ABB SR511 3BSE000863R0001 Regulator

ABB SR511 3BSE000863R0001 is an outstanding safety relay module in the field of industrial automation. Designed specifically to address various potential safety risks in industrial environments, this module can respond quickly to hazardous scenarios, effectively prevent safety accidents, and provide reliable safety protection for operators and production equipment. It is widely used in industries with extremely high safety performance requirements, such as machinery manufacturing, automobile production, and logistics warehousing.

• 
  

• Electrical Parameters: The operating voltage is 24V DC, a standard voltage that adapts to the power supply requirements of most industrial safety control systems, ensuring stable and reliable operation of the module. In terms of input and output, it is equipped with multiple safety input channels and output contacts. The safety input channels can be connected to various safety sensors such as emergency stop buttons, safety light curtains, and two-hand start devices to receive safety signals from these devices; the output contact capacity meets relevant safety standards, enabling reliable control of executive components such as contactors and solenoid valves to achieve safe shutdown or emergency braking of equipment.
• Physical Parameters: The product has a compact size, approximately 120mm×80mm×60mm. Its small shape allows for easy installation in control cabinets, saving installation space. The shell is made of high-strength industrial-grade materials, with good impact resistance and vibration resistance, which can adapt to the influence of mechanical stress in industrial environments and ensure the structural stability of the module.
• Environmental Parameters: The operating temperature range is -20℃ to +60℃, and it can maintain stable performance within a relatively wide temperature range, working normally in both cold winter workshops and high-temperature production environments. The relative humidity adaptation range is 5%-95% (non-condensing), which can cope with industrial scenarios with different humidity conditions such as humidity or dryness, ensuring the reliable operation of the module in various environments.

• 
  

• High Safety Level: It complies with PL e level in EN ISO 13849-1 standard and SIL 3 level in EN 62061 standard, which are high safety level certifications in the industrial safety field. This means that the module can provide extremely high safety protection in complex industrial environments, effectively reducing the probability of safety accidents.
• Rapid Response Capability: When receiving dangerous signals from safety sensors (such as emergency stop buttons being pressed, safety light curtains being blocked, etc.), it can respond in an extremely short time, quickly cut off the power source of dangerous equipment, realize emergency shutdown of the equipment, and minimize the losses caused by accidents.
• Flexible Configuration Function: It supports the configuration of multiple safety functions, such as safety door monitoring, emergency stop monitoring, two-hand control, safety carpet monitoring, etc. Users can set the parameters of the module through dedicated configuration software according to specific safety requirements, realize personalized safety control logic, and meet the safety protection requirements of different industrial scenarios.
• Comprehensive Diagnosis and Monitoring: It is equipped with a comprehensive self-diagnosis function, which can monitor the operating status of the module in real-time, such as power failure, input/output channel failure, internal circuit abnormality, etc. When a fault is detected, it will send a fault signal through indicator lights or communication interfaces to remind maintenance personnel to conduct timely inspection and repair, ensuring that the module is always in normal working condition. At the same time, diagnostic information can be uploaded to the upper computer monitoring system through the communication interface to realize remote monitoring of the module's operating status.
• Redundant Design: Some key circuits adopt redundant design. When one of the circuits fails, the other standby circuit can be put into operation immediately, ensuring that the safety function of the module is not affected, which greatly improves the reliability and availability of the module and avoids the failure of safety protection due to module faults.

• 
  

• Machinery Manufacturing Industry: In mechanical equipment such as CNC machine tools, machining centers, and robot workstations, the SR511 3BSE000863R0001 module can be used to monitor the status of the equipment's safety doors, the operation of emergency stop buttons, and the trigger signals of safety light curtains. When the safety door of the equipment is opened, the emergency stop button is pressed, or the safety light curtain is blocked, the module can respond quickly, immediately cut off the power output of the equipment, stop the equipment, and prevent operators from being injured by machinery.
• Automobile Production Industry: In scenarios such as automobile welding production lines and assembly lines, there are a large number of automated equipment and robots, and operators interact frequently with the equipment, resulting in high safety risks. This module can be connected to safety equipment such as safety fences of welding robots and emergency stop devices of assembly lines, monitor the status of these equipment in real-time, and quickly control the relevant equipment to stop working once potential safety hazards are found, ensuring the safety of operators and avoiding product quality problems caused by incorrect equipment operation.
• Logistics and Warehousing Industry: In logistics equipment such as automated three-dimensional warehouses and conveyor systems, the module can be used to monitor the emergency stop buttons of the conveyor lines and the status of safety barriers. When abnormal situations occur in the conveyor line, such as someone breaking into the dangerous area or equipment failure, the module can send control signals in a timely manner to make the conveyor line stop emergency operation, prevent safety accidents such as goods falling, equipment damage, or personnel injury, and ensure the safe and efficient operation of the logistics and warehousing system.