DOOR ACCESS WIEGAND DA118W Card Reader for Entrance Durable Heavy Duty No Password Leak High Security Access Control

DOOR ACCESS WIEGAND DA118W Card Reader for Entrance Durable Heavy Duty No Password Leak High Security Access Control

 

CHOICECYCLE CCTV offer the best DOOR ACCESS WIEGAND DA118W Card Reader for Entrance Durable Heavy Duty No Password Leak High Security Access Control

1. Wiegand Interface:
   • Supports the Wiegand communication protocol, which is a standard interface used for access control systems.
2. Card Reading Capability:
   • Reads Wiegand-encoded access control cards, typically RFID (Radio-Frequency Identification) or proximity cards.
3. Durable and Heavy-Duty Construction:
   • Designed to withstand physical wear and tear, ensuring durability and longevity in high-traffic areas.
4. No Password Leak:
   • Emphasizes security by avoiding password usage, relying on card-based access control for enhanced protection against unauthorized access.
5. High Security Access Control:
   • Implements security features to prevent unauthorized entry, such as encryption of card data and secure communication protocols.
6. Tamper Detection:
   • Includes mechanisms to detect and respond to tampering attempts, enhancing the overall security of the access control system.
7. Weatherproof or Weather-Resistant Design:
   • Suitable for outdoor or exposed environments, with a design that is resistant to weather conditions like rain or extreme temperatures.
8. Easy Installation:
   • Designed for straightforward installation, allowing for quick integration into existing access control systems.
9. LED and Audible Feedback:
   • Provides visual and audible feedback to users, indicating successful or unsuccessful card readings.
10. Anti-Passback Support:
    • Supports anti-passback features to prevent users from passing their access cards to others for entry.
11. Multi-Technology Compatibility:
    • Compatible with various card technologies, allowing for flexibility in card types and systems.
12. Multi-Function Capability:
    • Depending on the model, the card reader may support additional functions, such as time and attendance tracking or integration with other security systems.
13. Integration with Access Control Software:
    • Can be integrated with access control software to manage user permissions, monitor access events, and generate reports.
14. Remote Management:
    • Some models may allow for remote management and configuration, enabling administrators to make adjustments without physical access to the device.
15. Low Power Consumption:
    • Operates with low power consumption, making it cost-effective and environmentally friendly.
16. Customizable Access Policies:
    • Allows administrators to define and customize access policies based on user roles and time schedules.
17. Support for Cardholder Database:
    • Stores and manages a database of authorized cardholders for efficient access control.
18. Alarm Integration:
    • Integrates with alarm systems to trigger alerts in the event of security breaches or tampering.
19. Built-in Diagnostic Tools:
    • Provides diagnostic tools to assist with troubleshooting and maintenance.
20. Compliance with Industry Standards:
    • Complies with relevant industry standards and regulations for access control systems.

It’s essential to refer to the product documentation or contact the manufacturer for specific details about the DOOR ACCESS WIEGAND DA118W Card Reader model you are considering, as features can vary between different devices.

 

The communications protocol used on a Wiegand interface is known as the Wiegand protocol.

The original Wiegand format had one parity bit, 8 bits of facility code, 16 bits of ID code, and a trailing parity bit for a total of 26 bits.

The first parity bit is calculated from the first 12 bits of the code and the trailing parity bit from the last 12 bits.

However, many inconsistent implementations and extensions to the basic format exist.

Many access control system manufacturers adopted Wiegand technology, but were unhappy with the limitations of only 8 bits for site codes (0-255) and 16 bits for card numbers (0-65535),

so they designed their own formats with varying complexity of field numbers and lengths and parity checking.

The physical size limitations of the card dictated that a maximum of 37 Wiegand wire filaments could be placed in a standard credit card, as dictated by CR80 or ISO/IEC 7810 standards, before misreads would affect reliability.

Therefore, most Wiegand formats used in physical access control are less than 37 bits in length.

Full range of affordable Door Readers for Upgrade & Replacement 

1. Collection from SGCCTV   Choicecycle Sim Lim Square CCTV SPECIALIST #02-81 11am~8pm. Whatsapp 98534404 for stock level before visit.

2. Payment by PayNow 201207820G or QR code will receive Free Gift Warning Stickers worth $20.00 (1pc per client order)
3. Please add $18.00 for delivery – 3~5 days.
4. Can issue e-Invoice for your accounting. (upon request)

More choice & solutions : Wireless Video Intercom WL-11 || JO Series ||  JP Series || DA Series  ||  DB Series ||  EZVIZ Video Door Bell  ||
Hikvision FACIAL RECOGNITION DS-K1T341AMF  || HIKVISION IP INTERCOM DS-KIS703-P  ||  HIkvision DOOR ACCESS DS-K1T331W  ||

Biometric Door Access Reader DA22C  || RFID & Password Reader DA188  ||  Wiegand DA118W  

The communications protocol used on a Wiegand interface is known as the Wiegand protocol.

The original Wiegand format had one parity bit, 8 bits of facility code, 16 bits of ID code, and a trailing parity bit for a total of 26 bits.

The first parity bit is calculated from the first 12 bits of the code and the trailing parity bit from the last 12 bits.

However, many inconsistent implementations and extensions to the basic format exist.

Many access control system manufacturers adopted Wiegand technology, but were unhappy with the limitations of only 8 bits for site codes (0-255) and 16 bits for card numbers (0-65535),

so they designed their own formats with varying complexity of field numbers and lengths and parity checking.

The physical size limitations of the card dictated that a maximum of 37 Wiegand wire filaments could be placed in a standard credit card, as dictated by CR80 or ISO/IEC 7810 standards, before misreads would affect reliability.

Therefore, most Wiegand formats used in physical access control are less than 37 bits in length.

 

DOOR ACCESS WIEGAND DA118W Card Reader for Entrance Durable Heavy Duty No Password Leak High Security Access Control

 

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DOOR ACCESS WIEGAND DA118W Card Reader for Entrance Durable Heavy Duty No Password Leak High Security Access Control