- Power supply
- 24V DC
- Voltage tolerance
- Power consumption
·The highest compliance with EN-IS013849-1 Ple standard and IEC 62061 SiL3 standard
·Proven dual-channel safety monitoring circuit design
·Multi-function configuration dial switch, applicable to a variety of safety sensors
·Input and output LED indication.
·Automatic/manual reset lever to quickly configure the system.
·The width is 22.5mm, reducing the installation space.
·Screw terminals or spring terminals are available for a wider range of applications.
·PLC signal output.
What are the functions of safety control relays
Safety control relays are automatic switching components with isolation function. When the change in the excitation amount in the input loop reaches a specified value, the automatic circuit control device that can make the controlled power in the output loop undergo a predetermined step change. It has an induction mechanism that can respond to a certain amount of external excitation (electrical or non-electric), an actuator that can control the "on" and "off" of the controlled circuit, and can compare, judge and convert the magnitude of the excitation The intermediate comparison agency. Relays are widely used in remote control, telemetry, communication, automatic control, mechatronics and aerospace technology, and play the role of control, protection, regulation and information transmission.
Safety relays control the operation or stop of electrical related equipment.
Relay safety output
Transistor signal output
Relay contact capacity
Maximum switching capacity
12A (distributed on all safety output contacts)
AgSnO2 + 0.2µmAu
Maximum input cable resistance
Impulse withstand voltage
Shell IP30, terminal IP20, it is recommended to install in the cabinet or shell IP54
EN ISO 13849-1:2015
In central air conditioning control systems, relays are often used as switches for power circuits such as compressors, fans, motors, water pumps, and four-way valves. When in use, one end of the safety control relays control coil is connected to the power supply, and the other end is connected to the output end of the control component. Through the output control signal of the control component, the safety control relays control coil generates a potential difference at both ends of the control coil and forms a current loop to generate electromagnetic force. Under the action of the electromagnetic force and the inherent elastic force of the relay reed, the relay contacts are attracted or released, thereby connecting or disconnecting the circuit of the electrical load power supply to control the operation or stop of the related equipment.