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TC-Link® OEM Wireless Thermocouple Node

TC-Link® OEM Wireless Thermocouple Node

Low cost, embeddable wireless thermocouple node. Supports J,K,R,S,T,E,B,N thermocouple types.

Overview

TC-Link®-OEM provides engineers with a low cost way to embed wireless temperature sensing in industrial systems. It is a complete wireless thermocouple node, designed for easy integration with wireless sensor networks. The node combines full thermocouple conditioning with award-winning MicroStrain® wireless systems.

TC-Link®-OEM features six standard thermocouple input connectors with an embedded cold junction temperature sensor. On-board linearization algorithms are software programmable to support a wide range of thermocouple types (J, K, N, R, S, T, E, B).

The node can simultaneously log data to internal memory, and transmit real-time data to a base station transceiver at a pre-programmed rate. At the base station, data is displayed and logged for further analysis. Embedded software provides the user-programmable wireless transmission rates, from two samples per second to one sample every seventeen minutes. And since each node has a unique address, a single host transceiver can address hundreds of sensor nodes.

If using a battery, the processor is capable of conserving power by using a micropower sleep mode in between samples, further enhancing the node’s long term data transmission capabilities.

The TC-Link®-OEM wireless thermocouple node features an open-architecture bidirectional communications standard (IEEE 802.15.4 spread spectrum 2.4 GHz), which supports license-free operation worldwide. Starter kits include TC-Link®-OEM wireless thermocouple nodes, base stations, and PC software for wireless node configuration, data acquisition, and data display.

Also included is a complete Data Communicacation protocol manual to enable users to develop their own applications.

TC-Link® OEM Wireless Thermocouple Node
Applications
  • Advanced manufacturing: plastics processing, composite cure monitoring
  • Assembly line testing with “smartpackaging”
  • Civil structures sensing: concrete maturation
  • Cryogenic applications
  • Food and transportation systems: refrigeration, freezer performance monitoring
  • Industrial sensing networks: machine thermal management