ABB 3BSE051306R1 Analog Input I/O Module

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ABB 3BSE051306R1 Analog Input I/O Module Specification

Features
Hot Swap, Diagnostics, Wide Temperature Range

Base Material
Plastic

Rated Insulation Voltage
50 V (IEC)

Current Rating
<100 mA

Cover Material
Plastic

Components
Input Channels, Terminals, Status LEDs

Way
8 Channel

Thickness
Standard Module Thickness

Operating Voltage
24 V DC

Panel Type
DIN Rail Mount

Rated Operation Voltage
24 V DC

Protection Level
Up to IP20

Protection Class
Class II

Connectivity Type
Terminal Block

Control System
Distributed Control System (DCS)

Cooling System
Natural Air Cooled

Rated Current
<100 mA

Cabinet Material
Plastic

Product Type
Analog Input I/O Module

Material
Plastic, Metal Components

Surface Finish
Matte

Standard
IEC 61131-2

Surface Color
Grey

Rated Voltage
24 V DC

Maximum Output Current
N/A (Input Module)

Dimension (L*W*H)
110 x 70 x 40 mm

Application
Industrial Automation, Process Control

IP Rating
IP20

Display Type
LED Indicators

About ABB 3BSE051306R1 Analog Input I/O Module

Explore incomparable industrial control with the ABB 3BSE051306R1 Analog Input I/O Module, featured for its lavish design and gorgeous precision engineering. Tailored for value in process control, this eight-channel module accommodates both current and voltage signals within a configurable rangeensuring seamless versatility. Boasting a robust operating range, advanced diagnostics, and dependable hot swap capability, its constructed from durable plastic and metal with a sophisticated matte grey finish. Compliant with IEC 61131-2 standards, this module is your ideal component for automation demands where reliability meets innovation.

Application Surface and Distinct Features

The ABB 3BSE051306R1 Analog Input I/O Module is expertly crafted for demanding industrial automation and process control environments. Its matte, grey DIN rail-mountable surface ensures compatibility and a neat, professional installation. Extra features include status LED indicators, comprehensive diagnostics, and the flexibility of hot swap technology. Suitable for distributed control systems, its natural air cooling and robust construction guarantee steady performance and incomparable operational reliability for various industrial applications.

Sample Policy and Delivery Process

Our sample policy ensures clients can request module demonstrations to assess suitability for their needs. Handover of ABB 3BSE051306R1 modules is managed seamlessly, with express shipping options available for expedited delivery. Standard transportation can be arranged based on client preferences, ensuring the ensured arrival of samples or orders within the stipulated delivery time. Sample availability may vary by stock, but every request is handled with efficiency for a smooth procurement experience.

FAQs of ABB 3BSE051306R1 Analog Input I/O Module:

Q: How can I use the ABB 3BSE051306R1 Analog Input I/O Module in my automation system?

A: The ABB 3BSE051306R1 module integrates effortlessly with distributed control systems (DCS) for industrial automation, providing accurate analog signal input ranging from current (0/420 mA) to voltage (010 V).

Q: What is the process for requesting a sample of this module?

A: You can contact the supplier or trader in India to request a sample, and upon approval, transportation will be arranged, including express shipping if needed for swift handover.

Q: When will I receive my order after placing a request for the ABB 3BSE051306R1?

A: Delivery times depend on location and shipping method. Express shipping ensures faster delivery, while standard transportation may take longer. Tracking details are provided at handover.

Q: Where should the ABB 3BSE051306R1 Analog Input I/O Module be installed?

A: It should be mounted on a DIN rail inside an industrial control cabinet that supports natural air cooling, adhering to its specified temperature and humidity requirements.

Q: What are the key benefits of using this input module in process control?

A: Key benefits include wide input signal compatibility, status LEDs for diagnostics, hot swap capability, robust operating parameters, and compliance with IEC 61131-2 standards for reliable performance.

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