Kaishan Air Compressors/Electric Drive Mobile Air Compressor Series
KSDY15/17
KSDY15/17 is an electric-motor screw air compressor from Kaishan's KSDY series. It delivers 15.0 m³/min at a discharge pressure of 1.7 MPa with a 132 kW motor and weighs 2975 kg.
Model
KSDY15/17
Tooling & air — Discharge pressure
1.7 MPa
Tooling & air — Air delivery
15.0 m³/min
Tooling & air — Motor power
132 kW (2-pole)
Overview
KSDY15/17 is an electric-motor screw air compressor from Kaishan's KSDY series. It delivers 15.0 m³/min at a discharge pressure of 1.7 MPa with a 132 kW motor and weighs 2975 kg.
Specifications
Request the current specification sheet for this model using the button above.
Other specifications
| Model | KSDY15/17 |
Tooling & air
| Discharge pressure | 1.7 MPa |
| Air delivery | 15.0 m³/min |
| Motor power | 132 kW (2-pole) |
| Discharge port | G2 x 1, G¾ x 1 |
Dimensions & weight
| Weight | 2975 kg |
| Overall dimensions (L × W × H) | 3065 x 1835 x 2000 mm |
Applications
- Mobile drilling support
- Construction sites
- Remote work areas
Recommended packages
What this unit powers
Electric site air: confirm three-phase supply capacity and motor voltage before ordering — KSDY covers 10-40 m³/min @ 0.8-2.5 MPa.
Pressure & flow matching rules
For DTH support, match flow to hammer consumption plus margin; PMDY variable-frequency models adapt delivery to changing air demand.
Need a complete drilling package? Request a rig + compressor + tooling quote →
Frequently asked questions
What applications suit the KSDY15/17?
Mobile drilling support, Construction sites, Remote work areas.
What drilling equipment does the KSDY15/17 power?
This compressor supplies drilling air to DTH rigs and hammers — match the discharge pressure to the hammer rating and the air delivery to the hammer consumption plus 10-15% margin. Tell us your rig model and hammer size and we will confirm the pairing.
Can the equipment be configured to my project?
Send your project details through the inquiry form and we will confirm the available configuration for the selected model before quotation.