ABB DIGITAL OUTPUT MODULE 3BSE020510R1

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ABB DIGITAL OUTPUT MODULE 3BSE020510R1 Specification

Cover Material
Plastic

Components
Digital Output Channels, Field Terminals

Rated Insulation Voltage
50 V (typical)

Operating Voltage
24 V DC

Way
16 Channels

Connectivity Type
Backplane Bus Connector

Base Material
Plastic

Panel Type
Modular Automation Panel

Protection Level
IP20

Control System
ABB AC 800M Series

Current Rating
0.5 A per channel

Rated Current
0.5 A per channel

Protection Class
Class I

Cooling System
Natural air cooling

Rated Operation Voltage
24 V DC

Thickness
Standard module size

Features
Hot swap capability, Short-circuit protection

Product Type
Digital Output Module

Material
Plastic and metal components

Surface Finish
Matte

Standard
ABB Standards

Surface Color
Grey

Rated Voltage
24 V DC

Maximum Output Current
0.5 A per channel

Dimension (L*W*H)
Height 186 mm, Width 59 mm, Depth 111 mm

Application
Industrial automation systems

IP Rating
IP20

Display Type
LED status indicators

About ABB DIGITAL OUTPUT MODULE 3BSE020510R1

Experience fresh innovation paired with venerable ABB engineering through the DIGITAL OUTPUT MODULE 3BSE020510R1 (Model: DO810). Enjoy instant savings and reliability with this stellar 16-channel module, designed for industrial automation systems. Featuring first-string attributes like hot swap capability, galvanic isolation, and short-circuit protection, this unit operates efficiently from -25C to +70C. Built with robust plastic and metal components, a sleek grey matte finish, and DIN rail mounting, this module guarantees effortless integration and stellar performance. Get it now from a trusted supplier or trader in India.

Versatile Application and Superior Material Reliability

The ABB DIGITAL OUTPUT MODULE 3BSE020510R1 is specifically utilized in complex industrial automation systems to ensure fast and reliable signal processing. Crafted from durable plastic and metal materials, it features galvanic isolation and a matte finish, making it robust for general use across dynamic industrial settings. Suitable for both advanced and everyday automation panels, its modular design and 16 output channels support wide-ranging applications.

Sample Policy, Payment Terms, and Export Markets

Our sample policy ensures seamless logistics through reliable transport services, underpinned by transparent payment terms. ABB DIGITAL OUTPUT MODULE 3BSE020510R1 holds strong market value across India and international markets. We cater to clients with flexible packages and swift deliveries, boosting confidence in global export markets. Our streamlined export services make it easy for customers to receive timely product samples and consolidated orders.

FAQs of ABB DIGITAL OUTPUT MODULE 3BSE020510R1:

Q: How is the ABB DIGITAL OUTPUT MODULE 3BSE020510R1 installed?

A: The DO810 module is easily mounted onto a DIN rail within modular automation panels, allowing for efficient integration and swift setup in various industrial applications.

Q: What are the key benefits of using this digital output module in automation systems?

A: It provides rapid response times, supports hot swapping, and features galvanic isolation for safety, making it ideal for critical tasks in industrial automation.

Q: Where can the ABB DIGITAL OUTPUT MODULE 3BSE020510R1 be used?

A: This module is suitable for use in industrial environments such as manufacturing plants, automation panels, and systems requiring reliable digital output management.

Q: What is the process for obtaining product samples?

A: Product samples are supplied as per our sample policy, with efficient logistics and transport services to ensure on-time delivery to your location.

Q: When should this module be selected over other options?

A: Choose the DO810 when requiring a robust, reliable, and high-performance module with 16 digital outputs for advanced industrial automation tasks.

Q: How does the short-circuit protection feature enhance its usage?

A: Short-circuit protection safeguards both the module and connected equipment, ensuring stable operation and reducing downtime in automation systems.

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