AUTODA / AT8600ABC column sensor

1.Made of stainless steel.

2.Laser welding sealing treatment, can be anti-oil, waterproof, anti-corrosive gases and media.

15-100t IP68 Material Weighing Control For Large Tonnage Tank Applied Weighing Module FA812 is a model of our brand FIBOS FA8-Series, Weighing Module FA812 can be used to measure load ranges from 15t,20t,30t,50t to 100t capacity, it is easy to install and maintan, it supports bolt to avoid overturn, its spherical fittings keep the vertical weighing state.

It should be widely used in auto press assembly, automated assembly, and 3C product testing;New energy product assembly, medical testing, robot, mold assembly;And other industrial test, measurement and system, easy to install.It can also be used in push and pull gauges, various industrial weighing systems, etc., with high dynamic response frequency.

Material: stainless steel

Size: Low height, Plane loading

The KWT1C35 is a large-capacity, compact design pull-and-press column sensor with a special mounting end face design that enables the sensor to meet the tensile-compression direction loading during use. Using 17-4PH as raw material, rated capacity of 20kN, with high durability and excellent accuracy.

• Capacity: 0-2000kg
• Sensitivity: 2.0±0.05mV/V
• Non-linearity 0.05% F.S.
• Repeatability 0.03% F.S.
• Material Stainless steel with nickel plated
• Bi-directional tension and compression
• Can be customized

Widely used in auto press assembly, automated assembly, 3C product testing;
New energy product assembly, medical testing, robot, mold assembly and other industrial test, measurement and systems.

Material: stainless steel, Aluminum alloy

Size: Overload Protection High precision

• Capacity: 0-100T
• Sensitivity: 1.5±0.05mV/V
• Non-linearity 0.1% F.S.
• Repeatability 0.05% F.S.
• Material Aluminum alloy with nickel plated
• Bi-directional tension and compression
• Can be customized

This product has a simple structural design and low cost. The design of its sealing membrane changes the cumbersome process of requiring a matching housing in the past, overcomes the defect of the housing of traditional sensors being easily damaged due to deformation, and greatly improves the sealing performance of the sensor. Compared with traditional column sensors, this type of sensor achieves relatively high accuracy in linearity, lateral resistance, torsion resistance, and azimuth error.
Traditional column sensors are widely used in various electronic weighing devices such as track scales, hopper scales, platform scales, etc.

Column type, hermetically sealed structure, IP68 compression, fast response, strong anti-overload, upper ball head load bearing.

Simple install, easy to use, suitable for electronic truck scale, dynamic railroad scale and big capacity hopper scale, etc.

Column type load cell undertake special surface spraying and seal processing, can be used in harsh environment for a long time. Compression load cell can be applied for large platform scale, truck scale, rail weighbridge, and special for engineering force testing, overload safety testing and impact force measurement and control.

KWT1C80/130 series is a kind of column structure load cell, which both sides designed with double flanges to locating the position of mounting. The middle of load cell adopts through-hole design to meet the special requirements in the use process. This series has two size, the diameter of KWT1C80 is 80mm, the range is 25kN to 50kN, the KWT1C130 is 130mm and its range is 100kN. We also support customization on size and range as your needs.

This column sensor has the advantages of low height, large contact area, high comprehensive accuracy and convenient installation. Different measuring ranges and sizes can be customized.
It is mainly used in various electronic weighing equipment and tensile force detection equipment with large stress area, such as press-fitting equipment, mobile phone assembly, small pressure platform,
testing machine, press-fitting machine, oil press, cold and hot press, electronic hook scale hopper scale, etc.