Roger Installer Pricing

Double Electric Gate Automation Kit

R20/510 Electromechanical actuator, single gear drive, cast aluminium bearing housings, irreversible, ideal for swing gates with leaves up to 4.0m in length, with easily adjustable limit switches.

The BH23/284 are electromechanical articulated actuators that eliminate the immediate restriction a large pillar can create. The onboard super intensive use 24v BRUSHLESS motor with native encoder onboard is ideal for swing gates with leaf up to 3.0 m in length, with mechanical stopper in the opening and closing positions.

Roger Technology BG30/2204 INDUS BRUSHLESS motor kit, 36v single phase, intensive use, with native encoder onboard, irreversible ideal for sliding gates up to 2200Kg with a built-in control board and magnetic limit switch.

MONOS4 Electromechanical actuator BRUSHLESS, low voltage, super intensive use, with native encoder onboard, irreversible, ideal for swing gates with leaf up to 4m lengths, for use with telescopic gates.

Single Electric Gate Automation Kit

Features steel cut gears for long life, maintenance-free motors.
Electro-mechanical reduction gear for swing gates up to 3.5m in width. the sturdy die-cast aluminium housing has been structurally designed to withstand the high forces involved. When installed it is totally concealed inside the foundation box.

The kit uses a hot-dipped, galvanised foundation box with an internal opening and closing limit switches.

Double Electric Gate Automation Kit

The Roger Technology BE20/210 Brushless double electric gate kit is ideal for gates of up to 2.5m per wing/leaf making this entry level electric gate kit is the perfect solution for residential twin gates.

The 24v electromechanical brushless motor offers super intensive use with industry leading safety features such as obstacle detection fitted as standard. Thanks to its brushless technology the BE20/210 can automate gates whilst boasting low voltage usage, onboard native encoder, irreversible motors with mechanical stops for opening and closing. Meaning no physical stops are required.

The Roger Technology BG30/2206 (SH) short kit, is a conveniently packaged adaption of the BG30 2206 Brushless full kit (ideal for sliding gates up to 2200Kg) that includes the motor, control panel, reciever & x2 remotes.

The BG30 2206 motor is a low voltage, super intensive use with native encoder onboard, irreversible ideal for sliding gates up to 2200Kg with built-in digital controller B70 series, mechanical limit switch.

Motor Kit Contains:
- BG30/1804/HS electromechanical Brushless motor up to 1800kg
- Built-in B70 36v digital control panel
- Magnetic limit switch

Sliding Electric Gate Automation Kit

Roger Technology BG30/1604 BRUSHLESS motor kit, 36v intensive use, with native encoder onboard, irreversible ideal for sliding gates up to 1600Kg. with built-in controller B70 series, mechanical limit switch.

Single Electric Gate Automation Kit
Features steel cut gears for long life, maintenance-free motors.
Electro-mechanical reduction gear for swing gates up to 3.5m in width. the sturdy die-cast aluminium housing has been structurally designed to withstand the high forces involved. When installed it is totally concealed inside the foundation box.

The kit uses a hot-dipped, galvanised foundation box with an internal opening and closing limit switches.

The Roger Technology BG30/1806 (SH) short kit, is a conveniently packaged adaption of the BG30 1806 Brushless full kit (ideal for sliding gates up to 1800Kg) that includes the motor, control panel, reciever & x2 remotes.

The BG30 1806 motor is a low voltage, super intensive use with native encoder onboard, irreversible ideal for sliding gates up to 1800Kg with built-in digital controller B70 series, mechanical limit switch.

BR21/353 Electromechanical actuator BRUSHLESS, low voltage, intensive use, single bearing, 2m cable, with native encoder onboard, irreversible, ideal for swing gates with leaf up to 5.0m length (dependant on gate construction - see above), with mechanical stopper in opening and closing.