OMRON OUTPUT MODULE CQM1-0D214

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OMRON OUTPUT MODULE CQM1-0D214 Specification

Feature
Compact, High Speed Switching

Operating Temperature
0C to 55C

Overheating Protection
YES

Surface Finish
Matte

Shape
Rectangular

Connector Type
Screw Terminal

Mounting Type
DIN Rail Mount

IP Rating
IP20

Humidity %
10%90% (non-condensing)

Efficiency
High Switching Efficiency

Insulation Material
Plastic Housing

Product Type
Output Module

Application
PLC Output Expansion

Protection Level
Protected against overcurrent

Frequency (MHz)
50/60 Hz

Rated Voltage
24 VDC

Energy Consumption
Approx. 0.6 W

Output Type
Transistor (Sinking) Outputs

Color
Grey

Dimension (L*W*H)
98 x 30 x 90 mm

Weight
Approx. 150 g

Phase
Single Phase

Size
Standard Module Size

Input Voltage
24 VDC

Material
Plastic, Metal

No Of Poles
16

Connection Type
Terminal Block

About OMRON OUTPUT MODULE CQM1-0D214

Discover the special OMRON OUTPUT MODULE CQM1-OD214, designed for exceptional performance and optimum reliability. Featuring 16 dazzling outputs, each supporting up to 0.5A, with clearance pricing for affordable expansions. The modules high-speed 0.5 ms response time and robust overcurrent/overheating protection safeguard vital PLC operations. With compact dimensions, IP20-rated protection, and durable plastic/metal construction, this single-phase output module integrates seamlessly with CQM1 PLC Series. Experience ease of installation with standard DIN Rail mounting and terminal block connection, perfect for industrial automation needs.

Outstanding Application Benefits

The CQM1-OD214 output module is ideal for PLC output expansions in industrial settings. Its matte surface allows for easy cleaning and visibility, while transistor sinking outputs provide reliable signal switching. Primary competitive advantages include high switching efficiency, exceptional overcurrent protection, and compact housing for seamless installations. Suited for single-phase applications, it excels in demanding environments where durability and rapid response times are crucial, making it a preferred choice for automation specialists.

Domestic Market and Shipping Excellence

Serving the Indian market, the OMRON CQM1-OD214 module is available through leading suppliers and traders. Flexible sample policies ensure prudent expenditure management, while carefully packaged shipped goods guarantee safe handover upon delivery. Modules are securely packed to prevent transit damage, aligning with exceptional quality standards. Customers benefit from timely shipping and transparent sample exchanges, making the purchasing process efficient and worry-free for both small and large industrial orders.

FAQs of OMRON OUTPUT MODULE CQM1-0D214:

Q: How is the OMRON OUTPUT MODULE CQM1-OD214 installed?

A: It is installed using a DIN Rail mounting system, featuring a compact and standard module size with screw terminal connections for secure placement within compatible PLC panels.

Q: What primary benefits does the CQM1-OD214 offer for industrial automation?

A: The module offers high-speed switching efficiency, exceptional protection against overcurrent and overheating, and reliable performance in demanding environments, improving overall system responsiveness and safety.

Q: Where can I use the CQM1-OD214 output module?

A: This module is intended for output expansion in CQM1-compatible PLC systems and is suitable for industrial automation applications requiring fast and dependable signal control.

Q: What is the process for sample acquisition and product handover?

A: Customers can request samples from authorized suppliers in India, with goods securely packed and shipped; handover occurs upon confirmed delivery, ensuring product integrity.

Q: When should the module be replaced during usage?

A: Although designed for a lifetime of 100,000 hours (MTBF), it should be replaced if you encounter persistent malfunctions or after reaching its operational life expectancy to maintain system reliability.

Q: How does protection against overcurrent function in this module?

A: The module integrates robust circuitry that automatically safeguards output channels from excessive current, minimizing the risk of downtime and component damage during operation.

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