RFID Anti-Metal Asset Management Tag (79*31mm) is an ultra-high frequency (UHF) passive tag designed for high-value, tightly controlled metal assets. It perfectly solves the problem of interference from metal surfaces to RF signals by integrating high-performance anti-metal materials and precision antennas in a miniaturized package, providing a stable, reliable, and unique "digital ID card" for each asset. Its compact size, combined with its superior performance, makes it particularly suitable for asset management scenarios where space is limited but identification reliability is extremely demanding.

Parameter introduction:

Label size: 78.5*31*8mm

Label material: ABS

Common chips: U8/R6P/H9 (customizable)

Applicable frequency: UHF 902~928Mhz

Supported Protocol: IS018000-6C/EPC GEN2

Storage temperature: -20°C~~180°C

Operating temperature: -20°C~~85°C

Reading Distance: 2-5M/1-5M (depending on size, reader and environment)

Application scenarios: asset management, inspection management, production line management, product tracking, logistics and warehousing, etc

Product features: waterproof and high temperature resistance, wear resistance and drop resistance, easy installation (can be pasted and punched holes)

Application Scenarios:

1. Industrial asset and equipment management

Scenario: Management of metal assets such as machine tools, molds, shelves, distribution boxes, gas cylinders, and large tools in the factory.

Application: Attach tags or locks to the surface of assets to achieve rapid asset inventory, positioning and search, status tracking (such as maintenance cycles, usage records) and automated management of inbound and outbound storage, and prevent asset loss.

2. Warehousing logistics and pallet management

Scenario: Management of logistics pallets, turnover boxes, racks, forklifts with metal components.

Application: Install the label at the designated location on the metal pallet or tote box. When goods are in and out of the warehouse, sorting, and transportation, they can be read in batches and quickly through fixed or handheld readers to realize real-time visualization and automation of logistics information, greatly improving the efficiency of warehouse operations.

3. IT equipment and data center management

Scenario: Metal equipment management in data centers such as server racks, network equipment, blade servers, and UPS power supplies.

Application mode: Paste labels on the equipment, combined with mobile terminals, O&M personnel can quickly inventory thousands of devices in the computer room, accurately obtain equipment models, configurations, maintenance information and physical location, simplify O&M, and reduce human error.

4. Inspection of power and energy facilities

Scenario: Inspection and asset management of power transformers, transmission tower components, substation equipment, oil and gas pipeline valves.

Application method: The tag is used as the "digital ID card" of the equipment, and the inspector can automatically call up the equipment file, historical inspection records, and operating procedures by reading it close to the handheld device, and enter the inspection data on the spot to ensure the operation specification and traceability.

5. Intelligent building and fixed asset management

Scenario: Fixed asset management of fire-fighting equipment, air conditioning units, medical equipment, laboratory instruments and other fire fighting equipment, air conditioning units, medical equipment, laboratory instruments in office buildings, hospitals, and laboratories.

Application method: Label each high-value fixed asset, and the financial and administrative departments can easily conduct annual inventory, grasp the asset distribution, use department and status changes in real time, and achieve refined management.

6. Vehicle and traffic management

Scenario: fleet management of buses, trucks, and special vehicles, as well as the identification of containers and railway wagons.

Application mode: Installed on the metal frame or container of the vehicle, it automatically identifies the vehicle identity at the entrance and exit, parking lot, maintenance plant and other nodes, and realizes the automatic management of vehicle scheduling, entry and exit control, maintenance records, etc.