Three minutes quick overview: Five "families" of Bytorent Safety relays

Safety relay is a special relay, its composition involves the integration of multiple relay units and circuits, with high-level self-test capabilities, by monitoring the state of the internal circuit and fault diagnosis and compensation, to ensure the safe and stable operation of the circuit system or related equipment.

Different from the ordinary relay, the safety relay can operate according to the established rules when the fault occurs, and has the characteristics of forced guide contact structure. The safety of the system is ensured even in the case of junction fusion. Safety relays are often used in circuit systems with high safety standards, such as automated control systems, safety door control systems, etc., to ensure that the circuit can be cut off in time in an emergency to prevent accidents.

The advantages of Bytorent safety relays

As a key component of safety control, the safety relay can provide a high-level safety guarantee, help enterprises reduce the risk of accidents in the process of manufacturing and improve production efficiency.

High security level - High standard

The products have passed the German TUV functional safety certification, the Customs Union national EAC certification, the EU CE certification and other international certifications, and in line with the ISO 13849 PLe standard, IEC 62031 SiL3 standard, to ensure that its safety, reliability and quality have reached the industry's high standards.

Redundant design

Integrate multiple independent control channels for multiple backups of functions. Even if one of the channels fails due to a failure, the other channels are still able to maintain the normal operation of the safety function independently, and the highest level of protection for personnel and equipment is still maintained in an emergency.

Compatible and powerful

They are compatible with various industrial automation systems and equipment and have a wide range of applicability. Provides short circuit protection, overload protection, and ground fault protection to prevent personal injury or equipment damage.

High standard manufacturing process

In the manufacturing process using high standards of technology, the circuit board three anti-paint coating, the shell using PA66 V0 flame retardant material with precision engineering design, strict quality control, to ensure the consistency of each product and high quality, so that the relay in a variety of harsh working conditions can still play the protection role to the extreme.

Self-diagnostic function

With self-diagnosis function, it can monitor its own status and provide rich diagnostic information when internal faults are detected. In the event of a fault, it can respond in a safe way to prevent personnel injury or equipment damage.

These characteristics together constitute the high standard and high grade of safety relays, making them an indispensable safety component in the field of industrial automation. They not only reliably transmit signals under normal operating conditions, but also provide the necessary safety guarantees in the event of a failure.

Five "Families" of Bytorent Safety Relays

With the continuous improvement of research and development technology, Bytorent constantly innovates products and independently develops five categories of safety relay products, which play a vital role in the field of industrial safety.

Ultra-thin safety relay - compact size

With its compact size and narrow width design, the ultra-thin safety relay can better adapt to the needs of diverse scenarios when installed and used. Through constant updates and iterations, there are currently six models to choose from.

This series of safety relays has strong anti-interference performance, its stability and reliability have been proven for a long time, and become the first choice for applications in small installation Spaces.

Standard safety relays - Standard applications

Standard safety relays are safety relays specially designed and developed for routine applications and can be used to monitor various safety components.

All series fully meet the functional safety requirements, all use redundant power terminals, and can adapt to different safety functions through functional dip switches. Long service life, high diagnostic coverage, the ability to detect internal faults and quickly make appropriate safety responses.

Delay type safety relay - precise control

The time-delay safety relay is one of the main products in the many relays of Bytorent. It has rich functions and various models. The proprietary design of 10-bit function dip switch can provide rich configuration options.

The delay range supports 0~99S, and the accuracy reaches 0.1S (the delay of the specific model DNSE22S-7.5 supports 0~ 7.5S, with a total of 15 gears per unit of 0.5s). A delay setting button is designed on the front of the panel, and the delay time can be adjusted quickly with the digital display (except DNSE22S-7.5).

Economical safety relay - cost-effective

This series of products has excellent performance, powerful function, reliable quality, support a variety of equipment input, and can meet the diversified needs of users. Its price is reasonable, compared with other similar products on the market, it has higher safety and reliability, economic benefits, and has a high cost performance.

Configurable safety relay HUNG20S-99 itself has strong scalability, support NFC and USB dual function configuration interface, digital tube can quickly check status information. Easily realize the interconnection of three machines, greatly expand the input and output functions, up to 12 channels of input and 6 channels of output, hybrid security features are more flexible and advanced.

Bytorent safety relays can be widely used in situations where personnel safety and equipment safety need to be ensured. It is especially suitable for frequently triggered dangerous environments, such as CNC machine tools, lithium battery manufacturing, hydrogen energy manufacturing, food and beverage, wind power, AVG/AMR, rail transit, automobile manufacturing, robot systems, elevator control, power systems, automated production lines, etc.