Schlage Electronics CO200CY70-PRK-RHO-626-BD
The Schlage Electronics CO200CY70-PRK-RHO-626-BD is a standalone electronic cylindrical lock designed for heavy-duty applications, providing secure access control through a combination of a proximity card reader and a keypad. Here are the key features and specifications of this lock:
Key Features:
- Standalone Operation: The CO-200 series operates independently, eliminating the need for network connectivity, which simplifies installation and reduces costs.
- User Capacity and Programming: Supports up to 2,000 unique users and can store an audit trail of up to 2,000 events. Users can be added or deleted manually or via a handheld programming device.
- Dual Credential Verification: Combines a proximity card reader with a keypad, offering flexibility in access methods. Users can enter a 3-6 digit PIN or use a proximity card.
- Mechanical Key Override: In addition to electronic access, the lock includes a mechanical key override for emergencies or additional security layers.
- Grade 1 Security: Certified to ANSI/BHMA Grade 1 and UL 294 standards, ensuring high security and durability for high-traffic environments.
- Battery Powered: Operates on 4 AA batteries with an expected battery life of up to 2 years. The lock provides low battery warnings to ensure timely replacements.
- Storeroom Function: The lock is normally secure from the outside, requiring a valid credential to unlock. The inside lever always allows free egress.
- Finish and Design: Available in a Satin Chrome finish, featuring the Rhodes style lever and prepped for Small Format Interchangeable Core (SFIC).
Specifications:
- Finish Options: Satin Chrome (626), among other finishes.
- Backset: 2-3/4".
- Latch: 1/2” throw deadlocking latch.
- Strike: 4-7/8” x 1-1/4” ASA/ANSI strike with a curved lip.
- Door Thickness: Suitable for doors with a thickness of 1-3/4".
- Operating Temperature: -31°F to 151°F for exterior components.
This lock is ideal for classrooms, storerooms, and other areas where secure, controlled access is essential. It provides a reliable, high-security solution without the complexity of networked systems.
