Access Control

Technical:

• Card Based Access Control System: A card based technology usually includes magnetic stripe, bar code, Wiegand, 125 kHz proximity, 26 bit card-swipe, contact smart cards, and contactless smart cards. Also available are key-fobs which are more compact than ID cards and attach to a key ring. It is known for their high durability as well as hassle free work performance; our products are mostly demanded in various sectors such as residence, corporate offices and restaurants.
• Biometric Based Access Control System :Access control where the identification process is made through biometric parameters. Biometrics is a general term for the verification of individuals using unique biological characteristics (i.e. fingerprints, hand geometry, voice analysis, the retinal pattern in the eye). It is more secure as compared to the conventional card based technology because of the exclusive fingerprint for every entity. This biometric based technology eliminates the administrative cost involved with the conventional Cards.
• Network (IP) Based Access Control System: The IP based system connect to the network using TCP/IP protocol and even allows you to add one door at a time. You can easily grow your system to hundreds of readers over time. This is a very easy to install door access control system since it uses your existing Ethernet network. It can also be integrated with IP cameras used in security and surveillance systems.
• Single & Multi-door Controllers: These are intelligent control units used to manage entry and exit transactions through access-controlled doors. Single-door controllers manage access through one door, while multi-door controllers manage access through multiple doors. Both are used in offices, industries, showrooms, and stores.
• Readers: Devices that receive identification codes from cards or tags. These can be keypads, card readers, proximity readers, etc., serving as the "front end" that users interact with for access.
• Cards: Identification devices, typically credit-card-sized, that store encoded information. When scanned by a reader, they identify the cardholder and determine their access rights.
• Locking Devices: Manually or automatically operated switches or sensors that signal an access control system to open or close locks.
• Anti-Pass back (Anti-Tailgating): Prevents more than one person from using the same access card. Once a card is used at an IN reader, it must be used at an OUT reader before being granted IN access again.
• Distributed Access Control: A system where all control decisions are made locally by door controllers, without needing real-time input from a host computer. Events are uploaded periodically for review.
• Electromagnetic Lock: Uses an electromagnet to hold a door shut until access is granted.
• Exit Switch: A switch or device (e.g., button, mat, proximity sensor) that allows users to exit by temporarily bypassing the door-open detector.
• Fail Safe: A configuration where doors unlock automatically during a power outage to ensure free exit/access and alert the system to malfunction or power loss.
• Fail Secure: A configuration where the door remains locked during a power outage. Also known as fail-locked, it requires power to unlock.
• Passive Infrared (PIR) Detector: Detects changes in infrared light, usually used for motion detection.
• Personal Identification Number (PIN): A unique numeric code used to authenticate a user.
• Relay: An electronic switch that opens or closes circuits depending on its state (energized or not), used for controlling connected devices in an access system.