IE B062TECHNICAL ACT DATED 20 AUGUST 1998
Piston compressor: higher output, vibration and overheating gone
The compressor began filling the receiver faster, vibration and overheating disappeared, noise decreased. 7.3 % — compressor output, pumping to 5.8 atm: 9 min 45 s → 9 min 05 s (1998).
dated 20.08.1998
Key result
| EQUIPMENT | CONDITION AT START OF TESTING | WHAT WAS MEASURED |
|---|---|---|
| Laundry piston compressor | Considerable noise and vibration, overheating; pumping to 5.8 atm in 9 min 45 s | Receiver pumping time, noise, vibration, heating |
Measurements before and after treatment — laundry compressor
| PARAMETER | BEFORE TREATMENT | AFTER TREATMENT |
|---|---|---|
| Receiver pumping time to 5.8 atm | 9 min 45 s | 9 min 05 s |
| Noise and vibration | Considerable | Normal |
| Heating | Overheating | Normal |
Both pumping runs were measured up to the same pressure of 5.8 atm. In the conclusions of the act, the output gain and the electricity saving are stated as 9.3 %.
Conclusions of the act
Current equivalent
Revitalizant gel for compressors and bearings →
Piston, screw and centrifugal compressors; rolling and sliding bearings running in an oil bath; machine-tool spindle units and slideways.
How such units are treated:
About this result:
Limits of this report: The results apply to the laundry piston compressor of Khladoprom CJSC treated under normal operating conditions; on other units and duty modes the figures may differ. The treatment was performed and the act was certified with a stamp by XADO LLC.