Rated Voltage: The output can support a wide range of voltages, typically compatible with both AC and DC voltages. For example, it can handle voltages such as 5 to 265VAC and 5 to 30VDC.
Rated Current: Each point has a rated current. For instance, at 5 to 265VAC, the rated current is 2.0A for resistive loads, and at 5 to 30VDC, the rated current is also 2.0A for resistive loads.
Response Time: The module has a relatively fast response time, which allows for quick switching of the output states. The on – to – off and off – to – on response times are typically short, enabling timely control of the connected devices.
Isolation Voltage: It has isolation between channels, with a rated isolation voltage of 250VAC (continuous) and 1500VAC (for 1 minute) between groups.
Isolation Voltage: It has isolation between channels, with a rated isolation voltage of 250VAC (continuous) and 1500VAC (for 1 minute) between groups.
Power Supply: The module gets its power from the backplane of the PLC system it is installed in.
Operating Temperature Range: -20°C to +60°C.
Storage Temperature Range: -40°C to +85°C.
Relative Humidity: 5% to 95% (non – condensing).
Protection Level: IP20.
Functional Features
High – Density Design: With 32 output points in a single module, it can control multiple devices simultaneously, which helps to save space in the control cabinet and improve the integration level of the system.
Relay Output Advantage: The relay output type provides electrical isolation between the PLC and the external load, which can protect the PLC from electrical interference and damage. It also supports both AC and DC loads, offering great flexibility in different application scenarios.
Flexible Configuration: The module supports both positive and negative logic configurations, allowing it to adapt to different control requirements and external device connection methods.
Reliability: It is designed with industrial – grade components and manufacturing processes, which can ensure stable operation in harsh industrial environments. The isolation between channels and groups also enhances the reliability of the module by preventing interference between different output channels.
Fault Diagnosis: It may have built – in fault diagnosis functions, which can help users quickly identify and troubleshoot problems when there are issues with the output channels, such as open – circuit or short – circuit faults.
Application Scenarios
Factory Automation: In manufacturing plants, it can be used to control the operation of various production equipment, such as the start – stop of motors, the operation of conveyor belts, and the action of pneumatic valves in assembly lines, packaging lines, and other production processes.
Power Industry: It can be applied in power generation, transmission, and distribution systems to control the switching of circuit breakers, relays, and other electrical equipment, as well as to monitor and control the status of power – related devices.
Building Automation: Used in building management systems to control lighting, ventilation, air – conditioning, and other equipment, realizing the intelligent control and energy – saving operation of buildings.
Process Industry: In industries such as chemical, petroleum, and pharmaceutical, it can be used to control the opening and closing of valves, the operation of pumps, and other process – related equipment, ensuring the stable and safe operation of the production process.
