AIRMAN - AFTER COOLER pds-C series
- Reduce dirtiness due to water splash
- Reduce hotness and reduce the difficulties to hold.
- Reduce the rust damages to the air tools
- No air bubbles in paint.
- Remove freezing problems and able to move.
Model | PDS100SC-5C5 |
Box | |
AIR COMPRESSOR | |
Series | After-Cooler PDS series |
Type | Rotary Twin Screw, Single-Stage, Oil-cooled |
Free air delivery (m3/min) | 2.8 |
Rated operating pressure - Mpa [kgf/cm2] [psi] | 0.7[7.14][102] |
Compressor capacity ( L ) | 9 |
Discharge Air Temperature | Atmospheric Temperature+20 |
Air outlet valve | 3/4"x2 |
ENGINE | |
Make | KUBOTA |
Model | D1105-K3A |
Type | Swirl Chamber |
Rated output ( kW (PS)/min'1 ) | 19.2 (26.1) /3.400 |
Engine oil capacity L | 4.5 |
Fuel tank capacity L | 28 |
Battery | 85D26RX1 |
DIMENSION AND WEIGHT | |
Length X Width X Height ( mm ) | 1,460 X 770 X 900 |
Dry (Operating) weight ( kg ) | 470 (510) |
Tire Size | - |
Sound power level dB | 93 |
Sound pressure level dB[A] | 67 |
Designated emissions regulation | JPN Stage 3 |
PERFORMANCE FEATURES
Adiabatic expansion within a high-load device such as a concrete breaker. rapidly cools compressed air, resulting in water droplets that can scatter from the breaker's exhaust or can freeze in some areas during winter. But since the integrated After-Cooler cools, condenses and eliminates moisture in the compressed air, the discharged air from PDS-C contains only a small amount of water. This functionality proves its true value in chipping and sandblasting operations.
Do you have the following experiences ?
- Dirty due to water splash.
- Too hot to hold.
- Rust damages the air tools.
- Air bubbles in paint.
- Frozen and unable to move.
All are caused by moisture within the compressed air !
As the After-cooler cools and condenses the moisture in the compressed air, the discharged air contains only a small amount of water.
Quantity of water generated from the discharged air.
If the breaker is being used for 4 hours
1.8L X 3 bottles
Eliminate moisture from the discharged air.
Moisture from the discharged air
Atmospheric pressure, 30°C, 70%RH 100 for a standard device
Moisture remove by 70%
Reduce the temperature of discharged air.
Discharged air temperature.
Atmospheric pressure. 30°C, 70%RH, Full load.
Discharged air temperature descend by 50%
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