B&R
B&R X20DO8332 Digital Output Module - 8 Outputs
B&R X20DO8332 Digital Output Module
β In Stock
12-Mo Warranty
Same-Day Dispatch
Ships Worldwide
π Veteran-Owned
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Get a price for X20DO8332
Response within 1 business hour
12-month warranty
All units tested
Same-day dispatch
Order by 2pm CST
Worldwide delivery
US, EU, Asia, Middle East
Veteran-owned
CAGE: 9NK75
8 Digital Outputs
24V DC Operation
0.5A Output Current
X20 System Compatible
High Reliability
Product description
The B&R X20DO8332 is a digital output module featuring 8 outputs rated at 24VDC and 0.5A per channel. It is designed for integration into B&R's X20 system, offering reliable and efficient control.
This module is suitable for a wide range of industrial automation applications, including machine control, process automation, and building automation systems. Its robust design ensures performance in demanding environments.
Stanlo Automation, a veteran-owned business, provides this B&R X20DO8332 module. We offer expert service and a commitment to quality, ensuring you receive reliable industrial automation surplus parts.
Technical specifications
| Outputs | 8 |
| Voltage | 24V DC |
| Current per channel | 0.5A |
| Series | X20 |
Common applications
Machine Control
Process Automation
Building Automation
Robotics
Material Handling
Compatible systems
B&R X20 System
Also known as
B&R X20DO8332 module
X20 Digital Output
B&R Automation Output
Replaces / compatible with
Compatible with B&R X20 system components.
Technical note
Expert tip
Ensure proper wiring and power supply to the X20 base module for optimal performance of the X20DO8332.What happens next?
1
Email confirmation
Immediate receipt acknowledgment sent to you
2
Account manager assigned
Confirms your part's spec and condition
3
Your quote delivered
Tailored to your specific requirements
Frequently asked questions
What is the current rating for each output on the B&R X20DO8332?
Each of the 8 digital outputs on the B&R X20DO8332 module is rated for a maximum current of 0.5A at 24V DC. This allows for the control of various low-power devices and actuators.