The JETImodel SP06 is a compact and versatile switch designed for controlling auxiliary functions in RC models. It is equipped with an optocoupler, which provides electrical isolation between the receiver circuit and the switchable side, making it particularly suitable for managing tasks such as switching on/off gas motor ignitions.
Product Features
Optocoupler Isolation:
- Electrical Isolation: Circuits of the receiver and the switchable side are separated by an optocoupler, ensuring safe and reliable operation by isolating high current or high voltage components from sensitive electronics.
Versatile Application:
- Auxiliary Function Control: Ideal for switching auxiliary functions such as lights.
- Gas Motor Ignition: Specifically designed to handle the ignition system of gas motors, providing a reliable means to control engine start/stop operations.
Compact and Lightweight:
- Dimensions: 35 x 22 x 6 mm, making it easy to integrate into tight spaces within RC models.
- Weight: 11 g, adding minimal weight to your setup.
Switching Current:
- Maximum Switching Current: 6 A, suitable for moderate current demands in auxiliary applications.
Technical Specifications
- Dimensions: 35 x 22 x 6 mm
- Weight: 11 g
- Maximum Switching Current: 6 A
Benefits
- Electrical Isolation: The optocoupler ensures that the receiver circuit is protected from high currents or voltages on the switchable side, enhancing safety and reliability.
- Versatile Usage: Suitable for various applications, including lighting and gas motor ignition, making it a flexible component for different RC models.
- Compact Design: Small and lightweight, fitting easily into most RC model configurations without adding significant bulk.
Summary
The JETImodel SP06 provides a reliable and safe solution for controlling auxiliary functions in RC models, with its optocoupler isolation enhancing safety for sensitive electronics. Its compact size and versatile application make it an excellent choice for switching tasks, particularly for gas motor ignitions and other auxiliary systems.
