1-1393258-5 Relay

V23047-A1024-A501 Introduction

Safety is the most important thing in critical control systems, where the safety of people and equipment is of the greatest importance. In these situations, it’s very important that parts work well and are reliable. The 1-1393258-5 Force Guided Relay SR2M is one of these parts that makes sure everything works safely and reliably.

The 1-1393258-5 Force Guided Relay SR2M is made to meet the strict requirements of control systems that are important for safety. Because of its force-guided contacts and the fact that it meets safety standards, it is an essential part of making sure that important control circuits work smoothly and safely.

This relay’s force-guided contacts make sure that all of the contacts work at the same time, so there is no chance of partial contact closing or contact welding. This feature is especially important in safety-critical applications, where any failure or malfunction can have serious effects.

The 1-1393258-5 Force Guided Relay SR2M also follows the EN61810-3 safety standard, which used to be called EN50205. This standard makes sure that the relay has stronger protection between its poles, so there is less chance of electricity leaking out and the relay stays properly isolated.

Engineers and system integrators can be sure that the 1-1393258-5 Force Guided Relay SR2M can meet the strict safety standards of critical control systems when they choose it. Let’s take a closer look at its features, how it can be used, how to wire it, and safety concerns to see how this relay ensures safety and efficiency even in the most difficult situations.

Understanding Force-Guided Relays

Force-guided relays are special kinds of electrical switches that are made to make sure that contacts work reliably and at the same time in safety-critical applications. They are very important for making sure that control systems work properly, especially when failure or malfunction could lead to dangerous situations.

Force-guided relays are important because they make sure that all of the contacts in the relay switch at the same time. This is very important because it keeps things from happening where only some links change while others stay in the same state. In situations where safety is very important, things like partial contact closure or contact welding can make safety measures less effective and cause accidents or damage to equipment.

The 1-1393258-5 Force-Guided Relay SR2M shows what force-guided relays are all about. This type of relay has force-guided contacts that make sure all of the contacts move at the same time. The force-guided mechanism literally locks the contacts together so that they can switch at the same time.

By using force-guided contacts, the SR2M relay reduces the chance that the contacts will stick together or join. When the relay is turned on or off, the force-guided system makes sure that all the contacts move at the same time, reliably breaking or making the necessary electrical connections.

In safety-critical uses like emergency shut-off systems, press control, machine control, elevator and escalator control, and safety relays, it is especially important to keep the contacts from welding or sticking together. The force-guided contacts of the 1-1393258-5 Force-Guided Relay SR2M improve the safety and efficiency of these important control systems by making sure they work at the same time and reliably.

In short, force-guided relays, like the SR2M model, are a way to deal with the problems that safety-critical applications can cause. Their force-guided contacts make sure that they work at the same time. This keeps the contacts from welding or sticking together and gives them the stability they need to work properly in safety circuits.

Reinforced Insulation and Safety Compliance

Reinforced insulation between poles is an important part of safety-critical systems. It helps avoid electrical hazards and makes sure that the system works reliably. When safety is the most important factor, like in industrial control systems, reinforced insulation adds an extra layer of protection against electrical problems and other possible dangers.

In safety-critical systems, it’s important to have strengthened insulation between the poles of a relay to stop electricity from leaking and keep the poles properly separated. Reinforced insulation uses insulation materials and design methods that meet certain safety standards and requirements.

EN61810-3, which used to be called EN50205, is a well-known safety standard for switches with reinforced insulation. EN61810-3 is an international safety standard for electromechanical basic relays used in industrial control systems. It lists the requirements for these relays.

EN61810-3 gives strict rules for reinforced insulation between poles. The goal is to make sure that the relay can handle voltage stresses and stop electrical arcing or dangerous contact between conductive elements. This standard spells out the different electrical and mechanical tests that switches must pass to show that they meet safety standards.

The EN61810-3 safety standard was used to create and make the 1-1393258-5 Force Guided Relay SR2M. This type of relay has reinforced insulation between its poles, which means it meets the standard’s strict requirements. By following these safety standards, the 1-1393258-5 relay makes sure that its contacts are reliably electrically isolated. This reduces the risk of electrical problems and makes the control system as a whole safer.

When engineers and system designers choose the 1-1393258-5 Force Guided Relay SR2M, they can be sure that the relay meets safety standards. This relay model’s reliable insulation helps keep electrical dangers from happening and adds to the safety and integrity of the control system in which it is used.

In safety-critical systems, the most important thing is to have strengthened insulation between the poles. The EN61810-3 safety standard has rules about how this insulation should work, and the 1-1393258-5 Force Guided Relay SR2M meets these rules. This makes sure that the insulation works well and reduces the risk of electrical danger.

Version P1 for socket use

The 1-1393258-5 Force Guided Relay SR2M P1 version has the following advantages:

• Socket Compatibility: Made to fit standard relay sockets, which makes installation easier and makes it easier to repair or fix.
• Saves time: reduces the time and effort needed to install by getting rid of complicated wiring links.
• Flexibility: The system can be built in a modular way, which makes it easy to add or remove relays as needed.
• Improved serviceability: Faulty switches can be removed and replaced quickly, which cuts down on system downtime.
• Improved safety and reliability: A secure fit makes sure that electrical connections are stable and lowers the chance of problems or safety risks.
• Cost-effective: The modular design and streamlined processes cut down on installation and upkeep costs.

The 1-1393258-5 Force Guided Relay SR2M P1 version with socket compatibility makes it easy and quick to install, gives you more options, makes it easier to fix, makes it safer, and saves you money.

Applications

The 1-1393258-5 Force Guided Relay SR2M is often used in systems with important control functions, such as:

• Emergency shut-off devices make sure that the power is turned off right away in dangerous situations, putting safety first.
• Press control: provides reliable switching for press cycles, which makes work safe and precise.
• Machine control: allows precise control of industrial machines, which makes sure they work well and safely.
• Elevator control: allows passengers to choose a floor, control the doors, and stop the elevator in case of an emergency.
• Controls the speed, direction, and safety features of an elevator, making it safer and more efficient to use.

The 1-1393258-5 relay is perfect for these uses because it is reliable and safe. It has force-guided contacts and strengthened insulation, which make it perfect for these uses. By using this relay, these systems can work well, reduce risks, and make tools and people safer.

Conclusion

The 1-1393258-5 Force Guided Relay SR2M is an important part of making sure that key control systems are safe and reliable. It is an important part of emergency shut-off systems, press control, machine control, elevator control, and escalator control because it has force-guided contacts, strengthened insulation, and meets safety standards.

Our team at ICRFQ is committed to helping you plan your project from start to finish. We are ready to help you use the 1-1393258-5 Force-Guided Relay SR2M to its fullest ability. Contact us today and let us use our knowledge to help you make your ideas happen. Feel the power and flexibility of 1-1393258-5 as we work together to make solutions for your important control systems that are safe and reliable.

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