KR900 series is a high-security RFID reader, that supports 125KHz and 13.56MHz cards. This series features tamper-proof alarm functionality and offer two communication modes: Wiegand only or Wiegand & RS485. The RS485 communication protocol supports ZK-RS485, making it compatible with ZKTeco access control standalone devices and controllers. Also, Wiegand communication protocols also enable integration with third-party access control devices.
Available in six models, each reader offers distinct features including optional physical keypads and flexible authentication methods. All models support ID cards at 125kHz and IC cards at 13.56MHz, with a verification speed under 0.3 seconds and recognition distance of up to 4cm. They also feature a tamper switch, indicators, and an audio buzzer.
ZKTeco’s KF1100 Pro & KF1200 Pro is a sophisticated visible light facial authentication and RFID reader. This series can operate either as a biometric readers or as standalone access control devices, offering you the flexibility to choose the mode that best suits your needs.
Designed to integrate seamlessly with the inBio Pro Plus controllers, the KF1100 Pro & KF1200 Pro can capture and convert face images into face templates as small as 512 bytes. The face templates will then be transmitted to the inBio Pro Plus controllers via RS-485 for authentication. The KF1100 Pro & KF1200 Pro are equipped with TCP/IP port, allows for fast data synchronization with the controllers, raising the bar for stable and precise facial authentication capabilities.
Also, KF1100 Pro & 1200 Pro showcase its versatility when deployed as a visible light facial authentication standalone access control device with a DM10 (door lock extension panel). KF1100 Pro & 1200 Pro is compatible with the ZKBio CVSecurity through ZKTeco A&C PUSH protocol.
FR1300 is an indoor slave reader with RS485 interface that works with master controllers from ZKTeco, for example, inBIO series biometric control panels. As a value-added slave reader, FR1300 provides the most secure and cost effective access control solution for small and medium enterprises.
FR1200 is a biometric reader that supports multiple authentication methods, including fingerprint and RFID card verification. With OSDP(Ver2.1.7)or ZK-RS485 communication protocol, it works with ZKTeco's biometric controller InBio Pro Plus and fingerprint access control terminal. This biometric reader also supports RFID card verification, and it is compatible with 125 kHz ID card (standard) and 13.56 MHz IC card (optional).
Equipped with the ZK Optical fingerprint sensor, the FR1200 captures high-resolution fingerprint images and converts them into secure fingerprint templates. These templates are transmitted securely via RS-485 communication to access control terminals or controllers. To ensure data integrity, the device uses AES128 encryption during transmission, with an option to disable encryption through software for flexible deployment based on user security needs.
The FR1200 supports OSDP (Ver2.1.7) and ZK-RS485 communication protocols, enabling seamless integration with ZKTeco's advanced access control systems, such as the InBio Pro Plus series and other fingerprint terminals. Its compatibility simplifies deployment across various security setups, providing a reliable and scalable solution for access control management.
FR1500S is a biometric reader that supports multiple authentication methods, including fingerprint and RFID card verification. It supports multiple authentication methods, including fingerprint verification and RFID card verification, making it an ideal solution for high-security environments. Compatible with 125 kHz ID cards (standard) and 13.56 MHz IC cards (optional), the FR1500S offers flexibility to meet diverse user needs.
FR1500S chassis is made of SUS304 stainless steel, and it achieved IP65 protection rating for waterproof and dust proof, ensuring smooth operation in outdoor and challenging weather conditions.
Equipped with the latest-generation Z-ID fingerprint sensor, the FR1500S captures high-resolution fingerprint images and converts them into secure fingerprint templates. These templates are transmitted securely via RS-485 communication to access control terminals or controllers. To ensure data integrity, the device uses AES128 encryption during transmission, with an option to disable encryption through software for flexible deployment based on user security needs. The FR1500S supports OSDP (Ver2.1.7) and ZK-RS485 communication protocols, enabling seamless integration with ZKTeco's advanced access control systems, such as the InBio Pro Plus series and other fingerprint terminals. Its compatibility simplifies deployment across various security setups, providing a reliable and scalable solution for access control management.
RS485 is currently a widely used communication interface in data acquisition and control applications where multiple nodes communicate with each other. RS485 is also the most versatile communcation standard in the standard series defined by the EIA. In circumstances which require to use multiple readers, RS485 communication shows how it is important. With RS485 readers, you can reduce the cost of control panel and make the control much more accurate. RS485 Reader Series let you connect multiple readers to the control panel in one single RS485 port, which can enlarge the control panel card reader capacity. Also, RS485 has excellent transfer rate that allows long-distance transfer up to 1200m (theoretical value). Therefore, RS485 reader are perfect tool for multiple access solutions in scalable area.
KR702 reader is a full touch key waterproof reader,the Product is IP65 waterproof, and can be used for outdoor. The reader further enrich the diversity of ZK reader product. Meanwhile, the product is made of full acrylic appearance, full touch key, design high-end fashion, and suitable for the application of high-end places.
Wiegand Card Readers 125kHz EM or 13.56MHz IC card reader Wiegand interface
You have added a new product to the inquiry form, check it now >
Product Comparison
Remove
This website uses cookies to store information on your device, cookies can enhance your user experience and help our website work normally.
For more information, please read our
Cookie Policy and Privacy Policy.