Description

• FLOWMONSTER High Pressure Washer Pump BM-F5 Hydraulic Motor force Brass Forged Triplex Plunger Pump 100-180Bar 10-15LPM Ceramic Piston Pump for Municipal Washing mechanical device Industrial Cleaning Machine High pressure Reciprocating Plunger Pump Model BM is mostly very efficient and compatible for prime heads at low flows Triplex Plunger Pumps are self priming because it can draw liquid from a level under the suction flange although the suction pipe is not evacuated Plunger pumps aren't tolerant to strong particles Here, pistons are reciprocated utilizing crankshaft, not cam sort mechanism Pressure Jet commercial High Pressure Triplex Plunger Pumps are fine displacement Triplex plunger pumps In a reciprocating pump, a volume of liquid is drawn into the cylinder through the suction valve at the intake stroke and is discharged beneath high quality stress in the course of the outlet valves on the discharge stroke Flow charge of pump is directly proportional to its SPM (Strokes in line with minute) Pressure Jet Triplex plunger pumps have 3 synchronized plungers that discharge liquids at high stress with minimal pulsation Our excessive stress triplex plunger pumps consist of both commercial triplex piston and Triplex Plunger Pump designs Specifications Details : Folw : 10-15 L/min , 2 gpm Pressure : 100-180 bar , 1450-2610 psi Applications: car washer misting mechanical device Agriculture & Food Processing Misting, Cooling & Fogging Commercial Contractor Cleaning Brass Manifold, Solid Shaft, 18mm High Pressure Mist Pump Model Flow Pressure Hydraulic Motor Speed Plunger Dia Stroke L/min gpm bar psi ml/r MPa rpm mm mm BM1210 11 2 one hundred 1450 20 20 1450 18 10 BML1510 15 3 a hundred 1450 20 20 1450 18 14 BML1515 15 three one hundred fifty 2175 20 20 1450 18 14 BML1518 15 3 one hundred eighty 2610 20 20 1450 18 14 Hydraulic motor details: Instructions to be used 1 The pump needs to be installed on a flat base less than 15 degrees to ensure the finest lubrication circumstances 2 Confirm the inlet size of the high-pressure pump piping The inlet pipe diameter must be 1 occasions the inlet length of the pump The inlet and outlet of the pump ought to be geared up with hoses to bypass stress and fluctuations generated by means of the system It is healthier to put in accumulators to circumvent bending of pipes 3 The water delivery stress must be 1 / cm2 The water delivery temperature is below 70 levels The water supply method of the high-pressure pump must keep away from the entry of air to ensure that the pump elements will not be broken Direction of rotation: The path of rotation of the high-pressure pump is the course during which the tip of the pulley should face the pump head 4 Before starting the motor-pump system, the following must be achieved 1) Check whether or not the crankcase lubricating oil is regular If the oil level indicator of the gear box has only one engraved line, the oil point cannot be lower than the engraved line, yet not greater than the engraved line 5mm If the oil point indicator of the tools field has two Each line, the oil level is between the 2 strains 2) Confirm that the valves of all pipes have been opened, and the medium can circulate the inlet of the pump and exhaust the air contained in the method 3) The operation of the high-pressure pump is not allowed to exceed the desired pressure, circulation and velocity 4) Before spraying, the high-pressure nozzle should verify whether the spray path is safe If there are unsafe factors, they need to be eliminated in time to guarantee secure manufacturing 5 In order to take away the water within the pump to facilitate the location within the freezing point environment, the pump can run for not more than 10 seconds below the situation of no water inlet 6 For the method where the overflow valve is installed, the overflow pipe ought to be a hose The overflow pipe should not be related to the water inlet of the pump, but ought to be connected to the water tank or sewer 7 When used for water storage tank, the suction line must use a hose of less than three meters, and the water level needs to be set higher than the peak of the pump If the water delivery stress doesn't reach the required pressure, it is suggested to use a booster pump eight Clean water must be used for the water supply, and a filter must be used on the delivery line to stop the inhalation of foreign objects 9 Before operating the high-pressure pump, loosen the pressure regulating valve, and then regularly expand the stress as mandatory after operation 10 Lubricating oil must use SAE20W-50 or a similar level of lubricating oil 11 Lubricating oil should be changed after 50 hours of initial use, and every 500 hours thereafter 12 The water inlet filter out ought to be continually checked and cleaned 13 All moving elements of the plunger pump must not be in a dry state 14 High-pressure pumps are not allowed to apply acidic, alkaline or corrosive liquids Troubleshooting Malfunction Cause Solution The pump is running but would not absorb water challenge with the water supply Open the water supply valve Confirm whether the water delivery line is in a folded state Do not allow air to enter the water delivery line The pump is operating yet fails to fulfill the pressure requirements Water supply line is blocked Air within the pump One-way valve fails or foreign subject enters Pressure regulating valve malfunctions or international topic enters Nozzle failure Seal failure Check the suction line Check the suction line Wash or update Wash or update update update 1 Sudden vibration when the pump is operating 2 Unstable stress / pulsation, no strain operation Inhaled air One-way valve fails or foreign topic enters Damaged O-ring on the decrease finish of the check valve Check valve broken general Component wear The inlet pipe is blocked and the water intake is blocked Idling Accumulator with out strain Check the suction line Clean safety valve and replace Replace O-ring Replace check valve Replace ingredients Check whether the method is clogged and air leaks, the pump inlet pipe length is appropriate Check whether or not the inlet pipe is blocked and the size is appropriate Repressurize or update the accumulator Pressure drop, surprising pressure drop in the pipeline Seal wear Valve spring damaged Worn or broken nozzle Drain valve blocked Worn or broken hose Due to throttling, the pump is idling Uninstall Replace the seal assembly Replace the spring Replace the nozzle Cleaning valve meeting Repair / Replace Check the inlet pipe at the front Check if it works Running noise Bearing wear Idling Replace the bearing and refuel Check whether or not the inlet pipe is blocked and the dimensions is acceptable Excessive unloading of overflow saliva Plunger wear Component / seal wear Too a lot vacuum Plunger wreck Inlet stress is simply too high Replace plunger Adjust or replace the seal assembly Reduce the vacuum at the suction facet Replace plunger Reduce inlet stress The crankcase temperature is simply too excessive Wrong number of lubricant Crankcase oil volume isn't suitable Choose the correct lubricant Adjust the oil point to the acceptable amount Crankcase water consumption Humidity is too high Seal put on Reduce oil seal period Replace the seal

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