About Matrix Mifare / EM Prox Card based Single Door Access Controller COSEC PATH DCCE
* Door Lock, Door Sense, Exit Reader, Exit Switch, RS-485/RS-232, Wiegand IN/OUT
* IP65 Rated Controller with Built-in Readers
* 50,000 Users and 5,00,000 Events
* Tri-color LED and Buzzer
* 12VDC Power Supply through Adaptor or Battery Backup
Product Details:
| Minimum Order Quantity |
1 Piece |
| Model Name/Number |
COSEC PATH DCCE |
| Brand |
Matrix |
| Usage/Application |
Door Lock, Door Sense, Exit Reader, Exit Switch, RS-485/RS-232, Wiegand IN/OUT |
| Type Of System |
Smart Card and Mobile Phone (BLE) |
| Interfaces |
Weigand, RS232 |
| Color |
Black |
| Installation Type |
Wall Mounted |
| Language |
English |
| Users |
50000 users |
| Power |
12VDC Power Supply through Adaptor or Battery Backup |
| Connectivity |
Ethernet, PoE, Wi-Fi and BLE |
| Country of Origin |
Made in India |
FAQs of Matrix Mifare / EM Prox Card based Single Door Access Controller COSEC PATH DCCE:
Q: What is the identification mode of COSEC PATH DCCE?
A: The identification mode of COSEC PATH DCCE is fingerprint.
Q: What is the type of COSEC PATH DCCE?
A: COSEC PATH DCCE is a smart card and mobile phone (BLE) type access controller.
Q: What is the usage of COSEC PATH DCCE?
A: COSEC PATH DCCE is designed for industrial usage.
Secure Access with Multiple Identification ModesCOSEC PATH DCCE elevates security by supporting fingerprint, smart card, and mobile phone (BLE) access. This multiplicity allows organizations to tailor entry permissions while enhancing user convenience and reducing unauthorized access risks.
Designed for Industrial EnvironmentsMade from robust metal, the controller withstands demanding industrial conditions. Its construction ensures longevity and reliable performance, making it a preferred choice for factories and warehouses requiring dependable access solutions.
FAQ's of Matrix Mifare / EM Prox Card based Single Door Access Controller COSEC PATH DCCE:
Q: How does the Matrix COSEC PATH DCCE controller identify users?
A: The device supports three identification modes: fingerprint recognition, RFID-based Mifare or EM Prox cards, and Bluetooth-enabled mobile phone (BLE) access for versatile and secure authentication.
Q: What is the process for installing and setting up this access controller?
A: Installation involves mounting the metal controller at the entry point, connecting to a 12V DC power supply, and integrating it with access management software. User credentials can then be registered via cards, fingerprints, or the designated mobile app.
Q: When is it beneficial to use fingerprint or BLE-based access over traditional cards?
A: Fingerprint or BLE access is advantageous when enhanced security or contactless entry is needed. These methods minimize risks related to lost or shared cards and are ideal for hygienic and rapid entry, especially in high-security industrial environments.
Q: Where can this controller be effectively used in India?
A: The COSEC PATH DCCE is tailored for industrial facilities such as manufacturing units, warehouses, and factories across India, where durable, high-security, and reliable access management solutions are required.
Q: What benefits does the metal material provide for COSEC PATH DCCE?
A: The metal casing offers robust protection against physical damage, environmental stressors, and tampering, ensuring the controller's durability even in harsh industrial settings.
Q: How can suppliers, traders, and wholesalers in India leverage this product?
A: Suppliers, traders, and wholesalers can offer the COSEC PATH DCCE to industrial clients seeking reliable, scalable, and secure access control systems, thus expanding their product portfolio and meeting client demands for advanced security solutions.