steve
Got hold of Sime for a Carrier card for…
Got hold of Sime for a Carrier card for a chiller. Machine down in a factory. Received the new card in express time machine and plant now up and running fantastic service form Sime
3 weeks ago
6EP4134-3AB00-0AY0
Siemens 6EP4134-3AB00-0AY0 available at EU Automation. Get in touch today for a quick price.
Based on over 4900 reviews
Full 12-month warranty
Available for dispatch immediately
We deliver worldwide
What happens next?
1. Email confirmation
You will get an email confirming that we have received your enquiry.
2. Dedicated Account Manager
One of our team will be in touch to confirm your part(s) specification and condition.
3. Your quote
You will receive a comprehensive quote tailored to your specific needs.
All orders are subject to product availability. See our T&Cs.
Ask our team
What happens next?
1. Email confirmation
You will get an email confirming that we have received your enquiry.
2. Dedicated Account Manager
One of our team will be in touch to confirm your part(s) specification and condition.
3. Your quote
You will receive a comprehensive quote tailored to your specific needs.
The Siemens 6EP4134-3AB00-0AY0 is a high-quality power supply module from the renowned SITOP series. This module is designed to provide a reliable and uninterrupted power supply, ensuring the smooth operation of your industrial equipment. With a 24V DC output, it is suitable for a wide range of applications.
This power supply module is equipped with advanced features such as reverse polarity protection against energy storage unit polarity reversal and input voltage polarity reversal. It also includes a signalling system with LED indicators for normal operation and buffering mode, providing real-time status updates for easy monitoring.
The Siemens 6EP4134-3AB00-0AY0 is designed for easy installation with screw-type terminals for input, output, battery module, and control circuit and status message. It can be conveniently mounted on a DIN rail, making it a versatile choice for various industrial settings.
This power supply module is not only efficient but also safe to use. It has a Class III operating resource protection class and an IP20 protection class. It also complies with EN 55022 Class B for emitted interference and EN 61000-6-2 for interference immunity, ensuring its reliable performance in various environmental conditions.
In summary, the Siemens 6EP4134-3AB00-0AY0 power supply module is a robust and reliable solution for your power supply needs, offering superior performance, safety, and convenience.
This power supply module is equipped with advanced features such as reverse polarity protection against energy storage unit polarity reversal and input voltage polarity reversal. It also includes a signalling system with LED indicators for normal operation and buffering mode, providing real-time status updates for easy monitoring.
The Siemens 6EP4134-3AB00-0AY0 is designed for easy installation with screw-type terminals for input, output, battery module, and control circuit and status message. It can be conveniently mounted on a DIN rail, making it a versatile choice for various industrial settings.
This power supply module is not only efficient but also safe to use. It has a Class III operating resource protection class and an IP20 protection class. It also complies with EN 55022 Class B for emitted interference and EN 61000-6-2 for interference immunity, ensuring its reliable performance in various environmental conditions.
In summary, the Siemens 6EP4134-3AB00-0AY0 power supply module is a robust and reliable solution for your power supply needs, offering superior performance, safety, and convenience.
| Specification | Description |
|---|---|
| Part Number | 6EP4134-3AB00-0AY0 |
| Alternative Part Number | 6EP41343AB000AY0 |
| Manufacturer | Siemens |
| Series | SITOP |
| Part Type | Power Supply Module |
| Output Voltage | 24V dc |
| Short Description | Uninterruptible Power Supply |
| Country of Origin | Not specified |
| Commodity Code | 85049099 |
| Operating Temperature | -25 to +70 °C |
| Storage Temperature | -40 to +85 °C |
| Protection Class | IP20 |
| EMC Standard | EN 55022 Class B, EN 61000-6-2 |
| Electrical Connection | Screw-type terminals |
| Enclosure Dimensions | Width: 50mm, Height: 125mm, Depth: 125mm |
| Mounting Type | Snaps onto DIN rail EN 60715 35x7.5/15 |
| Net Weight | 0.38 kg |
| Certifications | CE, cULus-Listed, IECEx, ATEX, C-Tick, CB-certificate |
| Shipbuilding Approval | ABS, DNV GL |
What is the main function of this power supply module?
The Siemens SITOP Series Power Supply Module is designed to provide a reliable and uninterrupted power supply. It is particularly useful in industrial automation systems where a consistent power supply is crucial for the smooth operation of machinery and equipment.
What voltage does this power supply module operate at?
This power supply module operates at 24V dc. It's designed to provide a steady and reliable source of power for your industrial automation systems.
What is the weight of this power supply module?
The net weight of the Siemens SITOP Series Power Supply Module is 0.38 kg. This makes it a lightweight and compact solution for your power supply needs.
What type of mounting does this power supply module use?
The Siemens SITOP Series Power Supply Module can be easily mounted by snapping onto a DIN rail EN 60715 35x7.5/15. This makes installation quick and easy.
What is the operating temperature range of this power supply module?
This power supply module can operate in a wide range of temperatures, from -25 to +70 degrees Celsius. This makes it suitable for use in a variety of industrial environments.
What type of electrical connection does this power supply module use?
The Siemens SITOP Series Power Supply Module uses screw-type terminals for electrical connection. This ensures a secure and reliable connection for your power supply needs.
Does this power supply module have any additional features?
Yes, this power supply module features a battery module as an electrical accessory. This can provide additional power support in case of a power outage or fluctuation.
What is the Mean Time Between Failures (MTBF) for this power supply module?
The MTBF for the Siemens SITOP Series Power Supply Module is 415,574 hours at 40 °C. This indicates the reliability of the module and its long-lasting performance.
- Power supply for industrial automation systems
- Backup power source for critical systems in case of power failure
- Powering control panels in manufacturing plants
- Supplying power to PLCs (Programmable Logic Controllers) in automation systems
- Providing power to safety systems in industrial environments
- Powering communication devices in industrial networks
- Supplying power to monitoring and control devices in process industries
- Providing power to sensors and actuators in automated systems
- Powering devices in railway applications, as per the datasheet
- Supplying power to devices in shipbuilding applications, as per the datasheet
- Providing power to devices in environments with high ambient temperatures, as per the datasheet
- Powering devices in environments with high humidity, as per the datasheet
- Supplying power to devices in environments with high altitude, as per the datasheet
- Providing power to devices in environments with high chemical resistance, as per the datasheet
- Powering devices in environments with high resistance to biologically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to mechanically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically active substances, as per the datasheet
- Providing power to devices in environments with high resistance to chemically active substances, as per the datasheet
- Powering devices in environments with high resistance to mechanically active substances, as per the datasheet
- Supplying power to devices in environments with high resistance to biologically
This content has been produced using multiple sources. EU Automation takes no responsibility for the accuracy of this information. Always consult the original equipment manufacturer for the most up to date instructions and information.
Delivery
- Logistic partners UPS, FedEx and DHL
- International delivery available
- Premium nine hour delivery service available to anywhere in Europe
- Same day dispatch from group stock
Warranty
All parts new or reconditioned are covered by EU Automation 12 month warranty
Returns
No hassle returns policy
Dedicated customer support team
Payment
Trade CreditWe understand that credit is a necessary part of business and offer credit agreements on request, subject to status.
Payment optionsWe accept Bank transfers and the following methods of payment:
All transactions are handled securely by HSBC and HSBC Merchant Services. For more information, please visit our dedicated payments page.
Services
Sourcing your part
Global supplier of quality automation and control components
Service Exchange
Dispose of your old unit by exchanging it for a working part.
Repair
A comprehensive repair service for faulty equipment.
Customer reviews
steve
Daniel
Excellent customer service...
Alex Bailey is my main point of contact at EU Automation...he is extremely friendly, has exceptional customer service skills and always offers great pricing & lead times.
2 months ago
Jerry Schrink
Tom Higgins provided amazing service
Tom Higgins provided great prompt service. I contacted Tom by phone and within 10 minutes there was a quote in my in box. WOW Thank you Tom and Thank you EU Automation!
2 months ago
Paulo Pereira
Excellent service and communication…
Excellent service and communication from Alex Bailey. He truly goes above and beyond to ensure his clients are 100% satisfied. The entire process was seamless, and his attention to detail made a huge difference. Highly recommended for anyone looking for amazing service!
2 months ago
Gary
Tom Higgins did a great job at getting…
Tom Higgins did a great job at getting us the part we needed. He saw a concern with the part a verified before shipping.
3 months ago
Lessle Smith
Thomas Higgins has gone above and…
Thomas Higgins has gone above and beyond to make things happen for my facility. His customer service and knowledge were an asset in helping me with my order and the logistics challenges!
4 months ago
Our world, made possible by manufacturing. Manufacturing made possible by EU Automation.
Discover how we do our part to keep your production lines moving.