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ALLEN BRADLEY OUTPUT MODULE 1746-OBP8 B

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ALLEN BRADLEY OUTPUT MODULE 1746-OBP8 B Specification

Operating Voltage
24V DC

Protection Level
IP20

Connectivity Type
Backplane

Rated Current
0.5A

Components
Transistor Output Circuitry

Protection Class
Class I

Thickness
Standard Module

Base Material
Plastic

Control System
PLC Module

Cooling System
Passive

Rated Operation Voltage
24V DC

Current Rating
0.5A per point

Cover Material
Plastic

Rated Insulation Voltage
32V DC

Panel Type
SLC 500 Series

Features
Short Circuit Protection

Way
8 Point

Product Type
Output Module

Material
Plastic / Electronic Components

Surface Finish
Matte

Standard
Allen Bradley Factory Standard

Surface Color
Black

Rated Voltage
24V DC

Frequency (MHz)
50-60 Hz

Maximum Output Current
0.5A per channel

Dimension (L*W*H)
140 mm x 35 mm x 130 mm

Application
Industrial Automation

IP Rating
IP20

Display Type
Module Status LEDs

Minimum Load
1 mA

Isolation Voltage
500V AC (between outputs and backplane)

Operating Temperature Range
0C to 60C

Mounting Type
Rack Mount

Storage Temperature Range
-40C to 85C

Output Type
Sourcing

Response Time
Approximately 1 ms

Number of Outputs
8 Digital Outputs

Compatible Series
Allen Bradley SLC 500

Module Model
1746-OBP8 B

Line Loss Detection
No

ALLEN BRADLEY OUTPUT MODULE 1746-OBP8 B About

Discover the rare ALLEN BRADLEY OUTPUT MODULE 1746-OBP8 B, a crackerjack addition for industrial automation where reliability matters. Buy this superb sourcing module to procure invincible performance, fitting flawlessly into the SLC 500 Series with rack mounting. Equipped with 8 digital outputs, it delivers swift 1 ms response, outstanding 500V AC isolation, and versatile 24V DC operation. With robust IP20 protection and matte finish, it adheres to Allen Bradley factory standards. Secure this module from your trusted supplier or trader for top-tier control solutions.

Material Excellence & Competitive Edge

Crafted from premium plastic and electronic components, the ALLEN BRADLEY 1746-OBP8 B offers durability and safety in rigorous industrial conditions. The matte black finish and Allen Bradleys factory standards ensure reliability. Suitable for mounting in SLC 500 Series panels, its superb transistor output circuitry provides short-circuit protection, making it an invincible choice among competitors seeking optimal automation.

Sample Policy & Domestic Market Advantage

Allen Bradleys sample policy provides cost-effective expenditures, offering samples at the lowest price with competitive freight options. The module is widely available in the main domestic market for rapid procurement. Certified to meet Allen Bradleys strict standards, this output module ensures compliance and genuine quality, giving traders and suppliers confidence when investing in industrial control components.

FAQs of ALLEN BRADLEY OUTPUT MODULE 1746-OBP8 B:

Q: How does the ALLEN BRADLEY 1746-OBP8 B enhance industrial automation systems?

A: Its invincible performance, quick 1 ms response, and robust 8-point sourcing outputs streamline high-demand automation tasks and ensure reliable control across industrial platforms.

Q: What are the benefits of the modules material and construction?

A: Using superb plastic and electronic components, the module resists wear, maintains safety standards, and thrives in tough operational environments, providing longevity and maximum protection.

Q: When should I choose rack-mountable modules like the 1746-OBP8 B?

A: Procure rack-mountable modules when scalable, organized integration with SLC 500 Series PLCs is required, ensuring efficient space utilization and simplified maintenance.

Q: Where can I use the 1746-OBP8 B output module?

A: It is suitable for industrial automation panels requiring digital output, like manufacturing lines or process control setups using Allen Bradley SLC 500 Series.

Q: What is the process for detecting line loss with this module?

A: This module does not feature line loss detection, but its design ensures reliable operation with short-circuit protection and status LED indicators for easy monitoring.

Q: How does short-circuit protection benefit users?

A: Short-circuit protection safeguards connected systems, prevents damage to the module and equipment, and ensures invincible system uptime and safety in automation environments.

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