Marine Electric Winch
Application
A marine electric winch is a device used in boats, ships, and other watercraft to pull, hoist, or move heavy loads. It is powered by an electric motor, which provides the force necessary to operate the winch. Marine electric winches are used in a variety of applications, including anchoring, mooring, towing, and cargo handling. They are commonly used in commercial fishing and shipping operations, as well as by recreational boaters for tasks such as retrieving a boat from the water or launching a boat into the water. According to drum quantity, there are single drum, double drum or multi-drum.
The electric motor in a marine electric winch is typically controlled by a switch or remote control, allowing the operator to easily and safely control the winching operation. The winch drum and cable are designed to withstand the corrosive effects of saltwater and exposure to the elements, and the winch housing is often sealed to protect the electrical components from moisture and salt spray. Some marine electric winches are equipped with features such as automatic brakes, safety clutches, and overload protection to enhance safety and reliability.
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Material
Aluminum, stainless steel and carbon steel.
Advantages and Features
1. High strength construction, high efficiency gearbox;
2. Excellent performance, high security;
3. Remote control and local control;
4. Easy for maintenance, lubrication and inspection;
5. Corrosion resistance, long lifespan;
6. Can be customized according to your requirements.
7. With or without warping head;
8. With or without anchor chain gypsy;
9. Manual or hydraulic clutch and brake;
10. General motor or explosion-proof motor;
11. Auto tension control, rope length or speed measurement;
12. Certificate: IRS, BV, BV...
Marine Electric Winch Classfication
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Marine Electric Winch Classfication |
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Main Technical Parameter
What is the production process of marine electric winch?
Rated Pull
Rated Speed
Drum Capacity
Motor Power
T
kN
m/min
φmm*m
kW
0.5
5
≥12
φ8*100
3/1.2
1
10
≥12
φ10*150
4.3/1.7
2
20
≥12
φ15*150
8.5/3.5
3
30
≥12
φ17*150
11/11/7.5
4
40
≥15
φ8*150
16/16/11
5
50
≥15
φ20.5*180
22/22/16
7.5
75
≥15
φ26*200
30/30/22
8
80
≥15
φ26*200
30/30/22
10
100
≥15
φ30*200
45/45/30
15
150
≥15
φ30*200
45/45/30
16
160
≥15
φ32*250
60/60/45
20
200
≥9.6
φ40*250
45/45/30
25
250
≥9.6
φ44*250
60/60/45
31.5
315
≥7.8
φ52*250
60/60/45
40
400
≥7.8
φ56*250
85/85/64
45
450
≥6
φ56*250
85/85/64
50
500
≥7.8
φ58*250
85/85/64
Above specifications only for reference, we can supply various winches according to your requirements.
The production process of a marine electric winch typically involves several stages, including design, materials procurement, machining and assembly, testing and inspection, and packaging and shipping. Here is a general overview of the production process for a marine electric winch:
Design: The first step in the production process is the design of the marine electric winch. This involves determining the specifications for the winch, such as the size of the winch drum, the power of the electric motor, and the maximum load capacity. The design may also include the selection of materials, such as steel or aluminum, and the addition of features such as automatic brakes or safety clutches.
Materials Procurement: Once the design is complete, the materials needed to manufacture the marine electric winch are procured. This may include purchasing raw materials, such as steel or aluminum, and components, such as electric motors and control switches.
Machining and Assembly: The next step in the production process is machining and assembly. This involves cutting and shaping the raw materials to the required dimensions and assembling the components, such as the winch drum, motor, and control switch, into a complete winch.
Testing and Inspection: After the marine electric winch has been assembled, it is tested to ensure that it meets the specified requirements and performance standards. This may include load testing the winch to verify its maximum load capacity and conducting electrical and safety tests to ensure that it operates correctly and safely.
Packaging and Shipping: Once the winch has been tested and approved, it is packaged and prepared for shipping. The winch may be packaged in a protective crate or other suitable packaging to ensure that it arrives at the customer's location in good condition.
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