Industrial Bells & Clocks
Synchronised clock and ringing systems provide automated, precisely timed audible and visual signals for managing schedules in schools, universities, factories, warehouses, hospitals, and public institutions. By replacing manual bells and ad-hoc timekeeping with a centrally controlled, programmable system, organisations ensure consistent and reliable signalling for class changes, shift starts and ends, break times, and emergency alerts — across every room and building on a site simultaneously.
A synchronised clock system consists of a master clock that controls a network of slave clocks, ensuring every display across the facility shows exactly the same time at all times. In the event of a power failure, the system automatically resets to the correct time on restoration, eliminating the need for manual adjustment. Clocks are available in analogue and digital formats, for wall mounting or ceiling suspension, and in indoor and outdoor-rated versions to cover every area of a facility including sports halls, car parks, and external buildings.
The ringing system uses a digital bell timer to manage ringing schedules, with built-in daily, weekly, and holiday programmes and automatic summer/winter time adjustment. The system can be connected to a fire alarm so that the bell provides emergency evacuation signals as well as routine schedule management. A standard ringing system installation consists of at least:
- Digital Bell Timer — programmes ringing times, holiday schedules, and daily/weekly routines. Bluetooth-enabled for programming via phone or computer.
- Signal Receiver (GPS or DCF77) — ensures the system remains accurate to the second without manual intervention.
- Bell or Gong Unit — available in 230V AC, 24V AC, 24V DC, and 12V AC. New installations typically use 230V; when replacing bells in an existing system, match the original voltage.
- Outdoor Mounting Base — required for any outdoor bell unit to ensure weatherproof and wind-resistant installation.
Safegear's clock and ringing systems are used in schools, universities, manufacturing facilities, hospitals, and large commercial buildings across Europe and North America, and are available in wired and wireless configurations to suit different building types and installation requirements.
