WF 3144 – Programmable Resistor Module

 1,029.00

WF-3144, Programmable Resistor C Series Module

NOTE: Further down the page you find downloads, videos and additional information about this product.

Product Code: AE0001 Categories: ,

Description

WF 3144 C Series, Programmable Resistor Module

 

Application areas

–  Resistive sensor simulation;
–  Pressure sensors, Thermistors, RTDs etc.
–  ATE (Automatic Test Equipment)
–  HiL testing (Hardware in the Loop)
–  Laboratory testing of electronic control units
–  Automated calibration and alignment
–  Automate manual controls

Features

–  Four independent, galvanically isolated channels
–  Entirely solid-state simulation
–  High resolution with non-linear scaling
–  Wide resistance range
–  On-board calibration memory
–  LabVIEW driver included
–  VeriStand driver available

Specification

–  Channels; 4
–  Max Voltage; 60 V
–  Max Power; 100 mW/channel
–  Range; 16 Ω–160 kΩ
–  Update Rate; 200 S/s
–  Max Error; R < 1 kΩ: 0,1 %
–  Max Error; R < 10 kΩ: 1 %
–  Max Error; R < 160 kΩ: 10 %
–  Enhanced mode: Max Error; 32 Ω < R < 160 kΩ: 0.25 %

The WF 3144 from WireFlow is a 4-channel,
16-bit, Resistor Emulator Module for Compact RIO.

Each channel is galvanically isolated, making it ideal for sensor simulation.

The 16-bit resolution is non-linear with finer steps at lower resistance values. It could, for example, be used to emulate a PT100 sensor with a range of 40–180Ω/-150–+200°C with a resolution of 0.1°C.

Ecu Test Demo

NI Alliance Partner, WireFlow AB, shows a demo that illustrates how a simple Electronic Control.

Get up and running with the WF 3144 Resistor Module

Magnus from WireFlow shows step-by-step how to get up and running with the programmable resistor for the Compact RIO.

LabVIEW Driver

AC0021-003 Container – VIP file v2.1.1.zip
Older versions of this driver might be found HERE

User Manual

AC0021-002 WF3144 User Manual.pdf

Application Note

AB0005-006 AN1 Simulation of a temp sensor.pdf

Whitepaper

WF 3144 – ENHANCED MODE
AB0005-017 WP1 WF 3144 Enhanced Mode.pdf

We'd love to hear from you!

WireFlow AB: Theres Svenssons gata 10
SE–417 55 Göteborg, Sweden
info@wireflow.se
+ 46 728 65 86 71
Company ID Number (Org.nr.) 556851-1553
VAT SE556851155301

WireFlow is a Silver Alliance Partner to
National Instruments. Visit our partner profile.

Cookies are disabled
Accept Cookies by clicking "Accept" in the banner.

WF 3144 C Series, Programmable Resistor Module

 

Application areas

–  Resistive sensor simulation;
–  Pressure sensors, Thermistors, RTDs etc.
–  ATE (Automatic Test Equipment)
–  HiL testing (Hardware in the Loop)
–  Laboratory testing of electronic control units
–  Automated calibration and alignment
–  Automate manual controls

Features

–  Four independent, galvanically isolated channels
–  Entirely solid-state simulation
–  High resolution with non-linear scaling
–  Wide resistance range
–  On-board calibration memory
–  LabVIEW driver included
–  VeriStand driver available

Specification

–  Channels; 4
–  Max Voltage; 60 V
–  Max Power; 100 mW/channel
–  Range; 16 Ω–160 kΩ
–  Update Rate; 200 S/s
–  Max Error; R < 1 kΩ: 0,1 %
–  Max Error; R < 10 kΩ: 1 %
–  Max Error; R < 160 kΩ: 10 %
–  Enhanced mode: Max Error; 32 Ω < R < 160 kΩ: 0.25 %

The WF 3144 from WireFlow is a 4-channel,
16-bit, Resistor Emulator Module for Compact RIO.

Each channel is galvanically isolated, making it ideal for sensor simulation.

The 16-bit resolution is non-linear with finer steps at lower resistance values. It could, for example, be used to emulate a PT100 sensor with a range of 40–180Ω/-150–+200°C with a resolution of 0.1°C.

Ecu Test Demo

NI Alliance Partner, WireFlow AB, shows a demo that illustrates how a simple Electronic Control.

Get up and running with the WF 3144 Resistor Module

Magnus from WireFlow shows step-by-step how to get up and running with the programmable resistor for the Compact RIO.

LabVIEW Driver

AC0021-003 Container – VIP file v2.1.1.zip
Older versions of this driver might be found HERE

User Manual

AC0021-002 WF3144 User Manual.pdf

Application Note

AB0005-006 AN1 Simulation of a temp sensor.pdf

Whitepaper

WF 3144 – ENHANCED MODE
AB0005-017 WP1 WF 3144 Enhanced Mode.pdf

We'd love to hear from you!

WireFlow AB: Theres Svenssons gata 10
SE–417 55 Göteborg, Sweden
info@wireflow.se
+ 46 728 65 86 71
Company ID Number (Org.nr.) 556851-1553
VAT SE556851155301

WireFlow is a Silver Alliance Partner to
National Instruments. Visit our partner profile.

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Accept Cookies by clicking "Accept" in the banner.

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