A load cell (force transducer) is a physical element that can translate pressure or force into an electrical signal. The most common type is the strain gauge load cell, which is a mechanical element of which the force is being sensed by the deformation of a (or several) strain gauges on the element. It converts a force such as tension, compression, pressure, or torque into an electrical signal that can be measured and standardized. As the force applied to the load cells increases, the electrical output signal changes proportionally. Load cells are designed to measure a specific force, and ignore other forces being applied. The electrical signal output by the load cell is very small and requires specialized amplification. Load cells are designed to measure force in one direction. They will often measure force in other directions, but the sensor sensitivity will be different, since parts of the load cell operating under compression are now in tension, and vice versa. Load Cell Sensor,Strain Gauge Load Cell,Force sensor,weight sensor,force transducer GALOCE (XI'AN) M&C TECHNOLOGY CO., LTD. , https://www.galoce-meas.com
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Polyurethane
Buried insulation pipe, also known as "tube-in-tube", consists of a "two-step method" consisting of a high density polyethylene outer protective layer, polyurethane rigid foam plastic pipe and steel pipe. The insulation material is a rigid polyurethane foam with a density of 60kg/m3 to 80kg/m3, which fully fills the gap between the steel pipe and the casing, and has a certain adhesive strength, so that the steel pipe, the outer casing and the insulation layer are among the three Form a solid whole. The polyurethane foam pipe with direct buried insulation has outstanding mechanical and thermal insulation functions. Usually, it can withstand 120°C temperature and be modified or combined with other insulation materials to withstand 180°C.
Polyurethane insulated direct-buried pipes have become sophisticated skills in some developed countries. In the past decade or so, China's heating engineering technicians have absorbed this leading skill and are advancing their domestic pipeline network deployment skills to a higher level. Over the past ten years, the internship results have proved that the method of laying polyurethane pipes directly buried with traditional trenches and overhead laying has many advantages. The direct-buried insulation pipe is formed by tightly combining a steel pipe that transports the medium, a high-density polyethylene outer casing, and a rigid polyurethane foam insulation layer between the steel pipe and the outer casing. This is also the very outstanding advantage of Polyurethane Direct Insulation Tubes for China's thermal engineering polyurethane direct-buried thermal insulation tubes:
1, polyurethane insulation directly buried insulation tube function is good, heat loss is only 25% of the traditional pipe, long-term operation can save a lot of power, significantly reducing the cost of power.
2, has a strong waterproof and corrosion resistance, no need to attach a trench, can be buried directly in the ground or water, the construction simple and agile, low cost of induction.
3, It also has excellent corrosion resistance and impact resistance under low temperature conditions and can be directly buried in the underground frozen soil.
4, the use of life up to 30-50 years, the correct device and application can make the pipe network repair costs are extremely low.
5, can set up the alarm system, take the initiative to detect the leakage of the pipe network, accurately indicate the fault position and take the initiative to alarm.
6, the use of life up to 30-50 years. Diameter: DN15--DN600 Thickness: 15-50mm Uses: Central heating pipes, cooling pipes, industrial pipes, etc.
7, Oxygen index: ≥ 27 Density: 40--70kg/cubic meter Water-repellent rate: 0.03kg/cubic cm Thermal conductivity: 0.022kcal/mh°C
Polyurethane insulated direct-buried pipes have become sophisticated skills in some developed countries. In recent years, China’s heating engineering technicians have been digesting and absorbing this leading skill, and are advancing China’s domestic pipeline network deployment skills to a higher level. The internships over the past few years have proved that the method of laying polyurethane pipes directly and laying them in place is comparable to traditional trenches and overhead laying. It has many advantages. This is also the impetus for the rapid development of Polyurethane Direct Insulation Pipe in China's heating engineering.