Schlage 701BK L2 Mushroom Button Dual Voltage Access Control

Product Description

The SCHLAGE 701BK L2 is a 7/8-inch mushroom-style push button designed for access control applications. The button features a black finish and includes two indicator LEDs - one red and one green - for clear visual status feedback at the entry point. The dual-voltage design allows the button to operate across a range of low-voltage control circuits, reducing compatibility concerns during installation. This type of device is typically installed by licensed electricians or access control technicians as part of a door entry or egress system.

The 701BK L2 is suited for commercial and light-industrial access control installations where a compact, panel-mount button is needed. The 7/8-inch mushroom actuator provides a tactile, easy-to-locate press surface, making it appropriate for both standard entry points and applications requiring a clearly visible exit or request-to-exit button. The dual red and green LED indicators allow the controlling panel to signal door status or access authorization to the user at the button location.

Key Features

• 7/8-inch mushroom-style black button for tactile, visible actuation
• Dual LED indicators - red and green - for access status signaling
• Dual-voltage design for compatibility with a range of low-voltage control circuits
• Compact form factor suited for standard panel or door-frame mounting

Compatibility

Designed as an OEM-style replacement or new-installation component for commercial access control systems requiring a panel-mount mushroom push button with dual LED status indicators.

Installation Notes

Installation should be performed by a licensed electrician or qualified access control technician. Disconnect and lock out all power to the access control panel before wiring or mounting the button. Follow NEC requirements for low-voltage control wiring in the applicable jurisdiction. Verify the control panel voltage output matches the dual-voltage operating range of this button before energizing the circuit.