B & R X20 MODULE

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B & R X20 MODULE Specification

Connectivity Type
Backplane bus, removable terminal block

Display
No integrated display

Features
Modular, Hot Swappable, Easy Integration

Output
Digital/Analog Outputs (model dependent)

Usage & Applications
Machine control, process automation

Frequency
DC operation, frequency model-specific

Installation Type
DIN rail mounting

Current
Max. 2 A per channel

Mounting Type
DIN Rail Mounted

Protection Level
IP20

IP Rating
IP20

Measuring Range
Model-specific

Product Type
I/O Module

Operating Temperature
-25C to +60C

Working Temperature
-25C to +60C

Input
Digital/Analog Inputs (model dependent)

Diameter
Standard module width 24 mm

Application
Industrial Automation

Supply Voltage
24 V DC

Accuracy
Model-specific

Dimension (L*W*H)
100 mm x 24 mm x 74 mm

Weight
~150 g (varies by model)

About B & R X20 MODULE

Experience the brilliance of industrial automation with the preeminent B & R X20 MODULE, offered at a special reduced rate for discerning clients in India. Its magnificent modular design ensures seamless integration across machine control and process automation setups, with up to 16 channels and removable plug-in connectors for easy installation and hot swapping. Available in a classic grey with IP20 protection, this special module provides LED status indication and superior accuracy suited for both digital and analog applications. CE and UL compliance guarantees reliable, safe operation within a broad -25C to +60C temperature range.

Optimal Applications & Usage Surface

The B & R X20 MODULE is engineered for general and specific industrial use, excelling in environments requiring both machine control and process automation. It adapts brilliantly to a range of application surfaces, supporting standard DIN rail mounting for quick, secure installation. With model-specific digital/analog input and output options, this preeminent module delivers flexibility and performance across multiple sectors, from manufacturing plants to complex assembly lines, ensuring magnificent results in any industrial automation task.

Payment, Delivery & Main Markets

B & R X20 MODULE purchases are streamlined with efficient order processing, flexible payment terms, and secure transportation options. We prioritize timely dispatching for both domestic orders and international shipments. Our main export markets include Asia and Europe, while the Indian industrial sector remains our primary domestic market. Each transaction benefits from our commitment to reliability, ensuring a smooth and transparent experience, from order placement to delivery, for traders, suppliers, and end users alike.

FAQs of B & R X20 MODULE:

Q: How do I install the B & R X20 MODULE in my automation setup?

A: The B & R X20 MODULE features easy DIN rail mounting and removable plug-in connectors, enabling quick installation and effortless integration into various automation systems.

Q: What are the main benefits of using the X20 MODULE in machine control applications?

A: Its modular design, hot swap capability, and LED status indication ensure superb flexibility, reduced maintenance downtime, and enhanced reliability in machine control environments.

Q: Where is the B & R X20 MODULE typically used?

A: This module is predominantly used in industrial automation, process control, and machine control within sectors such as manufacturing, assembly, and material handling.

Q: When can I expect dispatch after placing an order for this module?

A: Order processing and dispatching are conducted promptly; timelines depend on stock availability, but we strive for swift transportation and delivery for both domestic and export orders.

Q: What specific usage scenarios does the X20 MODULE support?

A: It supports both digital and analog inputs/outputs, making it suitable for applications requiring precise measurement, control, and monitoring, with model-specific accuracy.

Q: How does the hot swap capability enhance operational efficiency?

A: Hot swap capability allows technicians to replace or upgrade modules without shutting down the system, minimizing operational disruptions and maximizing uptime.

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