You have a variety of options. Firstly, you have to decide how many doors you want to control initially, and how many you are likely to want to control in the future. You need to decide if you want to link a variety of sites together, so that a person can be given access rights to a variety of doors in a variety of properties – the ‘One Badge’ principle. 

There are a whole host of solutions, from a single door keypad, to 1000+ door, IP networked systems.

X990 is best suited where you want to restrict access using the fingerprint, card or password from one side of door and push button or biometric reader on the other side of door.  As it comes with a 12 Volt adapter so EM Electromagnetic Lock. Supply can be given through adapter of X990 machine itself.

Yes, you can use remote control to control the Electromagnetic Lock.

Controller, Electromagnetic Lock, Brackets depending upon the type or door and space and power supply of 12 Volts

X990 is best suited where you want to have biometric access control from both sides of the door. On one side X990 machine can be mounted and on the other side F12 reader can be used. Apart from these, X990 can be used to fulfill various other requirements like centralized data access.

An increasing number of organizations of all sizes have been recognizing the benefits of replacing their old key based systems for controlling access to buildings with electronic access control systems. The benefits in lower running costs and ease of administration are well proven.

Access control systems regulate entry into or within premises, through controlling doors, barriers, turnstiles or gates via use of a keypad, biometric finger, face scanning or a swipe-card.

Access control systems can be used anywhere there is a need to regulate access into or around premises. Specific areas of premises can be controlled, limiting who can enter certain parts at given times. Access can be gained with the use of a swipe-card, or a PIN code, meaning that a large number of keys do not have to be carried.

The systems we install and maintain can be linked to a PC using access control management software, or stand-alone systems with a control unit that holds the information. With a stand-alone system, a series of enrolment and shadow cards are used to regulate the distribution of key fobs. PC based systems can control larger numbers of doors, barriers, turnstiles and gates with capacity for up to 10,000 users.

A proximity reader, swipe-card reader or keypad is connected to a door controller which, if a PC based system is in operation, is then connected via data cable to a PC. The door controller retains all the information of users allowed access via that particular entrance. The door controller also controls the operation of the entrance. If connected to a door it will release the trigger of an electric lock or magnetic lock when access is granted. If connected to a gate, barrier or turnstile the controller will give a signal which will open the entrance.

If a proximity card is lost or stolen on a stand-alone system, it can be deleted from the system with the use of the shadow card that is supplied with each fob meaning access can no longer be gained with that token. If a token is lost or stolen on a PC based system, the token can either be deleted on the software or marked as lost. If marked as stolen it will register on the software when somebody attempts to use it

Biometrics refers to a type of personal identification that relies upon physical characteristics that are not shared by any other individual, such as a fingerprint or an iris

Fingerprints are impressions made of the minute ridge formations and patterns found on the fingertips. No two persons have exactly the same arrangement of patterns, and the patterns of any one individual remain unchanged throughout life  thus offering a virtually infallible means of personal identification.