Supplementary User Manual
Contents
1. new Intech A16 1 Input 1 x1000 17 Alarm setting summary Jawrmname Atm Restore Aston viewable on eze In this case the Ambient Temperature Probe is wired in the 2400 A16 input 1 11 i Configuration of AAC 600 a Cs Click on Save changes ET oJ Inputs 1 inputi vV 0 9 Outputs 2 input2 v 0 E Schedules 3 Input 3 mA 0 Timers 4 Input 4 m3 Hr 0 4 Thermostats 5 Supply voltage Vv 0 9 iui Add input ia Script P System This controller saves 288 samples per day Dashboard status Configure a a AaS LOT 5 min no logging no logging no logging no logging Click on the Status tab to see the Temperature i Example 2 For all other analogue values the 2400 A16 outputs to eze 0 100 over the range selected on the 2400 A16 as per the table shown which makes configuration very easy DC1E 4 to 20 m DC21 100 to 100 mi DC22 250 to 250 mw DC23 500 to 500 mi DC24 1 to 1 DG45 25la 45W DC26 5 0 to 5 0 DC2 10 0 ta 10 0 D268 15 0 to 15 0 DC29 1to1 mA The ezeio controller displays input values from the selected range Table of how eze scales this input 2400 A16 output Input display settings Inputname Water Flow Meter Unit m3 Hr Decimals to show 2 Max value in graphs 60 Min value in graphs 0 Input type and conversion inputtype Custom gt Calculate Linear analo Input Raw to unit x Unit to input2. 10 DC254 to 20 mA T asf 3 DC25 4 to 20 mA 7 11 DC25 4 to 20 mA z Ee E E A setngstostton Actual connection onto the spare 2400 A16 channel looks 5 DC25 4 to 20 mA v 13 DC25 4 to 20 m pek Testa like this using a clean contact 8 DE 4t 20m 44 C1 Fast Counter 2 5kH2 Max A SI RPE OATS Sy po pana yeh 3 Max File 7 DC25 4 to 20 m v 15 F Frequency Oto 10 He F2 Frequency 0 to 25 Hz opra IS eaey _ _ ee lt lt S requency 0 to 2 F5 Freauerioy Oto 250 Hz Contact f BI Channel 5 A012402 Mod F6 Frequency 0 to 500 Hz Print Cl ce F7 Frenda Oto 1 kHz Pint oe Station Name F8 Frequency 0 to 2 kHz F9 Frequency 0 to 2 5 kHz F Custom Freg In i see 7 PD1 Psuedo Digital N20 Custom Input Ranges E PD2 Psuedo Digital N C Cal Set All Ranges Controllers Advanced Pott coms Baud 3600 Station 1 Subtype 2400 416 On eze setup the input configuration for this 2400 A16 channel as below Input display settings Inputname A16 St2 Suedo Digital i Tat Unit Open Closed This will display on easy as 0 or 100 Decimals to show 0 In the above example it is logging a valve which is 0 closed or 100 Max value in graphs 1000 open Min value in graphs 0 Input type and conversion eT castor re The four Digital inputs on the 2400 A16 are also available but need to Calculate Linear analog Pulse be initialised by eze
3. Input Raw to unit x 200000 Unit to input Raw x 200000 Verification WARNING equations to not match Digital pulse input F value is time between pulses in ms On Site Calibration Trim When an onsite calibration offset or zero adjustment is required to correct the reading on the eze web follow this procedure With a Laptop or Tablet running Windows 7 8 8 1 Vista or XP connect to the 2400 A16 so using the XU USB programming key available from an Intech Instruments Lid distributor You will also need to install the Station Programmer software free to download from the following link www intech co nz downloads I nstall StationProgrammer html Use the Cal button on the Station Programmer software to individually offset the input channels to the desired reading For further information please refer to the 2400 A16 Installation Guide pages 8 16 and 19 15 Section 3 Alarms The eze system provides a powerful mix of alarm outputs including alarm relay actuation on the ezeio controller and 2400 A16 relay outputs email alarm messages SMS text messages All of this is covered in the eze User Manual Starting on page 35 Supplementary notes Terminology varies a little compared to SCADA but is easy to follow 1 Alarmaction 1 for Alarm 1 on Input 2 Action display settings Actionname Station 1 High Alarm Action settings Action type Set output
4. for two known measurements ja LI Point 1 is the zero point As the flow meter range is 0 1000Hz at zero Value 0 flow the Raw value and the flow meter value 0 Point 2 Raw value2 100000 Value Point 2 is Full Scale which in this case is 1250l sec At full scale input Result the Raw value will be 100000 and the flow meter value 1250 Raw to Real Real to Raw Click on Use to enter this calibration setting Cancel Configuration of AAC 600 CS Click on Save changes Eo Inputs inputname unit Alarms tog 1 Input 1 vV 0 5 min p Outputs 5 2 input2 Vv 0 no logging E Schedules 3 Input 3 mA 0 no logging Timers 4 Input 4 m3vHr 0 no logging 4 Thermostats 5 Supply voltage Vv 0 no logging K Add input lL Script Ob System This controller saves 286 samples per day Configure Click on the Status tab to see the pressure i 14 Example 2 4 This example is displaying an on off state e g motor run stop valve open closed alarm on off Using a spare analogue input Using the Intech Micro Station Programmer Software setup a spare analogue channel as a PD1 Pseudo Digital N O or PD2 Pseudo Digital N C Program Outstation 2400443 sa ee Station Serial Number 4012007 Inputs 1 16 Same Range Inputs 1 16 Mixed Ranges j Station 1 DC25 4 to 20 m 9 DC25 4to 20 m i Read 2 DC25 4 to 20 m
5. gt 4 20mA es cs Resistance or cs Pulse input Current loop using e Ea rar Terre external a sA y DC source p 8 5 J Resistor or switch j i rarity CCX J i lov To access the input jumper settings open the ezeio by removing the four black screws Read the eze User Manual pages 13 through to and including page 16 covering input connections http ezesys com manual Getting started with configuration Go to www ezecontrol com Account sign in Sign In Account Enter your Account number Login and Password Login Password Forgot password Create a new account Click on the Configure tab And then the by the Inputs Dashboard Status Account Now select which input you wish to configure Select the Configr cation of AAC 600 Input type to match the configuration of the Jumper setting in the table above Always remember to select fsa canoes lsc Save Changes after making a change gih Inputs Input display settings Inputname Input 1 ih 2 input 2 Unit v Important Note The analogue inputs have a nominal ih input 3 lp oe calibration only ex factory and where accuracy is iia Sent 4 Min value in graphs 0 required individual calibration of each channel is ail 5 Supply voltage sinus Input type and conversion required This is done with the use of an accurate signal E Schedules i
6. Intech INSTRUMENTS LTD e Zeio Controller and the 2400 A16 input expansion Important Supplementary Manual to be read in conjunction with the eze User Manual http ezesys com manual ezeio Controller and the 2400 A16 input expansion Manual Index Product Liability Page 2 Description Page 3 Ordering Information Page 3 ezeio Controller Compatibility with Intech Micro Stations Page 3 ezeio Ethernet TCP IP Connection Page 3 Using a data GSM 3G SIM in the ezeio GSM Controller Page 4 Section 1 ezeio Controller Page 5 Configuring the ezeio Controller local inputs Page 5 Getting started with configuration Page 5 Easy steps for Calibration Page 6 Section 2 2400 A16 Page 8 Intech Micro 2400 A16 Station Page 8 Adding a 2400 A16 station to an ezeio Controller Page 8 Getting started with configuration Page 9 Configuring the ezeio Controller Page 10 Example 1 eze temperature input scaling for RTD s and thermocouples Page 11 Example 2 For all other analogue values the 2400 A16 outputs to eze Page 12 Example 2 1 Analogue Flow meter Page 12 Example 2 2 Analogue Pressure sensor Page 13 Example 2 3 Digital Flow Meter Page 14 Example 2 4 State On Off Page 15 On Site Calibration Trim Page 15 Section 3 Alarms Page 16 Note The eze System uses US English so some spelling terminology differs ezeio is a trademark of eze System Inc Please Note Intech Instruments Ltd are the New Zealand representative
7. Raw x Verification OK equations match Digital pulse input F value is time between pulses in ms Two point calibration for analog input Enter the values from the raw column on the status page for two known measurements Point 1 Raw valuel 0 Value 0 Point 2 Raw value2 100000 Result Raw to Real Real to Raw Cancel Select Custom Click on Linear analog Point 1 is the zero point As the flow meter range is 0 60m3 Hr at zero flow the Raw value and the flow meter value 0 Point 2 is Full Scale which in this case is 60m3 Hr At full scale input the Raw value will be 100000 and the flow meter value 60 Click on Use to enter this calibration setting 12 enema Configuration of AAC 600 Cs Click on Save changes EE inputs ft linputname funit Alarms Log i 1 Input 1 V 0 5 min H g Outputs x z 2 input2 V 0 no logging E Schedules 3 input 3 mA 0 no logging Je Timers 4 Input 4 m3 Hr 0 no logging i Thermostats 5 Supply voltage Vv 0 no logging Devices Add input ap Script System This controller saves 288 samples per day Dashboard Gii Configure Click on the Status tab to see the flow meter reading Example 2 2 This next example is a compound range such as a pressure transmitter that has a span of 1 9Bar Input display settings Inputname Compressor Suction Pressure Unit Ba
8. for eze System Inc products Please contact the eze System representative in your country if you require sales or service support for eze System Inc products Product Liability This information describes our products It does not constitute guaranteed properties and is not intended to affirm the suitability of a product for a particular application Due to on going research and development designs specifications and documentation are subject to change without notification Regrettably omissions and exceptions cannot be completely ruled out No liability will be accepted for errors omissions or amendments to this specification Technical data are always specified by their average values and are based on Standard Calibration Units at 25C unless otherwise specified Each product is subject to the Conditions of Sale Warning These products are not designed for use in and should not be used for patient connected applications In any critical installation an independent fail safe back up system must always be implemented 2 eZeio Controller and the 4 Analogue Inputs Interface with 2400 A16 for Input Expansion 2400 A1 6 input expansion Internet Based Setup and Monitoring Description The ezeio Controller comes ready to start monitoring logging and controlling over the Internet As soon as the controller is connected to power and an Internet connection it will start communicating with the eze System servers There is no
9. Output A16 1 RE 1 Cadence on Cutoff 0 seconds Conditions First condition no condition r Second condition no condition When in this alarm configuration screen Do action if both conditions are true AND either or both are true OR leave the configuration as it is shown here 2 Two set point settings are required one for setting the alarm and the 2 for unsetting the alarm as per this screen shot Alarm 1 on Input 2 Alarm display settings Alarm name Station 1 High alarm Alarm settings Threshold for alarm Holdoff 235 c 5 seconds 0 1 6000 n Restore settings Threshold for restore E Holdoff seconds 0 1 6000 ah on 3 Example for configuration of a SMS text alarm message Alarmaction 1 for Alarm 2 on Input 2 Important note The monthly Service plan fee you chose from eze has a monthly limit on SMS text messages Be careful when configuring and saving configuration changes as this resets the alarm code and will generate another text message on any text alarms that have been activated Move the alarm set point clear of any alarm point to prevent wasting text messages when editing The mobile phone number for the text message Action display settings Action name bt alarm Action settings Actiontype Send message x Destination 642 Message VALO2 Note International format of mobile
10. a GSM 3G SIM in the ezeio GSM Controller This section is for the ezeio GSM controller model only 1 Obtain a data GSM 3G SIM with no password Note the ezeio GSM controller takes a standard size SIM card 2 Place SIM in a mobile phone to activate as per the providers instructions or get the provider to do this at the time of purchase 3 Place the SIM in the ezeio GSM Controller with the chisel edge of the SIM at the top left as shown circled below 4 Follow the instructions in the ezeio GSM Controller Instruction Manual starting page 21 5 Connect via Ethernet and login to www ezecontrol com 6 In the eze Configuration area click on System Setting required for New Zealand GPRS APN leave all other areas blank match to your provider as listed below GSMIGPRS radio setings Heese ss Phone module PIN m SIM card PIN oOo O GPRS APN vodafone GPRS login name l l GPRS password 2degrees APN internet 7 Click Save changes Remove the Ethernet connection and turn the Power off on Check that a connection via GSM 3G has been established in the eze System If you are outside New Zealand please contact your local GSM 3G provider for the data GSM 3G SIM and the APN settings needed Note Initial connection via Ethernet is required for ezeio setup before the GSM 3G connection can be used Important We strongly recommend having the data GSM 3G SIM on account Using Prepay will result in no
11. as covered bottom of page 16 in the 2400 A16 Installation Guide If you do not already have a copy of the Intech Micro Station Programmer Software download and install from this link www intech co nz downloads I nstall StationProgrammer html Run the Intech Micro Station Programmer Software This software supports the programming of stations via COM ports or network Stations supported 2400 416 2400 416 NET 2400 M R 2400 M R NET Welcome to the Intech Micro Remote Station Programming soltware Close 2100 416 2100 416 NET 2700 44 2100 44e 2700 D 2100 40 Senal Connection COM USB Network Connection Ethernet A5422 485 240015 210045 2100NS XU LISB Direct to 24003x LISE Port Suto Detect 2400 Station Auto detect and connect to station Click on the Auto Detect 2400 Station button A9232 Direct to Station i Program Station Serial Manually Add Station and program settings 2400 stations 2100 stations Find Stations Use Find Stations to check basic coms is working Modbus RTU TCP Testing e Start Mod Test Start Modbus ATUZTCF test program View Help View Help on this tool stations and protacals 513276 7 All Inputs Fitted Inputs 1 16 Same Range Inputs 1 16 Mixed Ranges Station Program Read Inputs 1 16 RATD3 Pti00 0 to 100 C Test Configure the required input channel settings as shown T
12. connection if the credit runs out if this happens then once more credit has been added the eze system will need to have the power turned off on in order to re establish a connection This is not an issue with on account data plans GSM 3G Network Coverage For GSM 3G connection the ezeio GSM needs to be within the network coverage area where it will be used Check on your GSM 3G providers website for their network coverage maps Please note that Intech is unable to guarantee connection even if the ezeio GSM is within the network coverage area Section 1 covers the ezeio Controller 4 local inputs and Section 2 covers adding the power of the 2400 A16 to expand the inputs up to 40 plus adding more outputs Section 1 ZeIO Controller Configuring the ezeio Controller local inputs The ezeio controller has four standard inputs Each input may be configured individually in one of the four ways described here 0 5Vdc Input impedance is gt 70kOhm Raw reading is about 10000 at 5 0V 0 5V per count 0 10Vdc Input impedance is gt 70kOhm Raw reading is about 10000 at 10 0V 1mV per count 0 30mA suitable for 4 20mA transducers An internal 100 Ohm resistor connects the input terminal to Common Raw reading is about 10000 at 30mA 3uA per count Contact Pulse or Resistive 0 50Ohm An Internal 10K resistor will hold the input to 5V This is the factory default setting 4
13. d Status confi Account Configuration of AAC 595 Device 6659 Device settings Device name 2400 A16 Station 01 Polling address 1 Thermostat schedule no schedule x Configuring the ezeio Controller Go to www ezecontrol com Sign In Account Login Remember that if two or more 2400 A16 s are connected to the ezeio Controller the 2400 A16 Address and corresponding eze Polling address on the additional unit s must be set to a different number Never use the same number twice For example the 2 2400 A16 Address and eze corresponding Polling address may be set to 2 Enter your Account number Login and Password Password Forgot password Create a new account The first task is to add the 2400 A16 onto the ezeio Controller Click on the Configure tab and wait for the Configure screen to appear E Configuration of AAC 600 fa il Inputs H p Outputs z F Schedules amp Timers 4 Thermostats L Script GP System Select type of new device Devices 5360 eZE Controller Add device Microlan devices and sensors are automatically detected on startup Device type Intech A16 New device a Modbus address eze RH Temp eze Pulse CarloGavazzi EM21 CarloGavazzi EM24 RLE Leak Detector CO2Meter Add device Schneider PM9C Select type of new device TECO SG2 Smart R
14. elay Schneider TRV00210 Advanced Energy AE35 50 ZigSense PowerLogic lON86xx Planray BlueTrace Garo GM3T Garo GM3D T3 4A0 Elkor WattsOn Calec ST ABB CMS m Microlan devices and sensors are automatically detected on startup New device Devicetype Intech A16 erial Modbus address Add device as Type Adress T ezeio Controller Click on Devices and then click on Add device Select Intech A16 in the drop down list Next enter the Serial ModBus address which must be set the same in the 2400 A16 as well In this example 1 has been entered Click on Add device 10 acne f Configuration of AAC 600 H ii Inputs H p Outputs Informational settings Controller name Controller location System info email E Schedules Timezone US Samoa UTC 11 00 ial Timers Note 4 Thermostats a fe Devices L Script Access control settings Read passcode Next click on System Control passcode Registration code 538 CSO 1220 NIYM 1660 Allow fimware update V Allow config update V Allow dealer access intech Service add Z only by dealer Delete controlle Device clone Clone controller AAC 268 Set the Modbus speed i e Baud rate to the same as that of the 2400 A16 as shown It is recommended to also tick the Use slow poll
15. he 2 important areas to make the same as the eze is the Baud rate and the Port Settings This 2400 A16 configuration screen left displays the parameters the 2400 A16 should be set to with special _t i_ _ attention to the Address which is referred to on the ezeio AD1 A02 Mode TA Z400M R 7 2100M Diver AD Into Pint Chose Controller as the Polling address Station Name Station Name Expansion Out Modules Port Settings Cal Multiplexers Controllers Advanced Factory Set Port coM3 X Baud 9600 vj Last Status 0 Curent Status 0 A16 SW Ver 6 15 Subtype IO Modules 0 0 0 Status Threshold 20 SetupVer 1 00 0K BaotCount 13 Click Program to write new settings to station Click Test to view station current readings File i 2400 416 Bread 5 McwScaviiTl ADe S600 Nome 6 205 eo A Note that on the 2400 A16 the Address number can be set differently for each comms port so make sure the 2400 A16 port used for the ezeio Controller is the same as that used in the ezeio Controller Manet Profoces to van Wen MeroScan Moun Av rDetecion Comme Tanco Detays Fela 21 Port 1 Uima 2 Coree Fal Alam M Pt Mad 2 e Donner Fal Alan Poet 3 Output 2 Coree Fal Alam Summary of Operohen Pot Tenet n NOT active ALY 2 hoe lo controfer 2 or stern oup gj Inputs E gy Outputs H Schedules a Dashboar
16. ing box Clone selected controlle t Modbus setting Modbus speed 9600 bps Y Use slow polling Custom protocol L full control from script Note Not all the options are shown Next task is to add the 2400 A16 inputs onto the ezeio Controller ae Click on Inputs and then click on Add input BF oT Inputs inputname Unit Alarms Log 1 Input 1 v 0 5 min H y Outputs E i 2 Input2 v 0 no logging i E Schedules 3 Input 3 mA 0 no logging Timers 4 Input 4 m3 Hr 0 no logging 4 Thermostats 5 Supply voltage i v 0 no logging i i ED asa Add input E Script gt System This controller Input display settings Inputname Control Rm Ambienttemperature u c Decimals to show 1 Max value in graphs Min value in graphs 0 select Custom for all 2400 A16 input configurations Input type and conversion Input type Calculate Input Raw to unit Unit to input Raw Verification Digital pulse input Custom Witt ag Type in these 2 calibration details for all listed temperature probes both RTD Ce A and Thermocouple eguations match The 2400 A16 sends the exact temperature to the ezeio Controller E valus is time batwsan pulses in ma Input location Chose a Logging time Hardware device setting Note Failure to select a Logging time will result in this input not being Add alarm
17. l Custom Linear analog Pulse s time between pulses in ms 3 Now click on Linear analog and enter the values as shown next Point 1 and Point 2 are what we want this input to read which in this example is 0 10Vdc Point 1 is the zero point which is O for the Raw Value and 0 for the Value Point 2 9798 which is the Raw Value from step 1 at 10Vdc input and the Value for this example we want to read 10 If you wish this to actually read another value for example 100 then enter 100 Click on Use 4 Now click on Save changes and go back to the eze Status tab Configuration of AAC 600 EEE Dashboard Status Account ij Inputs Input display settings i alh 1 nput 1 Inputname Input2 BEE T 2nout2 o U i EA Decimals to show 2 til 3 npu Max value in graphs 10 r mih 4 nput 4 Min value in graphs 0 bdo Gila 5 Supply voltage Input and conversion H 9 Outputs put nmo i F Schedules pe iC Timers 4 Thermostats Input type Custom Calculate Linearanalog Pulse Input Raw to unit x 979 8 Unit to input Raw x 979 8 H Devices Verification OK equations match B Script Digital pulse input Z value is time between pulses in ms 5 The Status screen now displays input 2 at exactly 10 00 or whatever value you have entered Dashboard Configure Account Status of AAC 600 In
18. need for special software or network setup The ezeio connection is encrypted bi directional and very efficient ezeio Controller and the 2400 A16 input expansion Ordering Information ezeio STD ezeio Controller with Ethernet port 4 analogue inputs and Modbus RTU RS 485 Comms ezeio GSM ezeio Controller with GSM 3G transceiver Ethernet port 4 analogue inputs and Modbus RTU RS 485 Comms ZEio Controller Compatibility with Intech Micro Stations The Modbus RTU RS 485 port on the ezeio controller can be used to connect to Intech Micro Stations 2400 A16 2400 M R and 2100 A16 This allows the controller to be expanded to log up to 40 channels max per ezeio controller If additional relay outputs are required the 2400 R2 can be connected to the 2400 A16 for relay expansion refer to the 2400 A16 Installation Guide for more information Z io Ethernet TCP IP Connection Ensure that you connect the Ethernet cable with the Ethernet port on the ezeio controller only Do NOT plug into the Modbus 485 port Typically the ezeio controller should automatically connect once plugged into the Ethernet TCP IP network You may need to power cycle the ezeio turn the power off on See pages 11 12 of the ezeio User Manual for Ethernet TCP IP connection information http ezesys com manual Please note that Intech will not be able to help with the setup and operation of an Ethernet TCP IP network and assigning of IP addresses Using a dat
19. nputtype o 40v calibrator 5 Easy steps for Calibration 1 As an example on the ezeio Controller Input 2 the analogue input is set to 0 10Vdc Apply an accurate 10Vdc signal to this input and on the eze Status Page note the Raw reading on channel 2 In this example below the Raw reading 9798 Dashboard Status Configure Account Status of AAC 600 oe S s ak ht Elinputi E Input 2 E 0 E Input 3 7 input 4 El Supply voltage Be 7 5 mavHr 108738 2 481850 E o I 7 7Y IE 14702 e 6 f 2 Now go to the eze Configure page and click on Input type and select Custom as shown Configuration of AAC 600 Account E a is input display settings Note Do not use the percentage symbol in the Pik trout eet a 1a Input name and Unit text boxes as this will result in bronon Decimals to show 2 an error P ih Shots Maxvalue in graphs 10 le trout 4 Minvalueingraphs 0 4 fied Input type and conversion E Schedules Timers 4 Thermostats H Devices Verification i L Script Digital pulse input Input type Calculate Input Raw to unit F Two point calibration for analog input Enter the values from the raw column on the status page for two known measurements Point 1 Raw valuel 0 Value 0 Point 2 Raw value2 9798 Result Raw to Real Real to Raw Cance
20. one 2400 A16 can be added to a ezeio controller 2 The ezeio Controller will accept up to 40 inputs total per ezeio controller this also includes the 4 analogue inputs on the ezeio controller if they are used 3 The 2400 A16 is available with 2 options for the number of analogue inputs 8 inputs or 16 inputs Adding a 2400 A16 station to an ezeio Controller Follow these steps to add one or more 2400 A16 s Disconnect both the ezeio Controller and 2400 A16 from the power supply ezeio Controller aH First is to connect the 2400 A16 to the ezeio Controller s ModBus 485 port bw perial number lt Indicators a Briers a i ee ii area 8 25V DC in Analog inputs 4 MicroLAN GND amp DC out Ethernet Relay outputs 2 ModBus 485 The 2400 A16 s comms ports 1_ amp 2_are both Modbus RTU RS485 capable Controller external connectors Connection to the ezeio Controller ModBus 485 port is by using a standard Ethernet cable plugged into the ezeio Controller and broken out to twisted pairs Two of these pairs are used to connect to one of the 2400 A16 RS485 ports to the ModBus 485 port of the ezeio Controller as follows Blue pair Blue 70 on 2400 A16 comms Blue White 71 on 2400 A16 comms Brown pair Brown 74 on 2400 A16 Brown White not connected Getting started with configuration The first task is to configure the 2400 A16 Connect the 2400 A16 to a computer
21. phone number is required i e New Zealand 642xxx Intech INSTRUMENTS LTD www intech co nz Christchurch Ph 64 3 343 0646 Auckland Ph 09 827 1930 Email sales intech co nz eze 2400 A16 080915
22. put Graph Value Unit Count set Raw Alarms In 7 L input 4 0 1 6 m3 Hr 108738 2 2290493 Supply voltage 11 7 V 1 11702 o 6 If you require good accuracy at a particular point of the span then calibrate at that point instead of the full span point 7 For the best average accuracy calibrate the scale between 0 75 of span 8 Apply this procedure as applicable to all other analogue inputs on the ezeio Controller inputs to achieve accurate calibration Section 2 2400 A16 Intech Micro 2400 A16 Station The 2400 A16 is a high quality high accuracy I O station input output expansion station designed for a wide variety of applications Up to 16 Isolated Universal Analogue Inputs with Plug In Terminals Each Input is fully Isolated and Individually Selected amp Scaled RTD T C mA mV V amp Pulse Digital as follows RTD Pt100 Pt1000 200 320 C to 200 800 C T C B E K J N R S T with CJC mA 4 20mA 0 2 5mA mV 25 25mV to 200 200mV V 0 1V to 0 15V Pulse Digital Meter pulses Counting and Frequency Max speed 2500Hz Four Isolated Digital Inputs State or Count Max speed 8000HZz Two Analogue Isolated 4 20mA Outputs Two Isolated Relay Outputs for alarm or control Comms Ports connecting to eze Port 1 Isolated RS485 Port 2 Isolated RS485 USB programming port via XU USB programming key 2400 A16 Notes 1 More than
23. r Decimals to show 1 2 Maxvalue in graphs 9 Min value in graphs 4 Input type and conversion Inputtype Custom _ Calculate Linear analog Pulse Input Raw to unit x Unit to input Raw x Verification OK equations match Digital pulse input E value is time between pulses in ms Select Custom Click on Linear analog Two point calibration for analog input Enter the values from the raw column on the status page for two known measurements a Point 1 is the zero point As the pressure transmitter range is 1 at Value 14 0 minimum range the Raw value and the pressure sensor value 0 but Point 2 the Value 1Bar Raw value2 100000 Value 9 Point 2 is Full Scale which in this case is 9Bar At full scale input the Result Raw to Real 410000 7 Raw value will be 100000 and the Value 9 Real to Raw 1 10000 C Click on Use to enter this calibration setting Cancel EEE Configuration of AAC 600 a CS Click on Save changes EE inputs linputname Junit Alarms tog 1 inputi Vv 0 5 min H y Outputs 2 2 Input2 Vv 0 no logging fr E Schedules 3 Input 3 mA 0 no logging y G Timers 4 Input4 m3 Hr 0 no logging 4 Thermostats 5 Supply voltage v 0 no logging Devices Add input p m Script System This controller saves 268 samples per day Dashboard atus Configure Click on the Status tab to see
24. the pressure 13 Example 2 3 This example is a pulse output from a flow meter or energy meter In this example the water flow meter has a range of 0 80Hz 0 1000 l sec litres per second and this signal is wired into one of the 16 analogue inputs on the 2400 A16 Ci Fast Counter 2 5kH2 Max C2 Slow Counter 40 Hz Max F1 Frequency to 10 Hz Fe Frequency U to 25 Hz F3 Frequency to 50 Hz F4 Frequency O to 100 Hz The closest range on the 2400 A16 is 0 100Hz FS Frequency to 50 Hz F6 Frequency U to 500 Hz B F7 Frequency 0 to 1 kHz y using simple maths we calculate that the flow at 100Hz 1250 l sec Fe Frequency U to 2 kHz eee eee Therefore 1250 will be value used for full scale reading F Custom Freg Ini POT Puedo Digital N 0 PO Psuedo Digital N C m 4 The 2400 A16 calculates this Hz input the same as the normal analogue input OHzZ 0 and 100Hz 100 Input display settings Inputname Water Flow Meter 0 100Hz Unit l sec Decimals to show 1 Max value in graphs 1000 Min value in graphs 0 Input type and conversion Inputtype Custom Calculate Linear analog Input Raw to unit x Unit to input Raw x Verification OK equations match Digital pulse input E value is time between pulses in ms Select Custom Click on Linear analog Two point calibration for analog input Enter the values from the raw column on the status page
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