ALLEN BRADLEY OUTPUT MODULE 1762-L24BWA

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ALLEN BRADLEY OUTPUT MODULE 1762-L24BWA Specification

Cooling Method
Natural Air Cooling

Phase
Single Phase

Working Temperature
0°C to 60°C

Power Factor
>0.95

Rated Power
24V DC Nominal

Noise Level
Low

Power Supply
External Power Supply Required

Current Range
0 to 2A

Application
PLC System Control, Industrial Automation

Features
Relay outputs, status indicators, compact design, DIN rail mounting

Output Type
Digital - Relay Output

Connector Type
Screw Terminal Block

Operating Temperature
0°C to 60°C

Output Current
Max 2A per point

Rated Current
2A

Product Type
Output Module

Output Power
24V DC

Output Frequency
50/60 Hz

Input Voltage
120/240V AC

Voltage Protection
Integrated Overvoltage Protection

Efficiency
High Efficiency Industrial Grade

Material
Rugged Industrial Plastic

Line Regulation
±1%

Storage Temperature
-40°C to 85°C

Weight
Approx. 550g

Mounting Type
DIN Rail Mountable

Compatible PLCs
MicroLogix 1200, MicroLogix 1100

Isolation Voltage
1500V AC

Maximum Load per Channel
2A @ 30V DC / 2A @ 120/240V AC

Enclosure Rating
IP20

Product Series
1762 Series

Module Dimensions
90mm x 87mm x 40mm

Status Indicators
Individual LED per channel

Number of Outputs
10 Relay Outputs

ALLEN BRADLEY OUTPUT MODULE 1762-L24BWA About

Unlock grandiose efficiency and savings with the renowned ALLEN BRADLEY OUTPUT MODULE 1762-L24BWA, now available in limited stock. Remarked for its robust design, this module delivers 10 reliable relay outputs and integrates seamlessly with MicroLogix 1200 and 1100 PLCs. Engineered for industrial-grade performance, it features isolated 1500V AC protection, individual LED status indicators, and compact DIN rail mounting. Experience remarkable power regulation, low noise operation, and rugged durability with IP20 enclosure, backed by advanced overvoltage protection. Maximize your control applications and enhance reliability.

Versatility and Application Highlights

ALLEN BRADLEY OUTPUT MODULE 1762-L24BWA is widely used for PLC system control in industrial automation across various sectors. Its application media include digital relay output and regulated power management. Other features such as DIN rail mountability, natural air cooling, and screw terminal connectors ensure easy installation and maintenance, making it an excellent choice for demanding environments.

Sample Policy and Export Market Insights

Sample units are available upon request, supporting evaluation at a competitive proposal amount near the list price. Main export markets include India and neighbouring industrial hubs, where client requirements are prioritized. Allen Bradleys sample policy is designed to facilitate decision-making for suppliers, traders, and end-users, ensuring smooth transactions in renowned export regions.

FAQs of ALLEN BRADLEY OUTPUT MODULE 1762-L24BWA:

Q: How does the ALLEN BRADLEY 1762-L24BWA output module integrate with MicroLogix PLCs?

A: The 1762-L24BWA module is designed for direct compatibility with MicroLogix 1200 and 1100 PLCs, ensuring seamless integration and easy installation onto DIN rails for efficient control applications.

Q: What are the main benefits of using the 1762-L24BWA in industrial automation?

A: This module offers grandiose reliability, high efficiency, individual LED status indicators for each channel, integrated overvoltage protection, and a rugged industrial plastic enclosure, making it ideal for demanding automation environments.

Q: Where can this output module be installed?

A: You can mount the 1762-L24BWA on standard DIN rails within industrial control panels, ensuring safe and space-saving installation, protected by its IP20-rated enclosure.

Q: What is the sampling process for the output module?

A: Samples can be requested from suppliers or traders, typically offered at a proposal amount reflective of the list price, allowing potential buyers to evaluate product performance before bulk purchase.

Q: How is overvoltage protection integrated into the 1762-L24BWA module?

A: The module features built-in overvoltage protection, safeguarding critical components and outputs from electrical surges and ensuring long-term operational stability.

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