B&R X20 DO 9321 INPUT MODULE

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B&R X20 DO 9321 INPUT MODULE Specification

Panel Type
DIN Rail Mount

Components
Electronic Output Circuitry

Rated Operation Voltage
24 VDC

Cooling System
Natural convection

Rated Current
0.5 A per channel

Way
4-Channel

Base Material
Plastic

Operating Voltage
24 VDC

Thickness
25 mm (module width)

Cover Material
Plastic

Current Rating
0.5 A max per channel

Control System
B&R X20 Series Automation System

Protection Level
Short-circuit and overload protected

Features
Hot-pluggable, Short-circuit proof, Channel diagnostics

Protection Class
IEC 61131-2

Rated Insulation Voltage
50 V

Connectivity Type
Spring terminal, X20 connector

Product Type
Digital Output Module

Material
Plastic housing, electronic components

Surface Finish
Matte

Standard
IEC 61131, EN 61131-2

Surface Color
Black/Orange

Rated Voltage
24 VDC

Frequency (MHz)
DC Module (Not Applicable)

Maximum Output Current
0.5 A per channel

Dimension (L*W*H)
99 x 25 x 73 mm

Application
Industrial Automation, PLC Systems

IP Rating
IP20

Display Type
Status LEDs

About B&R X20 DO 9321 INPUT MODULE

Pick yours from the celebrated B&R X20 seriesthe X20 DO 9321 Input Module stands as a transcendent solution for industrial automation. Designed for excellence, it features 4 PNP digital outputs with top-tier response times (<0.2 ms) and short-circuit protection. Redeem the advantages of intuitive diagnostics via status LEDs and smooth integration with DIN rail mounting. The module excels in durability, accommodating demanding environments (0C to +55C) while maintaining low power consumption. Its robust plastic housing and hot swap capability make it an excellent choice for reliable, efficient control systems.

Features & Applications: Engineered for Industrial Performance

The B&R X20 DO 9321 Input Module shines in machine control panels, PLC systems, and automation frameworks. Featuring hot-pluggable, short-circuit proof outputs and advanced channel diagnostics, this module is ideal for manufacturers, system integrators, and process automation professionals. Its swift 0.2 ms response time and DIN rail mounting ensure straightforward installation and outstanding operational efficiency. Intended for industrial-level operation, it enhances reliability and uptime across factory automation and process control applications.

Certifications and Global Delivery Assurance

The X20 DO 9321 upholds leading standards such as IEC 61131 and EN 61131-2, assuring reliability and safety. With dispatching capabilities across main export markets globally and prompt freight options, units are delivered swiftly to destinations. Main domestic markets across India and regional industrial hubs benefit from efficient supply channels, ensuring immediate availability. Compliance and robust packaging streamline the shipping and delivery process for a seamless end-user experience.

FAQs of B&R X20 DO 9321 INPUT MODULE:

Q: How can the B&R X20 DO 9321 Input Module enhance my industrial automation setup?

A: The modules transcendent response speed, diagnostic LEDs, and short-circuit protection elevate safety and efficiency, making it suitable for high-performance PLC systems and process control applications.

Q: What is the process for installing the X20 DO 9321 Input Module?

A: Installation is straightforward with its DIN rail mounting (EN 60715) and screwless terminal blocks, allowing quick integration into existing control systems and enabling hot swap capability for minimal downtime.

Q: What are the main usage scenarios for this module?

A: It is primarily used in industrial automation, PLC connections, and control panels where fast and reliable switching of digital outputs is needed.

Q: Where can the X20 DO 9321 be dispatched or delivered?

A: The module is available to both main domestic markets throughout India and main export markets globally, with efficient freight and dispatching services.

Q: What certifications does this module possess for quality assurance?

A: It adheres to internationally recognized standards IEC 61131 and EN 61131-2, assuring optimal reliability and safety for industrial applications.

Q: When is using the hot swap feature most beneficial?

A: Hot swap capability is especially useful when maintenance or module replacement is needed without shutting down the entire system, minimizing operational disruption.

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