ALLEN-BRADLEY 1761-L32AWA

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ALLEN-BRADLEY 1761-L32AWA Specification

Connector Type
Screw Terminals

Cooling Method
Natural Cooling

Operating Temperature
0C to 55C

Features
Compact design High reliability

Power Supply
AC

Application
Industrial Automation

Phase
Single Phase

Output Type
Digital and Analog Signals

Working Temperature
0C to 55C

Product Type
Micro PLC

Output Frequency
50/60 Hz

Input Voltage
85-265V AC

Voltage Protection
Built-in Overvoltage Protection

Material
Plastic and Electronic Components

Storage Temperature
-40C to 85C

Weight
Approx. 750g

About ALLEN-BRADLEY 1761-L32AWA

Spotlight the elite performance of the ALLEN-BRADLEY 1761-L32AWA, a triumphant solution for industrial automation. Crafted from opulent materialspremium plastic and exceptional electronic componentsthis controller radiates both reliability and classic design. Offering output frequencies of 50/60 Hz and supporting digital as well as analog signals, it embraces versatility. The compact unit features natural cooling, single-phase AC power input (85-265V AC), and secure screw terminals. Built-in overvoltage protection ensures safety, while a wide working temperature range underscores its robust, enduring constructionideal for demanding automation projects. Elite suppliers and traders across India proudly offer this classic advancement.

Application Areas and Usage Direction

The ALLEN-BRADLEY 1761-L32AWA excels in elite industrial automation settings, thriving in factories, production lines, and process control environments. Suitable for controlling both digital and analog signals, it adapts fluidly to various media and application needs. For use, connect with screw terminals, observe recommended voltage, and secure the unit in a ventilated area for optimal natural cooling. Its compact stature ensures seamless installation, making it a triumphant choice for sophisticated operations.

Sample Availability, Export Markets & Supply Status

Premium buyers can request a sample of the ALLEN-BRADLEY 1761-L32AWA before placing a purchase order. This opulent automation solution is readily available in stock, with prompt supply capability to meet both domestic and international demands. The main export markets span Asia, the Middle East, Africa, and Europe. Suppliers ensure consistent availability, enabling customers to secure this classic automation component swiftly and efficiently, no matter their location.

FAQs of ALLEN-BRADLEY 1761-L32AWA:

Q: How does the ALLEN-BRADLEY 1761-L32AWA ensure high reliability in industrial automation?

A: The ALLEN-BRADLEY 1761-L32AWA features a robust, compact design with built-in overvoltage protection and natural cooling. These elements, along with premium components, help deliver consistent, dependable performance in demanding environments.

Q: What types of signals are supported by the 1761-L32AWA controller?

A: This elite controller supports both digital and analog signals, making it suitable for a diverse array of industrial automation tasks and process applications.

Q: Where can the 1761-L32AWA be effectively installed?

A: Its opulent design allows effective installation in various industrial settings such as manufacturing plants, production lines, and process automation centers. The compact size and screw terminal connectors simplify integration.

Q: When should overvoltage protection be considered for this unit?

A: Overvoltage protection is always active, safeguarding the unit during operations whenever input voltage falls within the range of 85-265V AC. This ensures consistent protection during typical use.

Q: What is the process for purchasing samples or placing bulk orders?

A: Prospective buyers can request a sample from trusted suppliers. Once satisfied, they can submit a purchase order. Stock is typically ready for immediate shipment, ensuring swift order fulfillment.

Q: How does natural cooling benefit the 1761-L32AWAs usage?

A: Utilizing natural cooling eliminates the need for additional fans or complex setups, reducing maintenance while ensuring the controller remains at optimal temperature during sustained operation.

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