1.High accuracy and simple installation
2.Stainless steel construction
3.Good long-term stability and high comprehensive precision
4.Calibration in mV/V Low profile design
5.It is composed of two boards, the top plate, the base plate, the sensor, the support column, and the support bolt. The characteristic of the weighing module is that it is not limited by the site. Generally, the hopper scale is three or four corners, or on both sides of the tank container, and does not occupy an area.
6.Weighing modules are generally used in weighing applications for large material tanks, material bin scales, reaction vessels, hoppers, and vertical tanks.
1、The small rotating torque sensor is used to measure the rotating torque in clockwise and counterclockwise directions.
2、The sensor is installed between the motor and the load through the coupling, the shell remains static during the measurement, and the shaft rotates with the motor shaft.
3、High precision,stable and reliable performance.
4、High speed and long time operation.
5、 Output positive and reverse torque signal.
It is Also known as shear beam weighing sensor, its shape is mostly rectangular, and the strain zone is located in the middle of the sensor. The cantilever beam weighing sensor has the characteristics of simple structure, easy installation, reliable use, long service life, and high cost-effectiveness.
Cantilever beam weighing sensors are used in highway scales such as automobile scales, main axle load gauges, small weighing scales, and flat scales in industrial scales Platform scales, steel cylinder scales, and other fields have been widely used, generally using three or four sensors as a group.
Cantilever beam weighing sensor, also known as shear beam weighing sensor, is mostly rectangular in shape, and the strain zone is in the middle of the sensor. Cantilever beam weighing sensor has the characteristics of simple structure, convenient installation, reliable use, long service life and high cost performance. Cantilever beam weighing sensors have been widely used in truck scales,main axle load meters, small scale and platform scales
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.
This product is simple in structure design and low in cost. The design of its sealing diaphragm changes the complicated process of matching the shell in the past, overcomes the defect that the shell of the traditional sensor is easy to be damaged due to deformation, and greatly improves the sealing performance of the sensor. Compared with the traditional column sensor, the sensor with this structure has higher accuracy in linearity, lateral resistance, torsion resistance and azimuth error.
This small size is suitable for the production and testing of 3C digital products. Traditional column sensors are widely used in various electronic weighing equipment such as track scales, hopper scales and platform scales.
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.
This product is simple in structure design and low in cost. The design of its sealing diaphragm changes the complicated process of matching the shell in the past, overcomes the defect that the shell of the traditional sensor is easy to be damaged due to deformation, and greatly improves the sealing performance of the sensor. Compared with the traditional column sensor, the sensor with this structure has higher accuracy in linearity, lateral resistance, torsion resistance and azimuth error.
This small size is suitable for the production and testing of 3C digital products. Traditional column sensors are widely used in various electronic weighing equipment such as track scales, hopper scales and platform scales.
Cantilever beam tension sensor is specially designed for single-side frame machines, which are used in textile, wire and other industries. It can detect small tension changes and provide excellent resolution and sensitivity, and its performance in industrial applications is very outstanding.
The lateral pressure tension sensor is a double-hole shear beam structure, which is convenient to install and use, simple to operate and easy to maintain, and is specially used to measure the tension of steel wire rope. The wire rope is fixed on the sensor through U-bolt. When the wire rope is pulled, the force is applied to the sensor through the steering wheel.
It is mainly suitable for the measurement and control of wire rope tension, overload control and process display in lifting, water conservancy, coal mine and other industries.
1.The lateral pressure tension sensor is a double-hole shear beam structure, which is convenient to install and use, simple to operate and easy to maintain, and is specially used to measure the tension of steel wire rope. The wire rope is fixed on the sensor through U-bolt. When the wire rope is pulled, the force is applied to the sensor through the steering wheel.
2.It is suitable for lifting, water conservancy, mining industry and all kinds of tension testing industries. it can be used for tension measurement or long-term monitoring of wire rope.
3.Its characteristics are as follows：High accuracy、 Stable performance、Suitable for wire rope tension force measurements.
◆ Capacity ：3~5000kg
◆ Material: stainless steel
◆ Defend grade: IP67
◆ Low profile and compact structure
SOPZl-107 is suitable for tension measurement of various optical fibers, yarns, chemical fibers, metal wires, wires, cables, adhesive tapes,steel belts. It is widely used in the fields of electronics, chemical industry, textile, paper making, machinery, etc. It has high measurement accuracy, reliability and stability in the field of tension measurement. The sensor has a built-in overload protection mechanism, and each sensor is rigorously tested before leaving the factory, thus ensuring the measurement accuracy,
stability and reliability of the product. It is the choice for high-performance tension control applications in continuous material processing and production.
The 6 axis wheel sensor measures the wheel forces and moments. The six components of the total wheel load are structurally decoupled to provide independent outputs, so post-data correction becomes unnecessary. The low voltage output is amplified by an on-board amplifier module (41130-EB-00). The amplified signal is then wired to a slip ring (41150-RING-00), such that the data can be transmitted to the data acquisition system (iDAS). The sensor fits 13” to 21” wheel.
The loadcell is completely sealed to provide excellent environment protection, and could be used for on-road measurement on a rainy day.
Engineering service is provided for the wheel modification and the design of relevant adaptors to replicate the geometry of the original wheel.
Crash Dummies are vital in the field of automotive passive safety. There are many loadcells and displacement sensors in the dummy. Sunrise Instruments (SRI) has more than 30 years of experience in designing and manufacturing dummy sensors. SRI’s dummy sensors are used in most crash labs around the word. These sensors help people accurately measure the force, moment and displacement of crash dummy body parts during crash testing.