3BSE010796R1 PM825

¥3,520.00

Weight and Dimensions

Weight: 1 kg.
Dimensions: 108 mm in height, 225 mm in length, 135 mm in width.

Features

High Processing Power: Can handle complex control tasks and data processing.
Flexible I/O Configuration: Allows easy connection and control of various devices.
User-friendly Interface: Facilitates quick setup and maintenance.
Compact Design: Saves space in control cabinets.

Category:

Description

Parameter Specifications

Power Supply: 24 VDC.
Memory: 256 MB DDR SDRAM.
I/O Ports: 2 serial ports, 1 Ethernet port (RJ45).
Operating Temperature: -20°C to 60°C (typical industrial operating range).
Communication Protocols: Supports various industrial protocols like Modbus.
Applications
Manufacturing Industry: Controls production lines, manages motor speed and robotic arms’ movement.
Power Generation: Monitors and controls power generation equipment like turbines and generators.
Chemical Industry: Used in chemical reaction processes and material transportation control.

Weight and Dimensions

Weight: 1 kg.
Dimensions: 108 mm in height, 225 mm in length, 135 mm in width.

Features

High Processing Power: Can handle complex control tasks and data processing.
Flexible I/O Configuration: Allows easy connection and control of various devices.
User-friendly Interface: Facilitates quick setup and maintenance.
Compact Design: Saves space in control cabinets.

Stability and Reliability

Certified Quality: Meets international standards like FCC, UL.
Rugged Construction: Withstands harsh industrial environments including vibrations and temperature changes.
Redundancy Options: Some systems can be configured with redundancy for high availability.

Practical Case

In a large automobile manufacturing plant, the 3BSE010796R1 PM825 is used in the assembly line control system. It controls the movement of robotic arms for welding and parts installation. Once, during a production process, a sensor detected an abnormal position of a robotic arm. The PM825 quickly processed the signal, sent an alarm, and adjusted the robotic arm’s movement parameters in time, avoiding potential quality problems of the products and production delays. Its high stability and reliability ensured the smooth operation of the assembly line.