St Andrews: 01334 850382
Glenrothes: 01592 654553
Email: info@rbgrant.co.uk

At RB Grant Electrical Contractors, we design, supply, install, and maintain advanced access control systems for commercial, industrial, public sector, and residential properties across Scotland.
Based in Fife and serving clients throughout Scotland, we provide everything from simple standalone door entry systems to fully integrated, multi-site access control networks with cloud-based management, mobile access, biometric authentication, and detailed audit reporting.
Whether you need to secure a single entrance door or manage access across multiple buildings and sites, we can design a solution tailored to your organisation’s needs.
An access control system allows you to control who enters your premises, when they can enter, and which areas they can access.
Unlike traditional keys, electronic access systems use credentials such as key fobs, access cards, PIN codes, smartphones, or biometric identification to grant entry. Permissions can be added, amended, or removed instantly, helping to improve security while reducing the costs associated with lost keys and lock replacements.
Modern access control systems also provide complete visibility of building access, allowing authorised personnel to monitor activity remotely and receive real-time notifications.
Installing an access control system provides numerous advantages:
We install a wide range of access technologies, including:
One of the most popular solutions for businesses, schools, and apartment buildings. Users simply present a programmed fob to gain access.
Ideal for commercial buildings and larger organisations requiring flexible user management.
Cost-effective and simple access control using PIN codes. Codes can be quickly changed when required.
Advanced fingerprint and biometric recognition systems provide the highest levels of security and accountability.
Allow authorised users to unlock doors using smartphone apps without the need for cards or fobs.
Our systems can be installed and integrated throughout a building, allowing different staff members access to specific areas based on their role.
For example:
Access permissions can be customised for each individual user, ensuring security remains flexible and easy to manage.
Many modern systems can be managed remotely via secure web portals and smartphone applications.
This allows building managers to:
RB Grant Electrical Contractors regularly installs access control systems for apartment developments, student accommodation, holiday lets, and managed residential properties.
A recent project involved the design of a secure access control solution for an unmanned city-centre apartment block. Residents and visitors could gain entry through secure fob access or a video entry system connected to a remote management service. Individual apartments were protected with unique access credentials, while cleaning and maintenance personnel were given controlled access to designated areas only.
All activity was logged and recorded, providing complete accountability and enhanced security for residents and property managers.
Our access control systems are suitable for:
We can integrate access control systems with:
GSM entry systems offer a flexible alternative to traditional intercom systems by using mobile phone technology to communicate with property owners or authorised users.
When a visitor arrives, the system calls your designated telephone numbers, allowing you to speak with them and grant access from anywhere in the world.
Perfect for residential developments, remote sites, business premises, gated communities, and delivery management.
Looking to improve the security of your business, apartment block, industrial unit, or commercial premises?
Contact RB Grant Electrical Contractors today for expert advice and a free, no-obligation quotation on a bespoke access control system designed around your requirements.
Contact them now to find out more.
R.B. Grant Electrical Contractors also supply and install Door Entry Systems throughout Scotland from our Fife base.