HES 10305--------00 Stromuebertraeger 2-Pole Power Transfer Unit

When your access control installation requires reliable power transfer across moving door assemblies, cable wear and connection failures become real deployment risks. The HES 10305--------00 Stromuebertraeger addresses this challenge with a 2-pole power transfer design that maintains consistent electrical connectivity between door frames and electrified hardware without the vulnerability of exposed wiring.

Key Features

• 2-pole configuration supports power transfer for electric strikes, magnetic locks, and other electrified access hardware
• Stromuebertraeger (power transfer) design eliminates exposed hinge-side wiring on high-traffic door installations
• Engineered for commercial-grade door assemblies where cable protection is critical
• Maintains circuit integrity through thousands of door cycles without connection degradation
• Compact form factor integrates into standard door frame preparations
• Designed for installations requiring clean wire management between frame and door-mounted components

Power transfer units solve a fundamental problem in access control: getting power from the frame to door-mounted hardware without creating a maintenance liability. Traditional through-hinge wiring experiences constant flexing that leads to conductor fatigue and intermittent connections. The HES 10305--------00 uses a sliding contact mechanism that maintains continuous electrical connection while accommodating door movement, reducing service calls related to wiring failures.

This unit is particularly valuable in installations with electric strikes or mag locks where power interruption directly impacts security functionality. The 2-pole design handles both positive and negative conductors in a single assembly, simplifying installation and reducing the number of penetrations required through the frame. Integration is straightforward—mount the unit in the frame, run your power leads to the terminals, and connect to your electrified hardware on the door side. For integrators managing projects where reliability and long-term serviceability matter, this power transfer approach delivers consistent performance across the door's operational life.