5 Ton I Beam or H Beam Use Chain Hoist

• Application: Gantry Crane, Bridge Crane, Tower Crane, Single Grinder Crane, Lifting Platform, Small Crane
• Type: Chain Hoist
• Sling Type: Chain
• Lift Speed: 2~8m/min
• Maximum Lifting Height: 12m
• Chain Falls: 2
• Certification: CE, ISO9001:2000
• Condition: New
• Color: Yellow
• Transport Package: Wooden Box
• Specification: STANDARD
• Trademark: HBY
• Origin: Henan
• Production Capacity: 500 Per Month

Product Description

High-Quality Electric Chain Hoist for Crane Use

Brief Introductions:

A chain hoist is a pretty simple device considering a large amount of weight such a tool can lift. Chain hoists are made from durable, high-grade steel to ensure safety and reliability when lifting a couple of tons of heavy loads. Manual chain hoist can be separated into three different parts categories: lifting chains, lifting mechanism, and hooks.

Chain hoist has got two chain loops - hand chain and lifting chain. The hand chain sits on a wheel located in the lifting mechanism, it needs to be pulled by hand in order to lift a load. The wheel inside the lifting mechanism has got special pockets that allow the hand chain to move the wheel. Lifting chains also loops the lifting mechanism and lifts or lowers a load. At the end of the chain there is a grab hook, where you can attach lifting chains or slings, a load leveler or load itself. There is also a hook on the top of the chain hoists housing. This hook is used to attach the hoist to a ceiling mount, trolley system or other construction that can withstand the weight a hoist will lift. Most chain hoists have swivel hooks, meaning that they can be turned 360 degrees around to allow for easier mounting. The lifting mechanism consists of a cog, axle, drive shaft, gears and sprockets. There is also a chain stopper or brake on most chain hoists that prevents load from lowering under a load.








 

Capacity (Ton)	A(mm)	B(mm)	R(mm)	T(mm)	Volt(v)	Frequency (hz)	Power (Kw)	I-beam (mm)
0.5	196	248	142	159	110/220 240/380 415/440	50/60	0.2	70-210
1	315	212	142	231			0.4
2	325	220	142	231			0.4
3	340	250	142	231			0.4
5	400	291	142	231			0.75
7.5	400	291	142	231			0.75
10	500	370	142	231			0.75

Typical Applications:





How a manual chain hoist works

The physics behind a chain hoist are very simple and have been used for lifting heavy objects for a long time. Chain hoist uses a mechanical advantage to transform small force over a long distance to large force over a short distance, this is possible by using multiple larger and smaller gears in the chain hoist mechanism.
To lift a load, chain hoist operator needs to pull down the hand chain, this turns the cog and axle which goes trough the lifting mechanism. Inside the lifting mechanism are multiple gears which increase the mechanical work applied when pulling the hand chain for dozen times using gear ratio, allowing to easily lift loads with multiple ton capacity.
So when the hand chain is pulled, the cog which is rotated by the hand chain turns the drive shaft and gears which turn the load chain sprocket, this also rotates the load chain that is looped over the load chain sprocket and lifts a load. Larger gears move slower than smaller gears, but create more force, this is why chain hoist lifts load very slowly when compared to a hydraulic hoist. At the end of the lifting chain is a grab hook, which allows to easily attach and detach a load. Also, most chain hoist lifting mechanisms have a ratchet or braking system that prevents the load from slipping back, but allows to lower a load by pulling the other side of the hand chain.


Workshops Show: