SIEMENS SIMATIC S5 135U 6ES5947-3UA21 CPU

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SIEMENS SIMATIC S5 135U 6ES5947-3UA21 CPU Specification

Panel Type
Mounted module

Cooling System
Passive (Natural Air Flow)

Thickness
Standard Siemens 135U module slot

Base Material
Plastic/metal composite

Cover Material
Durable Plastic

Control System
SIMATIC S5 135U central control processing

Connectivity Type
Backplane bus, serial interface

Cabinet Material
N/A (built for installation into rack system)

Operating Voltage
5V DC / 24V DC

Protection Level
IP20

Components
CPU, memory, communication interfaces

Protection Class
Class I

Rated Insulation Voltage
500V

Rated Operation Voltage
24V DC

Rated Current
1.2A (logic), 3A (overall rack supply)

Features
Hot swappable, Extended temperature range, Diagnostic LEDs

Way
Single

Current Rating
1.2A

Product Type
PLC CPU Module

Material
Industrial Grade Electronic Components

Surface Finish
Matte

Standard
SIEMENS Industrial Automation Standard

Surface Color
Grey

Rated Voltage
5V DC (internal logic circuit), 24V DC (external supply)

Frequency (MHz)
10 MHz

Maximum Output Current
Not Applicable (CPU module)

Dimension (L*W*H)
290mm x 50mm x 230mm

Application
Industrial control, automation systems, process control

IP Rating
IP20

Display Type
Status LED Indicators

About SIEMENS SIMATIC S5 135U 6ES5947-3UA21 CPU

Advance Purchase your supreme SIEMENS SIMATIC S5 135U 6ES5947-3UA21 CPU to elevate your automation experience. This must-have, potent CPU is powered by the reliable Motorola 68000 Series processor and features a marvelous 32 KB program memory. Designed for rack mount installation, it ensures seamless industrial control and process automation. With diagnostic functions and LED status indicators, you enjoy high performance and effortless monitoring. Manufactured from industrial grade components, this CPU embodies Siemens tradition of excellence, promising resilience and efficiency for all your demanding automation needs.

Application and Suitability

The SIEMENS SIMATIC S5 135U 6ES5947-3UA21 CPU is primarily used for industrial control, automation systems, and process control environments. Its robust design is suitable for critical manufacturing plants and industrial facilities requiring reliable central control processing. The CPU seamlessly integrates within SIMATIC S5 135U racks, making it ideal for both new installations and upgrades in automation projects, ensuring dependable operation in even the most challenging environments.

Sample Policy, Payment and Packaging

Sample requests are managed via prompt quotations to facilitate informed decision-making. Upon your order, we guarantee quick dispatch of the SIEMENS SIMATIC S5 135U 6ES5947-3UA21 CPU, with secure packaging tailored for safe transit. Payment terms are flexible to suit business needs, ensuring a hassle-free procurement process. Each dispatched unit undergoes rigorous quality checks, offering peace of mind and supreme assurance with every purchase.

FAQs of SIEMENS SIMATIC S5 135U 6ES5947-3UA21 CPU:

Q: How is the SIEMENS SIMATIC S5 135U 6ES5947-3UA21 CPU installed?

A: This CPU is designed for rack mount installation in SIMATIC S5 135U control systems, ensuring a secure fit and optimal connectivity with other modules.

Q: What areas of application are suitable for this CPU model?

A: The CPU is suitable for industrial control, automation systems, and process control in manufacturing, plant automation, and similar environments requiring reliable and advanced central processing.

Q: When can I expect the order to be dispatched after confirmation?

A: Upon order confirmation, the SIEMENS SIMATIC S5 135U 6ES5947-3UA21 CPU is quickly dispatched, ensuring your operations proceed without unnecessary delays.

Q: Where can I use the SIMATIC S5 135U 6ES5947-3UA21 CPU most effectively?

A: This CPU is most effective in rack-based industrial automation and control systems that demand robust and efficient processing capabilities.

Q: What are the key benefits of using this CPU in automation projects?

A: Its potent performance, onboard diagnostics, hot swap capability, and reliable communication interfaces result in improved system reliability, quick fault detection, and reduced operational downtime.