St. Edwards College – Liverpool – Installation of Automatic Pedestrian & Vehicle Gates

FAAC Vehicle Double Swing Gate & Pedestrian Single Gate in Liverpool

By upgrading the existing manually pinned-open pedestrian swing gate at St Edward’s College, we significantly enhanced the safety of both pupils and staff. Automating the gate, combined with the installation of a Paxton Net2 Access Control System and Videx audio intercom system, now allows the school to efficiently manage and control access to the site.

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Client: St Edward’s College
Location: Liverpool, Merseyside, United Kingdom

Following installation, Mere UK undertakes a comprehensive safety risk assessment of the completed automatic gate system to identify potential crushing, shearing, impact, trapping and other hazards associated with the moving machinery. The assessment considers the operation of the gate and its safety devices, including appropriate force limitation, safety edges, photocells and other protective measures. The resulting documentation forms part of the technical and safety records associated with the completed installation and provides schools and colleges with valuable evidence that the automated gate has been assessed for safe operation. These records can also support the establishment’s health and safety and safeguarding documentation for Ofsted inspections.

Completion Date: 16/01/2026

Project Duration: 4 Weeks

Automatic Vehicle Gates – St Edward’s College

The automatic vehicle gates installed at St Edward’s College have been specifically designed to prevent pedestrian access. All pedestrian traffic is safely redirected to a dedicated automated pedestrian entrance, ensuring clear separation between vehicles and foot traffic.

The vehicle gates are powered by two FAAC 400CBAC automatic gate operators, controlled via a FAAC E145 control panel.

Access to the site through the vehicle gates is managed using a Paxton Net2 Access Control System for authorised staff. Visitors and delivery personnel gain entry via a Videx video intercom system, which is monitored from the school reception.

For exiting the site, vehicle induction loop detectors are installed within the secure area, allowing automatic gate opening for outbound traffic.

A manual override key switch is provided to enable operation of the gates in the event of system failure or emergency.

All control equipment is housed within a Ritherdon enclosure, complete with a 230V power supply, ensuring secure and localised system control.


Automatic Pedestrian Gate – St Edward’s College

The automatic pedestrian gate at St Edward’s College is designed to provide safe and controlled access for pedestrians, with all foot traffic directed away from the vehicle entrance to this dedicated access point.

The gate is operated by a FAAC 400CBAC automatic gate operator and controlled via a FAAC E145 control panel.

Staff access is managed using the Paxton Net2 Access Control System, while visitors and deliveries are handled through a Videx audio intercom system, monitored from the school reception.

Exit from the site is achieved using a weatherproof exit button, mounted on a high-visibility pedestal for ease of use.

A manual override key switch is also installed to allow the gate to be operated when required.

As with the vehicle system, control equipment is securely housed within a Ritherdon enclosure with a 230V power supply, positioned close to the gate for efficiency and accessibility.


Safety & Compliance

Mere (UK) are fully safety trained and ensure all installations comply with the following standards:

  • Machine Directive 2006/42/EEC
  • BS EN 12453 – Safety in use of power-operated doors (requirements)
  • BS EN 12445 – Safety in use of power-operated doors (test methods & force testing)
  • BS EN 12978 – Safety edges

Looking for a similar solution?
If you’re planning an automatic gate installation in Chester, Liverpool, Manchester or anywhere across the North West, get in touch with our expert team today.

We provide custom solutions tailored to your site’s unique access and safety requirements.