Essential details
Shipping:Ocean freight
Product Introduction
Product overview
Furnace water sampling cooler used in power plants, power stations, iron and steel smelting, chemical, textile, printing and dyeing boiler room furnace water, soda water sampling and cooling test, boiler and thermal system of water, steam mostly high temperature, and high temperature is not easy to sample, not easy to measure.
The sampling cooler can cool the furnace water to (30-40 degrees), cool the steam into water and cool it to (30-40 degrees), which is convenient for the operator to safely sample and achieve the cooling medium temperature below 30-40 degrees to meet the sampling and testing requirements.
The sampling cooler can cool the furnace water to (30-40 degrees), cool the steam into water and cool it to (30-40 degrees), which is convenient for the operator to safely sample and achieve the cooling medium temperature below 30-40 degrees to meet the sampling and testing requirements.
Technical requirement
1. The cooling water flow of the sampling cooler is 500-700mL/min, and the temperature of the cooling medium can be reduced to below 30.
2, the cooling pipe of the sampling cooler is made of stainless steel pipe, can not use carbon steel pipe or copper pipe, so as to avoid the sample is contaminated by the metal corrosion products of the cooling pipe.
3, the cooling tube of the sampling cooler can be designed as a single coil or double coil (according to the medium parameters and installation space design).
4, the sampling cooler is suitable for high temperature liquid and gas and other media sampling, with compact structure, high heat transfer efficiency, easy cleaning, long service life and other advantages, the sampling tube adopts spiral coil structure, and the selection of high-quality stainless steel as the heat exchange tube, with high temperature resistance, corrosion resistance, long service life, no pollution sample and so on.
5. According to the division and concentration of sample collection points, the design unit can design a single sampling cooler and a combined sampling cooler according to the operating conditions, which is convenient for sampling steam, furnace water, drainage, water supply and deoxygenated effluent at the same time.
Boiler water, soft water sampling cooler product ordering instructions
1, provide sampling medium temperature, pressure, steam, water, soda mixture.
2, cooling medium temperature, pressure
3, the material requirements (normal cooling pipe is stainless steel, outer shell is carbon steel).
4. Connection mode and whether combined type is required.
5, each entry and exit connection (flange, welding, etc.).
1. The cooling water flow of the sampling cooler is 500-700mL/min, and the temperature of the cooling medium can be reduced to below 30.
2, the cooling pipe of the sampling cooler is made of stainless steel pipe, can not use carbon steel pipe or copper pipe, so as to avoid the sample is contaminated by the metal corrosion products of the cooling pipe.
3, the cooling tube of the sampling cooler can be designed as a single coil or double coil (according to the medium parameters and installation space design).
4, the sampling cooler is suitable for high temperature liquid and gas and other media sampling, with compact structure, high heat transfer efficiency, easy cleaning, long service life and other advantages, the sampling tube adopts spiral coil structure, and the selection of high-quality stainless steel as the heat exchange tube, with high temperature resistance, corrosion resistance, long service life, no pollution sample and so on.
5. According to the division and concentration of sample collection points, the design unit can design a single sampling cooler and a combined sampling cooler according to the operating conditions, which is convenient for sampling steam, furnace water, drainage, water supply and deoxygenated effluent at the same time.
Boiler water, soft water sampling cooler product ordering instructions
1, provide sampling medium temperature, pressure, steam, water, soda mixture.
2, cooling medium temperature, pressure
3, the material requirements (normal cooling pipe is stainless steel, outer shell is carbon steel).
4. Connection mode and whether combined type is required.
5, each entry and exit connection (flange, welding, etc.).