DRB009F-PTE / DRB009F-DR White High-Gloss Plastic Press to Exit Button (RTE)

The DRB009 Series Press to Exit Button is a high-quality white high-gloss door release button designed for use with access control systems, electric locks, magnetic locks (maglocks), and door entry systems. Suitable for commercial, industrial, educational, healthcare, and public sector environments, it provides a simple and reliable request-to-exit (RTE) solution for controlled access doors.

Manufactured from durable high-gloss plastic and fitted with a green dome button, the DRB009 is designed to withstand frequent daily use while maintaining a professional appearance. Available in surface-mounted versions, the switch can be installed in a wide range of access control applications.

The DRB009 features COM, NO and NC contacts, allowing easy integration with most access control panels, electric strikes, magnetic locks, intercom systems, and door automation equipment. Its robust construction and straightforward installation make it suitable for new installations and retrofit projects alike.

Available Models

• DRB009F-PTE – Surface Mount Press to Exit Button
• DRB009F-DR – Surface Mount Door Release Button

Key Features

• White High-Gloss Plastic
• High-Visibility Green dome button
• COM, NO and NC contact outputs
• Surface Mount Design
• Suitable for internal installations
• Compatible with most access control and door release systems
• Robust design for high-traffic environments
• Cost-Effective

Typical Applications

The DRB009 Press to Exit Button is commonly installed in:

• Office access control doors
• Commercial building entrances
• Warehouses and distribution centres
• Schools, colleges, and universities
• Hospitals and healthcare facilities
• Secure staff-only areas
• Internal security doors
• Industrial access control systems

Compatibility

The DRB009 Press to Exit Button is designed to integrate with a wide range of door security and access control equipment, making it suitable for both new installations and system upgrades.

• Access Control Systems
• Magnetic Locks (Maglocks)
• Electric Strikes
• Electric Locks
• Door Entry Systems
• Intercom Systems
• Power Supplies, Relays and Timers

Technical Specification

• Material: White High-Gloss Plastic
• Button Type: Green Dome Button
• Contact Configuration: COM / NO / NC
• Mounting Type: Surface mounted
• Dimensions: 85mm x 85mm x 30mm (H x W x D)

DRB009F Product Information

The DRB009 white high-gloss plastic exit buttons provides a dependable and easy-to-use door release solution for access control installations requiring secure, reliable, and efficient egress. Suitable for a wide range of commercial and industrial door security applications, it is an ideal choice where a durable press to exit button or door release switch is required.

Frequently Asked Questions

What is the DRB009 used for?

The DRB009 is used as a request-to-exit (RTE) button for releasing secured doors connected to an access control or door entry system.

What is the difference between the PTE and DR versions?

The PTE and DR versions perform the same electrical function but feature different faceplate legends. The PTE version is labelled "Press to Exit", whilst the DR version is labelled "Door Release".

What contact outputs are available?

The DRB009 provides COM, NO and NC contacts, allowing compatibility with a wide range of access control systems, electric locks, magnetic locks, and electric strikes.

Is the DRB009 suitable for access control systems?

Yes. The DRB009 is designed for use with access control systems, door entry systems, magnetic locks, electric strikes, and other door security equipment.

Can the DRB009 be surface mounted?

Yes. The DRB009 is supplied as a surface mount exit button, making installation simple and suitable for both new and retrofit projects.

Why choose the DRB009?

The DRB009 offers a reliable and cost-effective exit button solution with a durable gloss white plastic housing, green dome button, and COM, NO and NC contacts, making it suitable for a wide range of access control applications.