Wholesale TR368HC 65m Rotary Rig Machine For Deep Hole Rock Factory, Company

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Wholesale TR368HC 65m Rotary Rig Machine For Deep Hole Rock Factory, Company

TR368Hc is a classic deep hole rock drilling rig, which is the latest generation product for the development of medium to large pile foundations; Suitable for pile foundation engineering of urban engineering and medium to large bridges.

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Product Description

New Generation Rotary Drilling Rig

ALL-electric control technology

Innovative design of the industry’s first all-electric control technology, which is controlled by electrical signals throughout the entire process, subverts the traditional control method of rotary drilling rigs, and possesses super-generation technical advantages.

Core component upgrade

A new layout of the vehicle structure; The latest Carter rotary excavator chassis; A new generation of power heads, high-strength twisting resistant drill pipes; hydraulic components such as main pumps and motors are all equipped with large displacement.

Positioning high-end

Guided by marker demand and guided by technological innovation, it is positioned to develop high-quality pile foundation construction machinery to solve the problems of low construction efficiency, high construction cost and severe pollution of ordinary drilling rigs, and to provide high-end quality products for construction enterprises.

Smart solutions

It is positioned to provide customers with overall construction solutions, especially in complex application environments and geological conditions, to improve the construction revenue of construction projects and achieve win-win cooperation with customers. Realize win-win cooperation with customers.

Technical Parameters

Main parameters	Parameter	Unit
Pile
Max. drilling diameter	2500	mm
Max. drilling depth	100/65	m
Rotary drive
Max. output torque	370	KN-m
Rotary speed	6~23	rpm
Crowd system
Max. crowd force	290	KN
Max. pulling force	335	KN
Stroke of crowd system	6500	mm
Main winch
Lifting force (the first layer)	370	KN
Wire-rope diameter	36	mm
Lifting speed	73/50	m/min
Auxiliary winch
Lifting force (the first layer)	110	KN
Wire-rope diameter	20	mm
Mast inclination angle
Left/right	5	°
Forward	5	°
Chassis
Chassis model	CAT345GC
Engine manufacturer	CAT	CATERPILLAR
Engine model	C-9.3B
Engine power	259	KW
Engine speed	1750	rpm
Chassis overall length	5988	mm
Track shoe width	800	mm
Tractive force	680	KN
Overall machine
Working width	4300	mm
Working height	25373	mm
Transport length	17413	mm
Transport width	3000	mm
Transport height	3726	mm
Total weight (with kelly bar)	100	t
Total weight (without kelly bar)	83	t

Kelly Bar Specifications

Specification for standard Kelly bar

Friction Kelly bar: ∅530-6*18

Interlock Kelly bar: ∅530-4*18

Specification for special Kelly bar

Interlock Kelly bar: ∅530-4*19

Frequently Asked Questions

Q: What is the primary application of the TR368Hc rotary drilling rig?

A: The TR368Hc is a classic deep hole rock drilling rig designed for developing medium to large pile foundations. It is ideal for urban engineering projects and medium to large bridges.

Q: What are the key features of the new generation all-electric control technology?

A: It is controlled entirely by electrical signals throughout the process. This innovative technology subverts the traditional control methods of ordinary rotary drilling rigs and offers significant generational technical advantages.

Q: What engine and chassis configurations power this drilling rig?

A: The rig features the latest Carter rotary excavator chassis (CAT345GC) and is powered by a CATERPILLAR C-9.3B engine with an engine power of 259 KW at 1750 rpm.

Q: What are the maximum drilling depth and diameter capabilities?

A: It can reach a maximum drilling diameter of 2500 mm and a maximum drilling depth ranging between 65 to 100 meters.

Q: What standard Kelly bars can be used with the TR368Hc?

A: The standard specifications support a Friction Kelly bar of ∅530-6*18 and an Interlock Kelly bar of ∅530-4*18. A special Interlock Kelly bar of ∅530-4*19 is also supported.

Q: How does this equipment help improve efficiency and reduce costs?

A: By replacing ordinary drilling rigs with high-end, technologically innovative components and smart overall solutions, it resolves issues of low efficiency, high construction costs, and high pollution levels in complex geological conditions.