CR60W ZKTECO RFID USB Reader for Hotel Management
by Zkteco
KES 16,000 Excl. Tax
KES 19,000
- RFID USB Reader for Hotel Management
- 13,56 MHz ISO14443A Proximity
Model Number | CR60W |
---|---|
SKU | 20035 |
Reviews
Description
CR60W ZKTECO RFID USB Reader for Hotel Management
CR60W is a 13.56 MHz proximity card reader, which connects to computers via a USB connection facilitating card verification. The CR60W reader is a desktop device designed to read proximity cards automatically and accurately, thus avoiding manual entry errors.
CR60W ZKTECO RFID USB Reader for Hotel Management specs
- RFID Technology: Utilizes RFID technology for contactless and efficient data reading and writing.
- USB Interface: Connects to a computer or compatible device via a USB interface for data communication and power supply.
- Plug-and-Play: Supports plug-and-play functionality for easy installation and setup.
- Compact Design: Designed with a compact and portable form factor for convenient use and storage.
- Reading Distance: Offers a suitable reading distance for reading RFID cards or tags efficiently.
- RFID Card Compatibility: Compatible with various types of RFID cards and tags used in hotel management systems.
- Support for Multiple Protocols: Supports multiple RFID protocols to accommodate various hotel management systems.
- LED Indicators: Equipped with LED indicators to provide status and operation feedback.
- Software Development Kit (SDK) Support: Some models may offer SDK support for developers to integrate the reader into their applications.
- Versatile Applications: Suitable for various hotel management applications, such as access control, time attendance, and more.
- Data Encryption: Includes data encryption features to ensure the security and confidentiality of stored data.
- Durable Construction: Built with durable materials to withstand regular usage and environmental conditions.
- Multi-language Support: Supports multiple languages for user convenience and accessibility.
- Energy-efficient: Designed to be energy-efficient, requiring minimal power consumption.