SQB-SS-250kg Monorail Weighing Sensor 250kg Stainless Steel Weighing Sensor

Description :

　　SQB-SS-250kg Monorail Weighing Sensor 200kg Stainless Steel Weighing Sensor Detailed Description: The 1000t pressure sensor, combined with a jack, produces greater working capacity, especially for use in narrow spatial locations, and has functions such as lightweight, flexibility, and high top force. This product is widely used for monitoring engineering force values in power, chemical, steel, bridge, machinery, etc., and can exert its infinite power. 3-year long-term stability of 0.05% F.S, in compliance with the national metrological verification standard of 0.3%. Welcome to call and place an order.

　　SQB-SS-200kg Monorail Weighing Sensor 200kg Stainless Steel Weighing Sensor:

　　1、 Product Overview:

　　Double shear measurement method, capable of withstanding tension and pressure. Good output symmetry, compact structure, easy installation, high precision, and good stability.

　　Can be used to manufacture scales such as hook scales, hopper scales, and electromechanical combination scales.

　　2、 Product features and advantages:

　　Applicable platform: Suitable for measuring equipment such as car scales, ground scales, monorail scales, hopper scales, etc

　　Rated load: 0.3t-25t

　　Comprehensive error: ± 0.02% F.S

　　Applicable platform: Used in hook scales, hopper scales, and electromechanical combination scales;

　　Alloy steel material, nickel plated on the surface, fully sealed welding, oil resistant, waterproof, and resistant to general corrosive gases and media, suitable for various environments.

　　high precision

　　Alloy steel material

　　Easy installation and reliable performance

　　SQB-SS-0.25t,SQB-SS-0.5t,SQB-SS-0.75t,SQB-SS-1t,SQB-SS-1.5t,SQB-SS-2t,SQB-SS-2.5t,SQB-SS-3t,SQB-SS-5t,SQB-SS-7.5t,SQB-SS-10t。

　　Try to set up some "baffles" around the weighing sensor, and even cover the sensor with thin metal plates. This can prevent impurities from contaminating the sensor and certain movable parts, which often cause discomfort in the movement of the movable parts and affect the weighing accuracy. The presence or absence of motion discomfort in the system can be determined using the following methods. Add or subtract approximately one thousandth of the rated load on the weighing platform to check if the weighing display reflects. If it does, it indicates that the movable part is not "contaminated".

　　2. All wires leading to or from the display circuit should use shielded cables. The connection and grounding points of shielded wires should be reasonable. If it is not grounded through the mechanical frame, it will be grounded externally, but if the shielding wires are connected to each other and not grounded, it will be floating. Note: There are 3 sensors that are fully connected in parallel. The sensors themselves are 4-wire, but they have been replaced with a 6-wire connection in the junction box. The sensor output signal readout circuit should not be placed in the same box as devices that can generate strong interference, such as controllable silicon and contactors, or devices that can generate considerable heat. If this cannot be guaranteed, it is necessary to consider setting up barriers to isolate them and installing fans inside the box. Electronic circuits used to measure sensor output signals should be equipped with independent power transformers as much as possible, rather than sharing the same main power supply with equipment such as contactors.

　　3. In terms of electrical connections (such as signal cables for sensors, they should not be arranged in parallel with high-voltage power lines or control lines (for example, do not place sensor signal lines, high-voltage power lines, and control lines in the same pipeline). If they must be placed in parallel, the distance between them should be kept at least 50cm, and the signal lines should be covered with metal tubes

　　Although the weighing sensor has a certain overload capacity, it should still be prevented from overloading during the installation of the weighing system. It should be noted that even short-term overloading may cause sensor damage. During the installation process, if necessary, a pad of the same height as the sensor can be used to replace the sensor first, and then the sensor can be replaced. During normal operation, sensors should generally be equipped with mechanical structural components for overload protection. If a screw is used to fix the sensor, a certain tightening torque is required, and the screw should have a certain depth of thread insertion. Generally speaking, fixed screws use high-strength screws.

　　SQB-SS-250kg Monorail Weighing Sensor 250kg Stainless Steel Weighing Sensor:

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• SQB-SS-250kg