HE579THM100/200 I/O Module

Brand: Horner

SmartBlock I/O is complementary to SmartStix I/O, providing Analog and specialty modules for CsCAN. 

SmartBlock is compatible with X-series OCS/RCS products (XLe, XLt, XL6, NX, QX, RX, RCX) and includes a 5-pin double CsCAN plug and Removable Field Wiring Terminals.
Features
  • Isolated thermocouple input module, 4 channel, 8 channel
  • Supports J, K, T, E, R, S, C, mV; 0.1° C or F resolution
  • 0.1% accuracy, typical (varies by type and temperature range)

Specifications

Brand

Accuracy

  • Millivolt Accuracy: 0.1% of Full Scale
  • Typicals C, B, R, S: ± 2° C (± 3.6° F)
  • Typicals J, K, T, E, N: ± 1° C (± 1.8° F)

Channels

  • 4 (HE579THM100)
  • 8 (HE579THM200)

Communication

  • SmartStix I/O

Connectors

  • 5-Pin CsCan Connector

Display

  • Status LEDs

Humidity

  • 5 to 95% - Non-Condensing

Input Impedance

  • > 20 MegaOhms Clamped @ ± 20 Vdc

Isolation

  • Continuous Isolation Working Voltage: 565 V
  • Isolation Voltage: 3 kV

Operating Temperature

  • 0° to 60° C (32° to 140° F)

Resistance

  • Isolation Leakage Resistance: 100 MegaOhms

Resolution

  • 0.1° C
  • 16-bits

Sensor, Probe Type

  • Thermocouple J, K, T, E, N, R, S, B, C

Temperature Range

  • Thermocouple Typical B Input Temperature Range: 0° to 1820° C (32° to 3308° F)
  • Thermocouple Typical C Input Temperature Range: 0° to 2320° C (32° to 4208° F)
  • Thermocouple Typical E Input Temperature Range: -270° to 1000° C (-454° to 1832° F)
  • Thermocouple Typical J Input Temperature Range: -210° to 1200° C (-346° to 2192° F)
  • Thermocouple Typical K Input Temperature Range: -270° to 1372° C (-454° to 2502° F)
  • Thermocouple Typical N Input Temperature Range: -270° to 1300° C (-454° to 2372° F)
  • Thermocouple Typical R, S Input Temperature Range: 0° to 1768° C (32° to 3215° F)
  • Thermocouple Typical T Input Temperature Range: -270° to 400° C (-454° to 752° F)

Voltage

  • Millivolt Range: ± 100 mV
  • Millivolt Range: ± 200 mV
  • Millivolt Range: ± 25 mV
  • Millivolt Range: ± 50 mV

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