Description:

The traditional onboard weighing sensors generally use the strain type weighing sensor or load sensor and their output signals are relatively weak, weak signal of late data amplification processing and data stability caused trouble, and our company's patent product star - silicon capacitance macro gravity sensor solves the this a series of problems

Description
Doable-layer structure is used in ZH108A3. The top layer is made of stainless steel, and the bottom layer is made of aluminum alloy. Four parallel-beam sensors are used to strengthen the ability to with stand overload; Compared with other products of the same type, the calibration of ZH180A3 can be more easily fulfilled.ZH-180A3 can be used for auto car manufacturer to check the auto car weight.

Description
ZH180EB is made of aluminum alloy, and it is ultra thin, light and portable. It is widened the surface, so that the test will be more exact, more convenient. And it is combined the slope and the pad together, and it is net weight is 23kg, so it is more convenient and portable. With the special dynamic meter, it can measure every vehicle for high-precision dynamic test.
One ZH180EB can statically or dynamically measure wheel weight, so double can be parallelly connected to measure axle weight. And the instrument, which is connected, can calculate the vehicle weight.

Description
Based on ZH180B, ZH180B increases the size of weighing bridge. Seven steel strips are embedded in weighing bridge to strengthen the connection, so the dymamic accuracy is greatly increased. The enlarged weighing bridge enables itself to be used in more types of vehicles.ZH180B can be used in vehicle overload-alarm system.

Description
ZH02D-Y is made of aluminum alloy, and it is ultra thin, light and portable. The weighing bridge is as small as A3 paper. One five digit LCD is embedded in the weighing bridge, so it can instantly display the measuring results.One ZH02D-Y can statically or dynamically measure wheel weight, so double can be parallelly connected to measure axle weight. ZH02D-Y is widely used in measuring the weight of motorcar, auto car and little electrical bicycle.

Description
ZH02D-Y is made of aluminum alloy, and it is ultra thin, light and portable. The weighing bridge is as small as A3 paper. One five digit LCD is embedded in the weighing bridge, so it can instantly display the measuring results.One ZH02D-Y can statically or dynamically measure wheel weight, so double can be parallelly connected to measure axle weight. ZH02D-Y is widely used in measuring the weight of motorcar, auto car and little electrical bicycle.

Description
ZH02B1 is made of aluminum alloy, and it is ultra thin, light and portable. Also the slope is made of aluminum alloy ,and it is can be easily mounted or uncounted. With full sealed technology it can meet EU IP 68standard. The weighing bridge is as small as A3 paper.One Zh02B1 can statically or dynamically measure wheel weight, so double can be parallelly connected to measure axle weight. And the instrument, which is connected, can calculate the vehicle weight. ZH02B1 can be widely used in measuring the weight of motorcar, auto car and little electrical bicycle.

Description
ZH180A is made of aluminum alloy, and it is ultra thin, light and portable. Also the slope is made of aluminum, and it can be easily mounted or uncounted. With full sealed technology it can meet EU IP 68 standard.One ZH180A can statically or dynamically measure wheel weight, so double is parallelly connected to measure axle weight. And the instrument, which is connected, calculate the vehicle weigh.

Description
Double layer structure is used in ZH180E the bottom layer is made of aluminum alloy and top layer is made of stainless steel. So the deformation caused by overload is effectively reduced. The length of slope is long up to 3.5 meters, so the dynamic accuracy can be less than 1% FS while the vehicle speed is less than 5km/h. With full sealed structure it can meet Ip68 standard.Double layer structure can effectively increase the whole intensity and anti-fatigue performance.