8440-2028 Digital I/O Expansion Board

Each of the inputs can be assigned a name, alarm class, NO/NC configuration and time de-lay. The name and class are displayed on the connected genset controller’s display.

The IKD 1 output relays are controlled over the CAN bus connection from the main genset controller. Configuration of the IKD 1 is performed through the relay manager in the main controller and transmitted to the IKD 1.

A direct configuration cable (DPC) and software can be purchased for use with a PC or laptop and may be advisable for extensive configuration applications or where several similar units are to be set up.

• 8 configurable discrete alarm inputs
• 8 configurable FORM C relays with potential free contacts
• Configurable delays for each input
• CAN bus communication
• The discrete inputs transfer their status via CAN bus to the control unit.
• The control unit evaluates the status of these discrete inputs coming from the IKD 1 and depending on the configuration of the control unit, will take the appropriate action.
• The control unit can send commands via the CAN bus to remotely control the output relays of the IKD 1.
• The IKD 1 can be used with other manufacturer’s controllers. Consult product manual 37135 for information regarding the address assignments of the CAN bus interface.

8440-2082

Industrial robots: In automated production lines, servo motors can be used to precisely control the joint movements of robots, providing high dynamic response and precise position control.

CNC machine tools: Servo motors are used in the field of machine tools to control the position and speed of the tool, ensuring the efficiency and accuracy of the machining process.

Semiconductor equipment: In the semiconductor manufacturing process, servo motors are used to precisely control the handling and positioning of wafers to ensure the accuracy of the production process.

Medical equipment: In medical equipment, servo motors are used to control surgical robots, imaging equipment and experimental instruments, etc., to provide stable and reliable motion performance.

Aerospace: Servo motors are used in the aerospace field to control the steering gear of aircraft, navigation instruments and rocket adjustment systems, etc., to ensure navigation safety and accurate control.