DRB003F-PTE / DRB003F-DR Press to Exit Green Button (RTE)

The DRB003 Series Press to Exit Button is a high-quality stainless steel door release switch 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 brushed stainless steel and fitted with a raised green button, the DRB003 is designed to withstand frequent daily use while maintaining a professional appearance. Available in flush mount or surface mount versions (using the DRB-SH surround housing), the switch can be installed in a wide range of access control applications.

The DRB003 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 flexible installation options make it suitable for new installations and retrofit projects alike.

Available Models

• DRB003F-PTE – Flush Mount Press to Exit Button
• DRB003F-DR – Flush Mount Door Release Button
• DRB-SH - Surface Mount Surround Housing

Key Features

• Brushed stainless steel faceplate
• High-visibility raised green button
• Available in flush mount or surface mount versions
• COM, NO and NC contact outputs
• Compatible with most access control and door release systems
• Robust design for high-traffic environments
• Suitable for automatic door activation
• High-visibility green button for clear user identification

Typical Applications

The DRB003 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 DRB003 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
• Electric locks
• Magnetic locks (maglocks)
• Electric strikes
• Door entry systems
• Intercom systems
• Power Supplies, Relays & Timers

Technical Specification

• Material: Brushed stainless steel
• Button Type: Raised green button
• Contact Configuration: COM / NO / NC
• Mounting Options: Flush mount or surface mount
• Faceplate Dimensions: 85mm x 85mm x 3mm (H x W x D)

DRB003 Product Datasheet

The DRB003 stainless steel exit button 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 DRB003 used for?

The DRB003 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".

Can the DRB003 be surface mounted?

Yes. The DRB003 can be surface mounted using the compatible DRB-SH surface mount surround housing.

What contact outputs are available?

The DRB003 provides COM, NO and NC contacts, allowing integration with a wide range of access control systems and locking devices.

Is the DRB003 compatible with magnetic locks?

Yes. The DRB003 is compatible with magnetic locks (maglocks), electric strikes, electric locks, door entry systems, and most access control equipment.

What is the button made from?

The DRB003 features a durable raised green button mounted on a brushed stainless steel faceplate, providing clear identification and reliable operation in high-traffic environments.