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SCXI-1521B | National Instruments PLC Module 24-Channel
- Regular price
- $919.00
- Sale price
- $919.00
- Regular price
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Product Description P/N: SCXI-1521B
Description
The SCXI-1521B is a 24-channel quarter-bridge strain gage input module designed for high-channel-count applications. It offers programmable excitation, shunt, and null calibration per channel, ensuring precision in measurements across multiple strain gages. With built-in 10 Hz filtering, this module provides clean, accurate data suitable for demanding test and measurement tasks.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | National Instruments |
| Category |
PLCs and Accessories
|
| Part Number |
SCXI-1521B |
| Subcategory | PLC Module |
| Number of Channels | 24 channels |
|
Product Family |
SCXI-1521, SCXI 1521, SCXI1521, SCXI-1521B, SCXI 1521B, SCXI1521B |
| Sensor Type | Quarter-Bridge Strain Gage Inputs |
| Programmable Excitation | 0 to 5 V per channel |
Information About SCXI-1521B
The National Instruments SCXI-1521B is a quarter-bridge strain gage input module featuring 24 channels that provide the flexibility and performance required for high-channel-count applications. Each channel offers programmable excitation from 0 to 5 V, along with programmable shunt and null calibration for optimal accuracy. The module also includes a 10 Hz filter per channel, ensuring minimal noise interference in strain measurements. This module’s ability to multiplex its signals into a single channel of the controlling DAQ device allows for easy scalability by adding more modules to expand the channel count.
Key Features:
- 24 Quarter-Bridge Strain Gage Inputs
- Programmable Excitation (0 to 5 V) Per Channel
- Programmable Shunt and Null Calibration Per Channel
- 10 Hz Low-Pass Filter for Each Channel
- Easy Channel Expansion via Multiplexing
- Scalable with Multiple Modules for High-Channel Applications
The SCXI-1521B offers high accuracy and flexibility in strain measurement applications, making it ideal for large-scale testing environments. Its modular design ensures you can scale your system as your testing needs grow.
Description
The SCXI-1521B is a 24-channel quarter-bridge strain gage input module designed for high-channel-count applications. It offers programmable excitation, shunt, and null calibration per channel, ensuring precision in measurements across multiple strain gages. With built-in 10 Hz filtering, this module provides clean, accurate data suitable for demanding test and measurement tasks.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | National Instruments |
| Category |
PLCs and Accessories
|
| Part Number |
SCXI-1521B |
| Subcategory | PLC Module |
| Number of Channels | 24 channels |
|
Product Family |
SCXI-1521, SCXI 1521, SCXI1521, SCXI-1521B, SCXI 1521B, SCXI1521B |
| Sensor Type | Quarter-Bridge Strain Gage Inputs |
| Programmable Excitation | 0 to 5 V per channel |
Information About SCXI-1521B
The National Instruments SCXI-1521B is a quarter-bridge strain gage input module featuring 24 channels that provide the flexibility and performance required for high-channel-count applications. Each channel offers programmable excitation from 0 to 5 V, along with programmable shunt and null calibration for optimal accuracy. The module also includes a 10 Hz filter per channel, ensuring minimal noise interference in strain measurements. This module’s ability to multiplex its signals into a single channel of the controlling DAQ device allows for easy scalability by adding more modules to expand the channel count.
Key Features:
- 24 Quarter-Bridge Strain Gage Inputs
- Programmable Excitation (0 to 5 V) Per Channel
- Programmable Shunt and Null Calibration Per Channel
- 10 Hz Low-Pass Filter for Each Channel
- Easy Channel Expansion via Multiplexing
- Scalable with Multiple Modules for High-Channel Applications
The SCXI-1521B offers high accuracy and flexibility in strain measurement applications, making it ideal for large-scale testing environments. Its modular design ensures you can scale your system as your testing needs grow.
