Attendance & Access Control

OVERVIEW:

Single door access control system is  a cost effective and ‘ready-made’ solution for basic security concerns. The controllers/readers are standalone security systems that can operate without a host computer, an ideal solution for small/medium-sized enterprises without specialized security departments. This controller/reader can operate as an independent access control system, or be upgraded from a single standalone system to a full-featured network system of multiple doors when the need arises, providing an economical solution that grows with the business. Complete single door packages are available in several combinations to cater to varying requirements.

                For WIC/WIF, Under Universal Immunization program (UIP) temperature sensitive vaccines are stored at various Cold Rooms, Walk in Cold Rooms (WIC), Walk in freezers (WIF) and other refrigerated storage systems at GMSDs and other state level vaccine storage centers. The single door access control unit for WIC/WIF is required to control the entry of unauthorized persons, frequent and excess opening of the WICs & WIFs  all over India.

 

 

FEATURES:

·         Versatile
     *Operate independently / in a network
     *Mix-and-match reader options
     *Smart card and Wiegand reader function

·         Economical
     *Add-on by unit, no hefty investment required
     *Access control system grows with your budget

·         Easy to install and maintain
     *Quick installation
     *Easy wiring / programming
     *Easy DIP switch settings

·         Complete door monitoring function option
     *Fire alarm monitoring
     *Intrusion monitoring

·         High-tech design for long term investment protection
     *Flash memory design for easy controller software upgrades

 

APPLICATIONS:

The system should have an ability to permit or deny the use of particular resource by a particular entity. The access control card have embedded microprocessor and memory. The person operating the smart card system should be identified through their code numbers so that the accountability may be achieved. The information recorded should be sufficient to map the subject to a controlling user.

 

          Overview

Good exterior, LCD with four lines display, digital keyboard very convenient to input numbers. Its transaction storage can reach 30000 records; can be hung on the wall; developed on the basis of LINUX platform.

 

                 Technical Specifications

·         Size:190(L)*136(W)*36(H) mm

·         Operation platform: LINUX

·         Identification time: <1 second

·         Register and the way of comparison: ID card (EM compatible card) serial number

·         Register and the way of comparation: ID card (EM compatible card) serial number

·         Register capacity: 30000

·         Record capacity: 30000

·         Way of communication:RS232/RS485 TCP/IP

·         Temperature operating: 0°C - 45°C

·         Humidity operating: 10% - 80%

·         Standard Function :Work code, function key, scheduler bell

·         Optional: simple access control(with C1 controller), backup supply, Modem, Printer

·         Support language: English

 

 

       Features

·         Built in embedded standalone module

·         Embedded LINUX operation system

·         Standard TCP/IP communication

·         Built in WEB LINUX SERVER browser

·         Built in multi-language interface

·         The Public and private short massage that can be sent to defined person   

 

BIOMETRIC  ATTENDENCE MACHINE

 It is a standalone fingerprint T&A system with optional simple access control. It is built on Linux operation system and DP UrU4000B sensor. The identification speed is fast and FFR and FAR are low. Memory stick solves the problem of no PC in local site.You just download records into the stick and take it to where there is PC.

PROXIMITY BASED ATTENDENCE MACHINE

Good exterior, LCD with four lines display, digital keyboard very convenient to input numbers. Its transaction storage can reach 30000 records; can be hung on the wall; developed on the basis of LINUX platform.

 

 

Overview

It  is a standalone fingerprint T&A system with optional simple access control. It is built on Linux operation system and DP UrU4000B sensor. The identification speed is fast and FFR and FAR are low. Memory stick solves the problem of no PC in local site.You just download records into the stick and take it to where there is PC.

Technical Specification

•  Size:184(L) X 142(W) X 50(H)mm
•  User capacity:1500
•  Card Reader: Inbuilt EM RFID(Proximity) Card reader
•  Transaction Storage:50000
•  Operating system :Linux
• Communications:RS232,RS485,TCP/IP
• Identification time :<=2s
• FAR : <=0.0001%
• FRR: <=1%
• Operating Temperature : 0°C - 45°C
• Operating Humidity : 20%-80%
• LED:Red,Green
• LCD:128*64 Blue background light
• Fingerprint Sensor :U.are.U Sensor
• USB Flash Disk:128M
• Optional: Simple access control, Mifare Card Reader, RIS Server, Modem 
 
Features

• 2005 Version of algorithms with dependability and accuracy,identification speed obviously improved, it can manage 3000 fingerprint templates within 2 sec.
• Built in embedded standalone module with strong Intel 32 bit X-scale CPU
• Adopt U. are. U. U sensor, improving fingerprint identification.
• Support 360-degree rotation identification, easy to use and reliable.
• Sensor window cotton improved image quality, access dry/wet fingers.
• Automated exposure and intelligent compensation improved image quality.

 

Technical specifications

·         Users : 700 Face, 5000 Fingerprints

·         Transaction :1,00,000 Logs

·         CPU :32bit Microprocessor

·         Camera :High Definition Infrared Camera

·         Sensor : 500dpi Optical Sensor

·         Dimension:193.6mm * 165.2mm * 86mm

·         Identification Speed: <= 2 sec

·         FAR : <=0.0001%

·         FRR : <=1%

·         Communication: RS232, RS485, TCP/IP

·         Battery Backup : 5 Hrs(Optional)

·         Operational Temperature: 0˚c- 45˚c

·         Operational Humidity: 20-80%

·         Power :12V DC, 3A

·         Optional Function: Prox/MIFARE/HID card reader, GPRS, WI-FI

Overview


 Proximity card (or prox card) is a generic name for contactless integrated circuit devices used for security access or payment systems, most commonly known as contactless smartcards. Modern proximity cards are covered by the ISO/IEC 14443 (proximity card) standard. There is also a related ISO/IEC 15693 (vicinity card) standard. Proximity cards are powered by resonant energy transfer and have a range of 0-3 inches in most instances. The user will usually be able to leave the card inside a wallet or purse. The price of the cards is also low, usually US$2–$5, allowing them to be used in applications such as identification cards, keycards, payment cards and public transit fare cards. Proximity cards use an LC circuit. An IC, capacitor, and coil are connected in parallel. The card reader presents a field that excites the coil and charges the capacitor, which in turn energizes and powers the IC. The IC then transmits the card number via the coil to the card reader. The card readers communicate in Wiegand protocol that consists of a data 0 and a data 1 circuit (or binary or simple on/off (digital) type circuit). The earliest cards were 26 bit. As demand has increased bit size has increased to continue to provide unique numbers. Often, the first several bits can be made identical; these are called facility or site code. The idea is that company Alice has a facility code of xn and a card set of 0001 through 1000 and company Bob has a facility code of yn and a card set also of 0001 through 1000.

PRODUCT DESCRIPTION:

1. It can control four different doors, can connect with two standard Wiegand card reader to realize in/out mark.

Multi-route output:

• Lock relay, can control various kinds of constant-open & close lock

Alarm output:

• Alarm as the door is in the overtime open state
• Alarm as the door is opened by force
• Alarm as punching card without putting door.

Overview

101 series inductive card reader is a type of standard Wiegand 26bits output format, non-contact high performance inductive card reader. It is mainly used as supporting card reading device for the access controller with Wiegand interface  and its characteristics are smart and exquisite appearance, simple wiring and stable performance

Technical Specification   ·         Dimension: 43mm(W) X 80mm(L) X 13mm(T) ·         Weight: 61g ·         Power: DC 9~12V, current: 30 –80 m A ·         Output: Weigand 26 Bit. ·         Working environment: -20°C~60°C,relative humidity: 5%--98%;

Access Control System is used to prevent unauthorized entries into restricted areas. Wide range of permutations & combinations can be achieved according to requirements. Access Control System This system provides access to authorized personnel but prohibit entry of unauthorized persons. An individual combination of terminals, sub terminals, and an access manager provides optimal protection to homes and buildings. Their features include: • Time attendance cum access control function • Support EM technology • Changeable 6 shift operation mode • Provides self test code to detect during system failure • Invalid card alarm • Build-in battery to ensure operation during power failure Biometric Access Control System We have designed biometric system for automatic identification of a person based on his/ her physiological or behavioral characteristics. They can operate either in a verification or an identification code. They have features like: • PVD coating on the surface to prevent color fading-out • Memory up to 120 fingerprint templates/ users • ANSI standard • Passing mode: convenient for meeting and gathering Fingerprint and Proximity Card Based Access Control System This is an Access Control System with both Proximity Card & Fingerprint based technology. The system is flexible for either card or fingerprint operation or fingerprint + card operation. The system uses highly advanced scanner from Digital Persona. Ideal for cash rooms, server rooms, warehouses, arms rooms or any place where controlled access is required.