Sargent 8774-G-ETP-84-24V Electrified Surface Vertical Rod Exit Device, Fail Secure, For 43-48" Width, 84" Ht Door

The Sargent 8774-G-ETP-84-24V is a heavy-duty electrified surface vertical rod exit device designed for demanding commercial openings measuring 43 to 48 inches wide and 84 inches tall. Configured as fail secure, it keeps the outside trim locked during a power loss, making it ideal for applications where security must hold even during outages. Part of the Grade 1 rated 8700 Series, this device features ETP electrified trim for remote control of the outside lever along with the ergonomic G lever design. Running on 24V DC, it integrates cleanly with access control and building management systems while delivering dependable egress for high-traffic entry points.

Features

• Electrified surface vertical rod exit device engineered for reliable panic egress and controlled access.
• Fail secure operation keeps the outside trim locked when power is removed, preserving security.
• Sized for doors 43 to 48 inches wide and 84 inches tall for tall commercial openings.
• ETP electrified trim allows the outside lever to be locked or unlocked electrically.
• 24V DC power input for integration with access control and building management systems.
• Grade 1 construction stands up to heavy daily use in institutional and commercial settings.
• G lever design provides a comfortable, ADA-friendly grip for outside access.

Functional Details

The fail secure (ETP) function controls the outside lever electrically. When energized, the lever retracts the latch to allow entry; when power is removed, the outside lever is locked and the opening stays secured. The inside push bar always permits free egress regardless of power state.

• Fail Secure: Outside trim is locked when power is off and unlocked when power is applied.
• Free egress at all times from the inside via the push rail.

Arm Type Details

This is a surface-mounted vertical rod device. Top and bottom latch bolts engage the frame head and floor strike simultaneously, distributing securing force along the full height of the door for added strength on tall openings.