Product

- MPC Microprocessor Based Module Type PID Controller
- •DIN rail mounting, Compact size.
  •Universal input/output selectable.
  •10 samples per second.
  •4 independent LEVEL PID.
  •Ramp/Soak program (16 segments profile with loop / link / jump function).
  •Soft-Start function.
  •Digital communication with MODBUS RTU Protocol.
  •All parameters can be easily configured by PC with URC-1020 interface cable or EzPro hand held programmer.
  •PV bias / PV ratio correction.
  •Output 2 for cooling control.
- SD 660 Microprocessor Indicator
- Standard :
  •0.8"Large LED Display.
  •T/C, RTD, Linear Input selection.
  •Universal Power supply : 90-264V AC, 50/60Hz. DC / AC 24V is also available for option.
  •3 Alarm output. (note 1)
  •Standby and Latch mode can be combined with 8 different alarm functions.
  •Retransmission or RS-485 communication(MODBUS RTU) is available for option.
  Note1: 2nd and 3rd Alarm are available for option.
- Solid State Relay
- •Control signals of 4~32 Vdc, 90~250 Vac or resistance potentionmeter
  •25 amps or 40 amps load switching
  •250Vac & 480 Vac line voltage ratings
  •Zero Voltage Turn-on
  •Zero Current Turn-off
  •Built-in Snubber Circuit Protection
  •"LED" Indicating Control Signal Status
  •Low Leakage
  •DIN Rail & Panel Mount Heat Sinks Available
  •Low Input current ( 7 mA (Max) @ 32 Vdc )
  •CE Approval
- FTX700 H-Bridge Amplifier for TEC Temperature Controller Systems
- •High efficiency bi-directional control for heating and cooling applications
  •Solid-state bridge control
  •High-power FET H-bridge operation
  •Designed for use with Accuthermo TE temperature controllers
  •Ideal for high-power applications – 600W max power output
- Thermocouple & RTD Sensor
- Thermocouple :
  The basic theory of the thermocouple effect is found from a consideration of the electrical and thermal transport properties of different metals. A measurement junction (this junction is formed of different metal) is exposed to the environment whose temperature is to be measured. The other "reference" junction (known as cold junction) are held at common. The "seeback voltage" then is proportional to the difference between junction temperatures. Certain standard configurations of thermocouples using specific metals (or alloys of metals) have been adoped, each type has its particular features. Such as range, linearity inertness to hostile environment sensitivity, and so on, and is chosen for specific applications accordingly.