드릴링용 50HP 포스트 홀 굴착기 기어박스 XL-01-084 PHD 4:1

Post Hole Digger Gearbox XL-01-084 

Vertical right angle gearbox. This post hole digger gearbox is manufactured for a power take-off driven drilling and excavation system. Tapered roller bearings. Spring loaded three lip seal. Clockwise input rotation produces clockwise output rotation. Cast iron casing. Designed for free suspension from a support structure or boom, which is connected to it through a 7/8 "diameter pin at the top of the gearbox housing. There are four 3/8" -16 threaded holes on B.C. with a diameter of 3-3/8 "for installing the input shaft guard, and three 3/8" -16 threaded holes on B.C. with a diameter of 4-1/8 "for installing the output shaft guard. On ships without oil, users must refuel according to the user manual before use.

항목	XL-01-084
비율	4:1
치아	11/44
모듈	5.0
파워(마력)	50
정격 입력	540rpm
입력/출력 설명	1 3/8 Z6 광학 축
무게 (N.W)	44KG

Gearbox Parts Diagram

1	2	3	4	5	6	7	8	9
Housing	Input Cap	Top Cap	Input Pinion	Gear 38 Tooth	Output Shaft	Bearing Cup	Bearing Cone	Ball Bearing
10	11	12	13	14	15	16	17
Needle Bearing	Input Seal	Output Seal	Input Cap Gasket	Top Gasket 3mm	Woodruff Key	Output Spacer	Plug 1/2”

포스트 홀 굴착기의 기어비는 얼마입니까?

The transmission ratio of a pile excavator refers to the ratio of the engine output speed to the rotational speed transmitted to the machine interior. The higher the transmission ratio, the lower the engine output speed and the higher the internal rotational speed of the machine. The transmission ratio of a pile excavator depends on different machine models and manufacturers, but usually its transmission ratio is relatively large, usually between 20 and 50. The transmission ratio of our gearbox is 4:1. If you need other transmission ratios, please contact us.
This is because pile excavators typically need to transmit power to very high speeds to adapt to high-strength work such as excavation and rock impact. A larger transmission ratio can reduce engine speed, thereby reducing mechanical energy consumption and noise, while improving production efficiency.
In addition, different models and manufacturers of pile excavators may have different transmission ratio designs, so when selecting pile excavators, it is necessary to determine the appropriate transmission ratio based on the specific machine model and manufacturer. A suitable transmission ratio can make pile excavators more efficient, durable, and energy-efficient. Therefore, when selecting a pile excavator, it is necessary to determine the appropriate transmission ratio based on the specific machine model and working requirements.