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1/6 Hp Piston Air Motor, 1000 Rpm, 211 L/min

1/6 Hp Piston Air Motor, 1000 Rpm, 211 L/min
1/6 Hp Piston Air Motor, 1000 Rpm, 211 L/min
1/6 Hp Piston Air Motor, 1000 Rpm, 211 L/min
1/6 Hp Piston Air Motor, 1000 Rpm, 211 L/min
1/6 Hp Piston Air Motor, 1000 Rpm, 211 L/min
1/6 Hp Piston Air Motor, 1000 Rpm, 211 L/min
1/6 Hp Piston Air Motor, 1000 Rpm, 211 L/min
from
$505.87
Ex Tax: $505.87
  • Stock: In Stock
  • Model: RDDLZ-DAM2
  • Weight: 1.00
  • SKU: RDDLZ-DAM2

Available Options

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Good price piston air motor with starting torque 1 Nm, stopping torque 1.7 Nm, 1:1 gear ratio. The pneumatic piston motor is mainly used in mining machinery, and it can be used as drive motors for conveyor belts, etc.

Specification

ModelRDDLZ-DAM2
Power1/6 hp
Gear ratio1:1
Rated speed1000 rpm
Rated torque0.84 Nm
Max. no-load speed2000 rpm
Air consumption211 L/min
Starting torque1 Nm
Stopping torque1.7 Nm
Mounting typeBasic type/ flange type/ foot type
CertificateCE
Warranty12 months

Dimension

Basic type

Flange type

Foot type

ModelDimension (mm)
A1A2A3A4BCC1DEFGHJMNM1N1M2N2QQ1P
RDDLZ-DAM2168135122140126125510232M542h72574571007050307971

 

Details

Tips: Working Principle of Piston Air Motor.

The schematic diagram of the structure of a piston type air motor is a pneumatic motor that converts the linear motion of several pistons into a rotary motion through a crank or a swash plate. Its structure has two kinds of radial piston type and axial piston type.
Figure 1 shows the structural principle of the most common radial piston air motor. The working chamber is composed of pistons and cylinders. Three to six cylinders are distributed radially around the crankshaft, and each cylinder is connected to the crankshaft through a connecting rod. The compressed air distribution valve supplies air to each cylinder in sequence, and the compressed air pushes the piston to move and drives the crankshaft to rotate. When the valve is turned to a certain angle, the remaining air in the cylinder is discharged through the exhaust port. Changing the direction of intake and exhaust can realize the forward and reverse conversion of the air motor.
Figure 2 shows the structural principle of an axial piston air motor. Cylinders are evenly distributed in the axial direction. The pistons of the cylinders make reciprocating linear motions in turn under the action of the input compressed air, and the linear motion is transformed into the rotary motion of the output shaft through the action of the swash plate.

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