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GC5 iSMA MINI Series User Manual

I/o modules modbus
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iSMA MINI and MIX Series
I/O modules
User Manual
Modbus
Global Control 5 S.A.
Warsaw, Poland
www.globalcontrol5.com

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Summary of Contents for GC5 iSMA MINI Series

  • Page 1 iSMA MINI and MIX Series I/O modules User Manual Modbus Global Control 5 S.A. Warsaw, Poland www.globalcontrol5.com...

  • Page 2: Table Of Contents

    Table of contents Introduction ..............................5 Revision history ..............................5 Safety rules................................6 Technical specifications ............................. 7 Summary table for all modules ........................10 Dimensions ................................ 11 Power supply connection ..........................12 DC power connection ............................12 AC power connection ............................12 Connecting the communication bus (RS485) .....................
  • Page 3 Universal Input configuration 1 - 8 (40151 – 40158) ................. 25 Filter time constant of the Universal Input 1 - 8 (40159 – 40166) ............26 Resolution of the Universal Inputs (40167) ....................26 Digital Inputs Connections ..........................27 Connection of Digital Input (Dry Contact) ....................27 Digital Input MODBUS Registers ........................
  • Page 4 Digital Inputs ..............................47 Digital Outputs ..............................47 Analog Outputs ..............................48 RS485 Configuration ............................49 IP Configuration..............................50 Device management ............................51 Contact ................................51 Modbus TCP/IP modules ........................52 Modbus TCP/IP ..............................52 Module as Modbus TCP/IP Gateway to RS485 ..................52 List of all Modbus Registers ........................

  • Page 5: Introduction

    Reason for the creation of a new version of the document: • In 12.2015 GC5, released a new hardware version of MIX module with a more powerful processor and a USB port. For this hardware, and for all MINI series devices, we released 4.0 firmware which contains a bug fix, firmware...

  • Page 6: Safety Rules

    2017.12.07 The reason for the creation of a new version of the document: On 07.12.2017, GC5 released a new firmware version 6.0 for MIX and MINI modules. New firmware contains a bug fix, improvements and changes in BACnet protocol, according to BACnet Testing Laboratories certification requirements.

  • Page 7: Technical Specifications

    Failure to do so might result in electric shock. Do not touch electrically charged parts, such as the power terminals. Doing so may • result in electric shock. Do not disassemble the product. Doing so may result in electric shock or faulty •...
  • Page 8 • Measurement resolution 3 mV@12-bit and 1 mV@ 16-bit Current input Current measurement 0 - 20 mA • Required external resistor 200 Ω • • Measurement accuracy ±1.1% Measurement resolution 15 µA @ 12-bit and 5 µA • @ 16-bit Resistive input Measurement of resistance from 0 to 1000 kΩ...
  • Page 9 Snubber Snubberless Triac RS485 Up to 128 devices RS485 Interface Communication protocols Modbus RTU, Modbus ASCII or BACnet set by switch Baud rate From 2400 to 115200 set by switch Address 0 to 99 set by switch MIX18-IP, MIX38-IP Ethernet 2x Fast Ethernet Switch mode Baud rate...

  • Page 10: Summary Table For All Modules

    Summary table for all modules Modbus Module Modbus BACnet BACnet type TCP/IP MSTP RS485 4I4O-H ✓ ✓ 4I4O-H-IP ✓ ✓ ✓ 4O-H 4 (NC/NO-8A) ✓ ✓ 4O-H-IP 4 (NC/NO-8A) ✓ ✓ ✓ 4U4A-H ✓ ✓ 4U4A-H-IP ✓ ✓ ✓ 4U4O-H ✓...

  • Page 11: Dimensions

    Dimensions Figure 1. MINI series dimensions Figure 2. MIX18 and MIX18-IP dimensions Figure 3. MIX38 and MIX38-IP dimensions...

  • Page 12: Power Supply Connection

    Power supply connection DC power connection Figure 4. DC power supply connection AC power connection Figure 5. AC power supply connection Connecting the communication bus (RS485) Figure 6. RS485 connection...

  • Page 13: Led Indicators

    LED Indicators Figure 7. Top panel MIX18-IP Figure 8. Top panel MIX38-IP Figure 9. Top panels 8I and 8I-IP Figure 10. Top panels 8U and 8U-IP Figure 11. Top panels 4I4O-H and 4I4O-H-IP Figure 12. Top panels 4U4O-H and 4U4O-H-IP Figure 14.

  • Page 14: Grounding And Shielding

    The power LED is ON (green) when the module runs properly. • Communication LED is ON (orange) for 20 ms after sending each message. • If the module receives/sends a lot of messages, LED can be lit continuously. LEDs indicating the status of the Universal Inputs are lit when the resistance •...

  • Page 15: Setting Module Address On Modbus Network

    1.11 Setting module address on Modbus network To determine the address on the Modbus network, the module is equipped with two rotary switches, S1 and S2, located on the top panel of the device. It is possible to set the device address from 0 to 99. The address is set with the following formula: Address = S2 •...

  • Page 16: Protocol Selection

    1.13 Protocol selection The protocol is selected with sections 4 and 5 of the S3 switch according to the table below: Protocol OFF (0) OFF (0) Modbus RTU OFF (0) ON (1) Modbus ASCII ON (1) OFF (0) BACnet Master ON (1) ON (1) BACnet Slave...

  • Page 17: Default Settings

    1.15 Default Settings In its out-of-the-box state, as well as after restoring the default values, the device has got the following default register values: Register Name Default Value COUNTER BAUD RATE 76800 (76800 bps) STOP BITS DATA BITS PARITY BITS RESPONSE DELAY WATCHDOG TIME 0 ( disabled)

  • Page 18: Configuration Registers

    Configuration registers WARNING! Changing the parameters concerning the configuration of the transmission will only take effect after restarting the unit (except for the registers the value of which is read from the switch). Firmware version and module type (30001) In this register type and firmware version of the module are encoded. A low byte contains information about the type of module in accordance with the table below: Value...

  • Page 19: Baud Rate And Protocol (30003)

    Baud rate and protocol (30003) The register contains information about the baud rate and type of protocol in accordance with the table below. This register reflects the state of S3 switch. Baud rate Protocol Bit 0 Bit 1 Bit 2 Baud rate Bit 3 Bit 4...

  • Page 20: Hardware_Version (30130)

    Hardware_version (30130) This 16-bit register contains the module hardware version multiplied by 10. MAC_address (30131) This 32-bit register contains MAC address information of the module. 2.10 Device actions (40001) Setting register 40001 according to the table below will enable 1 of 4 available actions: module reset, reloading the settings, setting to default and entering the bootloader.

  • Page 21: Data Bits (40138)

    Figure 17. Modbus message frame 2.13 Data bits (40138) The number of data bits transmitted in a single byte is determined according to the following table: Value No. of data bits 8 (default) Table 10. Data bits 2.14 Parity bit (40139) Every byte of data being transferred may have additional protection in the form of a parity bit added before the stop bit (bits).
  • Page 22 default state. This feature is useful if for some reason there is an interruption in data transmission and for security reasons the output states must be set to the appropriate state in order not to endanger the safety of persons or property. The default value is 0 seconds which means the watchdog function is disabled.

  • Page 23: Local I/O

    Local I/O Universal Inputs connections Connection of Universal Input to measure voltage 0 – 10V Figure 18. Connection of UI to measure 0-10 VDC for MIX38 and MIX38-IP Connection of the Universal Input to measure current 0 – 20 mA Current measurement is performed by measuring the voltage and 200 Ω...

  • Page 24: Connection Of Universal Input To Measure The Temperature

    Connection of Universal Input to measure the temperature Figure 20. Connection of UI to measure the temperature for MIX18 and MIX18-IP Connection of Universal Input as a Digital Input (Dry Contact) Figure 21. Connection of UI for operating as DI for MIX38 and MIX38-IP...

  • Page 25: Universal Inputs Modbus Registers

    Universal Inputs MODBUS Registers Status of Universal Inputs working as Digital Inputs (30017) This 16-bit register contains information about the status of Digital Inputs (dry contacts). When the input is the shortcut to the ground, the corresponding bit value is set to 1 in accordance with the following table: No.

  • Page 26: Filter Time Constant Of The Universal Input 1 - 8 (40159 - 40166)

    Register value Description Off resistance measurement (only measuring the voltage, dry contact off) 1 (default) Temperature sensor 10K3A1 NTC B=3975K (ºC) Temperature sensor 10K4A1 NTC B=3695K (ºC) Temperature sensor 10K NTC B=3435K Carel (ºC) Temperature sensor 20K6A1 NTC B=4262K (ºC) Temperature sensor 2,2K3A1 NTC B=3975K (ºC) Temperature sensor 3K3A1 NTC B=3975K (ºC) Temperature sensor 30K6A1 NTC B=4262K (ºC)

  • Page 27: Digital Inputs Connections

    Each input can be configured separately in accordance with the following table: No. of bit in register No. of Universal Input Table 14. Universal input resolution for MIX38 and MIX38-IP Digital Inputs Connections Connection of Digital Input (Dry Contact) Figure 22. Connection of DI for MIX38 and MIX38-IP Digital Input MODBUS Registers State of Digital Inputs (30016) This 16-bit register contains the status of the Digital Inputs.

  • Page 28: Counter 1 - 12 (40023, 40024 - 40045, 40046)

    Counter 1 – 12 (40023, 40024 – 40045, 40046) The modules have 32-bit counters, one for each Digital Input. The register with a lower number contains a lower byte of the counter and in the register with a higher number is stored in the higher byte of the counter. In case you would like to change the value of the register, you can write any value (called ‘preset’) for pulse counting registers.

  • Page 29: Resetting The Counters (40022)

    Resetting the counters (40022) Setting a true value of a particular bit of this 16-bit register results in resetting the corresponding counter (setting it to 0) in accordance with the following table: No. of bit in the No. of Digital Input register …...

  • Page 30: Connecting An Actuator To The Analog Output

    Connecting an actuator to the Analog Output Figure 25. Connecting an actuator to AO Analog Output MODBUS Registers State of Analog Outputs operating as Digital Outputs (40019) Setting a true value of a particular bit of this 16-bit register causes setting the maximum output voltage (10V) on the corresponding output and setting the corresponding register with Analog Output value (40121 –...

  • Page 31: Default State Of 1-6 Analog Outputs (40145 - 40150)

    Bits in register correspond to the following Analog Outputs: No. of bit in the No. of Analog Output register Table 18. Default state of AO operating as DO for MIX38 and MIX38-IP Default state of 1-6 Analog Outputs (40145 – 40150) These 16-bit registers contain the values of voltage in mV which appear on the Analog Outputs after turning the power on or resetting the watchdog.

  • Page 32: Hand Control Value Of 1-4 Analog Outputs (30125 - 20128)

    Value of the Status hand status Description AUTO HAND CONTROL Table 21. AO hand status value The current value of the output in the hand mode determines registers from 30125 to 30128. Hand control value of 1-4 Analog Outputs (30125 - 20128) The registers contain a percentage value of manual control for outputs from 1 to 4.

  • Page 33: Digital Output (Relay) Connections

    Digital Output (relay) Connections Connecting the solenoid valve to the Digital Output Figure 26. Connection of solenoid valve to DO for MIX38 and MIX38-IP Connecting a resistive load to the Digital Output Figure 27. Connection of resistive load to DO for MIX38 and MIX38-IP Connecting an inductive load to the Digital Output Figure 28.

  • Page 34: Digital Output (Relay) Modbus Registers

    Digital Output (relay) MODBUS Registers State of Digital Outputs (40018) This 16-bit register contains the state of the Digital Outputs. Setting a particular bit in the register activates the corresponding Digital Output according to the following table: No. of bit in No.

  • Page 35: Triac Output Connections

    Value of hand Status status Description AUTO HAND OUT = 0 HAND OUT = 1 Table 25. DO Hand status value Triac Output Connections Connecting the solenoid valve to the Triac Output Figure 28. Connection of solenoid valve to TO for 4TO-H and 4TO-H-IP Connecting a resistive load to the Triac Output Figure 29.

  • Page 36: Triac Output Modbus Registers

    3.10 Triac Output MODBUS Registers State of Triac Outputs (40018) This 16-bit register contains the state of the Triac Outputs in digital mode. Setting a particular bit in the register activates the corresponding Triac Output according to the following table: No.

  • Page 37: Hand Control Status Of The Triac Outputs (30015)

    Register Description value 0 (default) Digital Output PWM 1Hz PWM 10Hz Not supported PWM 0.1 HZ PWM 0.01Hz Table 28 TO type settings Hand control status of the Triac Outputs (30015) This register is available only for the modules with manual control of outputs. No.

  • Page 38: Special Application Modes For 4I4O-H, 4I4O-H-Ip, 4U4O-H, And 4U4O-H-Ip

    3.11 Special application modes for 4I4O-H, 4I4O-H-IP, 4U4O-H, and 4U4O- H-IP In 4I4O-H, 4I4O-H-IP, 4U4O-H, and 4U4O-H-IP module, simple applications have been in-built which can be used to control building devices. The applications create a logic between the signal from Digital Input and control Digital Output state. The relation between the Inputs and Outputs is shown in the table below and it cannot be changed.

  • Page 39: Operation Mode Registers (40176, 40180, 40184, And 40188)

    40189 DI4 TIME VALUE 40190 DI4 SETPOINT (4U4O-H and 4U4O-H-IP only) 40191 DI4 DIFFERENTIAL (4U4O-H and 4U4O-H-IP only) Table 33. List of registers dedicated for special application mode Operation Mode registers (40176, 40180, 40184, and 40188) This register contains information about the module working mode. Available modes and register values are shown in the table below: Value OPERATION MODE Register...
  • Page 40 DIGITAL OUTPUT register (40018), which allows remote control from BMS. 3.11.1.3 Bistable Relay In this mode, only the rising edge of the digital input changes the output state. The action of a bistable relay can be executed remotely by changing the state of bit from false to true in COMMAND register (40020).
  • Page 41 (expressed in seconds), counting from the last rising edge of the digital input. The action of time relay can be executed remotely by changing state from false to true in the relevant COMMAND register (40020). Outputs can be also overwritten with the register of DIGITAL OUTPUT module (40018), which allows for remote control from BMS.

  • Page 42: Time Value Registers (40177,40181,40185,40189)

    the heating mode is not active and the output remains in the false state. 3.11.1.10 Cooling mode (4U4O-H and 4U4O-H-IP only) In this mode, the output is controlled like a typical thermostat on the basis of the Setpoint register and the Control value (Input signal) with the differential parameter defined in the Differential register.

  • Page 43: Command Register (40020)

    Command register (40020) The module is equipped with a special register called COMMAND (40020). The command register is used to remotely execute the action (simulate light switch/PIR). The action is executed by changing the state of the relevant bit (changing from false to true). All special application modes can be executed except for Input Forwarding, Heating, and Cooling modes.

  • Page 44: Web Configuration - Ip Version Only

    The default Differential value is 1. (read more in Heating mode, Cooling mode). The register stores the differential multiplied by 10. WEB Configuration - IP version only Web server access All IP version modules are equipped with an in-built web server, which allows for showing the module status and changing the configuration.

  • Page 45: Local I/O Status And Configuration

    Local I/O status and configuration Universal Inputs This page allows for entering the configuration parameters and showing the actual value of the Universal Inputs. To open this page, please navigate to Local IO tab and choose Universal Inputs from the submenu. Figure 30.

  • Page 46: Configuration Of Special Application Mode

    • Temperature (Read-Only), in Celsius with an accuracy of 1 decimal [°C]. • Voltage (Read-Only) in millivolts [mV]. WARNING! To save the changes please use the “Submit” button Configuration of special application mode This page allows for entering the configuration parameters and showing the actual value of Special application modes.

  • Page 47: Digital Inputs

    In default 0. • Differential (Read & Write, 4U4O-H-IP only), differential value for heating/cooling modes. In default 0. WARNING! To save the changes please use the “Submit” button Digital Inputs This page allows for entering the configuration parameters and showing the actual value of Digital Inputs.

  • Page 48: Analog Outputs

    Figure 38. MIX38-IP Digital Outputs page The Digital Outputs table includes the following fields: • State (Read & Write), actual state of digital output. • Default State (Read & Write), output state after power-up and watchdog operation. • Watchdog (Read & Write), watchdog value of the device in seconds. WARNING! To save the changes, please use the “Submit”...

  • Page 49: Rs485 Configuration

    • Watchdog (Read & Write), device watchdog value in seconds. • Hand State Output (Read-Only, MINI series only), manually overrides the status of the potentiometer WARNING! To save the changes please use the “Submit” button RS485 Configuration This page allows for entering the configuration parameters and showing the information of RS485 port of the controllers.

  • Page 50: Ip Configuration

    IP Configuration This page allows for changing the parameters of Ethernet port, Modbus TCP and BACnet Figure 41. IP configuration page This page allows for setting the parameters such as: • IP Address (Read & Write), the IP address of the controller Ethernet interface. •...

  • Page 51: Device Management

    Device management This page allows for changing the password and rebooting device the device remotely. Figure 42. Device management page The procedure of changing the password of the device: a) enter the current device password in the field - Current Device Password, b) enter the new device password in the field - New Device Password, c) enter the new device password in the field once again - Confirm New Device Password,...

  • Page 52: Modbus Tcp/Ip Modules

    Modbus TCP/IP modules Modbus TCP/IP The device simultaneously supports up to 4 Modbus TCP clients. If a fifth device wants to connect to the module, the TCP connection will be rejected. In order to secure the module before filling up the call list, a mechanism was introduced as a mechanism for monitoring each of the Modbus TCP connections.
  • Page 53 Figure 44. Gateway Modbus TCP/IP to RS485; an example...

  • Page 54: List Of All Modbus Registers

    List of all Modbus Registers Below is a table with all the registers available for all types of modules. Please notice that for some types of modules some of the registers are not available according to the physical number and types of Inputs and Outputs. Modbus Register name Access...
  • Page 55 Modbus Register name Access Description Addr Addr Addr BLOCKING Write Read & Sets bit in register to reset the 40022 0x15 COUNTER RESET Write corresponding counter. 40023 0x16 COUNTER 1 LSB Read & Write 40024 0x17 COUNTER 1 MSB Memory 40025 0x18 COUNTER 2 LSB...
  • Page 56 Modbus Register name Access Description Addr Addr Addr UIVERSAL INPUT in mV. 30072 0x47 Read Only TEMPERATURE 1 Formula for the current measurements: UIVERSAL INPUT 30073 0x48 Read Only �� VOLTAGE 2 �� = where: U – register value, UIVERSAL INPUT 30074 0x49 Read Only...
  • Page 57 Modbus Register name Access Description Addr Addr Addr VOLTAGE 6 UIVERSAL INPUT 30093 0x5C Read Only VOLTAGE 7 UIVERSAL INPUT 30094 0x5D Read Only VOLTAGE 8 UIVERSAL INPUT 30095 0x5E Read Only TEMPERATURE 1 UIVERSAL INPUT 30096 0x5F Read Only TEMPERATURE 2 UIVERSAL INPUT 30097...
  • Page 58 Modbus Register name Access Description Addr Addr Addr OUTPUT 1 Write The voltage at the Analog Outputs VALUE OF ANALOG Read & 40122 0x79 expressed in mV within the range from 0 OUTPUT 2 Write to 10000 mV VALUE OF ANALOG Read &...
  • Page 59 Modbus Register name Access Description Addr Addr Addr Read & Delay in ms before sending the response 40140 0x8B RESPONSE DELAY Write The default value is 0. Memory Time in second before watchdog reset in Read & case no transmission. 40141 0x8C WATCHDOG TIME...
  • Page 60 Modbus Register name Access Description Addr Addr Addr Read & 20K6A1 NTC UNIVERSAL INPUT 40155 0x9A Write CONFIGURATION 5 2,2K3A1 NTC B=3975K Memory 3K3A1 NTC Read & UNIVERSAL INPUT 40156 0x9B Write 30K6A1 NTC CONFIGURATION 6 Memory SIE1 Read & TAC1 UNIVERSAL INPUT 40157...
  • Page 61 Modbus Register name Access Description Addr Addr Addr By default, all the measurements are performed with 12-bit resolution. Read & ANALOG OUTPUT 40168 0xA7 Write CONFIGURATION 1 Memory Read & Configures the mode of the Analog ANALOG OUTPUT 40169 0xA8 Write Output according to the following table: CONFIGURATION 2...
  • Page 62 Modbus Register name Access Description Addr Addr Addr Memory Value OPERATING MODE Read & Ordinary IO(def) DIGITAL INPUT 3 40184 0xB7 Write CONFIGURATION MODE Monostable Relay Memory Bistable Relay Read & DIGITAL INPUT 3 Time Relay NO [ms] 40185 0XB8 Write TIME VALUE Memory...

  • Page 63: List Of Supported Temperature Sensors

    List of supported temperature sensors Sensor Sensor 10K3A1 10K4A1 β coefficient 3975K β coefficient 3695K Aquatrol, Cylon, Honeywell, Andover, Delta Manufacturers Johnson, Satchwell, Manufacturers Controls, Siebe, York Seachange °C Ω °C Ω 667828 441667 491749 330749 335671 239831 241840 181532 176683 135233 131251...
  • Page 64 1084...
  • Page 65 Sensor 10K Carel Sensor 20K6A1 β coefficient 3435K β coefficient 4262K °C Ω Manufacturers Honeywell 329500 °C Ω 247700 806800 188500 574400 144100 413400 111300 300400 86430 220600 67770 163480 53410 122260 42470 92220 33900 70140 27280 53780 22050 41540 17960 32340 14690...
  • Page 67 Sensor 2.2K3A1 Sensor 3K3A1 β coefficient 3975K β coefficient 3975K Manufacturers Manufacturers Ambiflex, Johnson Alerton °C Ω °C Ω 150395 200348 112994 150524 75593 100701 57691 76853 39789 53005 30814 41048 21839 29092 16416 21868 12453 16589 9529 12694 7353 9795 5719 7619...
  • Page 69 Sensor 30K6A1 Sensor SIE1 β coefficient 4262K Manufacturers Barber Colman, Siebe Manufacturers °C Ω Drayton 10732 °C Ω 622911 10624 477393 10517 331876 10344 245785 10172 183697 9913 138502 9654 105305 9320 80713 8933 62347 8496 48511 8044 38019 7489 30000 6938 23828...
  • Page 71 Sensor TAC1 Sensor SAT1 β coefficient 3500K Manufacturers Satchwell Manufacturers °C Ω 9719 °C Ω 39024 9652 29358 9584 22284 9467 17073 9349 13192 9159 10276 8968 8068 8708 6382 8396 5085 8031 4078 7614 3294 7150 2676 6649 2188 6121 1800 5580...
  • Page 73 Sensor Pt1000 Sensor Pt1000 Honeywell, Sauter, Serck, Honeywell, Sauter, Manufacturers Manufacturers Siebe, Cylon Serck, Siebe, Cylon °C Ω °C Ω 803.1 2156.1 842.7 2191.5 882.2 2226.8 921.6 2262.1 960.9 2297.2 1000.0 2332.1 1039.0 2367.0 1077.9 2401.8 1116.7 2436.4 1155.4 2470.9 1194.0 1232.4 1270.8...
  • Page 74 1977.1 1687.9 2013.1 1759.8 2049.0 1833.4 2084.8 1909.0 2120.5 1986.6 Sensor NI1000 21C (ºC) Sensor NI1000 LG (ºC) Manufacturers Distech Manufacturers °C Ω °C Ω 699,3 790,9 745,5 830,8 792,8 871,7 841,2 913,5 891,0 956,2 942,0 1000,0 994,3 1044,8 1047,8 1090,7 1102,6 1137,6...
  • Page 75 Sensor 10K Type II NTC Sensor 10K Type III NTC β coefficient 3975K β coefficient 3695K Manufacturers Alerton Manufacturers Andowver °F Ω °F Ω 336095 239831 279921 203801 233942 173631 196184 148378 165062 127139 139324 109226 117968 94078 100192 81235 85346 70317 72910...
  • Page 76 5208 5481 4663 4948 4182 4474 3757 4051 3381 3673 3047 3335 2751 3032 2487 2761 2252 2517 2042 2297 1855 2100 1687 1921 1536 1760 1401 1615 1279 1453 1169 1363 1070 1255 1156 1066...
  • Page 77 Sensor 20K NTC Sensor 3K NTC β coefficient 4262K β coefficient 3975K Manufacturers Manufacturers Honeywell °F Ω °F Ω 817605 100618 674624 83827 558679 70079 464299 58783 387186 49468 323956 41763 271927 35367 228972 30042 193390 25593 163823 21866 139177 18735 118571 16096...
  • Page 78 7888 1254 7034 1127 6282 1014 5620 5036 4519 4062 3657 3297 2976 2691 2436 2209 2005 1823 1659 1512 1379 1260 1153 1055...
  • Page 79 Sensor NI1000 32F (ºF) Sensor NI1000 70F (ºF) Manufacturers Distech Manufacturers Distech °F Ω °F Ω 791,3 699,3 818,9 724,8 847,1 750,7 875,6 776,9 904,6 803,4 933,9 830,3 963,7 857,7 993,9 885,4 1024,5 913,5 1055,5 942,0 1086,9 970,9 1118,7 1000,2 1151,0 1029,9 1183,6...
  • Page 80 Sensor PT1000 (ºF) Manufacturers Distech °F Ω 842,7 864,7 886,6 908,5 930,3 952,2 973,9 995,7 1017,4 1039,0 1060,7 1082,2 1103,8 1125,3 1146,8 1168,3 1189,7 1211,1 1232,4 1253,7 1275,0 1296,2 1317,4 1338,6 1359,7 1380,8 1401,8 1422,9 1443,8 1464,8...

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