Door closer for sliding doors
SALTO (Smart Access Locking Technology) XS4 is a technology platform developed by EVVA, which optimally meets the requirements of the electronic locking system whilst simultaneously fulfilling the high demands of the locking technology. SALTO locking technology is more than just an electronically controlled door opener. Within one mechanism, SALTO offers both a wired (online), as well as a non-wired (offline) access control with integrated software management. The nonwired locking components are nevertheless connected to each other via the virtual network technology (SVN).
System & management
The system can simultaneously manage 64,000 different ID users per mechanism. An encoder allows quick and reliable coding of IDs. The 1,000 most recent entries are saved in the fitting (e-cylinder, wall reader, i-Locker bolt lock) without any data being lost if the battery is changed or there is a loss of power.
Integrated online and offline management
Only one type of management software is needed to ensure easy management of online and offline locking units. This software is also available with an MS SQL database which provides all the security and extra features of a professional database system.
The ProAccess software manages all doors and individuals within a building, irrespective of whether or not the doors are wired on account of their high security requirements or connected to the software via the virtual network, SVN. It is very user friendly, because everything is managed via one single user interface.
ProAccess guarantees uninterrupted and efficient access surveillance. The use of wired units is recommended for continual real-time door surveillance.
SVN – virtual network technology
Whether wired or non-wired, you are always connected with SALTO.
SVN allows data exchange between non-wired (offline) and wired (online) units without the need for a wire or radio contact. The IDs in circulation in the access system are used as data carriers.
XS4 product line
Electronic fitting
The SALTO fitting can be installed instead of a standard mechanical fitting without wiring and elaborate modifications to the door. The handle is released electronically and the door opened only after an authorised ID has been recognised by the reader head on the fitting. Once the door has shut and locked again the handle can no longer be operated from the outside. These fittings make for incredibly easy opening: simply identify yourself and then turn the handle – that's it! The fitting has been developed in a way that means it can be combined with the lock types used on the European market. The battery compartment for three standard batteries can be found in the protected inner section.
Electronic cylinder
The electronic cylinder is used when the door is already mounted with fittings that cannot be replaced, or if the use of fittings is not possible for constructional reasons, e.g. in the case of fire doors or listed buildings. The identification procedure is verified by an optic and acoustic feedback signal from the e-cylinder. No wiring is necessary on the door. The cylinder is compatible with the identification technology.
Wall reader
The wall reader can be used when it is not possible to install door fittings, or if an online control system or control via a door opener or door closer is required. Similar to a switch programme, the components of the wall reader programme form an integrated module system – both for flush-mounting and on-wall mounting. Numerous combinations are possible, as well as configuration with or without a code keypad. Installation is incredibly easy. Security frames are available for use in dangerous areas.
Multi-purpose i-Locker bolt lock - perfect for lockers and booths
The i-Locker bolt lock can be integrated where there is a SALTO system. It is simple and uncomplicated to use:
The 'sandwich security' design guards against tampering and vandalism. The control electronics and the batteries are found in the protected inner section. Attempted break-ins from the outside, e.g. through hitting, do not affect the inner section.