Anhui Baxter humidifier frequency conversion ultra-fine mist humidifier
Product introduction
Ultra-fine high-pressure micro-mist system is a large number of imported hosts and accessories based on similar foreign products. Innovative energy-saving, efficient and cost-effective products. Example: The mist dryer system makes it possible to humidify at low temperature. And can be applied to various industries, especially solving the problem of industrial technological high-temperature humidification. Because its floating fog particles are as light as clouds, it is more elegant in the artificial fog landscape.
Characteristics of ultra-fine high-pressure micro-mist humidification system
◆ Energy saving
Atomizing 1 liter of water per hour only consumes 4 watts, which is 1% of that of traditional steam humidifier and 1/11 of that of gas-water mixed humidifier.
◆ High efficiency
The diameter of the mist particles sprayed by the pressurized water through the special superfine nozzle is only 3-5 μ m, the water utilization rate is over 91%, and the air relative humidity can reach 111%.
◆ The humidification amount is large
The humidification amount is large and can be adjusted at will. The output flow of the pumping station in the high-pressure micro-fog system can be continuously adjusted from 111 kg/h to 1611 kg/h, and the spray head can be configured at will within the flow range. By adjusting the rotation speed of the water pump, the pressure and flow of the nozzle can be accurately adjusted.
◆ Reliable
The ultra-fine mist humidification system adopts industrial American piston pump, which can run continuously, and the nozzle and water mist distributor have no power wearing parts, which is reliable for a long time.
◆ Hygiene
The atomized water of the superfine mist system is not recycled, so it will not lead to the proliferation of bacteria.
◆ Short absorption distance
The diameter of the fog particles sprayed by the micro-fog system is less than 5 microns, which can be quickly absorbed by the air in the air conditioner and air duct, thus shortening the absorption distance of the fog particles by the air. Suitable for air conditioners with narrow humidification section and short distance.
scope of application
◆ direct indoor humidification in tobacco and textile industries. Cooling, dust suppression and humidity control;
◆ Humidification of internal thermal electronic workshop. Cooling, removing static electricity and adjusting humidity;
◆ Humidification of automobile spraying line. Eliminate static electricity and adjust humidity;
◆ direct humidification of printing plant. Eliminate static electricity and adjust humidity;
◆ Humidification in high temperature places such as thermal power plants and steel mills. Cooling down;
◆ Application of agriculture, flower planting greenhouse, aquaculture and animal husbandry. Spraying, expelling insects, cooling and disinfecting;
outdoor recreation, dining places and scenic spots. Cooling, artificial spray landscaping of cities and parks;
☆ See legend
Technical parameters
Model, working pressure (Mpa), maximum spray amount
(kg/h), effective humidification amount, pump power (KW), and maximum number of nozzles (units).
sww15-7 611 481 3 111
sww25-7 1121 816 5.5 171
sww35-7 1511 1211 7.5 251
sww45-7 2141 1632 11 341
parts list
system.
the water softening capacity of water softener (optional parts) in water treatment system is 111-3111kg/h (USA). The filtration density of 1
ultra-fine filters is ≤1? M sets of 1
high-pressure pump system, high-pressure plunger pump pressure 11Mpa (USA), 1
frequency converter, 1
pressure sensor, 1
programmable controller (option), 1
drain valve, 1.5 MPa (Taiwan Province), 1
spray system, and the nozzle flow rate is 6kg/h < 5. M several
high-pressure resistant pipes in Taiwan Province have a maximum pressure of 1.5 MPa m, several
elbows and tees have a maximum pressure of 1.5 MPa, several
foggers (optional parts) have no dripping water, and several
humidity sensors (optional parts) of wet control system have a measuring range of 1-111% RH
and a precision of 2% (Nuojin).