1pc HZ5D-10/1.7 M08 1.7KW 10A Combination Switch for Two-Speed Motor Three Position Four Pole Universal Cam Switch

The HZ5D-10/1.7 M08 is a heavy-duty universal cam switch designed specifically for controlling two-speed motors in a wide range of industrial applications. Rated at 1.7KW and 10A, this combination switch delivers reliable performance even in demanding environments. Its three-position, four-pole design gives operators precise control over motor operating modes, making it an ideal solution for machinery that requires seamless speed transitions. The robust construction features a durable green housing with clearly labeled terminal markings and a wiring diagram label for straightforward installation and maintenance. The four-pole contact arrangement ensures stable and consistent electrical connections, while the standard panel-mount design allows for easy integration into existing control panels or enclosures. Whether used in manufacturing equipment, conveyor systems, or other motor-driven machinery, this universal cam switch offers the dependability and versatility that industrial professionals require. Clear position indicators on the front panel make it easy to identify the current switch state at a glance.

• RATED POWER & CURRENT: This combination switch is rated at 1.7KW and 10A, delivering reliable performance in demanding industrial and motor control applications.
• THREE-POSITION, FOUR-POLE DESIGN: Features three switching positions and four poles, enabling precise control and seamless transitions between operating modes for two-speed motors.
• UNIVERSAL CAM SWITCH CONSTRUCTION: Built with a robust universal cam switch mechanism housed in durable materials, ensuring long-lasting performance under continuous use.
• PANEL MOUNT INSTALLATION: Designed for easy panel mounting with clearly labeled terminal markings and a standard mounting interface, simplifying wiring and setup.
• CLEAR POSITION INDICATORS: The front face displays clearly marked position indicators (0, 1, 2) with color-coded dots, allowing operators to quickly identify the current switch setting.