ZKTeco UHF Reader Long Distance E-Tag Wiegand (UHF1-10F)

ZKTeco UHF Reader Long Distance E-Tag Wiegand (UHF1-10F)

Product Description

The UHF1-10F Long Distance RFID Reader is a high-performance ultra-high frequency (UHF) access control device designed for hands-free vehicle and personnel identification. Engineered for long-range detection and seamless integration, this reader is ideal for parking management systems, gated communities, industrial facilities, and smart security infrastructures.

With its extended reading range of up to 12 meters, advanced anti-collision technology, and Wiegand communication interface, the UHF1-10F enables fast, secure, and automated access control without requiring physical contact. It works perfectly with UHF RFID tags (E-tags) for efficient vehicle entry and exit management.

Key Features

1. Long-Range Reading Capability
Supports adjustable reading distance of up to 12 meters, allowing vehicles to pass through without stopping.

2. Wiegand Communication Interface
Comes with Wiegand 26-bit (default) and supports Wiegand 34-bit, ensuring compatibility with most access control panels.

3. Dual Working Modes

• Always Read Mode (default)
• Trigger Read Mode (via external I/O)
  This flexibility allows optimized performance based on installation requirements.

4. Multi-Tag Recognition
Capable of identifying multiple RFID tags simultaneously, improving efficiency in high-traffic environments.

5. High Sensitivity & Accuracy
Line polarization reading ensures stable detection with minimal interference and high accuracy.

6. Weatherproof Design (IP66)
Built for outdoor environments with a rugged enclosure that protects against dust, rain, and harsh weather conditions.

7. Wide Compatibility
Supports EPC Global UHF Class 1 Gen 2 / ISO18000-6C protocol, making it compatible with a wide range of UHF RFID tags.

8. Easy Installation
Includes mounting plate and supports up to 100m cable distance, simplifying deployment in large facilities.

Specifications

Model: UHF1-10F.
Dimension: 445*445*70(mm).
Reading distance: Up to 12 meters (adjustable).
Communication interface: Wiegand 26(Default) /Wiegand 34, USB.
Frequency:  902Mhz – 926Mhz, 865MHz – 868MHz.
Shell Material: Antenna Panel: ABS Engineering Plastics; Back Cover: Aluminum Shell.
Working Voltage: 9~12V DC.
Working Current: 150mA(Always Read).
Working Temperature: -20 °C – 60 °C.
Interface Protocol: EPC global UHF Class 1Gen 2/ISO 18000-6c.
Multiple tags identification: <100.
Working mode: Always read(Default) /Trigger read I/O Interface, Supports external trigger.
Maximum power consumption: <3W (RF output 26dBm,multiple tags), <2W (RF output 26dBm,Sigle tags).

Applications

• Parking access control systems
• Boom barrier gate integration
• Gated residential communities
• Corporate offices & industrial sites
• Logistics and fleet management
• Toll collection and smart city systems

Frequently Asked Questions (FAQs)

1. What is the maximum reading range of the UHF1-10F?
It supports a reading distance of up to 12 meters, depending on environment and tag quality.

2. Can it work with boom barrier systems?
Yes, it is widely used with boom barriers for automated vehicle entry and exit.

3. Does it support multiple tags at once?
Yes, it can read multiple tags simultaneously, making it suitable for high-traffic areas.

4. What type of tags are compatible?
It supports UHF RFID tags (EPC Gen2 / ISO18000-6C), including windshield and card-type tags.

5. Is the device suitable for outdoor use?
Yes, with its IP66 weatherproof rating, it is designed for outdoor installations.

6. What interface does it use for integration?
It uses Wiegand 26/34-bit and USB, compatible with most access control systems.

7. What is the difference between always read and trigger mode?

• Always Read: Continuously scans for tags
• Trigger Mode: Reads only when activated by an external signal

8. Can the reading distance be adjusted?
Yes, the reading range can be configured based on system requirements.

9. What power supply is required?
It operates on 9–12V DC power supply.

10. Where should the reader be installed?
Typically mounted at entry/exit points, facing incoming vehicles for optimal tag detection.