Two-StageTWT1300D-35F Air Compressor
TWT1300D-35T is a large two-stage compression screw air compressor with 36.8m³/min air delivery and 35bar working pressure, equipped with Cummins 410kW engine, suitable for geothermal drilling, mining and DTH hammer operations.
Product Overview
TWT1300D-35F is a large two-stage compression mobile screw air compressor with 1300CFM/36.8m³/min air delivery and 35bar high pressure output. Equipped with Cummins QSZ13-C550-30 engine, 550HP/410kW powerful output, TWT large rotor two-stage screw head, sturdy structure, widely used in deep water well drilling, geothermal development, oil & gas exploration and mining.
Mobile design, easy relocation, suitable for various drilling construction projects.
Core Advantages
GPS Remote Monitoring
Optional GPS/GPRS remote monitoring, real-time equipment status monitoring, timely maintenance
High Pressure & Large Delivery
35bar high pressure output, drives large diameter DTH hammers
Compact Design
Compact structure, easy relocation, suitable for frequent site changes
Cummins Engine
Cummins 410kW powerful output, low fuel consumption, high reliability
Technical Specifications
| Parameter | Specification |
|---|---|
| Air Delivery | 1300 CFM / 36.8 m³/min |
| Working Pressure | 35 bar |
| Engine Brand | Cummins |
| Engine Power | 550 HP / 410 kW |
| Unit Weight | 6000 kg |
| Dimensions (L×W×H) | 4200 × 2100 × 2300 mm |
Recommended Matching Technology
| Drilling Method | Applicable Formation | Description |
|---|---|---|
| DTH Air Drilling | Hard Rock, Gravel Layer | With screw air compressor + DTH hammer |
Applications
Applicable Engineering Scenarios
Rural Water Supply Wells
High pressure large delivery design
Agricultural Irrigation Wells
Agricultural irrigation water intake, 35 bar multi-aperture suitable for different well diameter requirements
Hydrogeological Exploration
Hydrogeological survey and exploration, sampling and pumping test both supported
Applicable Geological Conditions
- Clay Layer
- Sand Gravel Layer
- Weathered Rock Formation
- Soft Rock Formation
