Main technical parameters
Protocol: EPC Class1 Gen2,ISO 18000-6C
arụ ọrụ ugboro: 860~ 960MHz
IC mgbawa: ọbịa Higgs 3 ma ọ bụ dee
Memory: EPC 96-bit(ruo 480bits), Onye ọrụ 512bit, TID64bit
arụ ọrụ mode: Read/Write
na ọdabara n'elu: outdoor pavement or wall surface
Ofu-agụ na-agụ nso(30dBm / 8dBi): 5.5m
Handheld agụ agụ nso(R2000 / 3dBi): 80cm
Dimension: 121*121*6mm
ihe: Special plastics
agba: Green or customized
ibu: 95g
Mounting methods: Buried in cement or screw fixation
IP fim: IP68
Operation okpomọkụ: -20°C~+110°C
nchekwa okpomọkụ: -30Celsius C ~ +120C
The RFID concrete tag is a chip with radio frequency (RFID) function implanted in the concrete test block, writes the corresponding concrete information data, through the corresponding data collection module, nhazi data data, nnyefe data nnyefe, and display data module to achieve The remote monitoring of concrete data prevents data fraud. Ugbu a, RFID technology has gradually been used in the product information management of cement plants to improve the management level of cement quality system, reduce management costs, and enhance the indispensable technology and management methods of core competitiveness.
RFID buried electronic tags can be applied inside cement components, the installation depth is about 3cm, the water content will affect the reading distance, and the construction rebar will also affect the reading performance.
Product application areas: warehouse floor mark, construction wall management, municipal engineering, sidewalks, slow and fast lanes directly buried, underground pipeline location information mark, well covers, shallow trenches, tunnel cables, field pipelines, subways, gas cylinders, steel cylinders, etc. Hazardous chemicals management, oil and gas pipeline mark, product mark, electronic maps, can also be used alone for direction mark.