Industrial-grade RFID handheld mobile terminal device.
It integrates a medium-power high-performance RFID read/write module to support compliance with ISO15693 international protocol standards.
The recognition distance is more than 28cm(depend card size), and it has an anti-collision algorithm.
The maximum recognition speed is up to 50 labels per second.
This product is widely used in book management, ticket identification, asset management, warehouse inspection, inventory tracking and other fields.
Supported frequency: 13.56MHz
Support protocol: ISO15693/ISO18000-3M1 protocol standard
Body size: 170*85*23±2mm
Total weight: 400g
RF power: 0.25~1.5W, default configuration is 1.5W
Reading distance: The maximum recognition distance is 28cm
Operating temperature:-20℃~50℃
Storage temperature:-20℃~70℃
HF (High-Frequency) handheld RFID industrial reader is a specialized portable device designed for reading and sometimes writing to HF RFID tags in industrial environments. These readers are engineered to withstand harsh conditions, making them suitable for applications such as asset tracking, inventory management, and industrial automation. Here are key features and considerations for an HF handheld RFID industrial reader:
1. HF RFID Technology: HF RFID operates in the frequency range of approximately 13.56 MHz. The handheld reader is designed to work with HF RFID tags, which are commonly used in industrial and commercial applications.
2. Read Range: The read range of the reader can vary, but it typically ranges from a few centimeters to several centimeters, depending on the specific tags and antennas used. Consider the desired read range for your application.
3. Antenna Type: HF handheld readers may come with built-in antennas or support external antennas. The antenna design and configuration impact read performance and coverage area.
4. Data Writing Capability: Check if the reader has the capability to write data to RFID tags. This feature is essential for applications that require data updates or encoding tags for specific purposes.
5. Operating System: Some HF handheld readers run on specific operating systems (e.g., Android or Windows CE) and may offer application development capabilities for custom software solutions.
6. User Interface: Consider the user interface of the reader, which may include a touchscreen, physical buttons, or a combination of both. An intuitive and user-friendly interface is important for efficient operation.
7. Connectivity: HF handheld RFID industrial readers often support various connectivity options, such as Wi-Fi, Bluetooth, USB, and Ethernet. Ensure compatibility with your existing infrastructure and integration needs.
8. Battery Life: Assess the battery life of the handheld reader to ensure it meets your operational requirements. Longer battery life may be necessary for extended use in the field.
9. Durability: Industrial environments can be challenging, with exposure to factors like moisture, dust, and physical impacts. Ensure that the reader is rugged and durable enough to withstand these conditions.
10. Software and Integration: Verify that the reader is compatible with the software and systems you plan to use for data collection, management, and integration into your workflow.
11. Regulatory Compliance: Ensure that the handheld reader complies with relevant industry standards and regulations, especially if it's used in applications involving sensitive data or industry-specific requirements.
12. Antenna Options: Some HF handheld readers offer the flexibility to connect to different types of antennas to suit specific applications, such as linear polarized or circular polarized antennas.
HF handheld RFID industrial readers are valuable tools for streamlining data collection and asset tracking in industrial settings. When selecting one for your specific needs, consider factors like read range, durability, user interface, and compatibility to ensure that it meets the requirements of your industrial RFID operations.