The Yale Digital Door Locks Collection!Smarter Solution for your home. High-tech Fingerprint Digital Door Lock with strong Security features. One touch Fingerprint Verification Method (Progressive Scan) Easy registration of keys Anti-panic egress with Safe handle Low-battery alarm and emergency power supply terminal YDR323 (Vertical Rim Lock for Wooden Doors) - PIN Code, RF Card Key & Remote Control (Optional) YDR3110 (Rim Lock) - PIN Code, RF Card Key & Remote Control (Optional) YDME 90 (Mortise Lock) - Biometric, PIN Code, RF Card & Mechanical keyDESIGN FROM THE INSIDE OUT Marks USA has made compliance with the Buy American Act (BAA) and American Recovery & Reinvestment Act (ARRA) easy. Marks USA is an American manufacturer of quality door hardware products with manufacturing facilities in Amityville, NY. Marks USA is an American brand trusted throughout the door hardware industry. MARKS USA warrants that its products are free from defects in materials and workmanship.
This warranty is limited to the lifetime of the door on which our lock is installed. Hi-Tech Fingerprint Recognition System That Eliminates The Risk of Replication or Unauthorized Use The 175BIO is hi-tech fingerprint recognition system that eliminates the risk of replication or unauthorized use. This unit is combined with the Marks Grade 2 Cylindrical Survivor Leverset and is available 26D Satin Chrome finish. Power is supplied to the fingerprint reader and leverset via 4 "AA" batteries. This unit comes standard for 100 users, and has a 4000 event audit trail. The reader reads 80 points of your finger as your credentials for access. This setting can be changed using the software to 30 points. This helps users who have hard to read fingers gain access. The reader has live fingerprint detection. The reader will read the small amount of static electricity to determine a fake fingerprint. • User Codes: 100 Users standard • Audit Trail: 4000 Events • Batteries: 4 AA Batteries;
1 year - Low battery warnings • Search Time: Less than one second • Reader Type: Optical sensor • FRR (False Rejection Rate): <0.1% • FAR (False Acceptance Rate): 0.001% • Live fingerprint detection • Weather resistance outside for -4°F to 122°F; • Reader installation requires 4 thru-bolts and one 1" hole for cables • Outside reader housing powder coated aluminum 1-1/2" H x 4-7/8" L x 2-1/8" W • Lockset standard ANSI door prep • Inside housing ABS plastic powder coated finish • 6 Digit keypad used for enrolling/deleting users at the door • Software (CD included with lockset) connects your BIO lock to your computer for additional programming of your locks and viewing of audit trail, via USB cable (not included). Software runs on Windows Vista, 2000 XP. GRADE 2 CYLINDRICAL SURVIVOR: • American style lever standard • Grade 2 cylindrical lock body • 1-5/8" - 1-7/8" standard door thickness
• Latch: Grade 2, 2-3/4" backset, 1/2" throw • 3 Hour UL fire rating • Strike plate: 4-7/8" ASA strike, Grade 2 • Survivor featuring the "Clutch" system helps to prevent lever droop • Key Override: Marks "C" Keyway, 6 pin, 2keys, IC Core optional. Also Accepts Best®, Falcon, Medeco®, KeyMark™, Schlage®, Corbin & KSP. Copyright 2014, Marks USA All rights reservedDome Camera Bullet Camera Fingkey Access Plus Fingerprint Time Attendance System Security SystemsAnalog CameraDome CameraIR Dome CameraCS Mount CameraBullet CameraFingerprint SystemsFingerprint SensorsFingerprint ReaderFingerprint ScannersBiometric Fingerprint ReaderFingerprint Identification SystemsFingkey Access PlusAttendance Control SystemsAccess Control SystemsAttendence SystemThumbprint ScannerFingerprint Access ControllerFingerprint Time Attendance SystemFace Recognition SystemsProximity SystemsController SystemProximity ReaderSmart Card ReaderIP CameraDome IP CameraBox IP CameraSpeed Dome CameraFish Eye IP CameraStandalone DVR4 Channel DVR8 Channel DVR16 Channel DVRNetwork DVRNetwork Video RecorderFire Alarm SystemsAddressable Fire Alarm SystemConventional Fire Alarm DetectionConventional Fire Alarm SystemConventionalAccess Control SystemsDoor Lock SystemBarrier ControlTurnstile Access Control SystemsElevator Access Control SystemFingER
Access Control SystemsElectronic Security SystemsVideo Door PhoneIntrusion Detection SystemHand Held Metal DetectorMetal Door FrameRFID SolutionsCar Parking SolutionsAsset Management SolutionsSoftware SolutionsVisitor Management SoftwareCanteen Management SoftwareSchool Management SoftwareAttendance SoftwareSecurity AccessoriesCard HoldersProximity ID CardsCustom LanyardsElectromagnetic LocksFire Detection SystemsConventional Fire DetectorsConventional Fire Detection SystemConventional Flame Detection SystemSmoke DetectorsAddressable Heat DetectorMulti Criteria Smoke DetectorAddressable Photoelectric Smoke DetectorAddressable Combination SmokeHand GeometricHand PunchIR CamerasIR Fixed Lens Bullet Camera3-axis IR Bullet CameraC Mount IR Bullet CameraIR Range Distance CamerasIR Range CameraPTZ CameraPTZ ControllerPTZ CameraGuard TourGuard Tour Reader Backed by a decade of industry experience, we are engaged in distributing, trading and supplying Access & Attendance Systems for Hardware and Software.
Our product catalog includes variety of products under the categories of Biometric, Proximity, CCTV Surveillance, Fire Detection, GPRS & Electronic Security System, Access Control, RFID and Software Solutions. We also offer on-site and in-house technical support for our products, if needed by the clients. Carefully manufactured using advanced technology and quality components at vendors' end, these products are liked by many customers for their efficient performance, robustness, accuracy and durability. We procure these product from the trusted suppliers, who are known for their ethical practices and transparent dealings. Our products are also high on demand in offices, banks, reservation counters, institutions, broadcasting and so on. We are committed to maintain long-term relationships with our customers and thus, catering parallel to the needs of several international customers. Our Website : www.abacusinfotech.net Developed and Managed by IndiaMART InterMESH Limited A quick demonstration of an electronic door lock
An electronic lock (or electric lock) is a locking device which operates by means of electric current. Electric locks are sometimes stand-alone with an electronic control assembly mounted directly to the lock. Electric locks may be connected to an access control system, the advantages of which include: key control, where keys can be added and removed without re-keying the lock cylinder; fine access control, where time and place are factors; and transaction logging, where activity is recorded. Electronic locks can also be remotely monitored and controlled, both to lock and unlock. Electric locks use magnets, solenoids, or motors to actuate the lock by either supplying or removing power. Operating the lock can be as simple as using a switch, for example an apartment intercom door release, or as complex as a biometric based access control system. There are two basic types of locks: "preventing mechanism" or operation mechanism. A deadbolt electronic lock mounted in a home safe
The most basic type of electronic lock is a magnetic lock (informally called a "mag lock"). A large electro-magnet is mounted on the door frame and a corresponding armature is mounted on the door. When the magnet is powered and the door is closed, the armature is held fast to the magnet. Mag locks are simple to install and are very attack-resistant. One drawback is that improperly installed or maintained mag locks can fall on people,[ – discuss] and also that one must unlock the mag lock to both enter and to leave. This has caused fire marshals to impose strict rules on the use of mag locks and access control practice in general. Additionally, NFPA 101 (Standard for Life Safety and Security), as well as the ADA (Americans with Disability Act) require "no prior knowledge" and "one simple movement" to allow "free egress". This means that in an emergency, a person must be able to move to a door and immediately exit with one motion (requiring no push buttons, having another person unlock the door, reading a sign, or "special knowledge").
Other problems include a lag time (delay), because the collapsing magnetic field holding the door shut does not release instantaneously. This lag time can cause a user to collide with the still-locked door. Finally, mag locks fail unlocked, in other words, if electrical power is removed they unlock. This could be a problem where security is a primary concern. Additionally, power outages could affect mag locks installed on fire listed doors, which are required to remain latched at all times except when personnel are passing through. Most mag lock designs would not meet current fire codes as the primary means of securing a fire listed door to a frame.[1] Because of this, many commercial doors (this typically does not apply to private residences) are moving over to stand-alone locks, or electric locks installed under a Certified Personnel Program. The first mechanical recodable card lock was invented in 1976 by Tor Sørnes, who had worked for VingCard since the 1950s. The first card lock order was shipped in 1979 to Westin Peachtree Plaza Hotel, Atlanta, US.
This product triggered the evolution of electronic locks for the hospitality industry. Electric strikes (also called electric latch release) replace a standard strike mounted on the door frame and receive the latch and latch bolt. Electric strikes can be simplest to install when they are designed for one-for-one drop-in replacement of a standard strike, but some electric strike designs require that the door frame be heavily modified. Installation of a strike into a fire listed door (for open backed strikes on pairs of doors) or the frame must be done under listing agency authority, if any modifications to the frame are required (mostly for commercial doors and frames). In the US, since there is no current Certified Personnel Program to allow field installation of electric strikes into fire listed door openings, listing agency field evaluations would most likely require the door and frame to be de-listed and replaced. Electric strikes can allow mechanical free egress: a departing person operates the lockset in the door, not the electric strike in the door frame.
Electric strikes can also be either "fail unlocked" (except in Fire Listed Doors, as they must remain latched when power is not present), or the more-secure "fail locked" design. Electric strikes are easier to attack than a mag lock. It is simple to lever the door open at the strike, as often there is an increased gap between the strike and the door latch. Latch guard plates are often used to cover this gap. Electric mortise and cylindrical locks are drop-in replacements for door-mounted mechanical locks. An additional hole must be drilled in the door for electric power wires. Also, a power transfer hinge is often used to get the power from the door frame to the door. Electric mortise and cylindrical locks allow mechanical free egress, and can be either fail unlocked or fail locked. In the US, UL rated doors must retain their rating: in new construction doors are cored and then rated. but in retrofits, the doors must be re-rated. Electrified exit hardware, sometimes called "panic hardware" or "crash bars", are used in fire exit applications.
A person wishing to exit pushes against the bar to open the door, making it the easiest of mechanically-free exit methods. Electrified exit hardware can be either fail unlocked or fail locked. A drawback of electrified exit hardware is their complexity, which requires skill to install and maintenance to assure proper function. Only hardware labeled "Fire Exit Hardware" can be installed on fire listed doors and frames and must meet both panic exit listing standards and fire listing standards. Motor-operated locks are used throughout Europe. A European motor-operated lock has two modes, day mode where only the latch is electrically operated, and night mode where the more secure deadbolt is electrically operated. In South Korea, most homes and apartments have installed electronic locks, which are currently[] replacing the lock systems in older homes. South Korea mainly uses a lock system by Gateman. Simple PIN electronic lock securing an elevator A biometric electronic lock with PIN entry
A feature of electronic locks is that the locks can deactivated or opened by authentication, without the use of a traditional physical key: Perhaps the most common form of electronic lock uses a keypad to enter a numerical code or password for authentication. Such locks typically provide, and some feature an audible response to each press. Combination lengths are usually between 4 and 6 digits long. Another means of authenticating users is to require them to scan or "swipe" a security token such as a smart card or similar, or to interact a token with the lock. For example, some locks can access stored credentials on a personal digital assistant (PDA) or smartphone, by using infrared, Bluetooth, or NFC data transfer methods. As biometrics become more and more prominent as a recognized means of positive identification, their use in security systems increases. Some electronic locks take advantage of technologies such as fingerprint scanning, retinal scanning, iris scanning and voice print identification to authenticate users.