High-Quality TR210D Rotary Drilling Rig Factories, Companies

TR210D Rotary drilling rig is mainly used in the construction of civil and bridge engineering, it adopts advanced intelligent electronic control system and loading sensing type pilot control hydraulic system, the whole machine is safe and reliable. It’s suitable for the following application; Drilling with telescopic friction or interlocking Kelly bar –standard supply; Drilling with CFA drilling system – option supply;    

Product Description

Technical Characteristics

The drilling rig can be transported without dismounting the drill pipe, saving logistics costs and improving transfer efficiency. The lower crawler extends from 3000mm to 4100mm to ensure stability on various construction sites.

Powered by a high-power Dongfeng Cummins engine meeting national stage-III emission requirements, offering economy, efficiency, environmental protection, and stability.

Equipped with leading domestic brand power heads, reaching a maximum speed of 33 RPM, featuring high torque, reliable performance, and stable quality.

The optimized hydraulic system utilizes high-quality imported main pumps, valves, and motors. It features a load-sensing auxiliary system for on-demand flow distribution.

The electronic control system is built with high-end imported components (displays, controllers, sensors) and reliable aviation connectors to ensure operation in demanding environments.

Main and auxiliary winches are positioned on the mast for easy monitoring. A double-broken-line drum design minimizes wire rope wear and extends operational lifetime.

Technical Specifications
Engine Brand Cummins
Rated Power kw 194
Rated speed r/min 2200
Rotary drive Max.output torque KN.m 210
Drilling speed 0-30
Max.drilling Diameter mm 1500
Max.drilling Depth m 45/57
Pull-Down Cylinder Max.pull-down piston push KN 150
Max.pull-down piston pull KN 160
Max.pull-down piston stroke mm 4100
Main Winch Max. pulling force KN 180
Max. line speed m/min 80
Diameter of wire rope mm 28
Auxiliary Winch Max. pulling force KN 50
Max. line speed m/min 30
Diameter of wire rope mm 16
Main Rake side ±4°
forwards
Kelly Bar 406interlocking kelly bar4*12.2m interlocking kelly bar5*12.2m
Undercarrige Max. traveling speed km/h 2.8
Max. tum speed r/min 3
Chassis width mm 3000-4100
Tracks width mm 700
Caterpillar grounding length mm 4300
Hudraulic System Pilot pressure Mpa 3.9
Working pressure Mpa 32
Overall Drilling Weight kg 53800
Dimension Working condition mm 8200*4100*18150
Transportation condition mm 14150*3000*3600
Frequently Asked Questions

Can the drilling rig be transported easily without disassembly?

Yes. The drilling rig is designed to be transported without dismounting the drill pipe, which saves logistics costs and improves transition efficiency between job sites.

What engine power and specifications does this equipment offer?

It features a high-power Dongfeng Cummins engine with a rated power of 194 kW and a rated speed of 2200 r/min. It meets national stage-III emission requirements and delivers stable, eco-friendly performance.

What are the maximum drilling parameters for this model?

This drilling rig has a maximum drilling diameter of 1500 mm and achieves a maximum drilling depth of 45 to 57 meters depending on the configured Kelly Bar.

How does the crawler chassis adapt to narrow or varying work sites?

The lower undercarriage features extension and retraction capabilities. It retracts to a minimum width of 3000 mm for transport and confined spaces, and extends fully to 4100 mm to ensure stability during drilling operations.

What makes the winch design efficient on this rig?

Both main and auxiliary winches are mounted directly on the mast to simplify rope monitoring. A double-broken-line drum is used for smooth, multi-layer rope release, significantly reducing wear and prolonging the service life of the wire ropes.

What type of hydraulic system is integrated into this drilling rig?

It utilizes an advanced system featuring high-end imported main pumps, valves, and motor components. The auxiliary system runs a load-sensing control mechanism to allocate hydraulic flow based on live demands.

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