Available — Atlantechdrives provides you the 2161A0500, a high-precision electromagnetic component engineered by Kuhnke for reliable switching and actuation in automated control systems. This part is vital for industrial environments where electrical signals must be translated into mechanical action with high repeatability.
What Is the 2161A0500?
The 2161A0500 is a professional-grade solenoid or coil component from Kuhnke, designed to meet the rigorous demands of modern manufacturing. Characterized by its high-quality copper windings and advanced insulation materials, this part ensures efficient magnetic flux generation while minimizing heat dissipation. The 2161A0500 is built to withstand the electrical noise and thermal cycling typical of industrial control cabinets. Its internal mechanism is optimized for rapid response times, allowing for precise control of pneumatic or hydraulic valves. Built using premium technical resins and corrosion-resistant alloys, the 2161A0500 is resistant to the moisture and industrial oils commonly found on the factory floor. Kuhnke’s engineering expertise ensures that this solenoid component maintains its magnetic properties over millions of cycles, providing a low-maintenance solution for engineers looking to optimize system uptime. Whether used in high-speed sorting machines or automated assembly jigs, the 2161A0500 represents a critical building block for high-performance automation.
Key Technical Specifications
- Manufacturer: Kuhnke (Kendrion)
- Part Number: 2161A0500
- Coil Type: High-efficiency electromagnetic winding
- Duty Cycle: 100% ED Continuous Operation rated
- Insulation Class: Class F for high-temperature resilience
- Protection: Industrial protection rating compatible with standard connectors
- Material: Heat-resistant technical thermoplastic encapsulation
- Mounting: Standard Kuhnke series interface
Architecture and System Architecture
The 2161A0500 is predominantly utilized in the semiconductor manufacturing, textile production, and automotive industries. In a typical architecture, it acts as the primary actuator for directional valves, managed by a PLC to drive pneumatic cylinders. Its design allows for direct integration with electronic control boards, providing a clean interface between low-power signals and mechanical movement. The 2161A0500 is specifically favored in applications where energy efficiency is a top priority, as its optimized wattage reduces the thermal load on the control cabinet. Its robust electrical interface ensures a reliable connection that resists the effects of shock and vibration common in heavy machinery applications.
Expert Tips
When working with the 2161A0500, never energize the coil while it is removed from the valve armature or its mechanical core; without the iron core to provide inductance, the coil will rapidly overheat and burn out within seconds. We recommend using a connector with a built-in suppression diode or varistor to protect the PLC outputs from the inductive flyback voltage generated during de-energization. Always verify that the supply voltage matches the coil rating precisely to prevent premature burn-out. In environments with high humidity, ensure that the electrical plug gasket is properly seated to maintain the protection rating and prevent internal oxidation of the terminals.
Frequently Asked Questions
Q: Is the 2161A0500 suitable for high-frequency switching?
A: Yes, its low-wattage design and high-quality winding materials make it ideal for high-speed automated sequences, provided there is adequate ventilation to manage heat.
Q: Does this component include the electrical plug?
A: Usually, the connector is sold separately to allow for different cable lengths and protection types; it is compatible with standard industrial Form A, B, or C plugs depending on the specific frame size.
Do you need more references from this brand? Explore our full catalog of KUHNKE here: https://atlantechdrives.com/manufacturers/kuhnke/
This component is ideal companion for the 2161A0200 from the same Kuhnke 2161A series, the lower-capacity variant sharing identical mounting dimensions, making the two frequently specified together when staged capacity requirements must be met within the same control cabinet layout.
