUEA CH E23 Module A CH2 Figure 18 Delta F Oxygen Cell Connections Note Additional Delta F Oxygen cells may be connected to CH4 CH5 and CH6 in the Module B connector group on the right side of the back panel Note For moisture IQ Fiberglass Weatherproof installation with optional Delta F sensors clamp a ferrite bead GE P N 222 031 to each Delta F cable on the inside of the enclosure S O c C YELLOW LOO Stab el Oxygen a cones Optional DELTA F Figure 19 Delta F Oxygen Cell Wiring 22 moisture IQ User s Guide Chapter 1 Installation and Wiring 19 4a Standard Delta F Oxygen Cells Figure 20 below shows a standard Delta F Oxygen Cell and identifies the sensing and secondary electrodes Make oxygen cell connections from the electrodes on the oxygen cell to the OXYGEN terminal block on the back of the moisture IQ Refer to Figure 18 on page 22 and Table 2 below for the required connections IMPORTANT To maintain good contact at each terminal block and to avoid damaging the pins on the connector pull the connector straight off not at an angle make cable connections while the connector is away from the unit and push the connector straight on not at an angle when the wiring is complete Table 2 S
59. FM14ATEXOO83X i X Ta 20 C to 60 C Type 4X IP66 C IECEx FMG 14 0040X MFG DATE INIA AA Intrinsically Safe Connections to Class Il Division 1 Groups A B C D E FandG 1180 Install per GE drawing 752 364 WARNING DO NOT OPEN WHEN ENERGIZED SUBSTITUTION OF AVERTISSEMENT NE PAS OUVRIR SOUS TENSION LA SUBSTITUTION DE O COMPONENTS MAY IMPAIR INTRINSIC SAFETY COMPOSANTS PEUT COMPROMETTRE LA S CURIT INTRINSEQUE Figure 15 Explosion Proof Label from Shannon Ireland Dwg 442 1855 02_revB GE INFRASTRUCTURE SENSING m O st u re 1100 TECHNOLOGY PARK DR BILLERICA MA 01821 MODEL ARANA S N ESSE MEG DATE PIE Class Division 2 Groups B C and D T4 Not ratified by FM Approvals Ta 20 C to 60 C a intrinsically Safe Connections to Class ll IIl 113 G Ex nA IIC T6 X APPROVED Division 1 Groups A B C D E F and G Ta 20 C to 60 C Class l Zone 0 AEx Ex ia Ga IIC WARNING Potential electrostatic C Il 1 G Ex ia Ga lC FMIZATEXOOS9 charging hazard see instructions Ta 20 Cto 60 C X IECExFMG 13 0022 E Type 4X Install per GE drawing 752 364 IP66 except IECEx 1180 WARNING Substitution of components may impair intrinsic safety To prevent ignition of flammable or combustible atmospheres disconnect power before servicing AVERTISSEMENT La substitution de composants peut compromettre la s curit intrinseque Figure 16 Stainless Steel Weather Proof Labe
60. Gas Flow sss wea SA NAJ 26 Intrinsic Safety aksa sa ste As o malu os dus 95 L Logs Creatin 255 a ita KU at a als he wel E e xn 22 Menu Map ios 1 Caled teta Ka aos e 108 Setting Up and Rumning 54 Specifications 4 skis vaga ka PER GU 99 Low Voltage Directives es 2 M MAI Meni ias es Ses x peo ne hers SIR SOR RH RIS 31 Maine ANCE us epo dud tona a a OR PEDO 85 Oxygen Gell Ero wa ES 85 Replacing and Recalibrating Probes 87 Measurements Display 41 ku osa A SR URS 31 Modes and Units a uu eee sey 59 Oxygen Specifications iio 98 Menu AIM Iva dates 51 COMU ria 34 DOBDOF 4 Lou mo desc roe uta A Ron eae 54 OD DUE S o oe Di ast ton RU nose aa ee ate 47 SERVICE 153 574 kap pado x Ru s eO RUD AERE OR 46 O dE 37 Menu Map ATAS dada e ig a pe es 108 Communications bui CIE SE eure ER ES 110 ONDON quss ika uus Cae ene Oy SCR ee 108 OUPS sie s Re AA AA eds 108 Probe ss jo KA A ERROR REA 109 SGUING vis tie eln E Rae Ed 107 moisture IQ User s Guide User uua va kas male kus o ku sna 109 Modbus CONTIENE suu sss Si aia kaa add 14 Register Maps T eed ta qe As 125 Module SEND s Disease 2 RO FE A pd atone asd 45 Updating Firmware sss se ss RR ERE E 119 Moisture Image Series Probe Electrical Connections ev oec EXTR ES 19 Specifications L2 23 a ite C SELL 101 Moisture Measurement Specifications 96 Moisture Probes Considerations for Installation 3 Electrical Con
61. Listen on Port Password Accept Connections From Figure 72 VNC Setup Screen 2 If the VNC Server button indicates that the VNC Server is currently Enabled tap this button to Disable the VNC Server changes to the settings can only be made when the VNC Server is Disabled 3 Tap the Listen on Port button and enter the appropriate Port Number Then tap the Check button to save the value and tap the Return button to return to the VNC Setup screen In most cases the default Port 5900 should be used Note The Password and Accept Connections From buttons are not functional in this software version When a VNC client connection is established the analyzer will display a Log In prompt Log in using the credentials for the Admin Operator or additional account that is configured to permit VNC connections After a VNC connection has been established the analyzer will display a flashing eye cursor lt gt that tracks the remote user s actions This indicates to a local user that a remote user is connected When the remote user disconnects the flashing eye cursor is removed lyNc is a registered trademark of RealVNC Ltd 80 moisture IQ User s Guide Chapter 6 Setting Up Communications 6 6 Configuring the Web Server IMPORTANT The Web Server opens Port 80 when it is Enabled The moisture IQ can be remotely accessed using a web browser by enabling the Web Server To configure the Web Server complete the follow
62. Measurement amp Control Moisture molsture lQ User s Guide LA moisture lQ 910 298 Rev D imagination at work September 2015 molsture lQ Hygrometer User s Guide 910 298 Rev D September 2015 www gemeasurement com 2015 General Electric Company All rights reserved Technical content subject to change without notice no content intended for this page Contents Chapter 1 Installation and Wiring IIA POGUE NCHA contra L EOE oJ 1 kz Unpacking the moisture lO ss A A EBLO I NOS 1 155 mstalingthe Moist re Oe ke toss o JMo LLL 1 lz CROOSINO BIN nstellatioh bg e soe a le Jaane boe ds 2 LA Geht Site AS a mesmo werd e eodd were VE KRO ON KAK ADS Actas OR SO 2 TA VOW Voltage ad e am olt anao E tel Me tetris a ss and a laj Te e MO I DL 2 1 5 MOS Prope Considerations sus tn Cu idet do dette ode Set oe dr des a e Me tor e c 3 1 5 1 Temperature Range esc regne KAN Hd RT E D RN pa TR e ex RI rus Fas 3 15 2 Moisture Condensate asocio de VE Ur pre bert eee e HX et a same P 3 1 5 Static or Dynamic Se sa pos a pk TAN ena a a sg peii rire d ER 3 1 5 4 Pressure RONGE ai teer REALA LEA NO SNO PETRA HO a4 PEU LA SEA AF ERAI A AMO 4 1 5 5 Long Term Storage amp Operational Stab ss a t 4 1 5 6 Interference Effects cox a a eur AD oj LE Md EA o pe ma US CUN 4 SZ orrosiveMatetidls Tan esm makro kaa rr ms str Enc k
63. ODE Output B of scale 0x03 enabled force output to value State 222 2222 32 bit Integer RW Read Holding 2 2 TEST MODE 0x03 All else run mode Units 224 2224 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 226 2226 32 bit Integer RW Read Holding 2 1 4 20mA 0x03 2 0 20 mA 3 0 2 volts Zero 228 2228 32 bit float RW jReadHolding 2 0x03 Span 230 2230 32 bit float RW jReadHolding 2 0x03 Channel 3 Output percent 300 2312 32 bit float RW ReadHolding 2 When TEST MODE Output A of scale 0x03 enabled force output to value State 302 2302 32 bit Integer RW jReadHolding 2 2 TEST MODE 0x03 All else run mode Units 304 2304 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 306 2306 32 bit Integer RW jReadHolding 2 1 4 20 mA 2 0 20 0x03 mA 3 0 2 volts Zero 308 2308 32 bit float RW Read Holding 2 0x03 126 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Oty of Notes Address Request Registers Span 310 2310 32 bit float RW Read Holding 2 0x03 Channel 3 Output percent 320 2332 32 bit float RW Read Holding 2 When TEST MODE Output B of scale 0x03 enabled force output to value State 322 2322 32 bit Integer RW ReadHolding 2 2 TEST MODE 0x03 Al
64. OF PLATE ASSEMBLY 752 513 TERMINAL BLOCK Line Fer m EXPLOSION PROOF PLATE ASSEMBLY USED BY Q 7 4 C D E F G i 7 7 C D E F G 752 513 5 Figure 5 XP Plate Assembly Dwg 752 513 revB SH 4 of 5 CSS 0011 Rev C 3 of 10 Certification amp Safety Statements for the moisture IQ Hygrometer September 2015 Installation cont 752 513 SIDE VIEW FRONT FEET EXTENDED p SIDE VIEW FRONT FEET FOLDED TOP VIEW F
65. P connection complete the following steps 1 From the Configuration Menu screen see Figure 52 on page 57 tap the TCP IP button to open a TCP IP Setup screen similar to Figure 69 below TCP IP Setup MAC Address LAN Access Enabled IP Address 3 68 137 51 Gateway 3 68 136 1 3 68 136 19 Alternate DNS 3 40 208 20 Figure 69 TCP IP Setup Screen moisture IQ User s Guide 75 Chapter 6 Setting Up Communications 6 4 1 Configuring the Ethernet TCP IP Connection cont 2 Ifthe LAN Access button indicates that the TCP IP connection is currently Enabled tap this button to Disable the TCP IP connection changes to the settings can only be made when the connection is Disabled Note that the moisture IQ MAC Address is shown as a read only value 3 Tap the IP Address button and select either Automatic or Static from the drop down list If Static is selected enter values for the IP Address in dotted decimal notation e g 192 168 1 123 the Subnet mask and the Gateway address in the text boxes provided 4 Tap the DNS button and select either Automatic or Static from the drop down list If Static is selected enter values for the DNS and Alternate DNS in the text boxes provided Note For troubleshooting purposes automatically assigned addresses are visible on this screen 5 After the TCP IP connection has been configured tap the Check button to save your settings Then tap the Return button to return
66. Process Lines sus a 13 Constants User 70 D Data Element Editor A 32 Data Logging ses nr ud ee 99 Dala MES se Vs oa e ak ES 38 Delta F Oxygen Cell Background Gas Correction 89 Calibration iod Vesp by AU e RS C 87 Electrical Connections 3 29 5 x eet ss ze 21 Electrolyte Maintenance 85 Establishing a Gas Flow 26 Explosion Proof 2 04 sea E Mt LAE 25 lti stallinp sugas rs kuk ed moato das 12 Mountihig sso s1 SS ork ksa dao rs hias REA 8 A ule Wh pd vr M du 13 Process Connections 3 oet Seka a che Rees 13 Sample NS iss apa tener qa c da dos 6 Specifications Sa or os eis A hn bee RU a rad 104 Standard i oro ms e a a RU 23 Weatherproof sa ss zs spas stuk vas eee ee ka 24 DivitalOutpuls esu eer a ee eek 100 DIMENSION ees Sov OVER REOS EX ELE 95 Display SE MSS apk eke ekas PADS 38 Specifications vii aaa hed aura 99 Document Number ss sissga ie kas sa kva Re 1 Drawings Panel Mount Model ss ss e sss su utada as 113 Rack Mount Model sa gss ss ss rra ude iia a 112 E Electrical Connections sis eod per sia 14 Delta F Oxygen Cell ssststs s sts Sss 2 151 Index Input PoWeb 435 4a deed SKA ose t 16 Moisture Image Series Probe 19 Moisture Probes sra etu sas eus dodo 16 M Series Probes os sss 1 A dekla aa XE SV 17 Press Lock ever ooa uu ta e dos 15 Electrolyte Checking the Level i pa sss ss hase sa UR 86
67. RONT VIEW 1 SYSTEM SHOWN WITH TWO 3 CHANNEL MODULES INSTALLED 2 DIMENSIONS MM IN 3 WEIGHT 10 4 KG 22 9 LB BENCH TOP CONFIGURATION oisture IQ RACK BENCH PANEL ISTALLATION DRAWING 712 1889 1 Figure 7 Bench Top Configuration Dwg 712 1889 revA SH 1 of 3 CSS 0011 Rev C 4 of 10 Certification amp Safety Statements for the moisture IQ Hygrometer September 2015 Installation cont TOP VIEW LIE SIDE VIEW FRONT VIEW SYSTEM SHOWN WITH TWO 3 CHANNEL MODULES INSTALLED IM 1 j DIMENSIONS MM IN 3 SIZE 3 RACK UNITS 3U IN A 19 INCH RACK LB 4 WEIGHT 11 2 KG 24 7 E sl B sle a Y xc B RACK MOUNT CONFIGURATION j REAR VIEW DC POWER UNIT 712 1889 REAR VIEW AC POWER UNIT RECOMMENDED PANEL CUTOUT TOP VIEW Bas FRONT VIEW SIDE VIEW
68. Read Input 2 Point C 0x04 Hygro Dew 404 5504 32 bit float RO Read Input 2 Point F 0x04 Hygro Equiv 406 5506 32 bit float RO Read Input 2 Dew Point C 0x04 Hygro Equiv 408 5508 32 bit float RO Read Input 2 Dew Point F 0x04 Hygro PPMv 410 5510 32 bit float RO Read Input 2 0x04 Hygro PPBv 412 5512 32 bit float RO Read Input 2 0x04 Hygro PPMw 414 5514 32 bit float RO Read Input 2 0x04 Hygro RH 96 416 5516 32 bit float RO Read Input 2 0x04 Hygro 418 5518 32 bit float RO Read Input 2 Lbs MMSCF 0x04 ideal gas Hygro 420 5520 32 bit float RO Read Input 2 Lbs MMSCF 0x04 natural gas Hygro PPMv 422 5522 32 bit float RO Read Input 2 natural gas 0x04 Hygro g m 3 424 5524 32 bit float RO Read Input 2 0x04 Hygro 426 5526 32 bit float RO Read Input 2 mg m 3 0x04 144 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Hygro Vapor 428 5528 32 bit float RO Read Input 2 Pressure kPa 0x04 Hygro Vapor 430 5530 32 bit float RO Read Input 2 Pressure 0x04 mm Hg Hygro MH FH 432 5532 32 bit float RO Read Input 2 0x04 Temperature 434 5534 32 bit float RO Read Input 2 C 0x04 Temperature 436 5536 32 bit float RO Read Input 2
69. S GE Infrastructure Sensing Inc 1100 Technology Park Dr Billerica MA 01821 USA THIRD ANGLE PROJECTION TITLE 01 05 75 APPD D DRAPER T2278 e O lem eee Er UT Ee dd ias Aa SALES OUTLINE DRAWING moisture IQ XP INSTALLATION ac DRAWING NUMBER GENERATED USING 712 2127 SOLIDWORKS DO NOT SCALE DWG Figure 11 XP Installation Outline Drawing Dwg 712 2127_revA SH 1 of 1 SHEET 10F 1 CSS 0011 Rev C 6 of 10 Certification amp Safety Statements for the moisture IQ Hygrometer September 2015 Installation cont e The product cannot be repaired bu the user It must be replaced by an equivalent certified product Repairs should only be carried out by the manufacturer or by an approved repairer Only trained competent personnel may install operate and maintain the equipment e If you have questions about whether the apparatus can be used safely in the intended area under the expected operating conditions please call a GE applications engineer e See the rear cover of the User s Manual for contact information Special Conditions for Safe Use XP conditions of use for ATEX IECEx and Zones e The flameproof joints of the equipment are not intended to be repaired Consult the manufacturer if repair of the flameproof joints is necessary Consult the manufacturer for genuine replacement enclosure cover fasteners Markings
70. Screen Messages see Screen Messages below e Common Problems see Common Problems on page 93 8 1 Screen Messages The moisture IQ has several screen messages that may display during operation Refer to Table 11 below for a list of these messages and the possible causes Table 11 Screen Messages and the Possible Causes Screen Message Possible Cause System Response Action Image Series Probe has failed The Moisture Image Series Probe is disconnected or damaged CHANNEL NOT AVAILABLE Module not installed None Select a different channel NO PROBE Unit has not been configured for None Make sure the correct probe is the probe activated For activated as described on page 58 example you cannot display pressure on a channel where Connect the required probe only an M Series probe is configured NOT AVAILABLE The mode and or units selected None Choose a different mode and or units as require more data or need a described on page 58 different probe For example you cannot read 96RH with a Connect the required probe moisture probe that does not have the temperature option MIS NO LINK Communication with a Moisture After the moisture IQ performs 5 Check the Moisture Image Series Probe checks it replaces data with the following default values dew point 110 C temperature 70 C pressure 0 psi connections Replace the Moisture Image Series Probe Chan X MIS BAD CRC CRC Cycl
71. TC ER bor RU nth kd Cie 80 5 6 C nfiguring the Web Ser ele o eu God dad i KM PORE RE re d RT vuU mo e uso 81 6 7 User Management Operations sesesssssessssessesessereseeseessesseteeesetessesos 82 6 8 Setting Up a Remote Connection toa PC oss qa ses ar ERROR RF CREAR UR Re Race MANA ORO ER ER AUR 83 Chapter 7 Maintenance T Delta FOR cell EleetPolidte se pocta ES O 85 Td Checking the Electrolyte level za ende ee esee Ka cM ea dna E oe diet 86 Pre Replenishing The FSCO EG cause e acm ade 86 7 2 Replacing and Recalibrating Moisture Probes uds a acis en Poco DEJ ap cats 87 Se Calibrating the Delta F Oxygen Cella duse hotter tote tente Eo tite i use dele o e Pano rt Ed M du 87 7 3 1 Displaying Oxygen content in PPMv and DAs us eo CE ERERD USERS RWTERER URGERE a ola 87 7 3 2 Checking the Oxygen celle dli GEOP equi dete Ch oo E PO EE BR Me e e eec En 88 7 4 Delta F Oxygen Cell Background Gas Correction Factors esseeeeeseseeeeeeseseeees 89 7 4 1 Correcting for Different Background Gases sss aa ke Ier AN HF RES CENA ARCU HER 89 7 4 2 Entering the Background Gas Correction Pacto a recio sa pers pe FERRUM CHEN e OMEGA US 90 Chapter 8 Troubleshooting 84 Screen MESSAGES mized ase ks a scite eden ee e duis etd eee Airbus Hes 91 o COMMON PRODICMS ua p eman TIS a A EE 93 Chapter 9 Specifications A a AAA A Rb koko oaks E VK ls sk Sea KA AAJ 95 92 Molsture Maedsuf eTig i sra EF EFESSANRERREP I
72. Through the Oxygen Cell Lose e Do o ER ni 26 1 11 Connecting an Auxiliary DAVIS ks poss ee ea ek o ko doses red tU Ged eg eas 28 112 Connecting Analog DUDU sua ds av Ea HANE E E p e a Od oy ES Cose er Pe OR 29 1 13 Connecting BEI Stam ats ov Lesen ka ala a lre SK E SN E ea ko 30 Chapter 2 Operation Gil POWERING Ups te a Nos karak Nn rk dtm dn o tod 31 223 Meds rement Display Components e ee imus eed sates o A e ac Cod ON Erba OD CO DOR SAE ON dad 31 23 MA oo deett o wise Atc edet c so Rrra cree sie ade ces tubus cad sree E OJ 32 231 The Data Element EIE DES sago ars a Me pot draman a ku a o Ma l ah 32 moisture IQ User s Guide iii Contents 257 WIS SEND zee sa aa o ee rm o a mo TOLL EIC 53 20 Restarting the SUSLCM scar ie dd Dr e ite st 34 ZT Shutting Dowdhe System re sere Moe cse II ie site ceo au pcc ke e br Meo 35 Chapter 3 Using the Settings Menu BU O tot boca a Pune ace rad eiue Cer otintate e sd UR ead TTT A EE TI TIN 37 se MPS IOI SUNOS sss Tace puma aa ren LDAP LE Se LC e E as o n d E 38 215 System Sens o esent NS ANTE ION COMO KO AA AR rU E ENE OR EER 39 se lo MOnagon umus erba e E keo a sd ect p Ur 40 3 5 Screen Alignment Weatherproof and Explosion Proof ss esssseesseesssseeeesesos 41 3 6 Screen Configuration Weatherproof and Explosion Proof a veo E GR CR Gd 42 345 NONECATONS SEU curiae dopo NOM fuo tatto o Ps SN cars aah arcana ants 45 5 9 FAUTA IM S etU p ue sch cr a rcu creber tes dn l D
73. Um 250Vrr INSTALEATIGH anadian certified For bc POWER VERSIOJ CONTROL DRAWING EEx instalation intrinsically safe apparatus IECI END USERTO SUPPLY POWER CABLE WARNING Substitution of components may im WARNING To prevent ignition of flammable or E 7 r E E Figure 1 Rack Bench Panel Installation Control Drawing Dwg 752 364 revC SH 1 of 1 Sensing House Shannon Free Zone East Shannon County Clare Ireland Telephone 353 61 470200 1100 Technology Park Drive Billerica MA 01821 U S A CSS 0011 Rev C Telephone 978 437 1000 or 800 833 9438 September 2015 Certification amp Safety Statements for the moisture IQ Hygrometer Installation cont September 2015 REVISIONS 02258 moisture MODULE METALLIC WEATHER PROOF MODELS REFER TO ENCLOSURE DRAWING 425 1525 1 ALLENCLOSURE MODIFICATIONS TO BE COMPLETED BY ENCLOSURE MANUFACTURER oigetay kaseto NON METALLIC WEATHER PROOF ENCLOSURE DETAILS MANUFACTURER MODE 1 MATERIAL to DIMENSIONS HOFFMAN ULTRX SERIES FIBERGLASS W POLYCARBONATE WINDOW 24 61 x24 11 x 8 95 OUTSIDE HX W x D STED TYPE 3 38 4 4 E IR 4 AK 12 13 PL 1555 gt BE COMPLETED BY ENCLOSURE MANUFACTURER urea DISPLAY ASSEMBLY R TERY EXPLOSION PROOF moisture 7 6
74. a icai EE ES RE 4 Le SUMIple SUSTEMIGUIGElES mu oed reto Cue acta tar o a irs a FEOJ EJ ma Mast A KS cede reine 5 1 6 1 Mostra Sample Systems Sapa ala ka canal a dd tut 5 1 6 2 Oxygen Sdm ple Syste sx al ed ao ne o ko 6 1 7 Mounting the Hygrometer System ssp a raer ko A Pan ula er l e a al Dd ko a Ao et 7 To T Mountng the Electronics UNE shots ko palas o kore slalo ka far tu dn neta tas Lea dada tardus 7 157 2 Monindsa sdmple SUSO e dcc sp p toe Terr citate Te Dae erint dti b er ds 7 ios MOEBNUPOANXONUGoN ell e Sus a i ce e ete ICD dade etn dr bt Qe ead 8 Le Installirig the ProD8s so oreste ovre PEPPER PIA IC Rh ta 9 IS IF Moist re Probes Lees cocci eoe DG RR Ad OUR EKE EP o DERI CEN UNSER E A 9 1 8 2 Adapting an Existing TF Series Probe Cable c s oS b A dee oe TON eR 10 1 8 3 Adapting an Existing M Series Probe Cable s esse esee rnnr narrar rreren rnrn 11 138 4 Pressure Sensors sul rasp pe a ee gag SO e e E TR HT Vader 12 1 55 Delta Fs OUI ell suos te eor oed p A nut e du tek aha E tunes Rn UT t EE 12 Lo Makino Electrical Connections sno tor so Ct ds la eO No a ko e kro ree PA rl am ko tha 14 1 9 1 Using the Lever to Make Wiring CONNEEGNONS se 5 o eae EE JE E E NES 15 LIZ EME te Inpulb ROWER so ca e rnbo cedo ses e e SE OK RS 16 T9 3 Connecting Moisture PEODBS sura cere e A A Mare ek ot ale 16 1 9 4 Connecting the Delta F Oxygen Gellar vb oat he ER UU MT tee vitii tt 21 1 10 Establishing a Gas Flow
75. and Moisture Image Series probes to measure moisture If you need to connect a different probe type please contact our technical support department If you ordered one or more M Series probes with the moisture IQ GE has entered the necessary probe setup data on a pre assigned channel IMPORTANT See the Calibration Data Sheets shipped with the probes to connect the probes to their corresponding channels If a probe is connected to the wrong channel the meter will display incorrect data Probes are identified on the Calibration Data Sheet by a serial number The serial number is also engraved on the hex nut of the probe as shown in Figure 11 below Probe Serial Number Figure 11 Moisture Probe Serial Number The Moisture Image Series probe does not require any preprogramming because it stores all the necessary setup data in its electronics module Therefore you can install a Moisture Image Series probe on any available channel After you install the probe you must activate the probe on the installed channel as described in The Probe Configuration Screen on page 58 Proceed to the following sections to properly connect your moisture probes 16 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 9 3a M Series Probes M Series probes are primarily used for moisture measurement but they can be used to measure temperature as well If
76. asic GE Sensing Hygrometry Principles Then reinstall sensor Shorted circuit on sensor Run dry gas over sensor surface If high reading persists then probe is probably shorted and should be returned to the factory for evaluation Sensor is contaminated with conductive particles refer to Basic GE Sensing Hygrometry Principles Clean the sensor and the sensor shield as described in document 916 064 Basic GE Sensing Hygrometry Principles Then reinstall sensor Improper cable connection Check the cable connections to both the probe and the moisture IQ moisture IQ User s Guide 93 Chapter 8 Troubleshooting Table 12 Troubleshooting Guide for Common Problems cont Symptom Possible Cause System Response Action Screen always reads the driest lowest programmed moisture calibration value while displaying dew frost point Open circuit on sensor Return probe to factory for evaluation Non conductive material is trapped under contact arm of sensor Clean the sensor and the sensor shield as described in document 916 064 Basic GE Sensing Hygrometry Principles Then reinstall the sensor If the low reading persists return the probe to the factory for evaluation Improper cable connection Check the cable connections to both the probe and the moisture IQ Slow response Slow outgassing of system Replace the system components with stainless s
77. ate 602 2602 32 bit Integer RW Read Holding 2 2 TEST MODE 0x03 All else run mode 128 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Units 604 2604 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others See tab Type 606 2606 32 bit Integer RW Read Holding 2 1 4 20 mA 0x03 2 0 20mA 3 0 2 volts Zero 608 2608 32 bit float RW Read Holding 2 0x03 Span 610 2610 32 bit float RW Read Holding 2 0x03 Channel 6 Output percent 620 2632 32 bit float RW Read Holding 2 When TEST MODE Output B of scale 0x03 enabled force output to value State 622 2622 32 bit Integer RW ReadHolding 2 2 TEST MODE 0x03 All else run mode Units 624 2624 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 626 2626 32 bit Integer RW ReadHolding 2 1 4 20 mA 0x03 2 0 20 mA 3 0 2 volts Zero 628 2628 32 bit float RW ReadHolding 2 0x03 Span 630 2630 32 bit float RW ReadHolding 2 0x03 3000 All Alarm Status 0 3012 32 bit Integer RO Read Input 2 Bit wise Alarm Status 0x04 1 Energized 0 De energized Channel 1 Status 100 3100 32 bit Integer RO Read Input 2 1 Energized Alarm A 0x04 0 De energized State 102 3102 32 bit Integer RO Read Holding 2 0 Disab
78. ature 20 C to 60 C 4 F to 140 F 9 6 4 Storage Temperature 40 C to 70 C 40 F to 158 F 9 6 5 Auto Calibration Occurs on power up and at user selectable time intervals 9 6 6 Warm up Time Meets specified accuracy within 5 minutes of turn on 9 6 7 Data Logging Up to six simultaneous logs per storage device with up to 16 parameters each stored in 4 GB Micro SDHC moisture IQ User s Guide 99 Chapter 9 Specifications 9 7 Output Specifications 9 7 1 Analog Six per 3 CH module two per 1 CH module Internally isolated 12 bit 0 025 Resolution 9 7 2 Standard Switch Selectable Outputs e Oto2V IOK ohm minimum load resistance e Oto 20 mA 400 ohm maximum series resistance e 4to20 mA 400 ohm maximum series resistance Each output can correspond to any one parameter on that channel Zero and span are user programmable within the range of the instrument and the corresponding sensor 9 7 5 Digital Outputs Choice of RS 232 or RS 485 serial communications port Available baud rates include e 9600 e 19200 e 38400 e 57600 e 115200 e USB A Compliant to USB 1 1 master host for USB storage e USB B Compliant to USB 1 1 slave factory use only e Ethernet RJ 45 supports 10BASE T and 100BASE TX 9 7 4 Alarm Relays Six per 3 CH module two per 1 CH module 1 Form C relay SPDT rated for 2 amps at 28 VDC 28 VAC Available for high and low limits The relay contacts can be set to trip at
79. ble name Table A through Table F from the drop down list 2 The table may contain from 2 10 rows Use the Insert Row and Delete Row buttons to configure the table with the desired number of rows 3 To enter or edit the data in the table tap the desired table cell to highlight it in blue Then tap the Edit Value button to enter the data for that cell Repeat this process until all of the data has been entered Note The Copy and Paste buttons can be used to copy data from another table into this new table 4 After all of the data has been entered tap the Sort button to be sure the data points are arranged in ascending order of X values Then tap the Check button to save the table and tap the Return button to return to the Configuration Menu moisture IQ User s Guide 69 Chapter 5 Using the Configuration Menu 5 4 3 Entering User Constants User defined constants can be substituted for Dewpoint C Temperature C and Pressure Pa measurements in all meter calculations In addition you can multiply all measured moisture PPMv values by a specified constant the default multiplier is 1 000 From the Configuration Menu screen see Figure 52 on page 57 tap the Constants button to open a User Constant Setup screen similar to Figure 63 below User Constant Setup Channel Hygro k x ppmv 02 Background Temperature Correction Pressure Figure 63 User Constant Setup Screen To enter user constants complete the fol
80. block and to avoid damaging the pins on the connector pull the connector straight off not at an angle Make the cable connections while the connector is away from the unit and then push the connector straight on not at an angle when the wiring is complete Proper connections and cabling are extremely important for accurate measurement Use the correct cable type for each probe and make sure the cables are not damaged during installation See the sections which follow for specific connection instructions moisture IQ User s Guide 15 Chapter 1 Installation and Wiring 1 9 2 Connecting the Input Power To connect the input power simply plug the power cable into the receptacle next to the ON OFF switch at the lower left corner of the back panel see Figure 8 on page 15 DC wiring is shown in Figure 9 below IMPORTANT Jf the power mains switch on the unit remains accessible to the user after installation a disconnect device is not required However if the installation blocks access to the power mains switch compliance with the EU s Low Voltage Directive IEC 61010 requires an external power disconnect device such as a switch or circuit breaker The disconnect device must be marked as such clearly visible directly accessible and located within 1 8 m 6 ft of the unit DC Power Supply Connector QUO E Aw Figure 10 DC Power Wiring 1 9 5 Connecting Moisture Probes The moisture IQ uses M Series
81. cludes the following options Serial Port see Configuring the Serial Port below e Modbus see Configuring the Modbus Connection on page 74 TCP IP see Connecting to an Ethernet LAN on page 75 e VNC see Configuring a VNC Connection on page 80 e Web Server see Configuring the Web Server on page 81 e User Management see User Management Operations on page 82 6 2 Configuring the Serial Port IMPORTANT For proper communications the serial port settings for the moisture IQ must be the same as those for the device connected to the moisture IQ serial port To configure the moisture IQ serial port complete the following steps 1 From the Configuration Menu screen see Figure 52 on page 57 tap the Serial Port button to open a Serial Port Setup screen similar to Figure 67 below Serial Port Setup Mode Baud Rate RS 485 9600 Word Size Parity 8 bits Even Stop Bits 1 Figure 67 Serial Port Setup Screen moisture IQ User s Guide 73 Chapter 6 Setting Up Communications 6 2 l GLE orm Note Configuring the Serial Port cont Tap the Mode button and select either RS 232 or RS 485 from the drop down list Tap the Baud Rate button and select either 9600 19200 38400 57600 or 115200 from the drop down list Tap the Word Size button and select either 7 bits or 8 bits from the drop down list Tap the Parity button and select either Even Odd or None from the drop down list Tap the Sto
82. d measurement display This will open a Data Element Editor screen similar to that shown in Figure 29 below Data Element Editor Channel Mode Unit Ch 1 Hugro DP C 1265 E 0 0000 113 Clear All Figure 29 The Data Element Editor Screen 32 moisture IQ User s Guide Chapter 2 Operation 2 4 The Data Element Editor cont As shown in Figure 29 on page 32 the following settings are available for the display e Channel Select the channel 1 6 to be displayed e Mode Select the measurement type Hygro Pressure Temperature Oxygen Aux 1 Aux 2 or Function to be displayed Unit Select the units of measure to be displayed e 123 Graph Toggle between a Numeric and Graphical display Note The error message is only available in numeric mode not in graphical mode e 12 23 1 2E5 Toggle between Floating Point Decimal and Scientific numeric displays Slider Bar Use the Left and Right arrows to select the number of decimal places for the numeric display Copy and Paste Use these buttons to duplicate display settings from one measurement display to another Clear All Use this button reset the display to the default state Note The current selection for the toggled items is highlighted in blue As with all of the moisture IQ programming screens tap the Check button y to save your new settings or tap the Cancel button x to keep the previous settings 2 5 Initial Setup Before you can
83. ding or 2 ppm e DFOX 5 0 to 50 500 5 000 ppm 1 8 compression 3 of reading or 1 ppm O Range e DFOX 6 0 to 5 1 8 compression 3 of reading or 10 ppm e DFOX 7 0 to 10 1 8 compression 3 of reading or 20 ppm e DFOX 8 0 to 25 1 8 compression 3 of reading or 50 ppm Sensitivity Less than 5 ppb 0 to 500 ppbv range Response Time e Fast response to O change Equilibrium time is application specific Ambient Temperature 32 F to 120 029F 0 C to 499C 104 moisture IQ User s Guide Chapter 9 Specifications Background Gas Compatibility e STAB EL cell All gas compositions including those containing acid gases such as CO H5S Cp NOx SO etc Hazardous Area Classification BASOIATEXIO98X II 1G Ex ia IIC T5 Ga Tamb PF to 122 F 20 C to 50 C e US CAN Class I Division 1 Groups A B C D T4 European Compliance Complies with EMC Directive 2004 108 EC when connected to a moisture IQ Moisture Image Series 1 Moisture Image Series 2 or Moisture MonitorTM Series 3 analyzer Sample Requirements Inlet Pressure e 0 2 psig to 1 0 psig 0 013 barg to 0 06 barg standard range Flow Rate 0 5 to 1 5 SCFH Moisture No limits avoid condensation Oil Solvent Mist e Less than 0 5 me ft standard range Greater than 0 5 mg ft use filter Solid Particles e Less than 2 0 me ft standard range e Greater than 2 0 mg ft use filter mois
84. e 0 off others see tab Type 306 3306 32 bit Integer RW Read Holding 2 1 Setpoint 0x03 2 In Band 3 Out Band Lower Setpoint 308 3308 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Upper Setpoint 310 3310 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Channel 3 Status 320 3320 32 bit Integer RO Read Input 2 1 Energized Alarm B 0x04 0 De energized State 322 3322 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enabled Units 324 3324 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab moisture IQ User s Guide 131 Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Type 326 3326 32 bit Integer RW Read Holding 2 1 Setpoint 0x03 2 In Band 3 Out Band Lower Setpoint 328 3328 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Upper Setpoint 330 3330 32 bit float RW ReadHolding 2 0x03 Write Multiple 0x10 Channel 4 Status 400 3400 32 bit Integer RO Read Input 2 1 Energized Alarm A 0x04 0 De energized State 402 3402 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enabled Units 404 3404 32 bit Integer RW jReadHolding 2 Measurement Unit 0x03 Code 0 off
85. e 45 Output Trim Screen Tap the Reset Trim button to clear the current trim values Tap the Trim Zero button to output the zero value and enter the value shown on your multimeter in the Trim Zero text box Tap the Trim Span button to output the span value and enter the value shown on your multimeter in the Trim Span text box Tap the Exit button and test the output as described in Testing the Selected Output on page 48 The 0 of full scale value is 1 mA for a 0 20 mA scale 4 mA for a 4 20 mA scale or 0 1 V for a 0 2 V scale moisture IQ User s Guide 49 Chapter 4 Using the Outputs Alarms and Logger Menus 4 1 4 Setting the Output Range Error Response A Range Error can occur when a measured value is within the capacity of the analyzer but it exceeds the calibration range of the probe They can be either Under Range or Over Range errors The moisture IQ indicates Range Errors with an Over Range or Under Range message The error condition applies to all measurements of the same mode For example if a dew point measurement is Over Range then moisture in ppMv will also be Over Range If multiple Range Errors occur simultaneously the moisture IQ responds to them in the following order Oxygen Errors Moisture Errors Temperature Errors and then Pressure Errors Complete the following steps to configure the range error response of the selected output 1 Tap the desired Channel 1 6 and Output A or B and then tap the Range
86. e IQ User s Guide 63 Chapter 5 Using the Configuration Menu 5 2 Calibrating the Probes For newly purchased moisture IQ systems GE has already entered the required calibration data for all purchased moisture and oxygen sensors However you should verify this data before startup You will also need to enter new calibration data if you install a probe from your stock or attach a transmitter to the auxiliary inputs Note For hygrometry you need to enter calibration data only for M Series probes It is not necessary to enter calibration data for the Moisture Image Series Probe unless you send the probe back to GE for calibration without its electronics module If this is the case enter the calibration data for the recalibrated probe as described in this section The moisture IQ will automatically download the new calibration data into the Moisture Image Series Probe electronics module 5 2 1 Entering Calibration Data Automatically For moisture and oxygen probes included with the analyzer GE pre installs the corresponding calibration data files To enter this calibration data proceed as follows 1 On the Probe Calibration screen select the Channel Number where a probe requiring calibration is attached Then tap the FIND button to display a list of all included probes by serial number 2 Scroll the list to find and select the data file matching the probe to be calibrated and tap the Save button The calibration data for that probe wil
87. e Markings shall appear on the product as shown in Figure 12 and Figure 13 below for the rack bench panel version in Figure 14 and Figure 15 on page 8 for the explosion proof version in Figure 16 on page 8 and Figure 17 on page 9 for the stainless steel weather proof version and in Figure 18 and Figure 19 on page 9 for the fiberglass weather proof version ES moisture lQ Foremost MODEL moisture IQ B C D E F G Z SIN XXXXXX MFG DATE MMDDYY Associated Apparatus Exia APPAREILLAGE Exia lt A gt Intrinsically Safe Connections to amema Class I ll lil Division Goat B C D E F and G Class I Zone 0 AEx Ex ia Ga IIC amp HUG eria OMM CE Y Tomb 20 C to 460 C FMISATENOO d XE AR AX Install per GE drawing 752 364 WARNING Substitution of components may impair intrinsic safety WARNING To prevent ignition of flammable or combustible atmospheres disconnect power before servicing AVERTISSEMENT La substitution de composants peut compromettre la s curit intrinseque Figure 12 Rack Bench Panel Label from Billerica USA Dwg 442 1492 01 1 i t FREE ZONE EAST SHANNON ES molsture Q COUNTY CLARE IRELAND MODEL moisture IQ B C D E F G Z S N XXXXXX MFG DATE MMDDYY Il 1 G Ex ia Ga IIC FM13ATEX0059 IECEx FMG 13 0022 Tamb 20 C to 60 C Install per GE drawing 752 364 WARNING Substitution of components may impair intrinsic safety WARNING To prevent ignition of flammable or combus
88. e best installation site 1 441 General Site Guidelines e Choose an installation site for the probes and sample systems that is as close to the process line as possible Avoid long lengths of connecting tubing If long distances are unavoidable a fast sampling by pass loop is recommended Do not install any other components such as filters upstream from the probes or sample system unless instructed to do so by GE e Observe all normal safety precautions Use the probes within their maximum pressure and temperature ratings e Although the moisture IQ may not need to be accessed during normal operation install the electronics unit at a convenient location for programming testing and servicing A control room or instrument shed are typical locations Locate the electronics unit away from high temperatures strong electrical transients mechanical vibrations corrosive atmospheres and any other conditions that could damage or interfere with the meter operation See Chapter 9 Specifications on page 95 for environmental limits Protect the probe cables from excessive physical strain e g bending pulling twisting etc Observe the proper cable restrictions for the probes You can locate Moisture Image Series probes up to 915 m 3000 ft from the electronics unit with unshielded twisted pair cable M Series probes can be located up to 600 m 2000 ft from the unit with the use of specially shielded cable 1 4 2 Low Voltage Directi
89. e if possible than 1 4 inch This pressure restriction will damage the oxygen cell In addition a relief valve should be installed in the oxygen sample system If either of these conditions are not met the Delta F Oxygen Cell warranty will be voided CAUTION Do not connect the relief valve and oxygen cell outlets to a common outlet line smaller 26 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 10 Establishing a Gas Flow Through the Oxygen Cell cont 3 Slowly open the flow control valve until the recommended flow of 2 to 2 5 SCFH is established on the flow meter 4 When the proper flow is achieved make sure the relief valve is closed by placing an object e g your finger if the gas is non corrosive over the relief valve vent Cover and uncover the relief valve vent and verify that the flow meter shows no change in the flow rate Keep the relief valve closed during operation to minimize leakage in the sample system Optimum Inlet Optimum Sample Pressure Limits Flow Range 0 2 1 0 psig 2 0 2 5 SCFH Flow Control Electrolyte Sample Valve Reservoir Gas In Hl M Tee Oxygen Cell Sample ei Gas Out Relief Valve Assembly Flowmeter Sample Gas Outlet and Relief Valve should vent to atmosphere Figure 22 Gas Flow Schematic moisture IQ User s Guide 27 Chapter 1 Installation and Wiring 1 111
90. ect the cable from the probe 2 Replace the M Series probe with an MISP2 probe 3 Using GE adapter cable 704 1649 00 connect one end of the cable to the MISP2 probe and connect the other end to the existing M Series cable connector 4 Atthe moisture analyzer end of the M Series cable locate the same M Series cable and disconnect all flying leads from the pluggable connector 5 Locate the GREEN and RED wires of the M Series cable and connect them to the BLACK and WHITE wires at the MISP2 probe grey pluggable connector The GREEN wire is connected to the MISP connector BLK label and RED wire is connected to the MISP connector WHT label See Moisture Image Series Probes MISP and MISP2 on page 19 for help 6 Trim all other flying leads from the M Series cable flush with the jacket 7 Plug the newly wired MISP2 probe pluggable connector into the moisture IQ moisture IQ User s Guide 11 Chapter 1 Installation and Wiring 1 8 4 Pressure Sensors If a pressure input is required and if an optional pressure signal is not available from a Moisture Image Series probe you can connect a separate pressure transmitter to an auxiliary input The moisture IQ accepts any 0 to 20 mA 4 to 20 mA or 0 to 2 V pressure transmitters Always mount the pressure transmitter directly downstream from the moisture probe to ensure that the pressure is measured at the same point as the moisture measurement 1 8 5 Delta F Oxygen Cell Althoug
91. ed item with your finger tip moisture IQ User s Guide 31 Chapter 2 Operation 2 3 The Help Button In the main menu on the right side of the measurement display screen and on every other moisture IQ programming screen a Help button is available to provide the user with detailed information on that specific screen or menu option A sample Help screen from the Probe Configuration menu is shown in Figure 28 below Data Display Help v RC 008 Build 3434 Data from all installed channels can be displayed in any of the six or twelve positions There are either six or three pages of display available Data can be grouped in any convenient manner by using multiple pages To switch page view press the left or right arrows in the bottom right corner of the screen The current page Is indicated at the lower right between the arrows Tap a measurement display to select a measurement change numeric format or switch between numeric and plot display Display Color Code Green Measurement Is valid Amber Measurement is out of valid range or sensor accuracy is affected Red A sensor fault Is present open shorted missing Figure 28 Data Display Help Screen To access the context sensitive help information for any screen just tap the Help button on that screen 2 4 The Data Element Editor The display of any of the 36 data measurements available from the main screen may be individually configured by tapping on the desire
92. ed with suitably certified blanking elements The installation should comply with controlled drawing 752 364 rack bench panel version see Figure 1 below and drawing 752 513 stainless steel weather proof fiberglass weather proof and explosion proof version see Figure 2 on page 2 through Figure 6 on page 4 e The installation should comply with configuration drawings 712 1889 rack see Figure 8 on page 5 bench see Figure 7 on page 4 panel see Figure 9 on page 5 version The installation should comply with installation drawings 712 2126 stainless steel weather proof version see Figure 10 on page 6 and 712 2127 explosion proof version see Figure 11 on page 6 6 TABLE 1 ENTITY PARAMETERS Lo Lo Ro GP IIC Grua Geuc cei GPIA El GPIB SP A CIRCUNS Uo lo Po MIS IMISP 29 58mA 2558mW 3 6uF 2104F amp imH 24mH smh 13200 s28u8 0 rime STD M SERIES 20v 103 03mA sis2mw 220nF amp syF 33mH 1339mu 2679mH es ozun o 2761uW70 552 2uH O Os TEMPERATURE 20V 106mA samw 2207F S guF 316 44mH 1264 2534 ezosud n 2 68mH 0 537mHya OXYGEN 20v 328 mA 1645mw 220nF sSyF 3286mH 131mH 262mm 216 2uH 0 8648440 1 73mH O PER CHANNEL moisture IQ SYSTEM MAY HAVE UP TO SIX CHANNELS NON HAZARDOUS LOCATION NON HAZARDOUS OR HAZARDOUS LOCATION l HAZARDOUS LOCATION SEE TABLE 3
93. ell response is linear For example Table 9 below lists the calibration values at two points for a specific oxygen cell calibrated with nitrogen as the background gas Such data is supplied with the oxygen cell and is stored in the user program Table 9 Oxygen Cell Calibration Data ref to nitrogen Zero Point Calibration Zero PPM Value 0500 PPM Zero uA Value 9867 pA Span Point Calibration Span PPMy Value 2100 0 PPM Span pA Value 300 1 yA If this oxygen cell is used in a background gas other than nitrogen you must enter the gas s correction factor as listed in Table 10 on page 90 Then the moisture IQ will apply the appropriate correction to the measured oxygen signal Although the original calibration values for nitrogen are programmed into the moisture IQ the meter uses the correction factor to determine the actual oxygen concentration moisture IQ User s Guide 89 Chapter 7 Maintenance 7 4 2 Entering the Background Gas Correction Factor To change the Background Gas Correction Factor complete the following steps Note The default setting for the Correction Factor is 1 00 1 Select the appropriate Correction Factor from Table 10 below 2 Program the Correction Factor as described in Entering User Constants on page 70 Table 10 Background Gas Correction Factor Bddkdreund eus Correction factor Up to 1000 PPM 5
94. elta F Oxygen Cell before you power up the system or damage may occur to the oxygen cell Note Jf you are not using a Delta F Oxygen Cell in your system skip this section and proceed to the following chapters to configure your system The Delta F Oxygen Cell requires a gas flow rate of 2 to 2 5 SCFH through the cell The oxygen cell inlet pressure should be between 0 2 and 1 0 psig Refer to Figure 22 on page 27 when establishing a gas sample flow concentrations that are over range Trace and low percent range sensors may be damaged if exposed to high levels of oxygen such as air for long periods 1 hour while the moisture IQ is in operation If exposure is unavoidable either disconnect the oxygen cell from the moisture IQ or equip the sample system with a valve that allows the cell to be switched to a purge gas CAUTION Do not operate the Delta F oxygen cell for extended periods of time at oxygen 1 Close the flow control valve and adjust the upstream pressure as required GE recommends a pressure of about 2 to 10 psig pressure upstream from the flow control valve depending on what type of valve is installed in the sample system 2 To safeguard against over pressurizing the oxygen cell install a relief valve rated at 10 psig in the gas flow system There should be no restrictions downstream from the oxygen cell Use 1 4 inch tubing or larger on the oxygen cell outlet and the relief valve outlet Both outlets should vent to atmospher
95. ement 98 Pressure Measurement 97 Probe sail ltda 101 Temperature Measurement 97 Storage Temperature 2 sxi ise cp uu civ 99 System Dimensions and Weight 95 Settings s cioe A I A NA A aO 39 T Tables SU SEP sse skemo SAN maa Muere la 69 TCP IP Connection Configuring 15 Temperature Measurement Specifications 97 Testing Almo e ev b MSIE 52 OUPS sz preces ES ex pla eios 48 TEsSeries Probe Adapter y 52s oXov asas 10 Trimming an Output ss 02 xs SUA S ES 49 Troubleshooting 52e iaa ESAE SaSao 91 GomunonProblemis 252 usd eee ie a 93 Screen Messages cues se Sce be PE ERROR 91 U User Constants A pud Deck rt rtv dre Pise 70 User Functions Entering 67 154 User Management ss sss tria RR sa LG 82 User Menu Map so ku e tees ER 109 User Tables Enter ss 69 V VNC Server Configuring 80 W Warm up Time Sosa sor Sa kde Savu o A SR VA 99 WEBEE Ditecl Ves css ioro Po Ree ka keo viii Weibhtao DI S a ta Sus gehe AJ 95 moisture IQ User s Guide GE Certification amp Measurement amp Control Safety Statements Certification Safety Statements for the moisture IQ Hygrometer Installation When installing this apparatus the following requirements must be met The temperature rating of the field wiring must be 70 C or greater XP version unused entries should be clos
96. ensorPPIODeS cutus an o le e a a LA Si te dde ee al o e O 61 5 1s Calibrating Individual ONES oer E GEHE A A OO TRO dus 62 5 14 Setting the Probe Auto Cal schedule sss a prda ka e RIP unk kaa 63 5 2 Calibrating the PEO DES mu EN tbi I a A EIO E UE be deed dini E datus du 64 5 2 Entering Calibration Data Automatica list 64 5 2 2 Entering Calibration Data MOL sa sies pats ea o i o a Ute d 64 s s qaid MENU vade cn verom ea tu OT oo eS a D M mam C iN ee 66 iv moisture IQ User s Guide Contents 54r EMEN SEP IMIO MIOMO FM sam KE e ER 67 54r T Enterimg UserFUrictlonis sr gunsa senko bino vtr go itte volaj ee a ket Stereo ak 67 5 Ze Entering User Defined TODS s easier Tc esee od tana tace ub eor tee a p o tet 69 54 3 Biaterng User Constants inc muz aka ote Ce CORR de aee Cae COE rd CR RO OC OCDE de Cu adu Ribes ceat 70 5 4 4 EnteringSaturationConstanis ees esessesssssssess sss eese rene 71 Chapter 6 Setting Up Communications 6 1 Setting VpMOISE FE JO CONIMUNIGAWONS ps t ER eC CEU RC RC cde NOM CARRERA 73 62 GOPLQU INO the Send EBORE e erecto ER o RB rea e ra uae to od 73 6 COMPIG UNG the Modbus COMMSCHOR uras oti oia Rees ii 74 OZE CONNETUNOLOMTEIMNCNEELAN sm et A Ned de eo ua a sats ao be ed 75 6 4 1 Configuring the Ethernet TCP IP GORFIGEBIBER secar scis tectis e eo d 75 6 4 2 Capabilities of the Ethernet Connection ere LI e eer er cse e etra rea s 76 6 5 Configuring a vVNSCOHISCHOD eu idet tad OS CR RUE E
97. es Probe Connections Note Additional M Series probes may be connected to CH4 CH5 and CH6 in the Module B connector group on the right side of the back panel If you connect a probe to the wrong channel you can either reconnect the probe to the assigned channel or reconfigure the current channel as described in The Probe Configuration Screen on page 58 WARNING The M Series probe may not be capable of withstanding the 500V insulation rating This must be taken into account in any installation in which it is used 18 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 9 5b Moisture Image Series Probes MISP and MISP2 Connect the Moisture Image Series probes MISP to the moisture IQ using the cable provided You can locate a Moisture Image Series probe up to 915 m 3000 ft from the electronics unit Before making any electrical connections you must assemble the probe A Moisture Image Series probe may be shipped in two parts a probe and an electronics module each of which has its own serial number If you ordered more than one probe be sure to match each probe to its matching electronics module using the serial numbers listed on the probe Calibration Data Sheet To assemble a Moisture Image Series probe insert the probe into the probe connector on the matching electronics module and turn the probe counterclockwise until it locks in place see Figure 14 below
98. ess Modify some of the serial protocol settings e View the serial port connection status e View the TCP IP connection status e View the Ethernet option firmware version serial port and network diagnostics The default login credentials for the Operator account are e User name Operator e Password password The Operator password should be changed at the earliest opportunity The steps for changing the Operator password are the same as for changing the Admin password see previous section Select the Operator account from the Web User Management screen see Figure 71 on page 78 then enter and confirm the new password Record the new operator password immediately and keep it in a safe and secure location Note Ifthe operator password is lost it can always be reset using the Admin account moisture IQ User s Guide 79 Chapter 6 Setting Up Communications 6 5 Configuring a VNC Connection IMPORTANT The VNC connection opens port 5900 user configurable when Enabled Note The moisture IQ system cycle time may be increased by VNC usage A Virtual Network Console VNC connection allows remote access to the moiture IQ by replicating the touchscreen on a PC monitor tablet or smart phone To configure a VNC connection complete the following steps 1 From the Configuration Menu screen see Figure 52 on page 57 tap the VNC button to open a VNC Setup screen similar to Figure 72 below VNC Setup VNC Server Enabled
99. ew Point F 0x04 Hygro PPMv 210 5310 32 bit float RO Read Input 2 0x04 Hygro PPBv 212 5312 32 bit float RO Read Input 2 0x04 moisture IQ User s Guide 139 Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Hygro PPMw 214 5314 32 bit float RO Read Input 2 0x04 Hygro RH 96 216 5316 32 bit float RO Read Input 2 0x04 Hygro 218 5318 32 bit float RO Read Input 2 Lbs MMSCF 0x04 ideal gas Hygro 220 5320 32 bit float RO Read Input 2 Lbs MMSCF 0x04 natural gas Hygro PPMv 222 5322 32 bit float RO Read Input 2 natural gas 0x04 Hygro g m 3 224 5324 32 bit float RO Read Input 2 0x04 Hygro 226 5326 32 bit float RO Read Input 2 mg m 3 0x04 Hygro Vapor 228 5328 32 bit float RO Read Input 2 Pressure kPa 0x04 Hygro Vapor 230 5330 32 bit float RO Read Input 2 Pressure 0x04 mm Hg Hygro MH FH 232 5332 32 bit float RO Read Input 2 0x04 Temperature 234 5334 32 bit float RO Read Input 2 C 0x04 Temperature 236 5336 32 bit float RO Read Input 2 F 0x04 Temperature 238 5338 32 bit float RO Read Input 2 Kelvin 0x04 Temperature 240 5340 32 bit float RO Read Input 2 Rankine 0x04 Pressure kPa
100. f the total composition must be entered For any compositions that total less than 10096 each chemical will be extrapolated to bring the total to 10090 5 44a Entering Saturation Constants Manually Cs Table Henry s Law EditValue Insert Row Remove Row Figure 66 Entering Constants Manually To manually enter the Cs values for your application complete the following steps 1 2 3 4 Note 72 Select Manual Entry Tap the Channel button and specify the channel for which the Cs curve should be applied Use the Insert Row and Remove Row buttons to configure the table with up to 10 rows To enter or edit the data in the table tap the desired table cell to highlight it in blue Then tap the Edit Value button to enter the data for that cell Repeat this process until all of the data has been entered The Copy and Paste buttons can be used to copy data from another table into this new table After all of the data has been entered tap the Sort button to be sure the data points are arranged in ascending order of Temp C values Then tap the Check button to save the table and tap the Return button to return to the Configuration Menu moisture IQ User s Guide Chapter 6 Setting Up Communications Chapter 6 Setting Up Communications 6 1 Setting Up moisture IQ Communications The Comms section of the Configuration Menu is used to set up all communications for the moisture IQ see Figure 79 on page 110 It in
101. following steps MISP2 Connector TF Connector Total Cable Length 6 50 Figure 5 TF MISP2 Converter Cable 1 Locate the existing TF Series probe and disconnect the cable from the probe 2 Replace the TF Series probe with an MISP2 probe 3 Using GE adapter cable 704 1362 00 shown in Figure 5 above connect one end of the cable to the MISP2 probe and connect the other end to the existing TF Series cable connector 4 Atthe moisture analyzer end of the TF Series cable locate the same TF Series cable and disconnect all flying leads from the pluggable connector 5 Locate the BLACK and WHITE wires of the TF Series cable and connect them to the moisture IQ at the MISP2 probe grey pluggable connector See Moisture Image Series Probes MISP and MISP2 on page 19 for help 6 Trim all other flying leads from the TF Series cable flush with the jacket 7 Plug the newly wired MISP2 probe pluggable connector into the moisture IQ 10 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 8 3 Adapting an Existing M Series Probe Cable If an existing moisture measurement system uses a M Series moisture probe the cable for that probe may be adapted for use with an MISP2 probe To retrofit the existing system refer to Figure 6 below and complete the following steps MISP2 Connector M Series Connector Total Cable Length 6 50 Figure 6 M MISP2 Converter Cable 1 Locate the existing M Series probe and disconn
102. guidelines outlined in Choosing an Installation Site on page 2 before mounting the enclosure Note Jf the installation location does not provide enough room for connections to be made easily after installation you may want to make connections to the MIS or M Series probes Delta F Oxygen Cell Outputs and Alarms before mounting the instrument 1 7 2 Mounting a Sample System GE sample systems are normally fastened to a metal plate that has four mounting holes GE can also provide the sample system in an enclosure if requested In either case fasten the sample system plate or enclosure with bolts in the mounting holes at each of the four corners If you ordered sample system outline and dimension drawings they will be included in your shipment Connect the sample system inlet to the process and the outlet to the return using the appropriate fittings or an appropriate NPT adapter properly installed CAUTION Do not start a flow through the sample system until all probes and transmitters are moisture IQ User s Guide 7 Chapter 1 Installation and Wiring 1 7 3 Mounting the Oxygen Cell If your oxygen cell is not mounted in a sample system refer to the Figure 3 below for mounting details
103. h the moisture IQ accepts other oxygen devices as auxiliary inputs it is designed to accept oxygen inputs directly from the Delta F Oxygen Cell There are three steps for installing the Delta F Oxygen Cell 1 Prepare the oxygen cell for operation 2 Calibrate the oxygen cell 3 Connect the oxygen cell to the gas line The Delta F Oxygen Cell is available with various types of mounting enclosures However the cell itself will always look like the one shown in Figure 7 below Electrolyte Level Figure 7 Delta F Oxygen Cell Electrolyte Level 12 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 85a Preparing the Oxygen Cell To prepare the oxygen cell for operation you must fill it with the electrolyte that was supplied in a plastic bottle eyes or skin Consult your company safety personnel for proper procedures for handling the WARNING The electrolyte contains potassium hydroxide that is harmful if it comes in contact with A electrolyte 1 Unscrew the top cover on the oxygen cell reservoir 2 Slowly add the entire contents of the electrolyte bottle approximately three ounces 90 ml making sure not to spill any on the outside of the cell Be especially careful that the electrolyte does not come in contact with any of the cell electrical connections 3 Using the min max window on the oxygen cell check the electrolyte level The electrolyte should cover about 60 of the wi
104. hannel for which the Tag should be applied 3 Tap the Mode button and select either Hygro Pressure Temperature Oxygen Aux 1 or Aux 2 from the drop down list 4 Tap the text bar to enter the tag for the selected Channel and Mode Tap the Save button after entering the text then tap Save to complete the process Note To remove a tag tap Clear All then tap Save 66 moisture IQ User s Guide Chapter 5 Using the Configuration Menu 5 4 Entering User Information Refer to the menu map in Figure 78 on page 109 and to Figure 52 on page 57 the Configuration Menu screen to enter the following types of user information e User Functions see Entering User Functions on page 67 e User Tables see Entering User Defined Tables on page 69 User Constants see Entering User Constants on page 70 e Saturation Constants see Entering Saturation Constants on page 71 5 4 1 Entering User Functions User Functions permit the programming up to four mathematical equations on each channel Any parameter on any channel can be used to calculate a different parameter To enter a new user function or to edit an existing function complete the following steps 1 Tap the User Function button on the Configuration Menu screen see Figure 52 on page 57 to open the User Function Setup screen see Figure 60 below User Function Setup Channel Chi User Function Func 1 T C 1 9 5 32 Function Label Unit Label Decimals Clear
105. hat At a constant temperature the amount ofa given gas that dissolves in a given type and volume of liquid is directly proportional to the partial pressure of that gas in equilibrium with that liquid In other words PPMw Pw Ps x Cs To calculate ppmw moisture values for an organic liquid with the moisture IQ saturation values Cs as a function of temperature must be entered in the Cs Table shown in Figure 64 below Cs Table Composition Ch1 99 9 Manual Entry Chemicals 1 BUTYLCYCLOPENTA BENZENE Edit Value Insert Row b Remove Row 3 y Figure 64 Cs Table Henry s Law Screen To enter the Cs values for your application complete the following steps 1 Tap the Channel button and specify the channel for which the Cs curve should be applied 2 Use the Insert Row and Remove Row buttons to configure the table with up to 10 rows 3 To enter or edit the data in the table tap the desired table cell to highlight it in blue Then tap the Edit Value button to enter the data for that cell Chemicals 1 BENZENE Backspace Clear All Figure 65 Selecting the Chemical moisture IQ User s Guide 71 Chapter 5 Using the Configuration Menu 5 4 4 4 5 Note Entering Saturation Constants cont Select the Chemical and enter its percentage of the overall composition Repeat steps 2 4 until all of the data has been entered After you select Save the Cs Table will appear At least 9096 o
106. he Update Firmware button is grayed out check to ensure that the USB flash drive is properly plugged into the USB port Module Setup Serial it Serial PLO0O0008 P000153 Firmware Firmware Module A 3 Channel Update Firmware Figure 95 Module Selection 6 Tap the Update Firmware button and the moisture IQ prompts you to confirm that you want to update the module firmware see Figure 96 below Tap the Yes button Module Setup Serial Module B Firmware Update Are you sure you want to update the module firmware Yes Cancel Update Firmware Figure 96 Confirmation Screen moisture IQ User s Guide 121 Appendix C Updating the moisture IQ Firmware C 2 Updating the moisture IQ Module Firmware cont Updating the software will take a few minutes and the screen shown in Figure 97 below is open during the update Module Setup Module B Firmware Update Installing Update Please Wait Do not remove USB drive or turn power off Update Firmware Figure 97 Installing the Firmware 7 After the update is complete see Figure 98 below the meter prompts you to exit Tap the Exit button Module Setup Update Firmware Figure 98 Installation Successful 122 moisture IQ User s Guide Appendix C Updating the moisture IQ Firmware C 2 Updating the moisture IQ Module Firmware cont The Module Setup screen now displays the updated version of the firmware see Figure 99 below Mod
107. ic Redundancy Check Communication link with Moisture Image Series Probe is established but data is intermittent or distorted No Link Error Check for cable breaks or high electro magnetic interference EMI ADC Failure Primary A D converter has failed Returns to zero Return unit for service moisture IQ User s Guide 91 Chapter 8 Troubleshooting Table 11 Screen Messages and the Possible Causes cont Screen Message Possible Cause System Response Action operator or missing operand f Invalid User function invalid User function invalid Reenter or check user function f Div by O User function attempted to Error message Check logic of user function divide by zero fp Math error User function attempted illegal Error message Check logic of user function operation such as the square root of 2 f Missing tt User function has missing Error message Check user function operand for an operator f Extra User function has extra operand Error message Check user function or missing operator f Missing Op User function has missing Error message Check user function operator or extra operand f Extra Op User function has extra Error message Check user function f Too Complex fi User function has too many terms or the constant has gt 23 digits Error message Check user f
108. ify the Separator Log Type or Measurements settings When the setup is complete tap the Return button and start the new log moisture IQ User s Guide Chapter 4 Using the Outputs Alarms and Logger Menus 4 5 Setting Up and Running Logs cont Create Log button a Tap the Create Log button to open the Log Creator screen as shown in Figure 51 below Log Creator Log Data Log File Name End Time Separator Comma Log Tupe Normal Logging Interval 01 00 mmiss Figure 51 Log Creator Screen b Enter the Log File Name the Start Time the End Time the Separator Comma or Tab the Log Type Normal Cyclic or Error and the Logging Interval in minutes seconds c Tap the Log Data button at the upper right corner of the Log Creator screen to open the Log Data screen d Highlight one of the 16 log measurement boxes and use the buttons at the top of the screen to specify the Channel Mode and Unit for that measurement e After you have finished configuring your log data tap the Return button to return to the Log Creator screen above Then tap the Return button again to return to the Logger Setup screen f When you are ready tap the Start button to begin running the new log moisture IQ User s Guide 55 Chapter 4 Using the Outputs Alarms and Logger Menus no content intended for this page 56 moisture IQ User s Guide Chapter 5 Using the Configuration Menu Chapter 5 Using the Configuration Menu
109. ing diagram in Figure 17 Trim all other flying leads from the cable flush with the jacket After you complete the Moisture Image Series probe connections you must activate the probe on the installed channel as described in The Probe Configuration Screen on page 56 OO MISP 1 or MISP 2 Figure 17 MIS Probe Cable Wiring Diagram 20 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 94 Connecting the Delta F Oxygen Cell The Delta F Oxygen Cell is available in a general purpose model with standard or VCR fittings The oxygen cell can also be mounted in a weatherproof enclosure R4 for outdoor applications or an explosion proof enclosure R7 for use in hazardous areas CAUTION Do not power up the moisture IQ without first establishing a gas flow through the Delta F Oxygen Cell see Establishing a Gas Flow Through the Oxygen Cell on page 26 Each Delta F Oxygen Cell has a set of sensor electrodes and a set of secondary electrodes For proper operation make connections to each set of electrodes using a six wire shielded cable GE provides the 704 1357 B Z cable with 22 AWG conductors for use with Delta F Oxygen cells Note Cable with 16 AWG conductors is the largest cable size that can be easily installed into the moisture IQ terminal blocks and the Delta F sensor terminal posts Cable error is a function of cable resistance foot length of cable and maximum sensor current output Since higher ra
110. ing steps 1 From the Configuration Menu screen see Figure 52 on page 57 tap the Web Server button to open a Web Server Setup screen similar to Figure 73 below Web Server Setup Web Server Enabled Port 80 Figure 73 Web Server Setup Screen 2 Ifthe Web Server button indicates that the Web Server is currently Enabled tap this button to Disable the Web Server changes to the settings can only be made when the Web Server is Disabled 3 Tap the Port button and enter the appropriate Port Number Then tap the Check button to save the value and tap the Return button to return to the Web Server Setup screen In most cases the default Port 80 should be used 4 Tap the Web Server button so that it indicates that the server is either Enabled or Disabled as desired 5 Afterthe Web Server status has been configured as desired tap the Return button to return to the Configuration Menu When the Web Server is Enabled it can be used to monitor the instrument status and to perform file downloads moisture IQ User s Guide 81 Chapter 6 Setting Up Communications 6 7 User Management Operations The User Management option allows you to set up and control access to the moisture IQ for Web Server and VNC users see previous sections Tap the button for the designated communication option to enter parameters to use this option proceed as follows 1 82 From the Configuration Menu screen see Figure 52 on page 57 tap the
111. ings Output Range Multimeter Reading O to 20 mA 20 x Test 96 100 mA 4to 20 mA 4 16 x Test 96 100 MA 0 to 2V 2 x Test 96 100 V 4 Repeat steps 1 3 for as many different test values as desired When you have finished testing the output tap the Exit button to return to the Output Selection screen 48 moisture IQ User s Guide Chapter 4 Using the Outputs Alarms and Logger Menus 4 1 3 Trimming the Selected Output The measured value of the outputs can vary from the programmed value due to the effects of load resistance The Output Selection option provides a trimming feature you can use to compensate for any such variations To accurately trim the outputs you will need a digital multimeter capable of measuring 0 to 2 V with a resolution of 0 0001 VDC 0 1 mV or 0 to 20 mA with a resolution of 0 01 mA depending on your output settings Most good quality 3 1 2 digit multimeters are adequate for output trimming Complete the following steps to trim output 1 2 Note Make sure the Output Mode has been set for the desired output Current or Voltage Temporarily disconnect the load from the output signal wires The attach the digital multimeter to the signal wires either in series for Current mode or in parallel for Voltage mode with the load Tap the Channel 1 6 and Output A or B to be trimmed and then tap the Trim button to open a screen similar to Figure 45 below Reset Trim Figur
112. ions 9 9 1 Moisture Image Series Probe or MISP2 9 9 1a Type Aluminum oxide moisture sensor probe and electronics module 99 1b Calibration Each sensor is individually computer calibrated against known moisture concentrations traceable to national standards moisture IQ User s Guide 101 Chapter 9 Specifications 9 9 1c Process Temperature 110 C to 70 C 166 F to 158 F dew frost point temperature 9 91d Storage Temperature 70 C 158 F maximum 9 9 1e Operating Pressure 5 microns of Hg to 5000 psig 9 9 1f Flow Range Gases Static to 10 000 cm sec linear velocity at 1 atm Liquids Static to 10 cm sec linear velocity at 1 g cc Response Time lt 5 seconds for 63 step change in moisture content in either wet up or dry down cycle 9 9 19 Moisture Image Series Probe Analyzer Separation 915 m 3000 ft with provided cable 9 9 1h Moisture Image Series Probe Analyzer Cable Unshielded twisted pair maximum loop resistance of 100 ohms 9 9 11 Built in Temperature Sensor optional Type Thermistor network Operating Range 30 C to 70 C 22 F to 158 F Accuracy 0 5 C overall 9 9 1 Built in Pressure Sensor optional Type Solid state piezoresistive Available Ranges 30 to 300 psig 50 to 500 psig 100 to 1000 psig 300 to 3000 psig 500 to 5000 psig Accuracy 1 of span 102 moisture IQ User s Guide Chapter 9 Specifications 9 9 2 MSeries Probe 9 9 20 Type Aluminum oxide moist
113. is missing report this to the carrier and to GE immediately 1 3 Installing the moisture IQ To install the moisture IQ refer to the drawing for your specific configuration benchtop rack mount panel mount weatherproof or explosion proof in the Certification and Safety Statements at the end of this manual WARNING To ensure the safe operation of this unit you must install and operate the moisture IQ as described in this user s manual In addition be sure to follow all applicable safety codes and regulations for installing electrical equipment in your area WARNING For Zone 2 Stainless Steel Do not rub front face with a dry cloth within the hazardous area as a spark may occur moisture IQ User s Guide 1 Chapter 1 Installation and Wiring 14 Choosing an Installation Site You should have discussed environmental and installation factors with a GE applications engineer or field sales person by the time you receive the meter The equipment provided should be suited to your application and installation site The moisture IQ is available in rack mount bench top or panel mount versions that are suitable for most indoor installations GE also provides weatherproof and explosion proof housings for outdoor and hazardous area locations See the drawings in the Certification and Safety Statements at the end of this manual for details of each enclosure Before installing the unit read the guidelines below to verify that you have selected th
114. it float RO Read Input 2 Lbs MMSCF 0x04 ideal gas Hygro 520 5620 32 bit float RO Read Input 2 Lbs MMSCF 0x04 natural gas Hygro PPMv 522 5622 32 bit float RO Read Input 2 natural gas 0x04 Hygro g m 3 524 5624 32 bit float RO Read Input 2 0x04 Hygro 526 5626 32 bit float RO Read Input 2 mg m 3 0x04 Hygro Vapor 528 5628 32 bit float RO Read Input 2 Pressure kPa 0x04 Hygro Vapor 530 5630 32 bit float RO Read Input 2 Pressure 0x04 mm Hg Hygro MH FH 532 5632 32 bit float RO Read Input 2 0x04 Temperature 534 5634 32 bit float RO Read Input 2 C 0x04 Temperature 536 5636 32 bit float RO Read Input 2 F 0x04 Temperature 538 5638 32 bit float RO Read Input 2 Kelvin 0x04 Temperature 540 5640 32 bit float RO Read Input 2 Rankine 0x04 Pressure 542 5642 32 bit float RO Read Input 2 kPa gauge 0x04 Pressure 544 5644 32 bit float RO Read Input 2 Mpa gauge 0x04 Pressure 546 5646 32 bit float RO Read Input 2 Pa gauge 0x04 Pressure 548 5648 32 bit float RO Read Input 2 Bar gauge 0x04 Pressure kPa 550 5650 32 bit float RO Read Input 2 absolute 0x04 Pressure MPa 552 5652 32 bit float RO Read Input 2 absolute 0x04 Pressure Pa 554 5654 32 bit float RO Read Input 2 absolute 0x04 moisture IQ User s Guide 147 Appendix D Modbus Register Map Table 13 Modbus Register Map cont
115. k location and Figure 25 for the wiring diagram Make connections for recorders using Table 5 Table 5 Output Connections Connect OutputA To REC Terminal Block return pin A out out Connect Output B To REC Terminal Block return pin B out pin B AUX OUT PE OOOO Analog Out Volt Current 1 Analog Out Volt Current 2 Figure 25 Output Wiring moisture IQ User s Guide 29 Chapter 1 Installation and Wiring 1 13 Connecting Alarms Note Customers must provide their own cables for connecting alarm relays Acceptable cables range from 12 to 24 AWG The moisture IQ has one fault alarm relay and two high low alarm relays per channel Each alarm relay is a single pole double throw contact set that contains the following contacts e Normally Open NO e Common C e Normally Closed NC Table 6 and Figure 26 below list alarm wiring connections Table 6 Pin Designations for Relay Contacts Fault Alarm A Alarm B Normally Open 1 1 6 Common 2 2 7 Normally Closed 3 3 8 Alarms OC IIS Figure 26 Alarm Wiring Fault Alarm Connector 2 3 moisture IQ User s Guide Chapter 2 Operation Chapter2 Operation 2 1 Powering Up After completing the installation of your system as described in Chapter 1 Installation and Wiring on page 1
116. l Gauge Pressure MPalg Palg Pascal Gauge Pressure Palg PSI a Pounds per Square Inch Absolute Pressure PSI a PSI g Pounds per Square Inch Gauge Pressure PSI g ATM atmospheres Pressure ATM Barla Bars Absolute Pressure Barta Barlg Bars Gauge Pressure Barlg mmHg Millimeters of Mercury Pressure mmHg FP FP Diagnostic Mode Pressure FP Auxiliary 1 mA Milliamps default Aux1 mA V Volts AUX1 V Scaled scale defined by the user in the calibration menu Aux1 Scaled Auxiliary 2 mA Milliamps default Aux1 mA V Volts AUX1 V Scaled scale defined by the user in the calibration menu AUX1 Scaled User Func1 6 User defined functions for each channel TBD TBD The MH FH and FP values are the moisture sensors response values and are the values that are recorded during calibration 60 moisture IQ User s Guide Chapter 5 Using the Configuration Menu 5 1 2 Configuring Delta F Oxygen Sensor Probes There are 13 selections available for the Delta F Oxygen Sensor probes These are highlighted by the box in the Probe Configuration window shown in Figure 54 below Probe Configuration Auto Cal Setup Channel Reference 3 Values 1 4 kP 2 kP Pressure E Oxygen O2 PPM O2 PPBO2 Figure 54 Delta F Probe Configuration Screen The Delta F Oxygen Sensor probes are available in the two following types e GE 1 through GE 9 which include temperature compensation
117. l and operate the cell properly moisture IQ User s Guide 13 Chapter 1 Installation and Wiring 1 9 Making Electrical Connections WARNING To ensure the safe operation of this unit you must install and operate the moisture IQ as described in this user s manual In addition be sure to follow all applicable safety codes and regulations for installing electrical equipment in your area WARNING Turn off the moisture IQ before making any electrical connections WARNING The stainless steel Weatherproof enclosure must be grounded gt gt gt To open a Weatherproof moisture IQ unit use a large flat bladed screwdriver to turn the latch on the enclosure cover To open an Explosion Proof moisture IQ unit remove all 24 bolts from around the periphery of the enclosure cover Do not open an Explosion Proof moisture IQ unit that is energized To facilitate wiring Weatherproof and Explosion Proof moisture IQ units are equipped with a hinging Chassis that can be swung out and rested on a rod support During normal use the Chassis is fixed in place by a latch mechanism located at the center of the mounting panel To release the Chassis from its locked position the latch pin at the center of the mounting panel is pushed upwards in the direction indicated by the surrounding label To lock the Chassis in place the Chassis is pushed down towards the mounting panel until the latch engages In order to safely move the Chassis after cables
118. l be automatically entered into the calibration table 3 Tap the Check button to use the new data 5 2 2 Entering Calibration Data Manually Be sure you have the Calibration Data Sheets that are supplied with each GE probe Each Calibration Data Sheet consists of a list of data points that must be entered or verified Each Calibration Data Sheet lists the corresponding probe serial number as well as the preassigned channel number Calibration Data Sheets are usually packed inside the case of the corresponding probe To enter your calibration data refer to the menu map in Figure 78 on page 109 and complete the following steps 1 From the Configuration Menu tap the Probe Calibration button to open a Probe Calibration screen similar to Figure 58 on page 65 Note that the serial number of the corresponding probe is listed at the top of the screen for reference 64 moisture IQ User s Guide Chapter 5 Using the Configuration Menu 5 2 2 Entering Calibration Data Manually cont Probe Calibration Details E Find Sort EditValue Insert Row hb Remove Row y Figure 58 Probe Calibration Screen 2 Just below the probe serial number tap the Channel button to select the channel to which the probe is connected 3 To the right of the Channel button tap the Type button to select the type of input connected to that channel Hygro Pressure Oxygen Aux 1 or Aux 2 4 For each input selected the table below the two b
119. l else run mode Units 324 2324 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others See tab Type 326 2326 32 bit Integer RW Read Holding 2 1 4 20 mA 0x03 2 0 20 mA 3 0 2 volts Zero 328 2328 32 bit float RW Read Holding 2 0x03 Span 330 2330 32 bit float RW Read Holding 2 0x03 Channel 4 Output percent 400 2412 32 bit float RW Read Holding 2 When TEST MODE OutputA of scale 0x03 enabled force output to value State 402 2402 32 bit Integer RW ReadHolding 2 2 TEST MODE 0x03 All else run mode Units 404 2404 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 406 2406 32 bit Integer RW Read Holding 2 1 4 20mA 0x03 2 0 20 mA 3 0 2 volts Zero 408 2408 32 bit float RW Read Holding 2 0x03 Span 410 2410 32 bit float RW Read Holding 2 0x03 Channel 4 Output percent 420 2432 32 bit float RW Read Holding 2 When TEST MODE Output B of scale 0x03 enabled force output to value State 422 2422 32 bit Integer RW Read Holding 2 2 TEST MODE 0x03 All else run mode Units 424 2424 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab moisture IQ User s Guide 127 Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus
120. l from Boston USA Dwg 442 1875 01 revB CSS 0011 Rev C 8 of 10 Certification amp Safety Statements for the moisture IQ Hygrometer September 2015 Markings cont FREE ZONE EAST SHANNON m O ist re COUNTY CLARE IRELAND MFG DATE HU Class l Division 2 Groups B C and D T4 Not ratified by FM Approvals Ta 20 C to 60 C Intrinsically Safe Connections to Class ll III 113 G Ex nA IIC T6 X Division 1 Groups A B C D E F and G Ta 20 C to 60 C Class l Zone 0 AEx Ex ia Ga IIC WARNING Potential electrostatic lI 1 G Ex ia Ga lIC FMI3ATEXOOS9 charging hazard see instructions Ta 20 Cto 60 C IECExFMG 13 0022 Type 4X Install per GE drawing 752 364 IP66 except IECEx WARNING Substitution of components may impair intrinsic safety To prevent ignition of flammable or combustible atmospheres disconnect power before servicing AVERTISSEMENT La substitution de composants peut compromettre la s curit intrinseque Figure 17 Stainless Steel Weather Proof Label from Shannon Ireland Dwg 442 1875 02 revB GE INFRASTRUCTURE SENSING moi Ist u re Q T100 TECHNOLOGY PARK DR MODEL Bile Class Division 2 Groups B C and D T4 Ta 20 C to 60 C a Intrinsically Safe Connections to Class II III APPROVED Division 1 Groups A B C D E F and G Class Zone 0 AEx Ex ia Ga IIC C li 1 G Exia Ga 1IC FMI3ATEXOOS9 Ta 20 C to 60 C IECEx
121. led 0x04 1 Enabled Units 104 3104 32 bit Integer RW ReadHolding 2 Measurement Unit 0x03 Code 0 off others see tab Type 106 3106 32 bit Integer RW ReadHolding 2 1 Setpoint 0x03 2 In Band 3 Out Band Lower Setpoint 108 3108 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 moisture IQ User s Guide 129 Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Upper Setpoint 110 3110 32 bit float RW jReadHolding 2 0x03 Write Multiple 0x10 Channel 1 Status 120 3120 32 bit Integer RO Read Input 2 1 Energized Alarm B 0x04 0 De energized State 122 3122 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enabled Units 124 3124 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 126 3126 32 bit Integer RW Read Holding 2 1 Setpoint 0x03 2 In Band 3 Out Band Lower Setpoint 128 3128 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Upper Setpoint 130 3130 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Channel 2 Status 200 3200 32 bit Integer RO Read Input 2 1 Energized Alarm A 0x04 0 De energized State 202 3202 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enab
122. led Units 204 3204 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others See tab Type 206 3206 32 bit Integer RW Read Holding 2 1 Setpoint 0x03 2 In Band 3 Out Band Lower Setpoint 208 3208 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Upper Setpoint 210 3210 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Channel 2 Status 220 3220 32 bit Integer RO Read Input 2 1 Energized Alarm B 0x04 0 De energized 130 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers State 222 3222 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enabled Units 224 3224 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 226 3226 32 bit Integer RW Read Holding 2 1 Setpoint 0x03 2 In Band 3 Out Band Lower Setpoint 228 3228 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Upper Setpoint 230 3230 32 bit float RW Read Holding 2 0x03 Write Multiple 0x10 Channel 3 Status 300 3300 32 bit Integer RO Read Input 2 1 Energized AlarmA 0x04 0 De energized State 302 3302 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enabled Units 304 3304 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Cod
123. lists all current log files in memory Tap the Sort By button and then select Name Date Size or Running from the drop down list to specify the manner in which the list of log files is sorted To see more details about any of the listed log files highlight the desired files and the available information for that log will be displayed in the Log Information pane The two buttons above the Log Information pane are used to control a Running log Tap the End button to permanently end the log or tap the Pause button to temporarily suspend the log After a log is paused that button changes to a Start button Tap this button to resume a paused log or to start a new log The Transfer Log button is used to move a highlighted log file from the internal moisture IQ memory to a connected USB drive Tap the Transfer Log button and follow the instructions The Delete Log button is used to delete a highlighted log file Tap the Delete Log button and then confirm your choice The View Log button is used to view the measurements selected for a highlighted log file Tap the View Log button and the measurements are shown in the Log Information pane The Clone Log button is used to create a new log based on the settings of a highlighted existing log If a log has ended you can create a new log with identical measurements and options Tap the Clone Log button edit the filename for the cloned log and modify the Start Time and End Time If desired you may also mod
124. llowing selections are made Tap the Function Label text box to open the Edit Function Label screen and use the keyboard to enter the desired label Tap the Unit text box to open the Edit Unit Label screen and use the keyboard to enter the desired units Tap the Decimals text box and enter the desired number of decimal places for the function 1 6 Tap the Max and Min text boxes to enter the Valid Range for the function in digits from the keypad After the functions has been defined tap the Return button to return to the Configuration Menu moisture IQ User s Guide Chapter 5 Using the Configuration Menu 5 4 2 Entering User Defined Tables To support user defined functions the moisture IQ allows up to six user defined tables designated as Table A through Table F of non linear or empirical data Up to 10 X Y pairs can be entered in each table If a user function inputs an X value the meter interpolates the corresponding Y value and outputs that value to the function The results are extrapolated if the X value exceeds the range of the table From the Configuration Menu screen see Figure 52 on page 57 tap the Tables button to open a User Table Setup screen similar to Figure 62 below User Table Setup Table A Values Edit Value Insert Row Remove Row Figure 62 User Table Setup Screen To set up a user table complete the following steps 1 Tap the button at the upper left of the screen to select the ta
125. loat RO Read Input 2 0x04 Oxygen 474 5574 32 bit float RO Read Input 2 Percent 0x04 Oxygen HA 476 5576 32 bit float RO Read Input 2 0x04 Aux A 480 5580 32 bit float RO Read Input 2 0x04 Aux A scaled 482 5582 32 bit float RO Read Input 2 0x04 Aux B 484 5584 32 bit float RO Read Input 2 0x04 Aux B scaled 486 5586 32 bit float RO Read Input 2 0x04 User Function 1 490 5590 32 bit float RO Read Input 2 0x04 User Function 2 492 5592 32 bit float RO Read Input 2 0x04 User Function 3 494 5594 32 bit float RO Read Input 2 0x04 User Function 4 496 5596 32 bit float RO Read Input 2 0x04 Channel 6 Hygro Dew 502 5602 32 bit float RO Read Input 2 Point C 0x04 Hygro Dew 504 5604 32 bit float RO Read Input 2 Point F 0x04 Hygro Equiv 506 5606 32 bit float RO Read Input 2 Dew Point C 0x04 Hygro Equiv 508 5608 32 bit float RO Read Input 2 Dew Point F 0x04 Hygro PPMv 510 5610 32 bit float RO Read Input 2 0x04 Hygro PPBv 512 5612 32 bit float RO Read Input 2 0x04 Hygro PPMw 514 5614 32 bit float RO Read Input 2 0x04 Hygro RH 96 516 5616 32 bit float RO Read Input 2 0x04 146 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Hygro 518 5618 32 b
126. lowing steps 1 Tap the Channel button to select the channel for which the constant should be applied 2 Tap the text box for the Hygro Temperature and or Pressure values and enter the desired constant for each measurement type The specified values will then be used as a constant multiplier for that measurement type in all future meter calculations IMPORTANT Before the moisture IQ can use the constants entered above the probe type on the specified channel must be properly configured for Constant Value kH kT or kP as described in The Probe Configuration Screen on page 58 3 If desired tap the k x ppmv text box to enter a constant multiplier for all PPMv moisture measurements Note that no special probe configuration setting is required for the constant multiplier to be used 4 If you are using a Delta F Oxygen Cell probe and your background gas is not Nitrogen you must apply a correction factor to all measurements see Delta F Oxygen Cell Background Gas Correction Factors on page 89 To do so tap the O2 Background Correction text box and change the multiplier from the default value of 1 00 to the required value 5 After all constants have been entered tap the Return button to return to the Configuration Menu screen 70 moisture IQ User s Guide Chapter 5 Using the Configuration Menu 5 4 4 Entering Saturation Constants Henry s Law is applicable to ppmw moisture measurements in all organic liquids It states t
127. lso check sample system for adsorbing water surfaces such as rubber or plastic tubing paper type filters or condensed water traps Remove or replace contaminating parts with stainless steel parts Sensor or sensor shield affected by process contaminants refer to Basic GE Sensing Hygrometry Principles Probe reads too wet or too dry Clean the sensor and the sensor shield as described in document 916 064 Basic GE Sensing Hygrometry Principles Then reinstall sensor Sensor is contaminated with conductive particles refer to Basic GE Sensing Hygrometry Principles Probe reads high dew point Clean the sensor and the sensor shield as described in document 916 064 Basic GE Sensing Hygrometry Principles Then reinstall sensor Sensor is corroded refer to Basic GE Sensing Hygrometry Principles Probe reads too wet or too dry Return probe to factory for evaluation Sensor temperature is greater than 70 C 158 F Probe reads too dry Return probe to factory for evaluation Stream particles are causing abrasion Probe reads too wet or too dry Return probe to factory for evaluation Screen always reads the wettest highest programmed moisture calibration value while displaying dew frost point Probe is saturated Liquid water present on sensor surface and or across electrical connections Clean the sensor and the sensor shield as described in document 916 064 B
128. mperature 38 5138 32 bit float RO Read Input 2 Kelvin 0x04 Temperature 40 5140 32 bit float RO Read Input 2 Rankine 0x04 Pressure kPa 42 5142 32 bit float RO Read Input 2 gauge 0x04 Pressure Mpa 44 5144 32 bit float RO Read Input 2 gauge 0x04 Pressure Pa 46 5146 32 bit float RO Read Input 2 gauge 0x04 Pressure Bar 48 5148 32 bit float RO Read Input 2 gauge 0x04 Pressure kPa 50 5150 32 bit float RO Read Input 2 absolute 0x04 Pressure MPa 52 5152 32 bit float RO Read Input 2 absolute 0x04 Pressure Pa 54 5154 32 bit float RO Read Input 2 absolute 0x04 Pressure Bar 56 5156 32 bit float RO Read Input 2 absolute 0x04 Pressure Atm 58 5158 32 bit float RO Read Input 2 0x04 Pressure PSla 60 5160 32 bit float RO Read Input 2 0x04 Pressure PSlg 62 5162 32 bit float RO Read Input 2 0x04 Pressure 64 5164 32 bit float RO Read Input 2 mm Hg 0x04 Pressure FP 66 5166 32 bit float RO Read Input 2 0x04 Oxygen PPM 70 5170 32 bit float RO Read Input 2 0x04 Oxygen PPB 72 5172 32 bit float RO Read Input 2 0x04 Oxygen 74 5174 32 bit float RO Read Input 2 Percent 0x04 156 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Oxygen
129. n If you do you may damage the unit and void the warranty This chapter covers the following topics e Delta F Oxygen Cell Electrolyte on page 85 e Replacing and Recalibrating Moisture Probes on page 87 e Calibrating the Delta F Oxygen Cell on page 87 Delta F Oxygen Cell Electrolyte on page 85 7 1 Delta F Oxygen Cell Electrolyte As a result of operating the moisture IQ particularly when monitoring dry gases there may be a gradual loss of water from the electrolyte The electrolyte level should be checked at regular intervals to ensure that the cell is always operating properly This section describes how to check and replenish the electrolyte in the oxygen cell Note Some applications require that the electrolyte be changed periodically Consult GE moisture IQ User s Guide 85 Chapter 7 Maintenance 7 1 1 Checking the Electrolyte Level Using the level indicator window on the oxygen cell check the electrolyte level The electrolyte should cover about 6046 of the window The electrolyte level should be between the Min and Max lines as shown in Figure 75 below When the Delta F Oxygen Cell connections are made to the moisture IQ the analyzer can detect the electrolyte level and indicate when it is low When the electrolyte level is low all oxygen readings are highlighted in amber and an Oxygen Fluid Low error message is displayed beneath the measurements Level Indicator
130. n account are e User name Admin e Password password IMPORTANT Jt is IMPERATIVE that the Admin password be changed as soon as possible Only the Admin can add modify or remove the other user accounts To log in as the Admin select Configuration User Management to open a Log In screen similar to Figure 70 below User Admin Log In Figure 70 Log In Screen moisture IQ User s Guide 77 Chapter 6 Setting Up Communications 6 4 2a The Admin Account cont Enter your password and tap the Log In button On a successful login the Web User Management screen shown in Figure 71 below is opened Add Remote User Management User Log Out Logged In As Admin Set User Access User Admin Change Password Allow User to Figure 71 Web User Management Screen Tap the Change Password button to enter and confirm a new password for the Admin account CAUTION Record the new Admin password immediately and keep itin a safe and secure location Itis NOT POSSIBLE to obtain a lost or forgotten Admin password 78 moisture IQ User s Guide Chapter 6 Setting Up Communications 642b The Operator Account The Operator account is provided to for day to day management of the moisture IQ By default the Operator has all the same privileges as the Admin but cannot create or modify other accounts The Operator account allows the user to e Enable Disable DHCP e Specify a static IP subnet and gateway IP addr
131. nd 3 Out Band Lower Setpoint 608 3608 32 bit float RW jReadHolding 2 0x03 Write Multiple 0x10 Upper Setpoint 610 3610 32 bit float RW jReadHolding 2 0x03 Write Multiple 0x10 Channel 6 Status 620 3620 32 bit Integer RO Read Input 2 1 Energized Alarm B 0x04 0 De energized State 622 3622 32 bit Integer RO ReadHolding 2 0 Disabled 0x04 1 Enabled Units 624 3624 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 626 3626 32 bit Integer RW Read Holding 2 1 Setpoint 0x03 2 In Band 3 Out Band Lower Setpoint 628 3628 32 bit float RW jReadHolding 2 0x03 Write Multiple 0x10 Upper Setpoint 630 3630 32 bit float RW jReadHolding 2 0x03 Write Multiple 0x10 5000 Block Measurement Read Block Read 0 5000 32 bit float Read Input 2 32 Returns 1 16 Measurements 0x04 measurements Block Read Unit 0 5000 32 bit Integer ReadHolding 2 32 Returns 1 16 Unit Codes 0x03 Codes 134 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Block Write 0 5000 32 bit Integer Write 2 32 Set Unit Codes for Unit Codes Multiple Measurements 0 15 0x10 5100 Single Measurement Read Channel 1 Hygro Dew 2 5102 32 bit float RO Read Input 2 Point C 0x04 Hygro
132. nd automatic modes of operation As WARNING Make sure that power to the auxiliary equipment is turned OFF and locked out before you perform maintenance procedures on the equipment moisture IQ User s Guide vii Preface Qualification of Personnel Make sure that all personnel have manufacturer approved training applicable to the auxiliary equipment Personal Safety Equipment Make sure that operators and maintenance personnel have all safety equipment applicable to the auxiliary equipment Examples include safety glasses protective headgear safety shoes etc Unauthorized Operation Make sure that unauthorized personnel cannot gain access to the operation of the equipment Environmental Compliance Waste Electrical and Electronic Equipment WEEE Directive GE Measurement amp Control Solutions is an active participant in Europe s Waste Electrical and Electronic Equipment WEEE take back initiative directive 2012 19 EU The equipment that you bought has required the extraction and use of natural resources for its production It may contain hazardous substances that could impact health and the environment In order to avoid the dissemination of those substances in our environment and to diminish the pressure on the natural resources we encourage you to use the appropriate take back systems Those systems will reuse or recycle most of the materials of your end life equipment in a sound way The crossed out wheeled bin symbol invi
133. ndow see Figure 7 on page 12 The cell is now ready to be connected to the gas line 4 Replace the top cover on the oxygen cell Note After you add the electrolyte DO NOT add additional electrolyte to the reservoir If the level falls below the minimum level refer to Delta F Oxygen Cell Electrolyte on page 85 to replenish the cell 5 Calibrate the oxygen cell as described in Calibrating the Delta F Oxygen Cell on page 87 After you calibrate the oxygen cell connect it to the gas line as described in the following section 1 8 56 Connecting the Oxygen Sample System to the Gas Line To connect the oxygen sample system to the process line attach a 1 8 inch O D outside diameter tube to the 1 8 inch sample gas inlet fitting using a Swagelok or equivalent mating connector Avoid using plastic or rubber for any tubings or fittings which are included in the inlet gas lines vacuum lines Pressure differentials across the oxygen cell sensor in excess of 1 psig could be CAUTION Do not connect the oxygen cell outlet to flow restricting devices pressure lines or A harmful or damage the cell If the gas being monitored does not create a safety hazard vent it to atmosphere at the sample system outlet If venting the gas to atmosphere causes a safety hazard vent the gas to a safe location Make sure the venting system does not create a back pressure on the oxygen cell Note The vented sample will not be corrosive if you instal
134. nected to the LAN and that the user has logged in Refer to Configuring the Ethernet TCP IP Connection on page 75 and ensure that the TCP IP connection is Enabled and that the JP Address is set to Automatic Refer to Configuring a VNC Connection on page 80 and ensure that the VNC Server is Enabled Use a standard ethernet cable to connect the ethernet port on the back of the moisture IQ to the LAN Then open the TCP IP Setup screen and record the IP Address shown in the text box From the PC go to the RealVNC web site and download the VNC Viewer Then launch the VNC Viewer and enter the recorded moisture IQ P Address when prompted see Figure 74 below Click the Connect button VNC Viewer VNC Server 0 00 000 00 Encryption Let VNC Server choose About Options Figure 74 VNC Viewer Screen A Log In screen should now be open on the moisture IQ Enter your Password and Log In The moisture IQ display should now be replicated on your PC monitor You can now control the moisture IQ remotely by using your mouse to click on the display buttons Note that keyboard input from the PC is not accepted by the moisture IQ moisture IQ User s Guide 83 Chapter 6 Setting Up Communications no content intended for this page 84 moisture IQ User s Guide Chapter 7 Maintenance Chapter 7 Maintenance WARNING Do not attempt maintenance of the moisture IQ beyond the instructions in this sectio
135. nections 2 555 ex se is 16 M Series Adaptek sce eau e VES 11 TF Series Adapter et alla be e 10 Mounting Delta F Oxygen Cell isis av ES 8 Electronics Uniti sss so seve cyte te eripe dg 7 Sample System vows gas ee ee Ska ew DEEP 7 M Series Probe Adapter 11 M Series Probes Electrical Connections 2 s gx 1434 es 17 Specifications uras a SA kej 103 N Notifications Setup Az cro Ao Sed ra 43 O Online Help so Ae a Yrs a 32 Operating Pressure iia a QM x PES 96 Operating Temperaliltec 2 ses emer kada 99 Outputs Configuring 25 kia e BISTRA ONERE GO 47 Digital 414g btt 100 Menu ipod sat tese aa 108 Range Error Response ciones das 50 Setas pru rue dire Haws 47 SPECHICA LONAS seek dar en NIAI 95 100 Te SED o ka a ba bei I P he qs 48 Trimming TTT x iE RUE ER 49 Updating voee rte ed a es 100 Oxygen Cell see Delta F Oxygen Cell moisture IQ User s Guide Index P Panel Mount Model iiec esr ea 113 Powering Usa 31 Pressure Measurement Speciflcations 97 Operating ss su so ia ee elon 96 ANMO ss TaS od hdd 97 SENSON pa ban Dare sesan ENA 12 Probe Menu Map el Loeb PEE eb RES 109 Probes Calibration Data Sheet 64 Configuration 3 4 ias iako ER ta urta 57 58 Installing in Sample System 9 M Series Adapter ense u sss ss ksa da va 11 Recalibrating Ss kape owe oad Gone EDU 87 Replacing ES A So Re q
136. nge sensors have a greater current output they have shorter acceptable cable lengths Larger gauge cable results in longer acceptable cable lengths Use Table 1 below to determine acceptable installation lengths for your application Table 1 Acceptable Cable Lengths for Delta F Ranges Delta F Sensor Range Cable Gauge Max Length 0 50 ppm and 0 100 ppm 22 AWG 1300 ft 0 1000 ppm 22 AWG 400 ft 0 10 000 ppm and greater 22 AWG 100 ft 0 50 ppm and 0 100 ppm 20 AWG 2100 ft 0 1000 ppm 20 AWG 630 ft 0 10 000 ppm and greater 20 AWG 160 ft 0 50 ppm and 0 100 ppm 18 AWG 3300 ft 0 1000 ppm 18 AWG 1000 ft 0 10 000 ppm and greater 18 AWG 250 ft 0 50 ppm and 0 100 ppm 16 AWG 6600 ft 0 1000 ppm 16 AWG 2000 ft 0 10 000 ppm and greater 16 AWG 500 ft moisture IQ User s Guide 21 Chapter 1 Installation and Wiring 1 9 4 Connecting the Delta F Oxygen Cell cont Instructions for connecting each type of oxygen cell are described in the following sections If you are installing the oxygen cell in an intrinsically safe area refer to the following sections for special installation requirements connected to a BASEEFA approved moisture IQ hygrometer Install the apparatus so that the terminals are protected to at least the requirements of IP20 Copies of official BASEEFA documentation certificates of compliance licenses etc are to be made in their entirety WARNING The Delta F Oxygen Cell is BASEE
137. nstream from the oxygen cell You must also install a vacuum relief valve set at 1 0 psig between the oxygen cell and the pump i Sample Outlet Figure 2 A Typical Oxygen Cell Sample System Note The actual sample system design is dependent on the application requirements moisture IQ User s Guide Chapter 1 Installation and Wiring 1 7 Mounting the Hygrometer System Mounting the hygrometer system consists of mounting the electronics unit the probes and the sample systems 1 7 1 Mounting the Electronics Unit Use the outline and dimension drawings in the Certification and Safety Statements at the end of this manual to mount the moisture IQ These drawings provide clearance and other mounting dimensions needed to prepare the site for mounting IMPORTANT Jf the power mains switch on the unit remains accessible to the user after installation a disconnect device is not required However if the installation blocks access to the power mains switch compliance with the EU s Low Voltage Directive IEC 61010 requires an external power disconnect device such as a switch or circuit breaker The disconnect device must be marked as such clearly visible directly accessible and located within 1 8 m 6 ft of the unit Be sure to follow the
138. nt Ext Delete File Information moisturelQ 43 74 KB 04 28 2014 10 36 02 AM Figure 36 The File Manager Screen e Tap the File Type button to open a drop down list of options for selecting the type of files Log Files Site Files Cal Files User Manual or Audit Log to be displayed e Tap the Sort By button to open a drop down list of options for sorting the list of files Name Date or Size e Tap the name of any listed file to display detailed information about the file in the File Information box e With a file name highlighted tap either the Int or Ext button under Transfer Options to specify the location for storing the selected file Int stores the file to the internal moisture IQ memory while Ext available only if an external USB drive is connected stores the file to a USB drive connected to the moisture IQ The current location is highlighted in blue e As needed tap the buttons in the upper right corner to Delete a file altogether Copy it to another location or Transfer it to another location The User Manual and Audit Log are read only files that can be transferred to an external device but not deleted e After completing your file management activities tap the Return button to return to the Settings menu 40 moisture IQ User s Guide Chapter 3 Using the Settings Menu 3 5 Screen Alignment Weatherproof and Explosion Proof The Screen Alignment feature is enabled for Weatherproof and Explosion Proof versions
139. nto the USB port Settings Menu o Display System File Settings Settings Settings Manager Setup Notifications Fault Alarm Module Software Service Update Restart ShutDown Figure 87 Software Update moisture IQ User s Guide Appendix C Updating the moisture IQ Firmware C 1 Updating the Chassis Firmware cont 6 The moisture IQ prompts you to confirm you want to update the software see Figure 88 below Tap the Yes button Settings Menu Software Update Settings Are you sure you want to update the software Cancel Software Restart Shut Down Update Figure 88 Update Confirmation Updating the software will take a few minutes and the screen shown in Figure 89 below is open during the update Settings Menu i Software Update Settings Installing Update Please Wait Software Update Restart Shut Down Figure 89 Installing Screen moisture IQ User s Guide 117 Appendix C Updating the moisture IQ Firmware C 1 Updating the Chassis Firmware cont 7 After the software update is complete the meter prompts you to restart the meter see Figure 90 below Tap the Restart button to reboot the moisture IQ Settings Menu Settings Restart Service Software Restart Shut Down Update Figure 90 Restart Screen The unit will reboot with the updated firmware 118 moisture IQ User s Guide Appendix C Updating the moisture IQ Firmware C 2 Updating the
140. oat RO Read Input 2 absolute 0x04 Pressure Atm 358 5458 32 bit float RO Read Input 2 0x04 Pressure PSla 360 5460 32 bit float RO Read Input 2 0x04 Pressure PSlg 362 5462 32 bit float RO Read Input 2 0x04 Pressure 364 5464 32 bit float RO Read Input 2 mm Hg 0x04 Pressure FP 366 5466 32 bit float RO Read Input 2 0x04 Oxygen PPM 370 5470 32 bit float RO Read Input 2 0x04 Oxygen PPB 372 5472 32 bit float RO Read Input 2 0x04 Oxygen 374 5474 32 bit float RO Read Input 2 Percent 0x04 Oxygen HA 376 5476 32 bit float RO Read Input 2 0x04 AuxA 380 5480 32 bit float RO Read Input 2 0x04 moisture IQ User s Guide 143 Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Aux A scaled 382 5482 32 bit float RO Read Input 2 0x04 Aux B 384 5484 32 bit float RO Read Input 2 0x04 Aux B scaled 386 5486 32 bit float RO Read Input 2 0x04 User Function 1 390 5490 32 bit float RO Read Input 2 0x04 User Function 2 392 5492 32 bit float RO Read Input 2 0x04 User Function 3 394 5494 32 bit float RO Read Input 2 0x04 User Function 4 396 5496 32 bit float RO Read Input 2 0x04 Channel 5 Hygro Dew 402 5502 32 bit float RO
141. obtain accurate measurement data you must properly configure the moisture IQ and all attached probes This is accomplished by using the Main Menu options along the right side of the measurement display screen Simply tap the desired menu item on the touch screen to access that particular menu and proceed to the appropriate chapter in this manual for detailed instructions After your initial setup is complete these same menus can be used to program the moisture IQ with your personal preferences and to reconfigure the unit whenever there are any changes in your system Note Initially all menus are locked at startup After you enter a password these menus will be unlocked but will timeout and relock after 15 minutes with no activity moisture IQ User s Guide 33 Chapter 2 Operation 2 6 Restarting the System To restart the moisture IQ complete the following steps 1 Tap the Settings Menu button on the right side of the touch screen 2 Tap the Restart button in the Service section of the touch screen 3 Atthe confirmation screen shown in Figure 30 below tap the Yes button to restart the unit or tap the No button to cancel the request Figure 30 Restart Confirmation Screen 34 moisture IQ User s Guide Chapter 2 Operation 2 7 Shutting Down the System To shut down the moisture IQ complete the following steps 1 2 3 Tap the Settings Menu button on the right side of the touch screen Tap the Shut Down butt
142. on in the Service section of the touch screen At the confirmation screen shown in Figure 31 below tap the Yes button to shut down the unit or tap the No button to cancel the request After the message It is now safe to shut down the unit is displayed on the touch screen use the On Off power switch at the lower left corner of the back panel to shut down the moisture IQ Figure 31 Shut Down Confirmation Screen moisture IQ User s Guide 35 Chapter 2 Operation no content intended for this page 36 moisture IQ User s Guide Chapter 3 Using the Settings Menu Chapter 3 Using the Settings Menu 3 1 Introduction After completing the installation of your moisture IQ system see Chapter 1 and powering up the system see Chapter 2 you must configure the moisture IQ before reliable data can be collected The Settings menu is used to configure the display and to program the desired system settings Use the menu map in Figure 76 on page 107 and the display touch screen shown in Figure 32 below as guides while programming the Settings menu To begin tap the Settings menu button on the main measurement display screen and proceed to the following sections for instructions Settings Menu Displau System File Settings amp ettings Settings Manager Setup Notifications Fault Alarm Module Service gt Restart Shut Down Figure 32 Settings Menu Screen Settings Menu Display System File Screen Settings Se
143. ordered an optional temperature thermistor is included in the moisture probe and requires an additional connection If the M Series probe does not have a thermistor then you may use a two wire shielded cable with a bayonet type connector to connect the probe to the electronics unit If an optional thermistor is installed then use a four wire shielded cable with a bayonet type connector to connect the M Series Probe to the electronics unit The M Series Probe may be located up to 600 m 2000 ft from the moisture IQ Before making the electrical connections connect the cable to the probe by inserting the bayonet type connector onto the probe and twisting the shell clockwise until it snaps into a locked position approximately 1 8 of a turn Wire the probe cable per the wiring diagram in Figure 12 below The M Series terminal block on the back panel of the moisture IQ see Figure 13 on page 18 also notes the corresponding color from the probe cable M SERIES Moisture M SERIES Figure 12 M Series Probe Cable Wiring Diagram Note The label SHD in Figure 12 above corresponds to the SH label on the connector and these terminals are used to terminate the cable shield moisture IQ User s Guide 17 Chapter 1 Installation and Wiring 1 93a M Series Probes cont M Series Probe Connections Module A CH1 Module A CH2 Module A CH3 i f AN moisture dQ Gi HOOUEA CHE Figure 13 M Seri
144. outputs refer to the menu map in Figure 77 on page 108 and tap the Outputs button on the right side of the main touch screen to open a screen similar to that shown in Figure 43 below Output Selection Test Channel Trim Range Error Measurement Selection Mode Span 20 mA Figure 43 Outputs Selection Screen 1 Tap the button for the desired Channel 1 6 and Output A or B 2 In the Measurement Selection section tap the Mode Unit and Type Current or Voltage buttons to enter the desired settings for the output For available modes and units refer to Table 8 on page 59 3 Tap the Zero box and enter the zero value via the keypad 4 Tap the Span box and enter the span value via the keypad 5 Tap the Check button to save your settings moisture IQ User s Guide 47 Chapter 4 Using the Outputs Alarms and Logger Menus 4 1 2 Testing the Selected Output Make sure the output device is connected to the moisture IQ as described in Chapter 1 and complete the following steps to test the output 1 Tap the Channel 1 6 and Output A or B to be tested and then tap the Test button to open a screen similar to Figure 44 below Figure 44 Output Test Screen 2 Tap the text box and enter the desired Percent of Scale test value 0 120 Then tap the Check button to send the test value to the output 3 After about 5 seconds this reading should be as shown in Table 7 below Table 7 Expected Multimeter Test Read
145. p Bits button and select either 1 or 2 from the drop down list After all of the settings have been configured tap the Check button to save your settings and then tap the Return button to return to the Configuration Menu For RS 485 wiring refer to Figure 83 on page 114 6 3 Configuring the Modbus Connection To configure the moisture IQ Modbus connection complete the following steps 1 Note 74 From the Configuration Menu screen see Figure 52 on page 57 tap the Modbus button to open a Modbus Setup screen similar to Figure 66 below Modbus Setup Enabled Slave Address Figure 68 Modbus Setup Screen If the Enabled Disabled button indicates that the Modbus connection is currently Enabled tap this button to Disable the Modbus connection changes to the settings can only be made when the connection is Disabled Tap the second button to choose Modbus RTU or Modbus TCP For RTU tap the Slave Address button and use the keypad to enter an address from 1 to 247 the default setting is 1 For TCP tap the Port button and use the keypad to enter a port from 81 to 65535 the default setting is 502 Tap the Disabled button to Enable the Modbus connection After the Modbus connection has been configured tap the Check button to save your settings Then tap the Return button to return to the Configuration Menu For a complete Modbus register map see Table 13 on page 125 moisture IQ User s Guide Chapter 6 Setting
146. pendix B Wiring Diagrams lagrams D iring W B 1 Terminal Blocks Appendix B D 4 Oremispur 40 13945 omamwosionca i4 ON 1300N a ZvSl zoZ EE B romeo o AVUOVIO ONIHIM 9 Oreimgsioui niam aa PET sul aa rid oue Uv WANDA 62 vz VSN TZSTO VW DSUDINO IN 2 ON y 4 F Ez l3 ETE E Ao Ms SOSH 25254 ERR kiun inva 9 S v K 8 1INQOW 2 THI VINMOON SNOLIVANDIANOD 33MOd ALVNYALTV VOJ ISHS IIS Z gt Oraun3siow 3 e vv emn DJ naivo adi SNOLVINDIANOD THNNYHO 31VNN3ITV VOJ Z ISHS 33 l els l seu loe Ko aa SALON J 7 n 318 sre OOOOOOOO OVOOOOO 20210 oz no CIL ILL ILI IRONTXRV OLO IOJNI XAV NSO PO SINISN SIW ROR INON EIE VIUN ISMOJ QV MOLA JENI A 1 FLO CAPO LA IZI SIOLOHNNOO WAVTV LINVA TSIPOTY EUNu1o sisse O ALINISTOUI avrisa opis SARIAS N euondo 1 UOBKXO qas duoj bud omistoj duoj USIMOHAJOA WALMO OA AZ kE E ro Es IIS SE di Li N RUK Y I aSIN mo Sopeuy mo Sopeuy TN Y C Y JO OO OOO Cy A NA A CUN M J X IO C asin 10 T Jama
147. perly be outside its acceptable range Chapter 4 Make sure the ground bolt is installed on the channel card Signal Error has occurred Remove source of Signal Error and attempt another Auto Cal Contact GE 92 moisture IQ User s Guide Chapter 8 Troubleshooting 8 2 Common Problems If the moisture IQ measurement readings seem strange or do not make sense there may be a problem with the probe or the process system Table 12 below contains some of the most common measurement problems Table 12 Troubleshooting Guide for Common Problems Symptom Possible Cause System Response Action Accuracy of moisture sensor is questioned Insufficient time for system to equilibrate Probe reads too wet during dry down conditions or too dry in wet up conditions Change the flow rate A change in dew point indicates the sample sustem is not at equilibrium or there is a leak Allow sufficient time for the sample system to equilibrate and the moisture reading to become steady Check for leaks Dew point at sampling point is different than the dew point of the main stream Probe reads too wet or too dry Readings may be correct if the sampling point and main stream do not run under the same process conditions Different process conditions cause readings to vary If sampling point and main stream conditions are the same check sample system pipes and any pipe between the sample system and main stream for leaks A
148. r s Guide Chapter 9 Specifications 9 5 Temperature Measurement 9 3 1 Type Optional thermistor built into moisture probe 9 3 2 Calibration Ranges Dew Frost Point 30 C to 70 C 22 F to 158 F 9 3 3 Accuracy 0 5 C 0 9 F at 30 C 22 F 9 4 Pressure Measurement 9 4 1 Type e Optional transducer built into Moisture Image Series moisture probes e Standard external pressure transmitter 9 4 2 Full Scale Ranges Available e 30 to 300 psig e 50 to 500 psig e 100 to 1000 psig e 300 to 3000 psig e 500 to 5000 psig 9 4 3 Accuracy 1 of full scale 9 4 4 Pressure Rating Three times the span of the available range to a maximum of 7500 psig 518 bar moisture IQ User s Guide 97 Chapter 9 Specifications 9 5 Oxygen Measurement 9 5 1 Type Electrochemical sensor 9 5 2 Ranges Available e 0to 05 5 50 ppm e 0to1 10 100 ppm e Oto 10 100 1000 ppm e Oto 100 1000 10 000 ppm e 0t050 500 5000 ppm e 0to5 e Oto 10 Oto 25 9 5 3 Accuracy e 1 full scale ranges gt 0 2 5 PPM e 5 full scale ranges lt 0 2 5 PPM 9 5 4 Pressure Rating 0 2 to 1 psig 0 07 bar 98 moisture IQ User s Guide Chapter 9 Specifications 9 6 General Specifications 9 6 1 Display Resistive WVGA 800 H x 480 V pixels with touch screen 9 6 2 Display Functions Display up to 12 channel parameter combinations simultaneously using text and or graphics 9 6 3 Operating Temper
149. t float RO Read Input 2 natural gas 0x04 Hygro g m 3 324 5424 32 bit float RO Read Input 2 0x04 Hygro 326 5426 32 bit float RO Read Input 2 mg m 3 0x04 Hygro Vapor 328 5428 32 bit float RO Read Input 2 Pressure kPa 0x04 Hygro Vapor 330 5430 32 bit float RO Read Input 2 Pressure 0x04 mm Hg Hygro MH FH 332 5432 32 bit float RO Read Input 2 0x04 Temperature 334 5434 32 bit float RO Read Input 2 ec 0x04 Temperature 336 5436 32 bit float RO Read Input 2 F 0x04 142 moisture IQ User s Guide Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Temperature 338 5438 32 bit float RO Read Input 2 Kelvin 0x04 Temperature 340 5440 32 bit float RO Read Input 2 Rankine 0x04 Pressure kPa 342 5442 32 bit float RO Read Input 2 gauge 0x04 Pressure Mpa 344 5444 32 bit float RO Read Input 2 gauge 0x04 Pressure Pa 346 5446 32 bit float RO Read Input 2 gauge 0x04 Pressure Bar 348 5448 32 bit float RO Read Input 2 gauge 0x04 Pressure kPa 350 5450 32 bit float RO Read Input 2 absolute 0x04 Pressure MPa 352 5452 32 bit float RO Read Input 2 absolute 0x04 Pressure Pa 354 5454 32 bit float RO Read Input 2 absolute 0x04 Pressure Bar 356 5456 32 bit fl
150. t float RO Read Input 2 0x04 Aux B 284 5384 32 bit float RO Read Input 2 0x04 Aux B scaled 286 5386 32 bit float RO Read Input 2 0x04 User Function 1 290 5390 32 bit float RO Read Input 2 0x04 User Function 2 292 5392 32 bit float RO Read Input 2 0x04 User Function 3 294 5394 32 bit float RO Read Input 2 0x04 User Function4 296 5396 32 bit float RO Read Input 2 0x04 moisture IQ User s Guide 141 Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Qty of Notes Address Request Registers Channel 4 Hygro Dew 302 5402 32 bit float RO Read Input 2 Point C 0x04 Hygro Dew 304 5404 32 bit float RO Read Input 2 Point F 0x04 Hygro Equiv 306 5406 32 bit float RO Read Input 2 Dew Point C 0x04 Hygro Equiv 308 5408 32 bit float RO Read Input 2 Dew Point F 0x04 Hygro PPMv 310 5410 32 bit float RO Read Input 2 0x04 Hygro PPBv 312 5412 32 bit float RO Read Input 2 0x04 Hygro PPMw 314 5414 32 bit float RO Read Input 2 0x04 Hygro RH 96 316 5416 32 bit float RO Read Input 2 0x04 Hygro 318 5418 32 bit float RO Read Input 2 Lbs MMSCF 0x04 ideal gas Hygro 320 5420 32 bit float RO Read Input 2 Lbs MMSCF 0x04 natural gas Hygro PPMv 322 5422 32 bi
151. tandard Delta F Oxygen Cell Connections To Delta F To moisture IQ OXYGEN Connect Oxygen Cell Terminal Block red wire sensing electrode pin 4 RD green wire sensing electrode pin 3 GR white wire secondary electrode pin 2 WT black wire secondary electrode pin 1 BK shield Earth Ground Connection Secondary Electrodes Sensing Electrodes Figure 20 Standard Delta F Oxygen Cell Note The temperature reading of the sensor is used for internal temperature compensation and does not require any user setup moisture IQ User s Guide 23 Chapter 1 Installation and Wiring 1 9 46 Weatherproof Delta F Oxygen Cells The weatherproof oxygen cell has a set of sensing and secondary electrodes that are wired to a terminal strip in the weatherproof enclosure Connect the weatherproof oxygen cell using a four wire shielded cable with a mating bayonet type connector Fasten the bayonet type connector to the mating connector on the bottom of the weatherproof enclosure Connect the other end of the cable to the OXYGEN terminal block on the back of the moisture IQ Refer to Figure 18 on page 22 and Table 3 below for the required connections Table 3 Weatherproof Delta F Oxygen Cell Connections To Delta F Enclosure To moisture IQ OXYGEN Connect Terminal Block Terminal Block red wire pin 1 pin 4 green wire pin 2 pin 3 white wire
152. teel or electro polished stainless steel Sensor is contaminated with non conductive particles refer to Basic GE Sensing Hygrometry Principles Clean the sensor and the sensor shield as described in document 916 064 Basic GE Sensing Hygrometry Principles Then reinstall the sensor Exception screen Unrecoverable software error Contact GE 94 moisture IQ User s Guide Chapter 9 Specifications Chapter9 Specifications 9 1 Electronics 9 1 1 Intrinsic Safety All non auxiliary inputs are intrinsically safe through internal isolation and energy limiting circuitry 9 1 2 Inputs Two module bays are available Each module bay can accommodate a 1 channel or 3 channel module Each channel can accept e Moisture input MIS probe or M Series probe e 1 Temperature input MIS Probe or M Series probe e 1 Pressure input MIS probe e Oxygen input electrochemical sensor e 2 Auxiliary inputs 9 1 3 Analog Outputs 2 per available channel 9 1 4 Measurement Alarm Relays 2 per available channel 9 1 5 Fault Condition Alarm Relay per meter 9 1 6 Dimensions w x h x d Weights and IP NEMA Rating Rack Mount 482 x 133 x 357 mm 19 0 x 5 2 x 14 1 in 11 2 kg 24 7 Ib Bench Mount 440x 133 x 357 mm 17 4 x 5 2 x 14 1 in 10 4 kg 22 9 Ib Panel Mount 542 x 201 x 357 mm 21 4 x 8 0 x 14 1 in 11 3 kg 25 0 Ib Weatherproof Stainless Steel 508 x 508 x 229 8 mm 20 0 x 20 0 x
153. tervals or as recommended by our applications engineers for your particular application The probe will measure the water vapor pressure in its immediate vicinity Therefore readings will be influenced by its proximity to the system walls materials of construction and other environmental factors The sensor can be operated under vacuum or pressure and under flowing or static conditions See the following sections for the recommended environmental precautions 15 1 Temperature Range See Probe Specifications on page 101 for details 1 5 2 Moisture Condensation Be sure the temperature is at least 10 C higher than the dew frost point temperature If this condition is not maintained moisture condensation could occur on the sensor or in the sample system which will cause reading errors If this happens dry out the probe following the procedures outlined in GE document 916 064 Basic GE Sensing Hygrometry Principles 1 5 3 Static or Dynamic Use The sensor performs equally well in still air or where considerable flow occurs Its small size makes it ideal for measuring moisture conditions within completely sealed containers or dry boxes It will also perform well under gas flow conditions as high as 10 000 cm sec and liquid flow conditions up to 10 cm sec Refer to GE document 916 064 Basic GE Sensing Hygrometry Principles for maximum flow rates in gases and liquids moisture IQ User s Guide 3 Chapter 1 Installation and Wiring
154. tes you to use those systems If you need more information on the collection reuse and recycling systems please contact your local or regional waste administration Visit www gemeasurement com environmental health safety ehs for take back instructions and more information about this initiative viii moisture IQ User s Guide Chapter 1 Installation and Wiring Chapter 1 Installation and Wiring 1 1 Introduction Users typically install the moisture IQ as part of a complex process system which includes components such as filters pumps and pressure regulators In such an environment probes and other parts of the system may be subjected to environmental hazards such as high temperature pressure extremes corrosive elements and mechanical vibrations This section contains information and instructions for installing the moisture IQ into a process system while taking into account all of the above factors The following section describes how to set up and connect the moisture IQ If you have questions about the installation procedures contact our technical support department See the rear cover of this manual for contact information 1 2 Unpacking the moisture IQ Before beginning the installation unpack the unit and make sure all the parts and documentation listed on the packing slip are included Be sure to inspect each piece of equipment including the sample system for evidence of mishandling If anything has been damaged or
155. that has a 3 4 inch 16 straight thread insert it into the sample cell so it is perpendicular to the sample inlet Screw the probe into cell making sure not to cross thread it and tighten it securely Figure 4 below shows a typical moisture probe installation with the probe mounted in a GE sample cell Install any moisture probes with different fittings in the appropriate manner P IS Probe Y Sample Cell Outlet Figure 4 Typical Moisture Probe in Sample Cell Note Standard moisture probes have a sintered stainless steel shield that protects the aluminum oxide sensor Be sure to leave the shield in place for maximum protection It is important to eliminate all gas or liquid leaks for safety reasons and to ensure that measurements are not affected by ambient contamination For gas applications you should check for leaks using a soap bubble solution IMPORTANT Refer to the Calibration Data Sheets to connect the probes to their corresponding channels If a probe is connected to the wrong channel the meter will display incorrect data moisture IQ User s Guide 9 Chapter 1 Installation and Wiring 1 8 2 Adapting an Existing TF Series Probe Cable If an existing moisture measurement system uses a TF Series moisture probe the cable for that probe may be adapted for use with an MISP2 probe To retrofit the existing system refer to Figure 5 below and complete the
156. tible atmospheres disconnect power before servicing Figure 13 Rack Bench Panel Label from Shannon Ireland Dwg 442 1492 02 CSS 0011 Rev C 7 of 10 Certification amp Safety Statements for the moisture IQ Hygrometer September 2015 Markings cont O e i l O S u re GE INFRASTRUCTURE SENSING e 1100 TECHNOLOGY PARK DR BILLERICA MA 01821 USA io Class Division 1 Groups B C and D T6 Il 2 1 G Ex db ia Ga IIB H2 T6 Gb MODEL META DN CEA t us Ta 20 C to 60 C Type 4X IP66 Ta 20 C to 60 C IP66 APPROVED SERIAL AAAS yes Class Zone 1 AEx d ia Ga IIB H2 T6 Gb FM14ATEXOO83X Ta 20 C to 60 C Type 4X IP66 C IECEx FMG 14 0040X MFG DATE RAMAI JAAA Intrinsically Safe Connections to Class Il n sU Division 1 Groups A B C D E Fand G 1180 Install per GE drawing 752 364 Q WARNING DO NOT OPEN WHEN ENERGIZED SUBSTITUTION OF AVERTISSEMENT NE PAS OUVRIR SOUS TENSION LA SUBSTITUTION DE COMPONENTS MAY IMPAIR INTRINSIC SAFETY COMPOSANTS PEUT COMPROMETTRE LA SECURITE INTRINSEQUE Figure 14 Explosion Proof Label from Billerica USA Dwg 442 1855 01_revB o moisture lQ da FREE ZONE EAST SHANNON COUNTY CLARE IRELAND lt M Class I Division 1 Groups B C and D T6 Il 2 1 G Ex db ia Ga 118 H2 T6 Gb MODEL fatte Need CEA tama a 9 Gto 460 C Type A IPGG Vesta d ade ia SERIAL RTT Class I Zone 1 AEx d ia Ga IIB H2 T6 Gb
157. ttings Settings Manager Alignment Screen Config Setup Notifications Fault Alarm Module Service Restart Shut Down Figure 33 Settings Menu Screen for Explosion Proof and Weatherproof moisture IQ User s Guide 37 Chapter 3 Using the Settings Menu 3 2 Display Settings The Display Settings menu see Figure 34 below allows you to configure the measurement screen Display Settings Data View 6 Items 12 Items Brightness o III O Figure 34 The Display Settings Screen e Tap the 6 Items or 12 Items button to toggle between a main screen with 6 measurement displays or one with 12 measurement displays The current setting is highlighted in blue e To adjust the screen brightness tap the button at the right end of the Brightness slider to increase the screen brightness or the button at the left end of the slider to decrease the screen brightness until the desired setting is achieved The blue indicator bar on the slider indicates the current setting location e After completing your settings either tap the Check button to save your changes or tap the Cancel button to discard the changes and keep the original settings 38 moisture IQ User s Guide Chapter 3 Using the Settings Menu 3 3 Sustem Settings The System Settings menu see Figure 35 below allows you to configure the global moisture IQ settings System Settings Serial Number Date Date Format 04 28 2014 MM DD YYYY Time Time Format 9 28
158. ture IQ User s Guide 105 Chapter 9 Specifications no content intended for this page 106 moisture IQ User s Guide Appendix A Menu Maps AppendixA Menu Maps A 1 The Settings Menu Map MAIN MENU Settings Settings 9 Display Settings System Settings File Manager Screen Alignment Outputs explosion proof amp weatherproof only Alarms Configuration Defaults Transfer Logger Data View File Type Transfer Options Copy Help Backlight Timeout C sosy File Information Delete shown on all screens Serial Number Data Date Format Number Format Fault Alarm Module Screen Config explosion proof amp weatherproof only Cal Reminder Serial Number C Thickness Data Date Format X Axis Flipped Time Time Format Y Axis Flipped In Case of Fault Number Format for channels 1 6 Service Figure 76 The Settings Menu Map moisture IQ User s Guide 107 Appendix A Menu Maps A 2 The Outputs Alarms and Logger Menu Map MAIN MENU Settings Output Selection Outputs Test Alarms Channel 1 6 Trim Configuration Output A B Logger Help Measurement Selection shown on all screens Alarm Selection Measurement Selection Logger Setup Sort By Pause End Delete Log Context Sensitive Help elp available on all screens Figure 77 The Outputs Alarms and Logger Menu Map 108 moisture IQ User s Guide Appendix
159. tware Update When an external USB drive containing a moisture IQ software update file is connected the Software Update button will be enabled Proceed as follows 1 Tap the Software Update button 2 Tap Yes at a screen similar to Figure 42 below to confirm your choice or tap Cancel to abort the update 3 The new software will be installed automatically and you will be prompted to tap a Restart button to complete the process Note Your system configuration settings will not be affected by the software update Figure 42 Software Update Confirmation Screen 3 10 2 Restart To restart i e reboot the moisture IQ system tap the Restart button Then tap either Yes or No at a confirmation screen similar to the one shown in Figure 30 on page 34 3 10 3 Shut Down To shut down the moisture IQ system tap the Shut Down button Then tap either Yes or No at a confirmation screen similar to the one shown in Figure 31 on page 35 46 moisture IQ User s Guide Chapter 4 Using the Outputs Alarms and Logger Menus Chapter 4 Using the Outputs Alarms and Logger Menus 4 1 Setting Up the Outputs 4 1 1 Configuring an Output Note An active output is indicated by a Play symbol and the alarm selected for editing is highlighted in yellow A dashed border around an output indicates that the channel is not installed The moisture IQ features two isolated analog outputs A and B for each of its six channels To configure these
160. uie 87 Specifications ss sua isma iu kvanka Nia 101 TF Series Adapter iy cii yv S st rts viska 10 R Rack Mount Moddel 112 Range Error Response Alarms A Ob RUD RO AGAS KI ae 53 OUIpUlS e dee xu ba nmn iene IN S 50 Restarting the System sss 4 annus oo 34 46 S Safety Equipment Personal vili Sample System sss sss ARE 9 Guides 2 MONISTO Se aia PE o Ee eno ds kon ka 5 MOUNIMS sss vesp AREE PPS TAS EDU 7 OYEN sp usa e tari qe daga x tard kes ATA Rd 6 Screen Messages sss i a x VAGA ERE vaka 91 Sensors Module SUP o ice hee ERES e 45 Pr ssil puso sku kap kes o ml raia 12 Serial Port Configuring sia kas CX 73 Service MENU S3 d aco RE UR E ka toU 46 Settings Display so as Spa quU NE ou PM eee 38 Ment eet buses A RE eee adea 37 Men Maputo aa Ner ad vus 107 155 Index System A aa a a KNN KAO 39 Shutting Down the System 35 46 Site Selection sesini su D X oy gh kur EM 2 Software Updating desa li RR 46 Specifications Alarms ss ska ia kuna pe ku kola as ES 95 100 A to Cal sus a lA ds ka sL a naa 99 Delta F Oxygen Cel sss sm ee xe uaj 104 Display 2x ex o KAS ex enfe RV 99 BElectrotles ius pa euius x UE UR REA 95 Faal Alarms a Ps stalo kus ao ak 95 A A vase DELLA ve 99 IPS au sda ka e EX p DIA LAII 95 101 TOS P EP 99 Moisture Measurements 96 M Series Probes as Sa RE a a UA 103 Oitbuls Ses ob aC ka os 95 100 Oxygen Measur
161. ule Setup Serial Serial PLOOO008 Firmware Firmware Module A 3 Channel Update Firmware Figure 99 Module with Updated Firmware moisture IQ User s Guide 123 Appendix C Updating the moisture IQ Firmware no content intended for this page 124 moisture IQ User s Guide Appendix D Modbus Register Map Appendix D Modbus Register Map Note The Modbus Register Map in Table 13 below has some fields in grey boxes These are currently not supported and will return a value of 1 0 Table 13 Modbus Register Map Function Parameter Sub Parameter ID ModBus Type Access Modbus Oty of Notes Address Request Registers O Error register 0 0 32 bit Integer RO Read Input 2 non latching 0x04 Read only 1000 Latching Error 0 1000 32 bit Integer RW Read Holding 2 Write 0 to clear Register 0x03 2000 Analog Output 0 4 20 Channel 1 Output percent 100 2112 32 bit float RW Read Holding 2 When TEST MODE OutputA of scale 0x03 enabled force output to value State 102 2102 32 bit Integer RW Read Holding 2 2 TEST MODE 0x03 All else run mode Units 104 2104 32 bit Integer RW Read Holding 2 Measurement Unit 0x03 Code 0 off others see tab Type 106 2106 32 bit Integer RW Read Holding 2 1 4 20 mA 0x03 2 0 20 mA 3 0 2 volts Zero 108 2108 32 bit float RW Read Holding 2 0x03 Span 110 2110 32 bit float RW Read Holding 2 0x03 Channel 1 O
162. unction parentheses f Missing User function has unbalanced Error message Add missing parentheses parentheses f Missing User function has unbalanced Error message Add missing parentheses Under Range See Range Error Description on page 50 The input signal is below the calibrated range of the probe Alarms and outputs respond as programmed Refer to Chapter A If measurement is not expected to be below scale send probe to GE for evaluation Over Range See Range Error Description on page page 50 The input signal is above the calibrated range of the probe Alarms and outputs respond as programmed Refer to Chapter A Change the measurement units so that the measurement is within range For example change ppb to ppm Refer to page 58 If measurement is not expected to be above scale send probe to GE for evaluation Mode Fault Mode is replaced by one of the available measurement modes The input signal from the probe exceeds the capacity of the analyzer electronics Alarms and outputs respond as programmed Refer to Chapter A f measurement is not expected to be above scale check wiring for shorts and if none are apparent send probe to GE for evaluation Cal Error During Auto Cal Alarms and outputs respond as Make sure the analyzer is grounded an internal reference is found to programmed Refer to pro
163. ur sole responsibility that the moisture IQ Multi Channel Multi Functional Moisture Analyzer to which this declaration relates is in conformity with the following standards e EN 60079 0 2012 e EN 60079 11 2012 e I 1 G Ex ia Ga IIC Tamb 20 C to 60 C 5 FM13ATEX0059 FM Approvals Ltd Windsor Berkshire UK NoBo 1725 e EN 61326 1 2013 e EN 61326 2 3 2013 e EN 61010 1 2010 following the provisions of Directives 2004 108 EC EMC 2006 95 EC LVD and 94 9 EC ATEX n A Perf gpl Billerica September 1 2015 Issued Mr Gary Kozinski Certification amp Standards Lead Engineer no content intended for this page Customer Support Centers U S A The Boston Center 1100 Technology Park Drive Billerica MA 01821 U S A Tel 800 833 9438 toll free 978 437 1000 E mail sensing ge com Ireland Sensing House Shannon Free Zone East Shannon County Clare Ireland Tel 353 0 61 470200 E mail gesensingsnnservices ge com An ISO 9001 2008 Certified Company www gemeasurement com quality certifications 910 298 Rev D www gemeasurement com 2015 General Electric Company All rights reserved Technical content subject to change without notice
164. ure sensor probe patented 9 92b Impedance Range 50 kQ to 2 MO at 77 Hz depending on vapor pressure of water 9 9 2c Calibration Each sensor is individually computer calibrated against known moisture concentrations traceable to national standards 9 9 2d Operating Temperature 110 C to 70 C 166 C to 158 F 9 9 2e Storage Temperature Maximum of 70 C 158 F 9 9 2f Operating Pressure depends on mount MI 5 microns Hg to 75 psig M2 5 microns Hg to 5000 psig 9 92g Flow Range Gases From static to 10 000 cm sec linear velocity at 1 atm Liquids From static to 10 cm sec linear velocity at density of 1 g cc 9 92h Built in Temperature Sensor Type Non linear thermistor Range 30 C to 70 C 22 F to 158 F Accuracy 0 5 C 0 33 F overall Response Time Maximum 1 second in well stirred oil 10 seconds in still air for a 63 step change in increasing or decreasing temperature moisture IQ User s Guide 105 Chapter 9 Specifications 9 9 3 Delta F Oxygen Cell Type Non depleting coulometric electrolytic oxygen sensing cell Available Cells ppb O Range e DFOX 1 0 to 500 ppb 5 ppm 50 ppm 1 4 VCR 3 of reading or 25 ppb ppm O Range e DFOX 9 0 to 1 10 100 ppm 1 4 VCR e DFOX 2 0 to 1 10 100 ppm 1 8 compression 3 of reading or 50 ppb e DFOX 3 0 to 10 100 1000 ppm 1 8 compression 3 of reading or 200 ppb e DFOX 4 0 to 100 1000 10 000 ppm 1 8 compression 3 of rea
165. utput percent 120 2132 32 bit float RW Read Holding 2 When TEST MODE Output B of scale 0x03 enabled force output to value State 122 2122 32 bit Integer RW ReadHolding 2 2 TEST MODE 0x03 All else run mode Units 124 2124 32 bit Integer RW ReadHolding 2 Measurement Unit 0x03 Code 0 off others see tab Type 126 2126 32 bit Integer RW ReadHolding 2 1 4 20 mA 0x03 2 0 20 mA 3 0 2 volts Zero 128 2128 32 bit float RW Read Holding 2 0x03 Span 130 2130 32 bit float RW Read Holding 2 0x03 moisture IQ User s Guide 125 Appendix D Modbus Register Map Table 13 Modbus Register Map cont Function Parameter Sub Parameter ID ModBus Type Access Modbus Oty of Notes Address Request Registers Channel 2 Output percent 200 2212 32 bit float RW Read Holding 2 When TEST MODE OutputA of scale 0x03 enabled force output to value State 202 2202 32 bit Integer RW jReadHolding 2 2 TEST MODE 0x03 All else run mode Units 204 2204 32 bit Integer RW jReadHolding 2 Measurement Unit 0x03 Code 0 off others see tab Type 206 2206 32 bit Integer RW Read Holding 2 1 4 20mA 0x03 2 0 20 mA 3 0 2 volts Zero 208 2208 32 bit float RW ReadHolding 2 0x03 Span 210 2210 32 bit float RW Read Holding 2 0x03 Channel 2 Output percent 220 2232 32 bit float RW Read Holding 2 When TEST M
166. uttons includes data entry boxes for 2 to 16 data points The four buttons to the right of the table are used to edit and arrange the calibration data as required e Sort Tap this button to sort the data rows in ascending order by the left column e Edit Value Tap this button and then tap a text box and enter the values from the relevant Calibration Data Sheet for each point specified using the calculator keys on the pop up keypad Continue entering or checking values for each input until you have completed each channel e Insert Row Use this button along with the Remove Row button to organize the rows in the table as desired e Remove Row Use this button along with the Insert Row button to organize the rows in the table as desired 5 After you have finished entering your probe calibration data tap the Return button to return to the Configuration Menu moisture IQ User s Guide 65 Chapter 5 Using the Configuration Menu 5 3 Tagging the Inputs The moisture IQ enables users to assign tags to customize the display of the input parameters The instrument accepts a separate 9 character label for each input To tag inputs complete the following steps Tag Setup Channel Mode Chi Pressure Clear All Enter text for special mode tag or clear for standard mode text Figure 59 Tag Setup 1 From the Configuration Menu screen tap the Tagging button to open the Tag Setup screen 2 Tap the Channel button and specify the c
167. ve If the power mains switch on the unit remains accessible to the user after installation a disconnect device is not required However if installation blocks access to the power mains switch compliance with the EU Low Voltage Directive IEC 61010 requires an external power disconnect device such as a switch or circuit breaker The disconnect device must be marked as such clearly visible directly accessible and located within 1 8 m 6 ft of the unit 2 moisture IQ User s Guide Chapter 1 Installation and Wiring 1 5 Moisture Probe Considerations The M Series and Moisture Image Series probes consist of an aluminum oxide sensor mounted on a connector head Standard probe mounts include a protective stainless steel shield The probe sensor materials and housing maximize durability and insure a minimum of water absorbing surfaces in the vicinity of the aluminum oxide surface A sintered stainless steel shield is used to protect the sensor from high flow rates and particulate matter The end cap should not be removed except upon advice from GE The sensor has been designed to withstand normal shock and vibration You should make sure that the active sensor surface is never touched or allowed to come into direct contact with foreign objects since this may adversely affect performance Observing these few simple precautions will result in a long and useful probe life GE recommends that probe calibration be checked routinely at 12 month in
168. xygen Errors Moisture Errors Temperature Errors and then Pressure Errors Complete the following steps to configure the range error response of the selected alarm 1 Tap the Channel 1 6 and Alarm A or B and then tap the Range Error button to open a screen similar to Figure 49 below Ignore Ignore Cancel Figure 49 Range Error Setup Screen Alarm Response 2 Set the alarm to either Trip on Under Range errors or to Ignore Under Range errors Ignore is the default setting 3 Set the alarm to either Trip on Over Range errors or to Ignore Over Range errors Ignore is the default setting 4 Tap the Save button to keep the new settings or tap the Cancel button to keep the previous settings moisture IQ User s Guide 53 Chapter 4 Using the Outputs Alarms and Logger Menus 4 3 Setting Up and Running Logs To set up and run logs refer to the menu map in Figure 77 on page 108 and tap the Logger button on the main touch screen to open a screen similar to Figure 50 below Logger Setup Create Log Sari Bu Transfer Log Size Pause Delete Log Log Information a View Log EC month3 EC month2 Log State Closed EC month Start Time 03 31 2014 06 45 00 PM Help Clock 24 hr US dec End Time 04 01 2014 06 55 00 AM Number format Log Size 7 21 KB Clone Log Ea Clock 24 hr Figure 50 Logger Setup Screen The following logging functions are available on the Logger Setup screen 54 The pane on the left

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