MAC AFRIC EWG8000U 12 V Heavy Duty Winch

Name: MAC AFRIC EWG8000U 12 V Heavy Duty Winch
SKU: 4167525
Price: 606.20 USD
Availability: InStock

$606.20

The MAC AFRIC EWG8000U winch is smaller than its bigger counterparts but still pulls its weight when needed due to its powerful series-wound motor. Accompanied with a cable, fairlead, wired remote, and automatic screw cone making it ready to bolt up and connect to do your general pulling.

Attribute Label

Value

Cable Diameter

8.3 MM

Cable Length

29 M

Gear Reduction Ratio

184:1

Motor Specifications

12V: Input: 4.4kW / 5.9hp; Output: 2.0kW / 2.7hp

Motor Type

Series Wound

Mounting Bolt Pattern

10 “Ã4.5 ” (254mmÃ114.3 mm) 4-M10

Mounting Dimensions

25.2 x 11.4 MM

Package Height (cm)

65.00

Package Length (cm)

32.00

Rated Line Pull

8000 lbs (3629 kgs)

Specifications Description

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Pull, Speed, Amperes, Volts (First layer):

Line Pull	Line Speed ft/min (m/min)	Current (A)
lbs (kgs)	12 V DC	12 V DC
0 (0)	24.6 (7.5)	75
2000 (907)	13.8 (4.2)	145
4000 (1814)	10.2 (3.1)	200
6000 (2722)	7.5 (2.3)	250
8000(3629)	5.9 (1.8)	320

Line Pull And Rope Capacity In Layer:

Layer	Rated line Pull lbs (kgs)	Total rope on the drum ft (m)
1	8000 (3629)	19.7 (6.0)
2	6500 (2948)	42.7 (13.0)
3	5500 (2495)	68.9 (21.0)
4	4800 (2177)	95.1 (29.0

Series wound electric motors and permanent magnet electric motors have different characteristics and applications, each with its own set of advantages. Here are some advantages of a series wound electric motor compared to a permanent magnet electric motor:

High Starting Torque: Series wound motors provide high starting torque, making them suitable for applications requiring high initial torque, such as in electric vehicles, locomotives, and industrial machinery. This characteristic makes them ideal for heavy-duty applications where a high starting torque is necessary.
Robustness: Series wound motors are typically robust and can withstand overloads and fluctuations in load conditions. This robustness makes them suitable for applications in harsh environments or where the motor may experience varying load conditions.
Simple Control: Series wound motors have relatively simple control systems, making them easier to operate and control compared to permanent magnet motors. This simplicity can result in cost savings in terms of control equipment and maintenance.
Variable Speed Operation: Series wound motors can operate over a wide range of speeds with proper control mechanisms. This flexibility in speed control makes them suitable for applications where variable speed operation is required, such as in electric trains and conveyors.
Cost-Effectiveness: In some cases, series wound motors can be more cost-effective than permanent magnet motors, especially in larger sizes or applications where high torque requirements are needed. This can make them a preferred choice for certain industrial applications.
High Power Density: Series wound motors can achieve high power density, meaning they can deliver a lot of power in a relatively small and lightweight package. This makes them suitable for applications where space and weight are important factors, such as in automotive and aerospace applications.

It’s important to note that the choice between a series wound motor and a permanent magnet motor depends on various factors including the specific application requirements, cost considerations, efficiency needs, and environmental factors. Each type of motor has its own advantages and disadvantages, and the optimal choice will vary depending on the particular application and performance criteria.