Product Specifications
Product Name: Extended Rubber Tube High Precision Tire Pressure Gauge/Tire Pressure Gauge (Breathable)
Specification: 10cm * 5cm
Gross weight: 0.25KgWeight: 0.20kg
Product Description: How to Translate
A compact tire pressure gauge is designed for easy portability, simple operation, good durability, and accurate reading. It is suitable for detecting the internal pressure of various vehicle inflatable tires, and the unit of data read is directly in kilograms of pressure, making it very convenient to use.
Product Features:
1. Metal construction, super sturdy and durable. Adding a rubber frame protective cover can protect the product from breakage.
2. High quality precision movement with precise measurement and high durability.
3. Identify two pressure units, LBS and KBS, and recommend reading the internal pressure of various vehicle inflatable tires.
4. Generally, small cars are suitable for tire pressures between 28-35 pounds (28-35lbs/SQ.IN)
5. Extended ventilation hose for easier use.
Pressure unit conversion table: 1BAR=14.223PSI=100KPA=1.019/CM2
Usage:
1. Unscrew the cap of the tire valve.
2. Screw the copper head of the tire pressure gauge into the valve and tighten it.
3. The tire pressure gauge will display the tire pressure, please compare it with the normal tire pressure range.
4. If the tire pressure is insufficient, please add gas. If the tire pressure is too high, please press the release valve and adjust the pressure accurately
5. After the measurement is completed, unscrew the copper head, press the release valve, reset the pointer to zero, and unscrew the original tire valve cover.
6. To prevent elastic fatigue of the internal components of the pressure gauge, please press the pressure relief valve to release the pressure inside the gauge for future use.
Notes:
1. Unit conversion: 1kgf/cm2=98kpa
2. To maintain a car normally, tire pressure should be measured once a month
Psi: Pressure range (0~60/0~100/0~150), accuracy (+/-2%)
Kg/cm2: pressure range (0~4.2/0~7/0~10), accuracy (+/-2%)
