OMRON OUTPUT MODULE UNIT C500-0D212

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OMRON OUTPUT MODULE UNIT C500-0D212 Specification

Shape
Rectangular module

Mounting Type
DIN rail or panel mount

Overheating Protection
Built-in thermal design

Efficiency
High output efficiency

Power Factor
Not specified (DC unit)

IP Rating
IP20

Operating Temperature
0C to 55C

Connector Type
Screw connectors

Surface Finish
Textured, matt finish

Insulation Material
Polycarbonate enclosure

Feature
Fast switching, compact design

Humidity %
10% to 90% (non-condensing)

Product Type
Output Module Unit

Application
Industrial automation, PLC output interfaces

Protection Level
Fuse protected outputs

Frequency (MHz)
DC (not applicable)

Rated Voltage
24V DC

Energy Consumption
Approx. 2.7 W

Output Type
Transistor (Sink type)

Color
Gray

Dimension (L*W*H)
130 mm x 53 mm x 100 mm

Weight
Approx. 170 g

Size
Standard C500 Series

Phase
Single phase

Input Voltage
From PLC backplane 5V DC

Connection Type
Screw terminal block

Material
Flame-retardant plastic and metal

No Of Poles
16 outputs

About OMRON OUTPUT MODULE UNIT C500-0D212

Access the top-rated and rare OMRON OUTPUT MODULE UNIT C500-0D212, engineered for the best performance in industrial automation. With its impeccable 0.3A output current per point and incomparable 0.1 ms ON/OFF response time, this module exemplifies efficiency and reliability. Designed for the OMRON C500 Series, it features robust photoconductive isolation, fuse-protected outputs, and fast switching capabilities. The flame-retardant construction ensures safety, while the compact, rectangular shape gives it a contemporary edge. This highly sought-after unit guarantees superior output efficiency and precise control in demanding environments.

Advanced Application & Features

The OMRON OUTPUT MODULE UNIT C500-0D212 excels in industrial automation, providing sixteen transistor (sink type) outputs for PLC interfaces. Its other features include a durable polycarbonate enclosure, DIN rail or panel mounting, and fuse-protected outputs for enhanced safety. The fast switching, compact rectangular design and textured matt finish ensure dependable operation in varied application media, accommodating stringent requirements with high output efficiency and robust vibration resistance.

Logistics, Certifications & Supply Assurance

Our secure shipping logistics ensure the OMRON OUTPUT MODULE UNIT C500-0D212 reaches designated FOB ports efficiently. Certified for industrial compliance, each unit undergoes precise quality control for assured reliability. With a consistent proposal amount to support large supply abilities, customers benefit from prompt order fulfillment and flexible distribution channels. This commitment to logistics and secure packaging guarantees the modules integrity and operational correctness upon arrival.

FAQs of OMRON OUTPUT MODULE UNIT C500-0D212:

Q: How is the OMRON OUTPUT MODULE UNIT C500-0D212 integrated with existing PLC systems?

A: The OMRON OUTPUT MODULE UNIT C500-0D212 utilizes screw terminal blocks for swift and secure connections to the OMRON C500 Series PLC backplane, enabling straightforward integration into your automation setup.

Q: What unique benefits does photocoupler isolation provide for this output module?

A: Photocoupler isolation ensures electrical separation between input and output circuits, enhancing safety, minimizing interference, and maintaining the longevity and reliability of the module in industrial environments.

Q: When should this module be selected for industrial automation projects?

A: Choose the C500-0D212 when fast switching response, fuse protection, and high output efficiency are critical factors for controlling multiple outputs in demanding, vibration-intensive applications.

Q: Where is installation of the C500-0D212 most effective?

A: The C500-0D212 is most effective when mounted on standard DIN rails or panels within control cabinets for industrial automation, enabling protection and accessibility.

Q: What is the process for maintaining the output module during operation?

A: Regularly inspect the module for physical damage, check fuse integrity, ensure proper screw terminal connections, and maintain optimal temperature and non-condensing humidity levels to preserve functionality.

Q: How does the built-in overheating protection benefit usage?

A: The integrated thermal design safeguards the module by preventing overheating, promoting stable operation even during continuous or intensive applications.

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