The Seneca Z102 module is designed to receive a single channel potentiometer 2 wire input which is then isolated and converted to a standard single channel Current or Voltage output. |
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The Seneca Z109REG Universal Isolating Converter and Transmitter is designed to receive a single channel input which can either be a Current, Voltage, Thermoresistance, Thermocouple, or Potentiometer input which is then isolated and converted to a standard Current or Voltage output. |
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The Seneca Z109REG-ER Universal Isolating Converter and Transmitter is designed to receive a single channel input which can either be a Current, Voltage, Thermoresistance, Thermocouple, or Potentiometer input which is then isolated and converted to a standard Current or Voltage output. The Z109REG-ER is distinguished by its configurable square root extraction capabilities making it ideal for "flow" type applications. |
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The Seneca Z109REG-2 Isolating Converter and Transmitter can receive a single channel Voltage, Current, RTD, Thermocouple, Rheostat, or Potentiometer input which is then isolated, converted or amplified to a standard Voltage, Current or SPST relay output. The unit is PC programmable and features Strobe input capability making it a ideal multiplexing units. |
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The Seneca Z109REG-2-ER Isolating Converter and Transmitter (with square root extraction) can receive a single channel Voltage, Current, RTD, Thermocouple, Rheostat, or Potentiometer input which is then isolated, converted or amplified to a standard Voltage, Current or SPST relay output. The unit is PC programmable, features optional Strobe input capability making it an ideal multiplexing unit, the Z109REG-2-ER also has a square root extraction function making it ideal for "flow" type applications. |
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The Seneca Z109 V-I is a single channel Voltage to Current Isolating Converter. |
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The Seneca Z109 V-I is a single channel Voltage to Current Isolating Converter. |
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The Z109S Loop Power Supply is designed to power any 0 or 4 to 30mA loop.
The Z109S provides full three port isolation, ensuring the loop, the power supply are isolated from each other and its detachable "plug in" screw terminal ensures a trouble free installation of the device. |
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The Seneca Z110S is designed to receive a single channel Current input and generates an isolated Current output signal avoiding any potential interference associated with a non isolated signal. Self powered by it's input loop the Z110S does not require any auxiliary power supply making it easy to retro fit as a problem solver. |
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The Seneca Z110D is designed to receive up to two channels Currents inputs and generates isolated Current signals as an output avoiding any potential interference associated with a non isolated signal. Self powered by its input loop the Z110D does not require any auxiliary power supply making it easy to retro fit as a problem solver. |
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The Seneca Z201 is designed to receive a single channel Alternate Current and generates an isolated single channel Voltage output. |
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The Seneca Z202 is designed to receive a single channel alternate Voltage and generates a single channel isolated Current or Voltage output. |
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The Seneca Z-SG Strain Gauge Converter is designed to accept a 6 Wire Input from a Load Cell which is then isolated and retransmitted as a standard Analogue signal (mA/V) Output. |
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