Paxton compact metal keypad is vandal resistant
16 June 2009
The UKs' leading manufacturer of access control products, Paxton Access, have introduced a brand new vandal resistant compact metal keypad.
The Vandal resistant compact metal keypad has been developed following feedback from Paxton' installers. Offering an all in one solution, the keypad is perfect for use on outdoor gates and barriers and has a neat compact design with all control electronics being built into the housing, which means that installers do not have wire to a separate control unit.
The Vandal resistant metal keypad controls an access point via a powered lock output and volt free relay contacts. This allows the control of gates and barriers with no need for additional relays. The keypad also has a new voltage range of 12-24 V AC/DC, meaning that no extra power supply is needed when fitting to gates and barriers.
The tough keypad really stands up to abuse in areas where knocks and scrapes are inevitable. It is IPX7 rated and therefore ideal for use in all weather conditions. On top of all this, the keypad panel is back-lit for simple night time operation.
Other Press Releases By This Company
- 01/12/2009 - Paxton Access’ Net2 secures multi-sites at Sheffield International Venues
- 16/09/2009 - Net2 helps provide the best environment for Students at Seashell Trust
- 10/07/2009 - Paxton add Easyprox nano to Net2
- 15/04/2009 - Paxton introduce Net2 plus
- 31/03/2009 - Paxton introduces Net2 Nano
- 19/03/2009 - Net2 Hands-Free increases safety, security and aids DDA complient access at National Star College.
- 17/03/2009 - Paxton to introduce Net2 plus and Net2 nano at IFSEC 2009
- 26/02/2009 - Paxton Access’ best-selling Net2 secures Conquest Hospital
- 11/12/2008 - Ray Keddington Joins Paxton Access Inc as Account Manager for Southwest USA
- 24/11/2008 - Breakthrough in Number Plate Recognition
- 07/11/2008 - The Vandal Free Keypad
- 13/10/2008 - The All-in-one Keypad
- 18/09/2008 - Hands Free Access
- 25/07/2008 - New Factory for Paxton Access as Demand for Access Control Grows
