GE IC3600LIVD1A Logic Inverter

Brand: GE
Model:IC3600LIVD1A
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
Please contact Yvonne for quotation, thank you!

Details

GE IC3600LIVD1A Logic Inverter

Product manual:

GE IC3600LIVD1A is a logic inverter module that is part of GE's Speedtronic series of industrial control systems,
Widely used in industrial automation and turbine control systems. The following is detailed information about IC3600LIVD1A:
Product Features
Core functions:
Used for signal logic inversion operation, to invert the logic state of the input signal (e.g., high level to low level, or low level to high level).
Support reliable processing of digital signals to ensure the accuracy of logic circuits.
Design features:
On board multiple electronic components, including transistors, resistors, capacitors, and integrated circuits, optimize logic processing performance.
Compact design, suitable for standard slots in GE control systems.
Interface and Connection:
Standardized metal pin design ensures compatibility with the Speedtronic system.
Multi pin connectors facilitate quick integration into existing systems.
Reliability:
Industrial grade component design ensures stable operation in harsh environments.
It has the characteristic of resisting electromagnetic interference (EMI) and is suitable for complex industrial environments.
technical specifications
Logical operation: Invert the logical state of the input signal.
Working voltage: Consistent with the Speedtronic system, typically 5V or 24V DC (depending on the specific application).
Work environment:
Temperature range:- 20 ° C to+70 ° C.
Humidity range: 0% -95% (without condensation).
Size and compatibility: Complies with GE Mark series control system standards.
application area
Industrial automation:
Used for signal inversion in logic circuits, as an auxiliary part of other control modules.
Turbine control:
As a component of the GE Mark I and Mark II systems, ensure efficient operation of gas or steam turbines.
Energy Management:
Used to optimize signal processing and system response in complex logic control processes.
Flexible adaptation to different scenarios and tasks.