Net 30 terms available
Schlage Electronic Security AD400-993R70MSK-RHO626-BD KIT is a robust access control solution designed for commercial applications, featuring a magnetic stripe swipe card and keypad interface. This networked wireless exit trim is compatible with RIM or concealed vertical rod exit devices, making it an ideal choice for storerooms and classrooms. Crafted with functionality in mind, this model boasts a Grade 1 rating and includes the stylish Rhodes lever design in a sleek satin chrome finish (626/US26D). The AD400 series is designed for doors with a thickness of 1-3/4", ensuring a secure fit and operation. The system operates on a dual voltage power supply, offering flexibility with both 12V and 24V options, powered by battery for reliable performance. The less core SFIC cylinder type allows for easy key management, while the field-reversible handing ensures adaptability to various door configurations. With wireless capabilities, this device allows for seamless integration into existing security systems, enhancing overall safety. Elevate your security setup with the Schlage Electronic Security AD400-993R70MSK-RHO626-BD KIT, combining modern technology with proven reliability for peace of mind in any commercial environment.
KIT - Magnetic Stripe (Swipe Card) and Keypad Networked Wireless Classroom/Storeroom, Exit Trim for RIM or CVR (Concealed Vertical Rod/Cable) Exit Devices, Rhodes Lever, SFIC (Small Format IC), Less Core, UL, Field Reversible Handing, Grade 1, 626/US26D Satin Chrome
Access Type: Keypad, Magnetic Stripe, Networked, Wireless
Category: Access Control, Wireless, Wireless Locks
Cylinder Type: Less Core, SFIC
Door Application: Commercial Electric Locks
Door Thickness: 1-3/4"
Exit Device Category: Exit Device Trim, Rim Exit
Finish Code: 626
Finish Color: Satin Chrome
Function: Storeroom
Grade: Grade 1
Keyway: Schlage S123
Lever Design: Rhodes
Manufacturer: Schlage Electronic Security
Power Supply Type: Battery, Dual Voltage
Series: AD Networked
Voltage: 12, 24
Voltage Type: VDC - Direct