P+F PSM58N – Advanced Modular Sensor, for Industrial Automation, Model F2AAGROBN, 1213 Series

Detection Type:Photoelectric Sampling

Device Type:Multiturn Absolute Encoder

Operating Voltage:4.5…30 V DC (SSI, SSI + RS422); 10…30 V DC (SSI + Push/Pull)

Output Code:Gray Code, Binary Code

Connector:Type 9416 (M23), 12-pin; Type 9416L (M23), 12-pin

Pulses:1024, 2048, 4096

Power Consumption:Max. 2.5 W

Operating Temperature:-25°C to +70°C

Mass:Approx. 460 g (combination 1); Approx. 800 g (combination 2)

    Introducing the P+F PSM58N-F2AAGROBN-1213, an advanced encoder solution engineered for unparalleled precision in industrial automation systems. This encoder is meticulously designed to deliver high-resolution position feedback, essential for demanding applications requiring exceptional accuracy and reliability.

    Featuring a robust industrial standard housing with a diameter of 58mm, the PSM58N-F2AAGROBN-1213 is built to withstand harsh environments typically found in manufacturing floors. Its compact design and versatile mounting options make it a perfect fit for various machinery and equipment, enhancing operational efficiency and reducing downtime.

    Equipped with a PROFIBUS interface, this encoder seamlessly integrates with existing control systems, ensuring smooth communication and data transfer. The extended scaling functions offer customization capabilities tailored to specific application requirements, allowing users to fine-tune performance according to their needs.

    Innovative programmable limit switches provide enhanced safety features, enabling the system to detect and respond to potential hazards promptly. The commissioning mode facilitates easy setup and configuration, streamlining the integration process and minimizing installation time.

    With a maximum power consumption of 2.5W and operating voltage ranging from 10 to 30VDC, the PSM58N-F2AAGROBN-1213 ensures efficient energy usage and compatibility with a wide range of power supplies. The binary output code ensures reliable data transmission, while the choice between gray code and binary code offers flexibility in interfacing with different systems.