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TEMPERATURE CONTROLLER
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1.T/C, RTD, Linear Input configurable. 2.P, PD, ON/OFF control mode selectable 3.3 alarm output relay 4.Process value 4 20mA retransmission. 5.RS 485 communication ]MODBUS ^ 6.6 alarm modes with s
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TEMPERATURE TRANSMITTER
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*Multiple input and output range. *High reliability, stability and efficiency. *Fully isolated between input, output and power.
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THERMOCOUPLE & RTD SENSOR
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*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 i
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TWO-WIRE TRANSMITTER
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*High immunity to external noise. *LED power indicator. *Suitable to mount inside a probe head. *Upscale burn-out protection. *High accuracy and low cost.
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SOLID STATE RELAY
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*Zero cossing ON/OFF *Internally mounted snubber circuit protection for huge current (dv/dt) application. *Photo-isolation, 4000V Rms isolation. *With LED display to detect the operating of devices.
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TEMPERATURE CONTROLLER
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1.T/C, RTD, Linear input configurable. 2.Fuzzy enhanced PID with Auto Tune. 3.Auto/Manual ``Bumpless`` transfer. 4.7 alarm modes with standby and latch function. 5.Master/Slaver Set point Value trans
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TEMPERATURE CONTROLLER
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1.T/C, RTD, Linear input configurable. 2.Fuzzy enhanced PID with Auto Tune. 3.Auto/Manual ``Bumpless`` transfer. 4.7 alarm modes with standby and latch function. 5.Master/Slaver Set point Value trans
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TEMPERATURE CONTROLLER
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1.T/C, RTD, Linear input configurable. 2.Fuzzy enhanced PID with Auto Tune. 3.Auto/Manual ``Bumpless`` transfer. 4.7 alarm modes with standby and latch function. 5.Master/Slaver Set point Value trans
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TEMPERATURE CONTROLLER
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1.T/C, RTD, Linear input configurable. 2.Fuzzy enhanced PID with Auto Tune. 3.Auto/Manual ``Bumpless`` transfer. 4.6 alarm modes with standby and latch function. 5.Master/Slaver Set point Value trans
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