I/O MODULE

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I/O MODULE Specification

Components
Relay, Opto-isolators, Terminal Blocks

Way
8/16 Channels

Control System
PLC, DCS Compatible

Protection Class
Class II

Cover Material
Polycarbonate

Cabinet Material
ABS Plastic

Cooling System
Natural Air Cooling

Operating Voltage
24V DC

Current Rating
500 mA

Protection Level
IP20

Base Material
Plastic

Rated Operation Voltage
24V DC

Panel Type
Modular

Rated Current
500 mA

Rated Insulation Voltage
500V AC

Thickness
35 mm

Connectivity Type
Screw Terminal, Plug-in

Features
Compact Size, Easy Mounting, Surge & Overvoltage Protection

Product Type
I/O Module

Material
Industrial Grade Plastic, ABS/Polycarbonate

Surface Finish
Matte/Glossy

Standard
IEC 61131-2

Surface Color
Grey/Black

Rated Voltage
24V DC

Frequency (MHz)
DC: Not Applicable

Maximum Output Current
500 mA per channel

Dimension (L*W*H)
100 x 60 x 35 mm

Application
Industrial Automation, Control Panels

IP Rating
IP20

Display Type
LED Status Indicators

About I/O MODULE

Jump on the opportunity to upgrade your automation systems with this Virtuoso I/O Module, designed for DIN rail mounting. With sterling performance, this opulent device handles digital sink/source signals within a wide -20C to +60C operating temperature range. Enjoy instant checkout of system status via LED indicators, and benefit from sheer reliability with photcoupler isolation and IP20 protection. Its ephemeral response time (<10 ms) meets rigorous IEC 61131-2 standards. Fabricated from premium industrial-grade ABS/polycarbonate, this compact, modular solution is perfect for Indias discerning industry suppliers and traders.

Versatile Features for Industrial Excellence

This I/O Module showcases a range of premium features such as compact size, surge and overvoltage protection, and easy DIN rail mounting. Developed for control panels and industrial automation, it easily integrates with PLC and DCS systems. The device offers 8 or 16 channels, plug-in screw terminals, LED status indicators, and natural air cooling. To use, simply secure to a DIN rail, connect your digital devices, and monitor real-time performance with confidence.

Certifications, Sample Policy, and Order Fulfillment

This opulent I/O Module boasts IEC 61131-2 certification, affirming its superior quality. Sample policies are flexiblecontact our team for premium demonstrations tailored to your needs. Expect swift order completion and timely arrival, as we prioritize delivery within agreed timelines for each consignment. From inquiry to installation, every process is expertly managed to ensure seamless integration into your operations.

FAQs of I/O MODULE:

Q: How do I mount the I/O Module within my control panel?

A: The I/O Module is engineered for effortless DIN rail mounting. Simply affix the module to a standard DIN rail within your control panel, secure the connections via screw terminals, and its ready for configuration.

Q: What types of input signals are supported by this module?

A: This device supports digital input signals with both sink and source configurations, making it versatile for a wide variety of industrial automation and plant applications.

Q: When can I expect delivery after placing my order?

A: Delivery times are generally prompt, with orders dispatched as per agreed schedules. Our team ensures that every order reaches your premises swiftly for a smooth installation experience.

Q: Where can this I/O Module be effectively used?

A: The module is ideal for use in control panels, PLC and DCS systems, and a variety of industrial automation settings, providing reliable digital signal handling for efficient process control.

Q: What are the benefits of photcoupler isolation in this I/O Module?

A: Photcoupler isolation ensures electrical separation between I/O channels and logic circuits, offering enhanced protection against electrical noise, transient surges, and ensuring safe, sterling performance.

Q: How does overvoltage protection add value to this module?

A: Overvoltage and surge protection mechanisms safeguard sensitive internal circuitry, prolonging module lifespan and reducing the risk of equipment downtime due to electrical faults.

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