Kimaldi Kapri Bio and RFID – SFM fingerprint sensor

Access Control and T&A Control Solutions Terminal by Fingerprint, RFID Tags (Cards, Wristbands and Key Fobs) and Mobile.

The SFM optical fingerprint sensor has a capacity of 25,000 templates and 12,500 users with a single finger. With waterproof front surface (IP65)

Contact

Categories: Fingerprint readers, Kimaldi

Product Description

Online Operation
Biometric ID terminal
2.4” IPS Graphics Display and Touch Keyboard
3 Relays and 4 Digital Inputs
Ethernet Connection and Wifi Option
Web Programming
CLOUD Protocol: Cloud Direct Connectivity
Other Protocols to Work within the LAN
WebServer Device Configuration
Options: Mifare/Desfire Card Reader and Bluetooth Reader (BLE)
Integration module

Kapri Bio is an online terminal that allows fingerprint and RFID (cards, key fobs, wristbands and tags) identification along with the option of identification by mobile phone as well. The terminal is suitable for Access Control and T&A Control Solutions.

Biometric ID terminal

Kapri Bio is a biometric fingerprint scanner. This terminal has LFD (Live Finger Detection) technology for greater accuracy in false fingerprints detection.

Fingerprint recognition is excellent regardless of dryness and/or humidity conditions.
The SFM optical fingerprint sensor has a capacity of 25,000 templates and 12,500 users with a single finger. With waterproof front surface (IP65)

Applications

Kapri Bio is suitable for:

Access Control Solutions in: sports centres, gyms, paddle tennis courts, companies restricted areas, trade fairs and congresses, among others.
T&A Control for worktime recording.

2.4” IPS Graphic Display and Touch Keyboard

Kapri Bio has a 2.4” IPS graphic display with excellent visibility from all angles of the screen. It has a 16-key capacitive keypad for easy entry of work orders and codes and a beeper.

3 Relays and 4 Digital Inputs

Kapri Bio includes 3 relays to activate electric locks, turnstiles, barriers, alarms or other devices.

These 4 digital inputs can be used to monitor the status of door sensors, limit switch sensors, etc. The device is equipped with an Anti-Tamper sensor to detect tampering.

Ethernet Connection and Wifi Option

The device is connected via Ethernet and communication with the application always takes place via the exchange of JSON objects. The device is easy to integrate regardless of the programming language or operating system.

Kapri Bio is available in a Wifi version.

CLOUD Protocol: Cloud Direct Connectivity

This is the most suitable option for extranet web applications. In these environments and for security reasons only the terminals can initiate communication as the cloud application is not allowed to initiate communications with the devices oftentimes. Kapri Bio initiates communications and when an event occurs, such as a card being read, it sends a POST command to the cloud application/API Server. In response, the application sends a set of commands to be executed by the terminal, such as displaying messages on the screen and activating relays to allow access.

The Cloud protocol is characterized by:

– Kapri initiates all communications.
– Communications are secure when the cloud uses the https protocol.
– No installation of drivers, .DLLs, services, etc. required.

Other protocols for working within the LAN*

Kapri Bio offers the following communication protocols:

JSON-TCP/IP
KTP
HTTP

* For more information, see the Communication Protocols Tab.

Options: Mifare/Desfire Card Reader and Bluetooth Reader (BLE)

As an option, a 125kHz RFID reader or a Mifare/Desfire Card Reader (which allows reading the UID and memory sectors of the card) can be added.

The Bluetooth (BLE) option allows users identifying themselves by means of a high-security virtual card in the mobile phone.

Integration Module

Kimaldi Kapri Bio is available in an integration module finish for installation on turnstiles, barriers and gates.

Go to Kimaldi Systems web

Specifications

Power Supply	5 VDC +/-10%
Maximum Consumption	1500 mA
RS-232	2 internal ports: – RFID Reader – Biomentric Reader
TTL	2 internal ports: – either for a Clock& Data, ABA Track-2 reader – Or Wiegand 26, 34 and free reader
Digital Inputs	4 digital inputs active to ground, inactive on O.C.
Relays	3 relays, power-free, 24V/1A (24/1A: 500,000 switching operations) 2 relays with NC and NO contacts and 1 NO relay
AntiTamper	1 antitamper input
Buzzer	1 in-circuit integrated
RTC	1 in-circuit integrated

Kapri communicates via TCP/IP (Ethernet cable or WiFi). Communication with the application is always done through the exchange of JSON objects.

To make configuration easier, you can access the browser by connecting to the Kapri WebServer and, from there, selecting the communication protocol.
The equipment offers the following protocols:

JSON-TCP/IP

The terminal provides a TCP/IP communication port through which it will send and receive JSON objects. This port can work as Server or Client depending on how it is configured.
This is the most suitable option for applications in languages which do not allow the use of web protocols, but which can handle standard TCP/IP sockets.

KTP

It is a Kimaldi proprietary protocol with a KTP network driver. It performs the following functions:
– It automatically locates LAN terminals.
– It provides an API interface to the software
– It provides a SocketIO channel for event management.
– It encrypts communications with AES256.
This is the best option for those intranet applications having to manage several devices whose IP address is unknown. The application interacts exclusively with the KTP network driver/controller. In addition, KTP allows different applications to control different terminals, by grouping them on the same LAN.

HTTP

The terminal provides an API Server interface that supports POST and GET commands. There is an option for the terminal to send events via SocketIO to avoid the application polling. No driver installation is required. The application needs to know the IP of the terminal.
This is the best option for intranet web applications, as in these environments these applications can freely access devices.

CLOUD

The terminal always initiates communications. When an event such as a card being read occurs the terminal sends a POST command to the application/cloud API server. In response, the application sends a batch of commands such as displaying messages on the screen and activating relays to allow access in order to be executed by the terminal.
The Cloud protocol is characterized by:
– Kapri initiates all communications.
– Communications are secure when the cloud uses the https protocol.
– No driver installation is required.
– The application does not need to know the IP of the terminal.

This option is most suitable for extranet web applications. In these environments the cloud application is usually not allowed to initiate communication for security reasons. Hence, only terminals can initiate that.

Kapri Brochure