Microwave Solid Flow Meter/Solid Flow Meter/Limestone Powder Flow Meter/Limestone Flow Meter/Desulfurized Powder Flow Meter/Activated Carbon Flow Meter/Powder Flow Meter DYLES1201 Microwave Solid Flow Meter has the world's most advanced microwave technology and is suitable for measuring solid mass flow in metal sealed pipelines with a wide range from kg/h to t/h. This system is suitable for online monitoring of solid flow rates such as powder, dust, small spheres, and granules in pneumatic conveying or free fall (1mm-20mm). Limestone powder flowmeter, limestone flowmeter, desulfurization powder flowmeter, and activated carbon flowmeter are easy to install. By welding, the sensors are tightened evenly into the pipe. The sensor is connected to a transmitter installed on a DIN rail, with 4-20mA, RS232, and RS485 outputs, making it easy to debug using our CSF-SMART software and calibrate with reference flow rate. Technical advantages: ● Suitable for pneumatic conveying devices and free fall conveying processes; Applicable to all solid materials, ranging from several kg/h to several t/h; No armor protection is required inside the pipe, and the internal accessories are assembled flush; ● Non contact measurement, unaffected by temperature, pressure, and vibration; The measurement speed is very fast and the static repeatability is good; Static particles such as sediments have no effect on this; The distance between the sensor and the transmitter reaches 1200 meters; Limit alarm monitoring with alarm contacts; ● Highly sensitive CSF2000-S suitable for extremely low flow rates; ● Suitable for high voltage CSF000-D; Applicable to regional type 20 and type 1 (EU explosion-proof certification); Durable and sturdy stainless steel casing; No movable parts, wear-resistant, and easy to maintain. The working principle of CSF2000 is a high-frequency microwave with a frequency of 24GH, and the peak emitted or radiated power does not exceed 10 milliwatts. Equipped with the latest modern microwave technology PHEMT oscillator, the working current of the sensor probe is reduced to less than 25 milliamps. By coupling the electromagnetic field between the sensor and the pipeline, a measurement field is generated. When the detected medium passes through the microwave detection field, the sensor transmits low-power microwaves and receives the energy reflected back by the material. The frequency difference between the reflected frequency and the transmitted frequency of the received microwave generates a low-frequency AC voltage at the output terminal, which means that the microwave sensor detects the quantity and flow velocity of the moving medium. The microwave energy of the measurement field is reflected back by solid particles and received by the receiver. According to the Doppler principle, a flowmeter only measures the flow of particles or powder, and by combining the recorded number and state of particles, the flow rate (mass) can be calculated. CSF2000 measurement begins, free fall material Ca.1 kg/h measurement begins, pneumatic conveying Ca.1 kg/h maximum pipeline diameter DN 300 (larger diameter requires special customization) particle size 1nm to 20mm humidity depends on product pressure up to 6 bar (optional 30 bar) temperature -20 to+90 ° C (optional+350 ° C) sensor contact medium parts stainless steel 1.4307 and PA 6.6 process connection welding protective tube shell material stainless steel 1.4307 or ST52 protection level IP 67 power supply through transmitter explosion-proof level (optional) II 3G Ex nA II T4; II ? D IP67 T 130 ° C transmitter structure DIN track, 22.5mm power supply 24V AC/DC power consumption maximum 2W (+0.3-8.5W suitable for thermocouple) environmental temperature -10 to+60 ° C protection level IP 30 output signal 0/4-20/22mA (maximum 750 Ω); 0/2-10/11V interface standard RS232 and RS485 application scenarios ● Measurement of coal powder quality, concentration, and flow rate in ironmaking blast furnaces; Power plant boiler coal feeding, coal powder quality, concentration, and flow measurement; ● Flow detection of activated carbon for waste incineration power generation in power plants; ● Detection of pollutant emission flow rate from the incinerator during the garbage incineration process; Measurement of limestone powder flow rate during pneumatic conveying process; Free fall lime flow measurement; Free fall grain solid flow measurement; Free falling salt particle flow measurement; Free fall corn flour flow measurement; Measurement of baking powder flow rate in the free fall section; Sodium phosphate flow monitoring; Monitoring the flow rate and dosage distribution of potato slice seasoning powder; Monitoring the concentration of smoke and dust emissions from various fuel boilers. Application examples - Flow meter vertical pipeline installation Application examples - Flow meter horizontal pipeline installation Flour, activated carbon, limestone powder, detergent powder, polystyrene, ilmenite powder, lactose, sawdust, adhesive particles, recycled plastics, gypsum, absorbent, animal bone powder, silicate, quartz powder, glucose, graphite powder, wheat, silicon powder, BPA particles, PVC powder, perlite, coffee powder, titanium dioxide, sodium bicarbonate, plastic particles, asphalt particles, bean particles, hydrated lime, metal fragments, pepper powder, cyclone dust, recycled lime, iron oxide, copper powder, plastic powder, PTFE powder, chalk, seasoning powder, granular urea, cocoa powder, titanium dioxide, cellulose, coal, fly ash, coal powder, coal powder, coal ash, coke. desulfurization powder, polyester chips, oxalic acid, PTA, Calcium oxide, fluorine chemical, nylon, aromatic hydrocarbons, cement, proportioning