CD/MD electric wire rope hoist

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 30 unit/month

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Best price wire rope electric hoist with motorized

CD/MD electric wire rope hoist is a small sized lifting equipment, which can be mounted on single beam, bridge, gantry and arm cranes. With slight modification, it can also be used as a winch. It is widely used in factories, mines, harbours, warehouse, cargo storage areas and shops, essential in raising working efficiency and improving working conditions. Model CD electric wire rope hoist has only one normal aped, which can satisfy normal application. Model MD electric wire rope hoist provides two speeds: normal speed and low speed. At a low speed, it can do precise loading and unloading, mounding of sand box, maintenance of machine tools, etc.

Features:

Brake, motors, gear box & Control panel are independent units and are accessible easily. The complete hoist can be easily maintained by keeping it in its installed position, thus saving on precious labour as well as down time maintenance time.

Technical Data:

Type

Electric wire rope hoist

Cap.

0.25

0.5

Hook Path

3/6/9/12/18/24/30

Speed

Hoisting

m/min

8/0.8

7/0.7

3.5/0.35

4/0.4

3/0.3

Travelling

20/30

Wire
Rope

Dia.

3.6

4.8

7.7

17.5

19.5

Construction

6*19

6*37+1

Track

16-22b

16-28b

20a-32c

25a-45c

32b-63c

45b-63c

56b-63c

Motor

Hoisting

Type

ZD112-4

ZD121-4

ZD122-4

ZD131-4

ZD132-4

ZD141-4

ZD151-4

ZD152-4

ZDX62-6

Power

0.4

0.8

1.5

4.5

7.5

18.5

Rotation
speed

r/min

1380

Current

1.25

2.4

4.3

7.6

41.7

4.3

Travelling

Type

ZDY110-4

ZDY111-4

ZDY112-4

ZDY121-4

ZDY(D)1

Power

0.06

0.2

0.4

0.8

0.8*2

Rotation
speed

r/min

1400

1380

Current

0.3

0.72

1.25

2.4

Connecting Times

120

Working system

intermediate FC=25%

Power source

3P AC 380V 50Hz or according to your requirements

Q: Thinking of using two hoist to raise/lower a 45' long load (rolled up gym mat). Don't want one to run if the other should quit.: electrically, just run them off the same switches. Better if you use some sort of current sensors that sense if one motor stalls, and then use that signal to stop both of them. A bit complicated, involving relays and electronics. Best would be a mechanical link of some sort, but can't think of one just now.

Q: I NEED LOTS OF ANSWERS, PLEASE,,,,!lt;AND THANK YOU,,,,!!!...????lt;lt;lt;lt;gt;gt;gt;$@#;!lt;.: Nobody likes the penguins and Sidney Crosby

Q: So, I have been working on this problem for a while and cannot figure out how to do it...so I have come here for help. Here it is...A cylinder with a diameter of 10 inches is hoisted by a chain on a hook (the chain is wrapped around the cylinder and leaves it and comes to a point at the hook...I have attatched a picture, not drawn to scale...) the chain is 38 inches long, what is the height of the space between the top of the circle and the point of the chain?I do not just want the answer, I would also like to know how you got the answer if possible (with steps) so I can see how close I was to it.: Basically, you need the angle that the unshaded(black) sector makes to find the height of the space between the top of the circle and the point of the chain. I will show you what I mean. First, you need to realize that the two parts of the chain that are going off the cylinder and towards each other and finally intersecting, are actually tangent to the cylinder(Makes a right angle with the cylinder). Therefore, if you let the angle that the unshaded sector makes be θ and let the height of the space between the top of the circle and the point of the chain be h, then you get that the total length of the chain equals: 10π(1 - θ/360) + 2√((h + 5)^2 - 5^2) = 38 inches 10π(1 - θ/360) + 2√(h^2 + 10h) = 38 inches Now you can clearly see that you need that angle to solve for h.

Q: I am a community carer and i go to a lady who has been bed bound for 12 months. she lives with her son and daughter in law. she has a pin a 1 knee that wont allow her leg to bend. she would like to be able to sit in her chair. but she cant walk, put any weight on her legs or help move herself at all. her general health is fine. i see no reason why she cant get out of bed. however, my boss has said that it's not possible. the lady was last hoisted in a cradle sling in hosp about 8 months ago. she was in pain as there was no support for her legs, besides 2 nurses holding them.... my question (finally) is, has anyone come across a sling/hoist that will support her legs during transfers? im sure there is, but my boss says not. i think this is because she hasn't the time to look into it herself. please could anyone help suggest a website for hoists, or give any advice. i promised my client i would do some research. thanks in advance.: Depends on what form of hoist, a moment individual is more often than not required to double investigate defense assessments to not actuall function the hpisr. It is well train to have 2 individuals however no longer the regulation.

Q: What happens when the electric gourd drops occasionally: Abnormal noise from the steel wire rope electric hoist motor, this kind of circumstance should immediately stop check whether the motor is single-phase operation or damage of bearing, axis of coupling is not straight and sweep chamber failure, these will make the motor has exceptions Sound, for example, when the single phase is running, the whole electrical machine is making a regular "buzzing" noise. When the bearing is damaged, it will be accompanied by a "rumbling" sound that accompanies the bearing. And when the coupling is not right, Even the electric motor was slightly sweeping, and the whole electric machine was buzzing with a great buzz. And from time to time comes the piercing shrill voice.

Q: Car is lifted on a hydraulic hoist.If the car is lifted x2 as high, how much more potential energy will it hav?: Balancing isn't comparable to shifting them F2/A2 = F1/A1, Or F2 = F1 ( A2/A1) If the section A2 is 10 situations extra advantageous thanA1 F2 = 10 F1 The mass of a classic elephant is 7000 kg for this reason to stability the elephant that is adequate if we persist with a rigidity of 7 hundred kg rigidity If we've made the ratio of the areas 1000 situations then to stability the elephant that is adequate if we persist with 7 kg rigidity .. ===================================== yet to advance the elephant throrugh some top we ought to equate the artwork executed artwork executed via the rigidity F1 = artwork executed via the rigidity F2 F1* x = F2 *y pondering the secone occasion the place F1 = 7 kg rigidity and F2 = 7000 kg rigidity 7 x = 7000 y x/y = 1000 If x = 1m = 1000 mm, y = 1mm If the 7 kg rigidity is pushed down by way of 1m , the elephant would be lifted up via a million mm ====================================== We cab tutor this in anothe way too. the quantity water displaced interior the samller section u tube is now occupied via greate section yet much less top A1 x = A2 y x =( A2/A1) y = 1000 y if y = a million mm x = 1000 mm = 1m ==========================

Q: How to connect the electric gourd control line with the E21B wireless remote control: lined The 336v line number 1.2 adaptor has the output of 0, 36 line 3 and 1 after other ~ hope can help you

Q: like to get a car hoisted: What Does Hoisted Mean

Q: An engine that weight 350 lbs is removed from an a/c by means of a mobile hoist the engine is raised 3 ft above its attachment mount entire assembly is then moved forward 12 ft. A constant force of 70 lbs is required to move the load hoist. What is total work input required to move hoist Answer options….a.840 ft lbsb.1890 ft lbsc.1050 ft lbs: The work done as the engine is raised = weight * height = 350 * 3 The work done as the engine is moved = force * distance = 70 * 12 Total work = 350 * 3 + 70 * 12 Leter c

Q: The safety operation of electric gourds has the attention matters: The electric block should not be greater than 80mm when the load is braking. When the homework is finished, it should be parked in the designated position, hoisting the hook up, cutting off the power supply, locking the switch box.

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