How residential developments & properties benefit from EVVA
- Uncomplicated management of keys. Residential properties usually feature a large number of locking cylinders. What do the tenants do, for instance, if they have lost their key? The process can sometimes be rather complicated for property managers. EVVA is a reliable partner which provides low-profile assistance for the replacement process.
- Greater convenience. Practical reversible keys are increasingly in demand. No matter which way you insert them, EVVA's reversible keys will always fit into the corresponding cylinder.
- Particularly secure and robust. EVVA mechanical locking systems excel thanks to their wear resistance and their optimum burglary protection against techniques such as drilling, scanning, picking and plug extraction.
- A single key for all areas. Apartment, garage, mailbox, summer house? Tenants and owners require just a single key for everything.
- You decide who has access to your buildings. Increasingly more residential properties are fitted with electronic locking components. This enables property managers or apartment owners to issue lock authorisations themselves, thus allowing or denying people access to the property in question. With EVVA's eZU electronic access solution, property managers have re-gained control over access by third parties.
- Precise logging possibleto record when and how long employees from outside companies, such as cleaning or repair services and mail delivery, are in the building. This ensures effective cost control.
- No wiring. EVVA products can be quickly and effortlessly installed – without expensive wiring. They are also ideal for use on fire doors, for instance, or areas under preservation orders. The identification process is confirmed by a visual and audible feedback signal (e.g. a green light means "open").
- EVVA locking systems are also ideal for large complexes. This is an important consideration, since a single property often needs hundreds of cylinders. EVVA systems can provide intricate locking hierarchies, while also eliminating incidental locking.
