Manual - ETS
Contents
1. Product Warranted Duration of Warranty Period HI 4416 System Readout 1 Year 25 This page intentionally left blank 26 Appendix B Communication Error Codes When the HI 4416 detects an error condition during communication with a probe it will display an error message of the form EXX where XX is a two digit number The meaning of each error number is described below Under certain circumstances it is possible for the user to correct the conditions causing errors 01 and 02 if not or if the conditions that generate errors 03 12 develop and persist the probe must be repaired by ETS Lindgren technicians Error Cause E01 No Response From Probe Probe s ARM OFF switch in OFF position faulty probe E02 Transmission Error e g Parity The HI 4416 is ON no fiber optic cables are connected and the readout s connectors are aimed toward a light source faulty probe E03 Input Buffer Overflow Too many characters contained between the Start Character Carriage Return sequence E04 Invalid start character for probe data Start Character incorrect or not sent E05 Probe Data String Length Error Data string does not conform to one of the two correct string lengths E06 Invalid String for Reading Value Data string does not conform to correct format four digits plus decimal point E07 Invalid Range Value Incorrect range character E02. Fail aaa X Y Z Axis respectively enable flag E Enabled D Disabled t Terminating Character Return 29 VALID UNIT TYPES The following table lists the unit codes that can be sent in the data string and the unit indicator displayed on the HI 4416 If an invalid unit code is sent to the HI 4416 no unit indicator is displayed and no error is generated An underscore indicates a space character and is significant Unit Code From Probe HI 4416 Unit Display ave V m V2 Vim KV_ k V m KV2 k V m A A m _A2 A mP MA mA m MA2 m A mf _W2 W cm MW2 mW cm UT uT NT nT G_ G MG_ mG 30 Appendix D 491198 36 Battery Fast Charger gt The HI 4416 System Readout contains a Nickel Cadmium NiCd battery and use the Series 4991198 36 Battery Fast Charger SAFETY PRECAUTIONS Before operating the Series 491198 36 NiCd Battery Fast Charger see General Safety Considerations in the ETS Lindgren Product Information Bulletin included with shipment INTRODUCTION The 491198 36 NiCd Battery Fast Charger is a dual power source battery charger It charges 3 6 volt 1400 mAH NiCd batteries and is powered by 120 240 Vac line power or 12 5 Vdc The 491198 36 uses a dV dT negative delta V technique to determine when a the battery is fully charged typically one hour With this technique the charge state of the battery has no e
3. 6 VD attery Pack 3 6 VDC H 491038 Rechargeable Standard Fast Charger H 491198 36 115 230 Volt Cable Fiber Optic Glass 2 meter H 491106 02 Handle Assembly H 491073 Carrying Case H 491083 Upgrade Policies Periodically readouts are upgraded to enhance functionality Contact ETS Lindgren Customer Service for the upgrade status of your system Service Procedures For the steps to return a system or system component to ETS Lindgren for service see the Product Information Bulletin included with your shipment 12 3 0 Specifications Electrical Specifications Operating Temperature 10 C to 40 C 450 F to 104 F Humidity 596 to 5096 relative humidity non condensing Physical Specifications Instrument Dimensions including connectors 154 mm x 87 mm x 32 mm 6 07 in x 3 43 in x 1 25 in Weight 0 42 kg 14 8 oz Operational Battery 3 6 VDC 1400 mA h NiCd Battery Charger 115 230 VAC approximately 1 hour Battery Charger Jack 2 5 mm phone jack Fiber Optic Connectors Standard FSMA Recorder Out Level 0 5 VDC 1mA max all ranges Recorder Out Jack 3 5 mm phone jack Operating Life battery fully charged 70 hours idle 80 hours communicating Standard Fiber Optic Cable 200um graded index multimode 13 This page intentionally left blank 14 4 0 Pre Installation
4. Considerations ss vii 1 0 Introduction 5 255 5 2 505 000050 200200cocistoalhiassicso aostaasdoscosuctssess 9 Standard Configuration emen 9 ETS Lindgren Product Information Bulletin 10 2 0 Maintenance eere zi 11 Maintenance Recommendations erre 11 Replacement and Optional Parts irei 12 Upgrade Policies Senice Procedures caia n ic nete ut po 12 3 0 Specifications cerent 13 Electrical Specifications ssssseeeeenm 13 Physical Specifications eese 13 Operational sas n nes alana REIHE 13 4 0 Pre Installation Tasks eene 15 Bench E D 15 Readout and Probe Bench Test sssssssssse 15 5 0 Operation AA A ed encr ce ceee 17 DAA OT ETA 17 Keypad Operation 19 Battery Ghargirig oi recte t REIR Het HE 23 Charging Procedure essent 24 Battery Tips ertet ore pesa HET Xx te Ege Ra EVI HE arua 24 Appendix A Warranty eee 25 Appendix B Communication Error Codes 27 Appendix C HI 4416 Operating Protocols 29 Communication Protocol Probe Data Format cerent nennen nnne nennen nenne nennen Valid Unit Eypes EE Appendix D 491198 36 Battery Fast Charger 31 Safety Pr
5. Tasks Before connecting any components follow the safety information in the ETS Lindgren Product Information Bulletin included with your shipment Bench Test Perform the following procedures to verify system operation READOUT AND PROBE BENCH TEST 1 Remove the plastic caps from the readout s fiber optic connectors Remove the protective covers from the fiber optic cable assembly Save all protective caps and covers for future use HI 4416 System Readout Sensor Connector Fiber Optic Cable RCV White XMIT Yellow x o White XMIT Yellow RCV 2 Visually inspect the tips of the fiber optic cables to make sure that they are free of dirt and other contaminants Connect the fiber optic cable to the two connectors on the top of the readout be sure to match the cable connector colors to those on the readout connectors yellow to TRANSMIT white to RECEIVE 3 Connect the other end of the fiber optic cable to the sensor connectors Be sure to match the cable connector colors to those on the sensor connectors white to XMIT yellow to RCV 4 Set the ARM OFF switch on the sensor to ARM 15 16 Press the ON OFF keypad on the front panel of the HI 4416 All segments of the LCD will activate for two seconds then the version of software installed in the HI 4416 will be displayed followed by the current range of the probe connected
6. to the readout The HI 4416 will then begin normal operation Units of measure current reading if any bar graph etc will be displayed If after several seconds the readout indicates an error condition see Appendix B Error Codes for additional information 5 0 Operation Before connecting any components follow the safety information in the ETS Lindgren Product Information Bulletin included with your shipment The HI 4416 does not shut down automatically Be sure to turn the instrument off when not in use Display Connect a probe to the HI 4416 Make sure the switch on the probe is in the ARM position and then turn the system readout on i MN ID nant as 1 ol inaadaaaau Nes lala 10 c mG uT nT P N aa K V mf MAX XY l gt f The HI 4416 uses a custom LCD to display the probe settings and field values that are measured 1 Under Range Indicator 7 Units of Measure Indicators 2 Bar Graph 8 Cursor Block 3 Over Range Indicator 9 Digital Display 4 Alarm Active Indicator 10 Axis Indicator 5 Maximum Reaidng Indicator 11 Battery Indicator 6 Power On Indicator 12 Autorange Indicator 17 Once the system readout is turned on all segments of the LCD will activate for two seconds the version of software installed will appear followed by the curr
7. trickle charge and will continue to do so until the probe is disconnected BATTERY TiPS NiCd batteries have several characteristics that can affect both their performance and operating life The following tips advise you how to take advantage of these characteristics to get the most out of your readout s battery 24 Although NiCd batteries are rated for operation in temperatures from 20 C to 65 C 4 F to 140 F using the System Readout in extreme temperatures will reduce operating time significantly The optimum operating temperature range for these batteries is 20 C to 30 C 68 F to 86 F The battery in the HI 4416 does not require periodic deep discharges to reverse the capacity depleting memory effect caused by repeated shallow discharges However undercharging can reduce battery capacity If the battery in the HI 4416 appears unable to acquire or maintain an appreciable charge individual cells in the battery may be shorted or damaged and the battery should be replaced If for any reason your battery needs replacement contact ETS Lindgren Customer Service for assistance Appendix A Warranty See the Product Information Bulletin included with your shipment for gt the complete ETS Lindgren warranty for your HI 4416 System Readout DURATION OF WARRANTIES FOR HI 4416 SYSTEM READOUT All product warranties except the warranty of title and all remedies for warranty failures are limited to one year
8. 8 Invalid Unit Value Incorrect unit characters E09 Invalid Axis Enable Value Value is other than E or D E10 Invalid Battery Status Value Value is other than N D or F E11 Over Range Indicator Value is other than N or O E12 Invalid Recorder Out Value Value is not in the range O 255 27 This page intentionally left blank 28 Appendix C HI 4416 Operating Protocols Communication between the probe and the HI 4416 System Read Out is carried out via an ASCII data string The probe requires a dual fiber optic cable and only responds when commanded The HI 4416 continuously at 7 6 Hz sends the probe a command for data and waits for a response If a key that requires information from the probe is pressed the HI 4416 will send the appropriate command to the probe and wait for a response COMMUNICATION PROTOCOL Data Type RS 232 Serial Data Mode Asynchronous Word Length 7 bits Parity odd Stop Bits 1 Data Rate 9600 baud PROBE DATA FORMAT The data sent to the HI 4416 is formatted as SDxx xxuuugggobaaat S Start Character D Type Indicator D Controller Listen Only xx xx Probe Reading 4 digits plus floating decimal uuu Units of Measure see next page for valid unit indicators ggg Recorder Output Bar Graph 0 255 O Over Range Indicator N Normal O Over Range b Battery Status N Normal W Warning F
9. HI 4416 System Readout User Manual NEIS LINDGREN HOLADAY EMF MEASUREMENT ETS Lindgren Inc reserves the right to make changes to any product described herein in order to improve function design or for any other reason Nothing contained herein shall constitute ETS Lindgren Inc assuming any liability whatsoever arising out of the application or use of any product or circuit described herein ETS Lindgren Inc does not convey any license under its patent rights or the rights of others Copyright 1993 2013 by ETS Lindgren Inc All Rights Reserved No part of this document may be copied by any means without written permission from ETS Lindgren Inc Trademarks used in this document The ETS Lindgren logo is a trademark of ETS Lindgren Inc Revision Record HI 4416 MANUAL Part H 600050 Rev J Revision Description Date Initial Release July 1993 A Software Updates March 1995 B Update January 1996 C Changed Battery Charger June 1997 D Added CE Label June 1997 E Changed Charger Specs August 1999 F Changed Area Code February 2000 G Updated contact info And added February 2006 charger manual as appendix Replacement and Optional Parts Revision Description Date H Revised to current style standards May 2013 J Updated part numbers in September 2013 Table of Contents Notes Cautions and Warnings ss vii General Safety
10. ays the new units Continue to press the Units keypad until the desired unit of measure appears on the display Just as for the Range command the available units of measure depend upon which probe is connected to the system readout consult your probe manual 21 Clear Data Clears all readings out of data log memory To perform this operation press and hold the Clear Data keypad The characters clr will flash on the display for approximately two seconds Continue pressing the keypad until 000 appears on the display these characters will not flash data log memory is now cleared When you release the keypad the system readout returns to the measurement mode If this keypad is released while the clr characters are still flashing data log memory is unaffected This helps prevent accidental erasing of data Log Saves the current measurement in data log memory Pressing the Log keypad saves the reading in memory as this occurs the readout momentarily displays the three digit identification number of the reading The data stored includes values units of measure over under range indication and active axes Up to 150 measurements may be stored When data log memory is full any additional log operations replace the value previously stored in location 150 with the new value all other memory locations remain unchanged If this keypad is pressed for longer than two seconds the just logged data is displayed Prev Accesses th
11. d measurements gt along only one or two axes These three keypads allow you to enable or disable each axis independently The status of each axis is denoted by the XYZ axis identifier characters in the lower left corner of the LCD If the axis identifier is visible field measurement in that axis is enabled if not visible the axis is disabled Battery Charging The HI 4416 System Readout contains a rechargeable nickel cadmium NiCd battery ETS Lindgren charges the internal NiCd battery of the HI 4416 at the factory in order to test the HI 4416 System Readout prior to shipment While every effort is made to make sure that your readout arrives ready to use we cannot guarantee that this will be the case Always check the condition of the readout s battery prior to making any measurements A fully charged battery nominal output voltage of 3 6 VDC provides up to 80 hours of operation When the batteries have discharged to 3 3 VDC the readout is still operational but its battery needs charging When the voltage drops below 3 18 VDC the display will be blank 23 CHARGING PROCEDURE 1 Plug the charger into a suitable AC source 2 Make sure power to the readout is OFF Insert the plug from the charger cable into the readout s CHARGER jack 3 The battery pack is now charging This may take approximately 1 hour depending on how deeply the batteries are discharged When charging is complete the charger automatically goes into a
12. dar Park TX USA 78613 The products listed below are eligible to bear the CE mark HI 4416 System Readout Series 491198 36 NiCd Battery Fast Charger APPLICABLE REQUIREMENTS Standard Criteria Electromagnetic compatibility General immunity standard EN SOUBe d Part 1 Domestic commercial and light industrial environment CISPR 11 1990 ed 2 EN 55011 Threshold values and measuring methods for radio interference by HF equipment for industrial scientific and medical purposes 86 336 EEC 37 AUTHORIZED SIGNATORIES e Es A Ax cut Ate Bryan Sayler James C Psencik eneral Manager Vice President Engineering The authorizing signatures on the EC Declaration of Conformity document authorize ETS Lindgren Inc to affix the CE mark to the indicated product CE marks placed on these products will be distinct and visible Other marks or inscriptions liable to be confused with the CE mark will not be affixed to these products ETS Lindgren Inc has ensured that appropriate documentation shall remain available on premises for inspection and validation purposes for a period of no less than 10 years 38
13. data transfer minimizes perturbation during field measurements The heart of this system is the HI 4416 System Readout This fiber optically isolated remote readout control can be paired with any one of the ETS Lindgren lines of electric and magnetic field probes to provide a wide range 10 kHz to 40 GHz of field measurements Standard features of the HI 4416 System Readout include data logging a recorder output and a custom Liquid Crystal Display LCD with bar graph The data log feature captures up to 150 field readings for later review The recorder output provides a DC voltage proportional to the indicated field value All selection and control functions are input via the front panel keypad s membrane Switches this keypad is configured in a matrix allowing access to twelve functions The HI 4416 uses an ASCII character string for communication with the probe in both directions See Appendix C HI 4416 Operating Protocols for details of the data format The HI 4416 System Readout may be used in conjunction with many ETS Lindgren probes For a current list please contact ETS Lindgren Customer Service Standard Configuration Rugged Aluminum Housing e Custom LCD Readout Front Panel Keypad Matrix e Recorder Output 0 5 VDC e Nickel Cadmium NiCd Battery e Standard Quick Charger 115 230 Volt ETS Lindgren Product Information Bulletin See the ETS Lindgren Product Information Bulletin included with your shi
14. e last value stored in data log memory When the key is pressed the three digit identification number of the stored value is displayed for approximately one second then the stored value is displayed The readout continues to display this value as long as the Prev key remains pressed Approximately two seconds after releasing the key the HI 4416 returns to the measurement mode Successive operations of the Prev key decrement the displayed value toward the beginning of memory value 001 If the key is pressed while viewing value 001 the readout wraps around to the highest stored identification number 22 Next Accesses the next value stored in data log memory The operation of this key is similar to that of the Prev key except that successive operations of the Next key increment the displayed value toward the end of data log memory In addition if the key is operated while viewing the highest stored value the readout wraps around to identification number 001 If an under range value is logged and displayed the measured value gt along with the under range indicator arrow will appear If an over range value is logged and displayed OL and the over range indicator arrow will appear X Axis Commands the probe to enable disable X axis measurements Y Axis Commands the probe to enable disable Y axis measurements Z Axos Commands the probe to enable disable Z axis measurements In some applications it is advantageous to make fiel
15. e system displays this range for two seconds before returning to the measurement mode Pressing this keypad again while the current range is still being displayed signals the probe to switch to the next range the readout displays the new range Continuing in this manner will step through all available ranges When the highest range is reached pressing the keypad again returns you to the lowest most sensitive range The LCD presents the range in the form r X where X is a number gt Since all probes do not contain the same number of ranges the maximum value of X depends upon which probe is connected to the system readout Consult the probe literature to determine the ranges available for a particular probe Max Displays the maximum reading During field measurements the processor continually monitors and stores the highest measured field value To recall and display this value press the Max key The maximum reading denoted by the Max indicator near the right edge of the LCD appears on the display This reading remains as long as the Max key is pressed When the Max key is released the LCD retains the reading for approximately two seconds after which the Max memory location is cleared and a new maximum reading is accumulated 20 The maximum value is cleared when the HI 4416 is powered up when the Max key is released and when the unit of measure is changed The Clear button does not affect this reading If the maximum readin
16. ecautions arianna ere ti 31 INTO P elo p eb DEAD DSR RS RR TN RD 31 Specifications Graena renes eee n One ande onda Fee do Ra e 32 DIU oe 34 Fuse Replacernernt pe EIER REB 34 Operating Instructions nennen 35 Appendix E EC Declaration of Conformity 37 This page intentionally left blank vi Notes Cautions and Warnings gt Note Denotes helpful information intended to provide tips for better use of the product Caution Denotes a hazard Failure to follow instructions could result in minor personal injury and or property damage Included text gives proper procedures Warning Denotes a hazard Failure to follow instructions could result in SEVERE personal injury and or property damage Included text gives proper procedures See the ETS Lindgren Product Information Bulletin for safety gt regulatory and other product marking information General Safety Considerations Do not position the equipment so that it is difficult to connect or disconnect cables into the back of the unit See the ETS Lindgren Product Information Bulletin for safety gt regulatory and other product marking information vii This page intentionally left blank viii 1 0 Introduction The ETS Lindgren HI 4000 Hazard Measurement System introduces fiber optic technology for the acquisition of data from electric and magnetic fields The use of fiber optic cables for
17. ent range of the probe connected to the readout The HI 4416 then switches to normal operation measurement The LCD readout displays the observed value and the units of measure The bar graph along the top of the LCD window presents an analog approximation of the measured field Each bar graph segment represents five percent of the full scale reading in the current range The bar graph is updated 7 6 times per second while the digital display is updated 1 9 times per second When the measured field strength is below 5 of full scale for the range in use the Under Range indicator at the left end of the bar graph appears and the display will flash on and off When possible switch the range to permit a field strength reading that does not trigger the Under Range indicator If the field strength exceeds full scale the Over Range indicator at the right end of the bar graph will appear and the characters OL will appear on the display Select the next appropriate range 18 Keypad Operation The operation of the HI 4416 System Readout is controlled by membrane switches To activate a Switch press gently on the center of the pad with your fingertip Do not use hard or pointed objects E Max Units On Off The On Off keypad activates the readout At power up a self test procedure is automatically performed As part of this procedure all segments of the LCD will activate for two seconds then the version of software ins
18. ffect other than shortening the charge time gt y O Housed in a rugged enclosure power enters the battery charger through a power entry module which contains the fuses or an optional cigarette lighter plug adapter LEDs and the label on the front face of the unit provide operating status The battery charger connects to the device being charged through a short cord terminated with a power jack An integrated circuit within the charger monitors the battery voltage and controls the charging functions according to the charge state of the battery 31 SPECIFICATIONS NiCd Battery 3 6 Volt 3 Cell NiCd Battery 1400 mAH Rapid charge cells 1 2 volts cell ETS Lindgren Part H 491038 Power Main IEC filtered AC power input module 110 240 Vac 500 mA MAX 50 100 Hz Power e Alternate Automobile cigarette lighter to 2mm power plug adapter cord 12 5 Vdc 100 mA Fuse 250 Volt 1 0 Amp Type T 5 mm x 20 mm Output Open Circuit Voltage 15 Vdc Fast Charge Pending Current 60 mA Fast Charge Current 1400 mA Pulsed Trickle Charge Current 50 mA Output Voltage 3 6 Vdc During Fast Charge Environmental Operating Temperature 10 to 40 C 50 to 104 F Humidity 5 to 95 relative humidity non condensing 32 POWER CABLE This charger is shipped with a three wire power cable When this cable is connected to an appropriate AC power sou
19. g is over full scale for the range OL will appear gt on the display along with the over range indicator Zero Sends a zero command to the probe Selecting this command zeroes all ranges and axes This mode establishes a baseline for measurements by sampling all axes and ranges and subtracting those values from each subsequent measurement Batt Displays probe battery voltage and temperature Refer to the manual for your probe to determine if it is capable of communicating battery status Pressing this key with the probe connected and armed causes the LCD to display a small battery symbol on the left side of the readout and the battery voltage of the probe After two seconds the readout will also display probe temperature in F After another two seconds the readout returns to the measurement mode Compare the voltage reading you obtain with that stated in the probe manual When the probe s battery voltage decreases below a preset limit the battery symbol will blink this indicates that the battery needs charging If the battery voltage is allowed to drop below that required for proper device operation the display will be blank This keypad can also be used to determine the battery status of the HI 4416 When the battery symbol is flashing toggle the probe s Arm Off switch to Off if the symbol still blinks then the battery in the system readout needs charging Units Instructs the probe to change the units of measure and displ
20. itzerland 33 MAINTENANCE User serviceable parts do not exist inside the battery charger Warranty may be void if the battery charger housing is opened If the battery charger fails to operate check for a blown fuse inside the power entry module If a fuse is blown it must be replaced with the same type and value or an unsafe condition may result If the battery charger still fails to operate or if you have any questions concerning charging your products contact ETS Lindgren Customer Service FUSE REPLACEMENT NEVER attempt to change the fuse with the battery charger plugged in i WORKING FUSE SPARE FUSE The fuse is contained in the fuse drawer in the power input module To access the fuse use a screwdriver to pry the drawer open and remove it from the module The drawer holds two fuses the fuse towards the outside of the drawer is a spare 34 If a fuse has blown it must be replaced with the same type and value or an unsafe condition may result After the fuse has been replaced slide the fuse drawer back into the module Make sure that it snaps securely into its locked position OPERATING INSTRUCTIONS gt Electronic instruments are delicate operate the batter charger with care The 491198 36 battery charger is intended to charge the 3 6 volt NiCd batteries either in the lab or in the field After connecting the battery charger to a proper power source the battery charger simpl
21. pment for the following 10 e Warranty information e Safety regulatory and other product marking information Steps to receive your shipment e Steps to return a component for service e ETS Lindgren calibration service e ETS Lindgren contact information 2 0 Maintenance Before performing any maintenance follow the safety information in the ETS Lindgren Product Information Bulletin included with your shipment Maintenance of the HI 4416 is limited to eran external components such as cables or connectors Warranty may be void if the housing is opened If you have any questions concerning maintenance contact ETS Lindgren Customer Service Maintenance Recommendations Maintenance of the HI 4416 System Readout is limited to external components such as cables or connectors Any calibration or maintenance task that requires disassembly of the readout must be performed at the factory Contact ETS Lindgren customer service before opening the unit to avoid problems with your readout s warranty 11 Replacement and Optional Parts ETS Lindgren may substitute a similar part or new part number with gt the same functionality for another part part number Contact ETS Lindgren for questions about part numbers and ordering parts Following are the part numbers for ordering replacement or optional parts for the HI 4416 Part Description Part Number B Pack 3
22. rce it connects the chassis to earth ground The type of power cable shipped with each battery charger depends on the country of destination ETS Lindgren Part Number Power Cable Set Information H 2217500 Volex 17500 Type SVT Foil shielded PVC Jacketed 60 C Molded PVC Grounding Plug NEMA 5 15P UC 004 Molded PVC Receptacle IEC320 C13 UC 005 18 Ga 3 Cond 10A 125V Countries United States Mexico Canada H 221100 Kobiconn 1 73 7001 Type HO5VV F PVC Jacketed 70 C Molded PVC Right Angle Grounding Plug CEE 7 7 UC 814 Molded PVC Receptacle IEC320 C13 UC 051 1 0mm2 3 Cond 10A 250V Countries Argentina Austria Brazil Finland France Germany Israel Italy Holland Korea Netherlands Norway Sweden Turkey H 222600 QualTek 370001 E01 Type HO5VV F PVC Jacketed 70 C Harmonized Molded PVC Grounding Plug BS 1363 Fused UC 851 Molded PVC Receptacle IEC320 C13 UC 852 1 0mm2 3 Cond 10A 250V Countries England Ireland Malaysia Scotland Singapore South Africa Wales H 221600 Leeds Electronic Components FFBS 1310 Type SAA Ordinary Duty PVC Jacketed 75 C Molded Grounding Plug AS3112 UC 822 Molded PVC Receptacle IEC320 C13 UC 051 1 0mm2 3 Cond 10A 250V Countries Australia China H 221500 Volex 2102H C3 10 Type HO5VV F PVC Jacketed 70 C Molded PVC Grounding Plug SEV 1011 UC 841 Molded PVC Receptacle IEC320 C13 UC 051 1 0mm2 3 Cond 10A 250V Country Sw
23. talled in the HI 4416 will appear followed by the current range of the probe connected to the readout The System Readout then switches to normal measurement operation The HI 4416 does not require any warm up or settling time prior to use Pressing On Off again turns the readout off ets lindgren com Operatio 19 Mode Select Selects one of the four modes of the keypad matrix For maximum operating flexibility the HI 4416 utilizes a matrix for the upper three keypads on the membrane switch panel The function that each key controls depends on the location of the cursor block the dark rectangle located at the bottom edge of the LCD When the HI 4416 is turned on the cursor automatically positions itself above the left most of the four function columns on the control panel In this mode the functions assigned to the three top keypads are Range Max and Zero Pressing the Mode Select keypad moves the cursor block to the right allowing access to the three functions in that column Each successive activation of the pad moves the cursor another position to the right From the fourth or right most position the cursor returns to the first position This configuration allows a total of twelve different functions to be assigned to the upper three keypads Range Displays the measurement range currently in use changes the range When this keypad is momentarily pressed the HI 4416 commands the probe to transmit the range currently in use Th
24. y plugs into the charger jack on the HI 4416 The HI 4416 must be turned off or the battery will not charge CHARGING INDICATORS There are five LEDs located on the front of the charger that provide operating information to the user e The POWER ON LED green will remain illuminated as long as the charger is plugged into the AC power source If the charger does not detect a battery the NO BATTERY LED amber light will illuminate e When the charger does detect the unit s battery the PENDING LED amber light illuminates while the charger qualifies the battery for fast charge If the voltage is below the safe fast charge level the battery is charged in the pulse trickle mode e When the voltage is at a safe level the charger will switch to the fast charge mode and the CHARGING LED amber light illuminates e When charging is complete the charger switches back to the pulse trickle mode and the COMPLETE LED green light will illuminate The device can be left on the charger in this maintenance mode indefinitely 35 This page intentionally left blank 36 Appendix E EC Declaration of Conformity The EC Declaration of Conformity is the method by which ETS Lindgren Inc declares that the equipment listed on this document complies with the EMC Directive and Low Voltage Directive Factory Issued by ETS Lindgren Inc ETS Lindgren Inc 1301 Arrow Point Drive 1301 Arrow Point Drive Cedar Park TX USA 78613 Ce
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