Static wiring Wheel & Axle-Weighing System
USD $500 - $1,200 /Set
Min.Order:1 Set
Shanghai Zhaohui Pressure Apparatus Co., Ltd.
Static wiring Wheel & Axle-Weighing System
Description
This product use aluminum alloy material, mainly used for static vehicles axle weighing .it advantage is the pad thin, light weight, portable .Weighing pad adopts multiple sealing load sensors embedded into the structure of high strength aluminum alloy at the bottom of the weighing pad , it is high accuracy , good sealing effect. this products is widely used for farming, forestry, animal husbandry, mining, port, logistics center and other places of the required high weighing precision.
Feature
1. multiple load cells are inside weigh pad, an integrated and ultra-slim structure, easy for move, with light weight less than 20kg.
2. With special protection treatment, suitable for harsh environment.
3. patented designed slope can lower force impact from vehicle wheels.
4. Double pads can be parallelly connected are used to measure axle wiehgt .
Application
1. weighing and load control of loading truck in road transportation, construction, agriculture, forestry, and dustbin disposal.
2. weighing of loading truck by executive enforcement units.
3. test weight and center of gravity of aero-plane.
4. weighing automobile wheel and axle load distribution in automobile production line.
5. stability test of special automobile, such as fork-lift truck, crane.
Specification
1. wheel weighing span: 0~20T
Axle weighing range: 0~40t
total weighing span: 0~200T
2. Double LCD display:
Axle weight display: 0~99995kg
Total weight display:0~999995kg
Display unit height: 13mm
dimension: 430×335×190mm
weight: 10kg
128×64 dot matrix display, 16 pages of functional options
24 bit high-conversion ADC, conversion velocity is up to 1000/s
analogue conversion division: 0.5uV
3. Accuracy:
Static: ≤20%F.S ±0.3%F.S
>20%F.S ±0.5%F.S
Dynamic: ≤20%F.S ±1%F.S
>20%F.S ±3%F.S
4. Vehicle velocity: 3~5km/h
5. Use temperature: -10~60℃
6. Relative humidity: <90%
Picture
Using show