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A mechanical sprayer patternator is used to evaluate and optimize the spray distribution patterns of mechanical sprayers. It plays a crucial role in ensuring the efficient application of liquids, such as pesticides, fertilizers, or other chemicals, in agriculture and other industries. Here’s how it’s used:
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Mechanical Patternator setup used to evaluate the liquid distribution provided by a nozzle, or array of nozzles.
Typical mechanical patternators collect the sprayed material at many locations across the spray plume and the level of each collection bin is recorded.
These instruments are very useful for quickly and accurately assessing the spray distribution change with different nozzle types/capacities, operating conditions, spray distances, and nozzle spacing.
Mechanical patternators are being used to assess the spray centre-line, cross-sectional distribution, or the collapsed 1D distribution of a spray; both manual,
automated, and image-based systems are used to record the distribution data.
TECHNICAL SPECIFICATION:
Compliance to IS 3652 (1995)
This system is designed to conduct performance and endurance testing of hydraulic power sprayer as per IS 11313: 2007 facility of testing.
DESCRIPTION & SPECIFICATION.:-
1.) Strong and sturdy fabricated frame structure made out of M.S channels and plates to give sufficient rigidity to the machine.
2.) Drive motor 2 H.P, 1440 RPM coupled with warm reduction gear box 20:1 ratio to provide drive to the test sprayer.
3.) The drive motor is mounted on winging filed dynamometer so that torque consumed in indicated on the panel suitable flexible coupling attachment is
provided for connecting this motor to test pump.
4.) Discharge collecting pipe 10 mm ID and @800 mm length provided with pressure gauge, pressure regulator and @ 2 m of flexible pipe for connecting to pump discharge port and sump tank.
5.) Digital flow rate timer to measure collective discharge of test sprayer for one minute with return valve to sump tank._ Range:-n 0-10 LPM.
6.) Electrical panel comprises of –
This system is designed to conduct performance testing of manually operated sprayers as per IS 10134-1994 facility of testing.
i) Stirrup type sprayer.
ii) Foot and Rocker sprayer.
iii) Knap sack sprayer.
iv) Auto miser sprayer.
By changing the drive linkage mechanism is provided alternately.
DESCRIPTION & SPECIFICATION.:-
1.) Strong and sturdy fabricated frame structure made out of M.S channels and plates to give sufficient rigidity to the machine.
2.) Drive motor 2 H.P, 1440 RPM coupled with warm reduction gear box 20:1 ratio to provide drive to the test sprayer.
3.) Adjustable eccentric mechanism fitted on gear box out put shaft with max. Stroke adjustment up to 150 mm.
4.) Adjustable linkage with ball joints and guide bushes suitable for transferring rotary motion motor to oscillating one of sprayer handle.
5.) Discharge collecting pipe 6 mm ID and @ 800 mm length provided with pressure gauge, pressure regulator and @ 2 m of flexible pipe for connecting to pump discharge port and sump tank.
6.) Digital flow rate timer to measure collective discharge of test sprayer for one minute with return valve to sump tank. Range:-0-5 LPM.
7.) Electrical panel comprises of –