Schlage Electronics 672 TouchBar Request-to-Exit Device

672 SeriesTouchBar

The 672 TouchBar is a request-to-exit device which releases electronic locking devices, most commonly electromagnetic locks when the bar is depressed. The "PUSH TO EXIT" signage provides an obvious exit indication for building occupants and the simplified design allows for reversing the signage in the field. The new pivoting bar design allows 1/4" activation and the 2 1/4" low profile provides ample clearance through the door - notably less than others in the industry.

The 672 TouchBar request-to-exit device is easy to install and simple to wire. The device’s rugged cast ramped end caps deflect blows and provide extra durability.

Features and benefits:

• 1/4" Movement activates immediate release

• Standard Double Pole, Double Throw switch utilized

• Large "PUSH TO EXIT" lettering provides obvious exit indication with glow-in-the-dark option

• Low profile provides ample clearance through the door

• Releases electromagnetic or electrified locks when bar is depressed

• Left- or right-hand reverse (field reversible)

• Field sized or orderable for 36", 42" or 48" doors

• For aluminum, hollow metal and wood doors

• Pivoting bar design allows 1/4" activation

• Heavy-duty aluminum extrusion with powder coat cast metal end caps for maximum durability

• Quick installation brackets/universal mounting system

Specifications: Input voltage:

• 12 or 24 VDC maximum current draw .25 amps

Switch:

• DPDT contacts rated 4 amps @ 30 VDC

Wiring:

• 6 conductor cable - 20 AWG (standard)

Models:

• 672 RD - Black with red "PUSH TO EXIT"
• 672 GID - Black with glow in the dark "PUSH TO EXIT"

Door size:

• 36", 42" or 48"

Finishes:

• 628 - Satin anodized aluminum (standard)
• 313 - Dark satin bronze anodized aluminum

Handing:

• RHR - Right hand reverse
• LHR - Left hand reverse -field reversible

• * Note: Screw pack has self-drilling and self-tapping screws for aluminum and wood door applications and rivnuts for hollow metal door applications.