Product Details
Max Single Axle Load 60T Low Speed Weigh In Motion System
Product Function
Low Speed WIM System refers to a group of installed sensors and
electronic instruments containing software, used for measuring
dynamic tire force and the vehicle through time and provide the
calculation of wheel weight, axle load, total weight (such as
speed, wheelbase), by measuring and analyzing the dynamic tire
force calculating the total and partial weight of a moving vehicle;
mainly applied in the expressway and other highways, ports and
logistics distribution center.
Product Parameters
Weighing error | 5%~10% |
Single axle load | 40Ton |
Max Single Load | 60Ton |
Speed rate | 0.5~40km/h; |
Speed error | ≤±1km/h |
Wheelbase error | ≤±100mm |
Power | AC 220V 50Hz |
Output information | Speed, total weight, axle load, axle number, wheelbase, vehicle
type and passing time |
data interface | RJ485 |
work environment | -45℃~80℃,0~95% |
Confidence | ≥95% |
Company Profile
Zhengzhou Hengliang Tech Co., Ltd is a professional high and new
tech enterprise, who specialized in developing, production and
sales of quartz sensor (truck scales) , high speed WIM system, low
speed WIM system, etc.

After 10 years intensive study of piezoelectric material,
piezoelectric technology and algorithms, we developed quartz
sensors, wheel Identifier sensor and other piezoelectric products
based on piezoelectric technology, which were all highly accepted
by the customer and market.
We have professional R&D team, well-equipped with complete
process equipment, strict inspection system, and with strong
quantity production capacity, at the same time, compared to similar
products available in the market, our products owned the advantage
such as high accuracy rate, long life span, no need maintenance,
and easy construction etc, has been widely used and praised by the
client.
We developed the quartz sensor, control system software by our own,
have the intellectual property rights, and we own the invention
patent of quartz crystal sensor and other patents and software
copyrights.
