4WFBS120 Terminal Input Module (TIM)

Terminal input modules (TIMs) are small peripherals that provide completion resistors for resistive bridge measurements, or act as voltage dividers or precision current shunts. The modules attach directly to the datalogger’s input terminals. Each module provides circuitry to connect one sensor, except for the voltage dividers, which allow connection of two single-ended sensors.

The 4WFBS120 TIM supplies two or three legs of a Wheatstone or full-bridge measurement for a sensor having a nominal resistance of 120 ohm. The Wheatstone bridge circuit is used to convert small changes in resistance to an output voltage. This module typically provides completion resistors for quarter-bridge or half-bridge strain gauges.

Features

Connects directly into datalogger input terminals; prongs on lower surface are secured into datalogger screw terminal.
Makes accurate measurement of 120-ohm strain gauges simple; gauges are measured with a full-bridge measurement instruction.

Specifications
1:1 Resistive Divider

Back Plane Resistors: 1 kohm/1 kohm
Ratio Tolerance @ 25°C: ±0.01%
Maximum Ratio Temperature Coefficient: 0.5 ppm/°C (-55° to 85°C)
Power Rating per Element: 0.1 W @ 70°C
 
Completion Resistor (bulk metal foil)

Completion Resistor: 120 ohm
Tolerance (@ 25°C): ±0.01%
Maximum Ratio Temperature Coefficient: 0.8 ppm/°C
Power Rating: 0.25 W

4WFBS350 Terminal Input Module (TIM)

Terminal input modules (TIMs) are small peripherals that provide completion resistors for resistive bridge measurements, or act as voltage dividers or precision current shunts. The modules attach directly to the datalogger’s input terminals. Each module provides circuitry to connect one sensor, except for the voltage dividers, which allow connection of two single-ended sensors.

The 4WFBS1K TIM supplies two or three legs of a Wheatstone or full-bridge measurement for a sensor having a nominal resistance of 350 ohm. The Wheatstone bridge circuit is used to convert small changes in resistance to an output voltage. This module typically provides completion resistors for quarter-bridge or half-bridge strain gauges.

Features

Connects directly into datalogger input terminals; prongs on lower surface are secured into datalogger screw terminals.
Makes accurate measurement of 350-ohm strain gauges simple; gauges are measured with a Full Bridge measurement instruction.

Specifications
1:1 Resistive Divider

Back Plane Resistors: 1 kohm/1 kohm
Ratio Tolerance @ 25°C: ±0.01%
Maximum Ratio Temperature Coefficient: 0.5 ppm/°C (-55° to 85°C)
Power Rating per Element: 0.1 W @ 70°C
 
Completion Resistor (bulk metal foil)

Completion Resistor: 350 ohm
Tolerance (@ 25°C): ±0.01%
Maximum Ratio Temperature Coefficient: 0.8 ppm/°C
Power Rating: 0.25 W

4WFBS1K Terminal Input Module (TIM)

Terminal input modules (TIMs) are small peripherals that provide completion resistors for resistive bridge measurements, or act as voltage dividers or precision current shunts. The modules attach directly to the datalogger?s input terminals. Each module provides circuitry to connect one sensor, except for the voltage dividers, which allow connection of two single-ended sensors.

The 4WFBS1K TIM supplies two or three legs of a Wheatstone or full-bridge measurement for a sensor having a nominal resistance of 1000 ohm. The Wheatstone bridge circuit is used to convert small changes in resistance to an output voltage. This module typically provides completion resistors for quarter-bridge or half-bridge strain gauges.

Features

Connects directly into datalogger input terminals; prongs on lower surface are secured into datalogger screw terminal.
Makes accurate measurement of 1-kohm strain gauges simple; gauges are measured with a full-bridge measurement instruction.

Specifications
1:1 Resistive Divider

Back Plane Resistors: 1 kohm/1 kohm
Ratio Tolerance @ 25°C: ±0.01%
Maximum Ratio Temperature Coefficient: 0.5 ppm/°C (-55° to 85°C)
Power Rating per Element: 0.1 W @ 70°C
 
Completion Resistor (bulk metal foil)

Completion Resistor: 1 kohm
Tolerance (@ 25°C): ±0.01%
Maximum Ratio Temperature Coefficient: 0.8 ppm/°C
Power Rating: 0.25 W

Producing Area:USA