Net 30 terms available
Sargent 776-8 ETJ 24V LHRB 26D ET Lever Trim, Fail Secure, offers a reliable and secure solution for your exit device needs. This Grade 1 electrified exit device trim is designed for use with the Rim (8800) and NB8700 Series devices, making it an excellent choice for various commercial applications. The fail secure feature ensures that the lever locks when power is off, providing an added layer of security during emergencies. Constructed from durable brass or bronze, the J Lever trim comes in a sleek satin chrome finish (626/US26D), enhancing the aesthetic of any door while maintaining functionality. The trim is designed for left hand reverse handing and includes a rim cylinder for easy installation. Additionally, it is ADA compliant and accessible, ensuring it meets the needs of all users. With dimensions of 5.5" in height, 12.5" in length, and 4.25" in width, this trim is compact yet robust. Weighing just 3.7 lbs., it is easy to handle and install. The Sargent 776-8 is reversible and designed specifically as an electrified lever trim, making it a versatile choice for those seeking quality and reliability in door hardware solutions.
ET Lever Trim, Fail Secure
Grade 1 Electrified Exit Device Trim, Fail Secure, Power Off, Locks Lever, Key Retracts Latch, For Rim (8800) and NB8700 Series Devices, Rim Cylinder, J Lever, 24V, LHR, Satin Chrome
Trims fitting Sargent Exit Devices.
Accessible: Yes
Ada Compliance: Yes
Application: For Rim (8800) and NB8700 Series Devices
Base Material: Brass or Bronze
Commercial Residential: Commercial
Cylinder Type: Rim
Device Type: Trim
Electric Options: Fail Secure
Finish: 626/US26D
Finish Family: Matte Silver
Fire Rated: No
Grade: Grade 1
Handing: Left Hand Reverse
Includes Cylinders: Yes
Installation: Commercial
Pack Height: 5.5"
Pack Length: 12.5"
Pack Qty: 1
Pack Width: 4.25"
Reversible: Yes
Series: ET Lever Control Trim
Ship Weight: 3.7 lbs.
Subtype: Exit Device Trim
Trim Design: J - Lever
Trim Type: Electrified Lever
Type: Exit Devices
Unit of Measure: Each
