B & R 7CP475.60-1 MODULE

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B & R 7CP475.60-1 MODULE Specification

Rated Power
65 W

Connector Type
Screw Terminal

Power Supply
24 VDC Input

Noise Level
<40 dB(A)

Output Current
2.7 A max

Phase
Single Phase

Rated Current
2.7 A

Operating Temperature
0C to +60C

Working Temperature
0C to +60C

Application
B&R Automation Systems, Industrial Control Panels

Features
Short Circuit and Overload Protection, Diagnostic LEDs

Power Factor
>0.95

Current Range
1 A to 2.7 A

Cooling Method
Natural Air Cooling

Output Type
Digital/Analog

Product Type
Automation Module

Output Power
65 W

Input Voltage
24 V DC

Voltage Protection
Integrated Protection Circuitry

Efficiency
High Efficiency (>90%)

Material
Industrial Grade ABS Plastic and Metal

Line Regulation
1%

Storage Temperature
-25C to +70C

Weight
Approx. 300 g

Response Time
<1 ms

Compatible Series
X20/X67 System Modules

Mounting Type
DIN Rail Mount

Communication Interface
Proprietary B&R Interface

Protection Class
IP20

Dimensions (WxHxD)
35 mm x 140 mm x 110 mm

Display
Status LEDs

About B & R 7CP475.60-1 MODULE

Discover the B & R 7CP475.60-1 MODULE, a peerless addition to your automation solutions at an unbeatable price. This trending DIN rail mount module offers a noble combination of robust industrial-grade ABS plastic and metal construction, engineered for supreme reliability. With high efficiency (>90%), integrated proprietary communication interface, and fast <1 ms response time, this module is the best choice for demanding industrial control. Limited time offers available for this 2.7A, 65W, 24V DC powered unit, designed for the X20/X67 systems. Integrated safety features and diagnostic LEDs further ensure a noble standard in performance and protection.

Versatile Industrial Applications

The B & R 7CP475.60-1 MODULE is expertly used in B&R automation systems and industrial control panels across diverse application surfaces. Thanks to its robust construction and high-efficiency operation, it excels in precision control environments. Its usage spans digital and analog output requirements, offering reliable performance in temperature-sensitive and dynamic industrial settings, ensuring seamless integration and peerless results for process engineers and maintenance teams alike.

Efficient Delivery and Market Reach

With a strong presence in both the main domestic market in India and key international export destinations, the B & R 7CP475.60-1 MODULE stands out for its prompt order completion rates and efficient delivery schedules. On-time handover of products is ensured, enabling customers to initiate projects without delays. Sourced from top suppliers and traders, this module is delivered swiftly to meet tight turnaround times, making it a trusted choice for industrial procurement teams.

FAQs of B & R 7CP475.60-1 MODULE:

Q: How do I install the B & R 7CP475.60-1 MODULE in my system?

A: The module is designed for easy DIN rail mounting and connects via screw terminals. Simply follow the manufacturers guidelines for secure installation and connect to X20/X67 system modules using the proprietary B&R interface.

Q: What are the primary applications of this module?

A: It is widely used in B&R automation systems, industrial control panels, and environments requiring digital or analog output with high efficiency and rapid response times.

Q: When should I consider using this modules short circuit and overload protection features?

A: These safety features are automatically engaged when abnormal current or overload conditions occur during usage, protecting the device and system from damage.

Q: Where can I purchase the B & R 7CP475.60-1 MODULE in India?

A: You can obtain the module from authorized B&R suppliers and traders in India, many of whom also handle export orders. Contact your local distributor for availability and pricing.

Q: What are the benefits of the modules natural air cooling method?

A: Natural air cooling provides reliable thermal management without the need for additional fans or moving parts, reducing maintenance needs and enhancing long-term operational durability.

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