SIMATICS S5 CPU 6ES5921-3UA12

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SIMATICS S5 CPU 6ES5921-3UA12 Specification

Operating Temperature
0C to 60C

Surface Finish
Matte

Feature
Legacy CPU Module for SIMATIC S5

Overheating Protection
Included in system design

Mounting Type
Rack-mounted

Insulation Material
High-quality plastic

Shape
Rectangular

Connector Type
PCB Connector

Product Type
PLC CPU Module

Application
Industrial Automation

Rated Voltage
24V DC

Energy Consumption
Low Power Consumption

Output Type
Digital/Analog Outputs (depending on configuration)

Color
Beige

Dimension (L*W*H)
Standard CPU module size specific dimensions not available

Weight
Approx. 500g

Warranty
No Warranty/Refurbished

Size
Standard PLC CPU size

Input Voltage
24V DC

Connection Type
Slot-based

Material
Plastic and Metal

About SIMATICS S5 CPU 6ES5921-3UA12

Take advantage of a dominant deal on the SIMATIC S5 CPU 6ES5921-3UA12, available through leading suppliers and traders in India. Secure this terrific PLC CPU module at the lowest price for your industrial automation needs. Its sterling design features standard slot-based connection, low power consumption, and robust overheating protection for uninterrupted operations. Delivering both digital and analog outputs (depending on configuration), this refurbished legacy CPU module includes a high-quality plastic and metal build, matte finish, and weighs approximately 500g. The module is rack-mounted, shaped rectangular, and operates efficiently in ambient temperatures from 0C to 60C.

Versatile Industrial Automation for Diverse Application Media

The SIMATIC S5 CPU 6ES5921-3UA12 excels in controlling and monitoring across various application media in industrial plants. Its robust surface finish and sturdy insulation materials make it fit for use on rack-mounted equipment, typically found within PLC cabinets. The standard CPU module size accommodates slot-based installation, ensuring consistent usage and reliable operation for automated production lines, material handling systems, and factory process control environments.

Certifications, Sample Availability, and Fast Drop-off Delivery

Customers seeking expenditure efficiency will find this SIMATIC S5 CPU 6ES5921-3UA12 a cost-effective choice. While refurbished, each unit meets legacy performance standards; certification details can be provided by suppliers. Sample modules may be available upon request for evaluation. Orders are typically delivered quickly, aiding project timelines with prompt drop-off and secure packaging, ensuring the CPU module arrives in optimal working condition, ready for immediate integration.

FAQs of SIMATICS S5 CPU 6ES5921-3UA12:

Q: How is the SIMATIC S5 CPU 6ES5921-3UA12 typically used in industrial automation?

A: The SIMATIC S5 CPU 6ES5921-3UA12 is primarily used for controlling and automating machinery in industrial settings. It acts as the central processing unit in legacy PLC systems, managing digital and analog outputs for varied automation tasks.

Q: What connection and mounting type does this CPU module offer?

A: This CPU module supports slot-based connection via PCB connectors and is designed for rack-mounted installation, ensuring compatibility with legacy SIMATIC S5 setups.

Q: Where can samples of the SIMATIC S5 CPU 6ES5921-3UA12 be requested?

A: Sample modules may be available directly from suppliers and traders in India. Interested buyers should contact their chosen supplier to inquire about sample availability for evaluation purposes.

Q: When will my order typically be delivered after purchase?

A: Delivery times vary by supplier, but orders are generally processed swiftly for fast drop-off, accommodating project requirements and minimizing downtime in industrial environments.

Q: What is the process for integrating the SIMATIC S5 CPU into existing systems?

A: Integration involves mounting the CPU module in the appropriate rack, connecting the PCB connectors, and configuring its digital or analog outputs as per system design, with guidance provided by suppliers if needed.

Q: How does overheating protection benefit users of this CPU module?

A: Overheating protection is integrated into the system design, helping safeguard hardware against thermal damage and enhancing the reliability and longevity of automation processes.

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