EasySas
The most advanced airlock electronics on the market
Gunnebo, as the leading manufacturer of safety airlocks, has developed EasySas as a new concept in electronic airlock management.
The EasySas concept is based on electronic management that is both standard and modular in design. Its purpose is to simplify implementation of an airlock on site.
Gunnebo, as the leading manufacturer of safety airlocks, has developed EasySas as a new concept in electronic airlock management.
The EasySas concept is based on electronic management that is both standard and modular in design. Its purpose is to simplify implementation of an airlock on site.
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Key Features
- All-in-one management: centralised and modular.
- Easy to customise and upgrade.
- Calculating power of the microcontroller.
- Simplified activation and maintenance.
- Native IP.
- Adjustable alarm contacts.
Architecture
- The EasySas concept is designed for basic control of up to 5 doors (e.g. double airlock with entry and exit airlock, plus an emergency door).
It’s made up of two distinct parts
- The management cabinet integrating the GSC management card. This communicates by a single cable connected to each of the doors in series.
- The airlock’s doors are equipped with a GDC door card. This card creates an interface with all of the door’s standard equipment.
Cabinet Equipment
- An isolation switch for turning cabinet voltage on/off.
- A 150W backup power supply.
- A GSC management card.
- Backup batteries.
- One or two 8E/S extension cards (optional).
- Arrester module (optional).
Electrical Properties
- Mains voltage: 110 – 230 Vac
- Mains frequency: 50 – 50 Hz
- Power: 150W
- Backup batteries: 6.5 Ah
- Operating voltage: 24 Vdc, 12 Vdc
- Operating temperature: From –20°C to +70°C
- Relative humidity: < 90% without condensation
Electrical Properties
- Mains voltage: 110 – 230 Vac
- Mains frequency: 50 – 50 Hz
- Power: 150W
- Backup batteries: 6.5 Ah
- Operating voltage: 24 Vdc, 12 Vdc
- Operating temperature: From –20°C to +70°C
- Relative humidity: < 90% without condensation