Salto Locksets

Salto Locksets

Salto electronic locking systems offers flexible access control with a choice of software options. The wireless design means there is no need to hard wire a building, so you keep original doors & locks in place. Locksets include the XS4 One and the XS4 Original+

Salto Locksets
SALTO’s products are designed and manufactured in its state-of-the-art factory in Spain. The European-made products are complemented by locally based technical support ensuring that clients always have the support they need when they need it.

The electronic locking solutions offer flexible and functional accss control with a wide choice of custom options for any type of door and market standard. Click below for more information on the electronic lock types available.

Description

Salto Locksets
SALTO’s products are designed and manufactured in its state-of-the-art factory in Spain. The European-made products are complemented by locally based technical support ensuring that clients always have the support they need when they need it.

The electronic locking solutions offer flexible and functional accss control with a wide choice of custom options for any type of door and market standard. Click below for more information on the electronic lock types available.

  • XS4 ONE

    Smart, secure, innovative and easy to install, the SALTO XS4 One provides a totally wire-free networked electronic locking solution with a great range of features. This all-in-one smart lock is designed to blend into any type of door, access point and/or door retrofit, and it fits narrow frame doors.

  • XS4 ORIGINAL+

    A totally wire-free networked electronic lock, specially designed for use on busy, high traffic doors that need additional strength.

  • Salto XS4 Mini

    The SALTO XS4 Mini has been designed for use with Australian mortice locks that use split spindle systems. For indoor applications: quick and easy install makes it ideal for retrofits. Wide range of finishes, handles and retrofit cover plates to meet installation needs.

  • Read the Case Study