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ALLEN BRADLEY 1746-NI04V/A Analog Voltage Input Module

ALLEN BRADLEY 1746-NI04V/A Analog Voltage Input Module

  • Manufacturer: ALLEN BRADLEY

  • Product No.: 1746-NI04V/A

  • Condition:1000 in stock

  • Product Type: Analog Voltage Input Module

  • Product Origin: USA

  • Payment: T/T, Western Union

  • Weight: 1000g

  • Shipping port: Xiamen

  • Warranty: 12 months

  • 24/7 Support
  • 30-Day Returns
  • Fast Shipping

 

🔹 General Information

Manufacturer

Allen-Bradley

Model/Part Number

1746-NI04V/A

Description

Analog Voltage Input Module


 



🔹 Specifications

Attribute

1746-NI04V/A Specification

Input Range

-10V to +10V DC - 1 LSB

Voltage Input Coding

-32,768 to +32,767

Input Impedance

1M ohms (Series A)  760K ohms (Series B & later)

Resolution

305.176 µV per LSB

Full Scale Voltage

10V DC

Overall Accuracy at +25°C (Max.)

±0.284% of full scale

Overall Accuracy at 0° to +60°C (Max.)

±0.504% of full scale

Overall Accuracy Drift (Max.)

±63 ppm/°C of full scale

Gain Error at +25°C (Max.)

±0.263%

Gain Error at 0° to +60°C (Max.)

±0.461%

Gain Error Drift (Max.)

±57 ppm/°C

Offset Error at +25°C (Max.)

±7 LSB

Offset Error at 0° to +60°C (Max.)

±14 LSB

Offset Error Drift (Max.)

±0.20 LSB/°C

Overvoltage Protection (Max.)

220V AC RMS continuously  220V DC continuously

 

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Product Description

 

🔹 General Information

Manufacturer

Allen-Bradley

Model/Part Number

1746-NI04V/A

Description

Analog Voltage Input Module


 



🔹 Specifications

Attribute

1746-NI04V/A Specification

Input Range

-10V to +10V DC - 1 LSB

Voltage Input Coding

-32,768 to +32,767

Input Impedance

1M ohms (Series A)  760K ohms (Series B & later)

Resolution

305.176 µV per LSB

Full Scale Voltage

10V DC

Overall Accuracy at +25°C (Max.)

±0.284% of full scale

Overall Accuracy at 0° to +60°C (Max.)

±0.504% of full scale

Overall Accuracy Drift (Max.)

±63 ppm/°C of full scale

Gain Error at +25°C (Max.)

±0.263%

Gain Error at 0° to +60°C (Max.)

±0.461%

Gain Error Drift (Max.)

±57 ppm/°C

Offset Error at +25°C (Max.)

±7 LSB

Offset Error at 0° to +60°C (Max.)

±14 LSB

Offset Error Drift (Max.)

±0.20 LSB/°C

Overvoltage Protection (Max.)

220V AC RMS continuously  220V DC continuously

 

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