Hes 9400-605 Electric Strike 12/24VDC Surface Mounted

Product Description

The HES 9400-605 is a complete electric strike designed for access control applications requiring either fail safe or fail secure operation. It accepts 12 or 24 volts DC input, making it compatible with a wide range of access control power supplies and controllers. The surface mounted design installs at 0.5 inches thickness, keeping the profile low on the door frame. Electrical installers and access control technicians are the primary trades that specify and install this unit in both new construction and retrofit projects.

This electric strike is suited for light commercial and institutional door applications where remote or credential-based latch release is required. The dual-voltage input simplifies integration with existing control panels. The fail safe and fail secure functionality in a single unit gives installers flexibility to configure the strike to match the life-safety or security requirements of the opening. Surface mounting reduces the need for deep frame mortising, making it a practical choice on hollow metal or wood frames with limited frame depth.

Key Features

• Dual-mode operation: configurable for fail safe or fail secure
• Accepts 12 volts DC or 24 volts DC input
• Surface mounted at 0.5 inches installation thickness
• Bright brass (605) finish for compatibility with standard door hardware
• Complete unit includes all components needed for installation

Compatibility

Designed as an OEM-style surface-mounted electric strike for use with standard access control systems requiring a 12/24VDC latch-release device.

Installation Notes

Electric strikes are typically installed by licensed electricians or certified access control technicians in accordance with local codes and NFPA 70 requirements. Disconnect all power to the access control panel and door hardware circuit before beginning installation. Verify fail safe or fail secure jumper or wiring configuration matches the door's life-safety designation before energizing. Do not exceed the rated voltage supply to avoid damage to the solenoid or connected control equipment.