GE IC697MDL753 Modul Output Logika Positif ESCPP

Voltage rating: 5 volts DC or 10 to 60 volts DC.

Output Current: 16 milliamps at 5 volts DC; 0.5 amps per point at 10 to 60 volts DC, 4 amps per bank.

Output Voltage Range: 5 volts DC or 10 to 60 volts DC.

Current Required: 0.25 amps.

Number of Output Points: 32 points in 2 isolated groups of 16 points each.

Isolation Voltage: 1500 volts.

Maximum Inrush Current: 5 amps for 20 milliseconds.

Response Time: 1 millisecond maximum response time for both on and off.

Output Voltage Drop: 1 volt (2 ohms) maximum.

Flexible logic: GE IC697MDL753 Adopting negative logic output, it can be flexibly adapted to different control logic requirements.

Convenient Configuration: MS-DOS based configuration software can be run on different versions of Windows operating systems and configured via TCP/IP protocol without jumper wires and dip switches, which is convenient for users to make settings.

Visible status: LED indicator on the top of the module can visualize the on/off status of each logic point, which is convenient for users to monitor and troubleshoot.

High load capacity: GE IC697MDL753 provides high inrush current, and the output point can withstand 0.5 Amp current, which is suitable for driving a variety of load devices, such as indicator lamps, motor starters, solenoid valves, and TTL interfaces.

Industrial automation production line: GE IC697MDL753 is used to control various equipments on the production line, such as motors, solenoid valves, etc., to realize the automation control and monitoring of the production process.

Energy management system: GE IC697MDL753 is usd in the process of energy production, transmission and distribution, control and monitoring of related equipment to ensure the stable operation of the energy system.

Logistics and warehousing automation: such as controlling conveyor belts, shelf lifts and automatic sorting equipment in warehouses to improve the efficiency of logistics operations.

Industrial robot system: GE IC697MDL753 is used as part of the robot control system to control the robot's movements and actuators to realize precise operation and task execution.