UHF RFID Tire Inside Patch Tag and Handheld Reader for Anti-theft
Negotiable /Unit
Min.Order:100 Units
Shenzhen Vanch Intelligent Technology Co., Ltd.
902-928MHz Anti-theft UHF RFID tire/Vehicle Tracking Management
Vanch RFID Equipment to be installed as follows:
VH-770AT Android O/S UHF RFID Handheld reader
VT-101B Tire Tag
Specification | |
Model | VT-T101B |
| |
Performance Index | |
Protocol | EPC class 1 generation 2/ISO 18000-6C |
Frequency | 860—960MHZ |
Read distance | 0-2m |
Memory | 96bits EPC,512bits user memory |
Read/write | Can read/write data into the tag |
Unique ID | The factory programmed tag identification number is unique to prevent cloning. |
Installation | mounted inner side of the tire |
Dimension | 110mm*55mm*3mm |
Weight | 8.5g |
Installation method
1. Check the general area where the patch will stick.
2. Cleaning the surface of the inner liner in the area where the patch will stick.
3. Removing molded-in features such as ridges (strias) or texture (“alligator skin”)
4. Marking the exact location where the patch will stick
5. The distance between the patch center and the lip of the bead will be 105 – 115 mm
6. Applying Vulcanizing Cement and allowing the solvent to dry
7. Applying the patch to the prepared inner liner and applying pressure (“stitching it down”) to assure intimate contact.
8. There will be no bubbles under neath the patch
9. The patch will be tightly adhered to the tire all the way around its periphery.
10.Waiting for appropriate time and make the adhesive system vulcanization (depending on temperature).
Standard carton box with protecting material for each devices
Goods will be shipped to you by international express, such as DHL, FEDEX, UPS, TNT and EMS etc.
1, Supply different kinds of UHF RFID reades,antennas, tags(protocol of EPC C1G2 and ISO-18000/6C 902-928MHZ 865-868MHZ and 2.45GHZ active RFID Products
2, Have our own R&D Department to customize RFID Products for you.
3.Assist you to design different kinds of industry RFID solution
4.Products are CE and FCC certified