Rotary drilling rig is a powerful machine used in the oil, gas, and mining industries. You can use it for boring deep holes into the earth’s subsurface. Different from the conventional cable tool rigs, the rotary rig utilizes a rotating drill bit attached to a drill string to cut through rock formations.

The system is powered by a rotary table or a top drive mechanism. It provides torque to the drill bit while circulating drilling fluid or mud to cool, lubricate, and remove cuttings. These rigs are highly efficient for deep well drilling. And you can also use it in onshore and offshore operations.

With advanced automation and real-time monitoring, modern rotary rigs enhance the drilling accuracy, speed, and safety. These make them indispensable in energy exploration and geotechnical engineering.

Key components and working principle of the rotary drilling rig

The rotary drilling rigs are consisted of several critical components. They include the mast, drawworks, drill string, rotary table or top drive, mud pumps, and blowout preventers.

The drill bit is attached to the bottom of the drill pipe. When it rotates, it can break the rock formations. And the drilling fluid is pumped down the pipe and back up the annulus. Meanwhile, it carries debris to the surface.

The rotary table or top drive provides rotational force. The drawworks controls the hoisting and lowering of the drill string.

Advanced rigs are featured with automated pipe handling system and real-time data monitoring to optimize drilling parameters. For example, the weight on bit, rotation speed, and the mud flow rate will be monitored. This ensures efficient penetration rates and minimizes equipment wear.

Applications and advantages of the rotary drilling rigs

Rotary drilling rig is widely used in oil and gas exploration, water well drilling, geothermal energy extraction, and mineral exploration.

The ability to drill thousands of meters deep makes them ideal for unconventional resources. For your shale gas and deep-sea oil reserves projects, you can use this machine for drilling. Compared with other drilling methods, the rotary rigs offer faster penetration rates. And it has greater depth capacity, and also improves the wellbore stability because of the continuous mud circulation.

Except for these, Daswell modern rigs incorporate eco-friendly technologies, including the closed-loop mud systems and reduced emissions. They are aligning with sustainable drilling practices.

Technical Data:

Modelo		DRD135	DRD60	DRD45
Email Address *	Modelo	MITSUBISHI 4M50	Cummins QSF3.8	YANMAR 4TNV98T
	Service power (kW)	118	86	56.5
	Rated power (rpm)	2000	2000	2200
Ulo ng kapangyarihan	Maximum output torque (KN.m)	150	65	45
	Drilling speed (rpm)	0-30	0-40	0-60
Maximum drilling diameter (mm)		1200	1000	1000
Maximum drilling depth (m)		50	21	15
Silindro ng karamihan ng tao	Maximum pressure (KN)	120	80	80
	Maximum hoisting force (KN)	120	80	60
	Maximum stroke and sledge (mm)	3100	2000	2000
Pangunahing winch	Maximum hoisting force (KN)	150	85	60
	Maximum hoisting speed (m/min)	70	50	50
	Rope diameter (mm)	26	20	16
Auxiliary winch	Maximum hoisting force (KN)	50	15	15
	Maximum hoisting speed (m/min)	30	50	40
	Rope diameter (mm)	16	10	10
Mast inclination/ forwards/ backwards (°)		4°/4°/90°	4°/4°/90°	4°/4°/87°
Drill pipe diameter (mm)		337	299	273
Karaniwang machine-lock type drill pipe		4*10m	4*6m	4*4.5m
Karaniwang alitan drill pipi		5*10m	4*6m	4*4.5m
Chassis	Maximum walking speed (km/m)	3	3	2
	Maximum slewing speed (rpm)	4	5	4
	Chassis width (mm)	2900-3900	2500	2300
	Crawler width (mm)	600	500	450
Sistema ng haydroliko	Working pressure (Mpa)	34	30	30
Working weight of the whole machine (kg)		43000	21000	13000
Pangkalahatang sukat	Working state (mm)	7300*3900*16300	5550*2500*11200	4560*2300*8590
	Transport state (mm)	12250*2900*3400	9500*2500*3470	7200*2300*3000