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Access Control Systems
Secureze specialize in the installation and maintenance of access control systems, access control is the mechanical or electronic means of controlling access to buildings or areas of buildings. At Secureze we can install the most basic access control systems to the most sophisticated systems. Such as mechanical digital combination locks to network based access control systems which integrate with CCTV systems to recall logged actions with visual actions, time and attendance systems to manage wage roll based on individuals access into controlled doors or buildings, systems that are Mifare based so cab share functions such as library systems, cashless vending, students register systems, driver tachograph systems, all controlled from a single point to any point around the world. We supply in all system type's.
Further reader types include the keypad reader, a very simple to use device, a 3-6 digit user pin is issued to many users, they then type this code into the pad, upon a correct code being typed in, the reader will beep and flash its light to acknowledge the door is unlocked, as a standard feature all our keypads have a tamper protection feature, if someone tries to "crack" the keypads code, it will lock them out for a pre-determined time.
Other reader technologies include:
Biometric fingerprint reader. A secure way of allowing access to sensitive build areas or buildings, the reader can be mounted inside or outside, and allow users to present an enrolled finger to the reader to gain access, the reader is made of stylish stainless steel and is rugged.
Biometric hand geometry reader control, by far, the most secure and reliable option, with this reader type there is no pin code that can be shared or proximity card that can be lost, the users ID device is their hand. When the user presents their code to the onboard keypad, the reader opens its internal directory and pulls up the users hand geometry, the user places their hand on the reader, and the reader compares the desisting users hand geometry to the one presented, upon a verified read, the door will open and the LCD display will say access granted. Very useful for heavy use sites, or sites with many visitors, users can be added and deleted in minutes and saves on lost cards, or people taking cards off site. Hand geometry is particularly useful for end users who are subject to their hands getting dirty or constantly changing their appearance, such as building sites, schools and sports grounds.
System types:
Stand alone
We offer the basic standalone type of system, this is where cards or codes are edited at the reader itself, so users can be added or deleted quickly and easily. Suitable for low usage doors. This type of system offers great functionality and control over the system by the administrator.
Key Features include:
Networked system
For you as the owner you can have multiple options, you can have a log of when people came, you could have a log of whom is in the building and who is out, this is useful for fire alarm situations, and in call centres so you can see who is in to ensure the call is routed to a person in the building.As well as the basic functions, the access control system can report on peoples attendence on site, it can control peoples access to certain areas in a building, for instance, sales people can only access the main door and the sales office, the accounts staff can only access the main door and the accounts doors, a general manager has access to both sales and accounts, but not the sales directors door. and so on. integration to payroll is as a feature and compatable with all major payroll systems, advanced features include lighting control, so if a room is empty, the access system can turn lights off, or can light your building up in the morning prior to staf arriving, even control the heating,air con. With over 25 years in the electronic security
industry, there really isnt a situation we havent seen and havent solved. We
support all major UK brands such as: Abloy,ACT,Bewator,BSB,CDVI,Cotag,Honeywell,PAC,Paxton,TDSi | ||||