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EFLHX800 is a high performance fingerprint door lock designed for universal usage. It’s specially designed to resolve the problem of compatibility between the different standards of door and lock. So, it’s a universal fingerprint door lock which can be installed for a various types of doors, for new door not yet equipped with lock, or for old door equipped with any type of lock. High manufacture precision and reliability is another strong point of the product. It can be used as office and domestic door lock.
The core technology of EFLHX800 is the true skin fingerprint sensor which can sense inner layer of skin (alive skin) instead of top layer of skin (dead skin). The main advantage of the product with true skin fingerprint sensor lies in the high capability to recognize fingerprints under various conditions. Not only it has high recognition rate (very low False Rejection Rate: FRR) for ideal fingerprints but also it keeps high recognition rate for fingerprints from non-ideal fingers, such as dry fingers, light texture fingers, abraded fingers, rough fingers, old peoples’ fingers, fingers with oil, dust, and ink, etc. Unlike other products with sensor which detects top layer of skin, EFLXL800 is sensible only to alive human skin so that it prevent fake fingerprint from artificial material.
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EFD-200 is composed of Eiffeltech’s Fingerprint Recognition Module EFM200, control circuit, communication interface, display panel, and keyboard. With different standard interfaces, it has excellent capability to meet different application requirements. Equipped with output electrical relay, it can be directly connected to any electrical locks with motor. It can be connected to central controller with Weigan standard interface. It is able to operate in standalone mode and exchange data with computers by network interface (e.g. transfer of fingerprint template and record of entrance and exit history, etc.). With Eiffeltech’s attendance time software, EFD-200 can be used as attendance time checking. It is also completely compatible with standard controller for door access via Weigan interface. If you have already installed controller and card reader or keypad reader and want to upgrade to fingerprint access control, then the only thing need to do is to replace old reader with EFD200.
The core technology of EFD200 uses true skin fingerprint sensor (FR alive skin sensor), which can “see” inner layer of skin (alive skin) instead of top layer of skin (dead skin). The main advantage of the product with true skin fingerprint sensor lies in the high capability to recognize fingerprints under various conditions. Not only it has high recognition rate (very low False Rejection Rate: FRR) for ideal fingerprints but also it keeps high recognition rate for fingerprints from non-ideal fingers.
EFD200 is equipped with RF card function to enhance security level.
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EFD-800 is composed of Eiffeltech's Fingerprint Recognition Module EFM800, control circuit, communication interface, display panel, and keyboard. With different standard interfaces, it has excellent capability to meet different application requirements. Equipped with output electrical relay, it can be directly connected to any electrical locks with motor. It can be connected to central controller with Weigan standard interface. It is able to operate in standalone mode and exchange data with computers by network interface (e.g. transfer of fingerprint template and record of entrance and exit history, etc.). With Eiffeltech's attendance time software, EFD-800 can be used as attendance time checking. It is also completely compatible with standard controller for door access via Weigan interface. If you have already installed controller and card reader or keypad reader and want to upgrade to fingerprint access control, then the only thing need to do is to replace old reader with EFD800.
* High recognition rate for various kinds of fingerprints, especially for poor fingerprints from very dry fingers, dirty fingers, marked finger, etc.
* Wide working temperature range that is suitable for very cold and hot regions
* High ESD resistance which is important for dry weather condition
* Insensibility to fake or artificial finger compared with optical or capacitive fingerprint sensor
* Great flexibility and variety in its functions and interfaces for users
* Cost effective
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During verification a person's biometric data is recorded at the enrollment station, converted by an algorithm to a biometric reference data record, and transferred to the individual's LEGIC badge.
For the recognition process, the LEGIC chip's reference template is read out. Afterwards, the fingerprint is being scanned, converted, and compared with the badge's reference data record.
LEGIC reader and fingerprint sensor are integrated into a reader module, that fits into many terminals and subterminals of Kaba Benzing's B-Net, Bedanet and B-Net 90 00 Series.
This comparison is called one-to-one (1:1) matching. If the two data records match, the employee's identity is confirmed. Another advantage of this solution is that the employee's biometric data is stored on the badge and responsibility is with the holder.
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