B&R 7AT324.70 DIGITAL I/O MODULE AT324

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B&R 7AT324.70 DIGITAL I/O MODULE AT324 Specification

Cooling Method
Convection

Working Temperature
0C to +60C

Connector Type
Push-in Spring Terminal

Application
Automation Systems, Industrial Control

Output Current
500 mA per channel (max)

Current Range
Input 7 mA/channel; Output max. 0.5 A/channel

Features
LED indicators for channel status, Short-circuit protection, Hot-swappable

Operating Temperature
0C to +60C

Power Supply
24 V DC nominal

Rated Current
500 mA

Output Type
Digital

Product Type
Digital I/O Module

Input Voltage
24 V DC

Voltage Protection
Overvoltage/Undervoltage Protection

Material
Plastic (Enclosure)

Storage Temperature
-25C to +70C

Weight
Approx. 130 g

About B&R 7AT324.70 DIGITAL I/O MODULE AT324

The B&R 7AT324.70 DIGITAL I/O MODULE AT324 exemplifies affordable excellence with its trending and distinguished design, making it a premier choice for industrial automation. This masterpiece offers 16 configurable digital inputs and outputs, with swift <1 ms response time and robust overvoltage/undervoltage protection. Mounted easily on DIN-rail and engineered with competitive pricing in mind, it provides LED status indicators per channel, 500 V AC isolation, hot-swappable functionality, and IP20-class protection. Elevate your automation system with this reliable, high-performance modulecrafted for todays demanding market.

Exceptional Versatility for Industrial Automation

The B&R 7AT324.70 DIGITAL I/O MODULE AT324 is designed for advanced automation systems and industrial control environments. With features like configurable sink/source channels, LED indicators for each channel, short-circuit protection, and automatic slot ID addressing, it delivers remarkable versatility. Primary advantages include hot-swappability and fast installation with push-in spring terminals, allowing quick maintenance and seamless scalability. Businesses benefit from its durability, distinguished engineering, and reliability, making it a preferred solution across diverse automation projects.

Domestic Market Coverage & Efficient Order Fulfillment

The B&R 7AT324.70 DIGITAL I/O MODULE AT324 is available across the main domestic markets in India through leading suppliers and traders. With competitive asking and sale prices, customers enjoy prompt delivery times and secure packaging ensuring product integrity. The efficient order completion process guarantees satisfaction from inquiry through to delivery. Products are expertly packed to safeguard against damage, ensuring every module arrives in premier condition for immediate deployment.

FAQs of B&R 7AT324.70 DIGITAL I/O MODULE AT324:

Q: How can the B&R 7AT324.70 DIGITAL I/O MODULE AT324 be integrated into an existing automation system?

A: Integration is streamlined with its DIN-rail mounting and push-in spring terminals. The modules automatic slot ID addressing further simplifies the process, ensuring minimal setup time and seamless compatibility with existing X20 System Bus infrastructure.

Q: What unique features distinguish the B&R 7AT324.70 from similar I/O modules?

A: This module stands out with hot-swappable capability, configurable sink/source channels, LED status indicators for each channel, overvoltage/undervoltage protection, and fast response time of under 1 ms, making it a premium solution in its class.

Q: Where can I purchase the B&R 7AT324.70 DIGITAL I/O MODULE AT324 in India?

A: This module is available from authorized suppliers and traders across India. Contact your local industrial automation distributor for current stock, asking price, and order placement details.

Q: What is the process for packaging and delivering the module?

A: Each module is securely packed in specialized packaging to ensure it remains protected during transit. Delivery times are kept efficient to support fast order completion and deployment at your site.

Q: What are the primary benefits of using this I/O module in automation systems?

A: The main benefits include enhanced reliability, ease of installation, robust electrical protection, high configuration flexibility, and distinguished performance, which together lower overall system downtime and maintenance costs.

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