Seco-Larm SD-997B-GBQ Electric Deadbolt (Fail-Safe)

Reliable Fail-Safe Electric Deadbolt for Advanced Access Control

The Enforcer SD-997B-GBQ Electric Deadbolt is a high-performance, fail-safe locking solution designed for hollow metal doors in office and industrial environments. Featuring a robust magnetic door position sensor, this deadbolt provides precise and reliable security while offering seamless integration with access control systems. With an adjustable delay timer and multi-directional mounting options, it’s a versatile choice for advanced security needs.

Key Features

• Fail-Safe Design: Automatically unlocks when power is lost for safe egress during emergencies.
• Adjustable Delay Timer: Set locking delay to 0, 2.5, 5, or 9 seconds for customized operation.
• Magnetic Sensing Technology: Detects door position to ensure positive locking and prevent misalignment.
• Over-Current Protection: Prevents solenoid burnout during extended use.
• Versatile Mounting Options: Supports horizontal and vertical installation on hollow metal doors.
• Digital Keypad Compatibility: Easily integrates with SECO-LARM digital keypads for enhanced access control.

Technical Specifications

• Operation Mode: Fail-safe
• Voltage: 12/24 VDC
• Current Draw: Standby: 340mA @ 12VDC / 180mA @ 24VDC; Active: 900mA @ 12VDC / 440mA @ 24VDC
• Delay Timer: Adjustable: 0, 2.5, 5, or 9 seconds
• Material: Stainless steel bolt, 5/8″ diameter with a 5/8″ throw
• Door Position Sensor: SPDT 250mA @ 12VDC (NO/NC/COM)
• Weight: 1 lb 13 oz (0.82 kg)
• Operating Temperature: 32° to 194°F (0° to 90°C)

Why Choose the SD-997B-GBQ?

The SD-997B-GBQ Electric Deadbolt offers a fail-safe design paired with advanced security features, ensuring peace of mind for users in high-traffic environments. Its compatibility with SECO-LARM digital keypads allows for seamless integration into modern access control systems. Built with stainless steel and featuring over-current protection, this deadbolt guarantees long-lasting reliability and performance in demanding applications.