UCS Nano Chain Actuator DC, 300mm/11.8in

Electric Chain Actuator With 12-Inch Chain Operation

Integrate a motorized actuator to open your building's skylight, awning window, hopper, or curtain wall vent with the UCS Nano DC Chain Actuator (12-inch Chain Stroke). This electric chain actuator can easily be integrated with automation systems in homes and office buildings, providing a natural ventilation system that saves energy and lowers operating costs by reducing heating and air conditioning use. This chain actuator features an energy efficient low voltage DC motor that has a push/pull force of up to 90 lbs. The double-link chain is not only made of stainless steel and centered in an attractive aluminum case, but also is self-adjusting for proper closure during installation. Multiple actuators can be linked together for operating multiple windows simultaneously, making it ideal for large buildings such as schools, universities, municipal buildings, offices, gymnasiums, large homes, and more.

• 12-inch (300mm) chain operator for a curtain wall vent, hopper, skylight, or an awning window
• Self-adjusting chain operator for proper closure during installation
• Operator has stainless steel, double-link chain for rigidity and durability
• Low-profile, attractive aluminum case
• Minimum sash height is 10 feet
• Two-year UCS manufacturer's warranty

Contents

• Nano DC Chain Actuator
• UL Power Cable
• Manual

Notes

• Do not tamper with the actuator, or warranty is void.
• Mounting brackets sold separately.
• Chain stroke is 11.8 inches (approximately 12 inches)

UCS Motor System

The UCS Motor System is ideal for skylights, awnings or hopper windows. The motor connects directly, easily to sash; no operator needed as with other brands. The chain is double-link, all stainless steel, and centered in case; the chain terminal is chrome-plated brass. It can be easily built-in into the frame of curtain walls. Stopping in a closed position is regulated by an internal limit switch. The motor stops in intermediate positions in case of overload.