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MAC AFRIC 12000lbs 12 V Heavy Duty Winch
Unleash the power of the MAC AFRIC EWX12000U 12V Heavy Duty Winch - your ultimate solution for tackling the toughest tasks with ease! With a commanding rated line pull of 5,443 kg (12,000 lbs) at 4.9 meters and 3,048 kg (6,720 lbs) at 25.5 meters, this winch delivers exceptional performance for heavy loads. Powered by a robust 12V Series Wound motor with an impressive input of 5.4 KW / 7.2 HP and an output of 2.7 KW / 3.6 HP, along with a gear reduction ratio of 230:1, this winch ensures smooth and reliable operation for all your off-road adventures. Tackle challenging terrains, recover vehicles with confidence, and conquer any obstacle with the MAC AFRIC EWX12000U 12V Heavy Duty Winch - the ultimate companion for your outdoor escapades!
| Package Length (cm) | 32.00 |
|---|---|
| Package Width (cm) | 65.00 |
| Package Height (cm) | 33.00 |
| Package Weight (kg) | 42.000000 |
Technical Specifications
| Feature | Specification |
|---|---|
| Rated Line Pull | 12000 lbs (5443 kgs) |
| Motor Type | Series Wound |
| Motor Specifications | 12V: Input: 5.4 KW / 7.2HP; Output: 2.7KW / 3.6HP |
| Gear Reduction Ratio | 230:1 |
| Cable Length | 25.5 M (83.7" IN) |
| Cable Diameter | 10.2 MM (13/13" IN) |
| Mounting Bolt Pattern | 10 "×4.5 " (254mm×114.3 mm) 4-M10 |
| Mounting Dimensions | 25.4 x 11.4 MM |
Specifications Description
Pull, Speed, Amperes, Volts (First layer):
| Line Pull lbs (kgs) | Line Speed ft/min (m/min) | Current (A) |
|---|---|---|
| 0 (0) | 22.3 (6.8) | 100 |
| 4000 (1814) | 13.1 (4.0) | 220 |
| 8000 (3629) | 9.8 (3.0) | 330 |
| 12000 (5443) | 5.9 (1.8) | 450 |
Line Pull And Rope Capacity In Layer:
| Layer | Rated Line Pull lbs (kgs) | Total Rope on the Drum ft (m) |
|---|---|---|
| 1 | 12000 (5443) | 16.1 (4.9) |
| 2 | 9563 (4338) | 36.4 (11.1) |
| 3 | 7948 (3605) | 60.0 (18.3) |
| 4 | 6800 (3048) | 83.7 (25.50) |
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.
Note: 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.
Technical Manual
Rolling Load Capacity Guide – 12V Vehicle-Mounted Winches
When using an electric winch, it's essential to understand how slope inclines affect the winch's effective pulling capacity. The chart below outlines the maximum rolling load each winch model can handle at various slope inclines.
- The steeper the incline, the greater the resistance, reducing the winch's effective pulling power.
- Figures are based on rolling loads, such as vehicles or trailers on wheels.
- Always ensure your winch is rated above the expected load for the slope you are operating on.
| Model | 0% (0°) | 5% (3°) | 10% (6°) | 20% (11°) | 30% (17°) | 50% (26°) | 70% (35°) | 100% (45°) |
|---|---|---|---|---|---|---|---|---|
| 8000 lb | 8000 / 3628 | 5336 / 2420 | 4016 / 1821 | 2720 / 1233 | 2088 / 947 | 1488 / 675 | 1224 / 555 | 1032 / 468 |
| 10000 lb | 10000 / 4536 | 6670 / 3025 | 5020 / 2277 | 3400 / 1542 | 2610 / 1184 | 1860 / 844 | 1530 / 694 | 1290 / 585 |
| 12000 lb | 12000 / 5443 | 8004 / 3630 | 6024 / 2732 | 4080 / 1850 | 3132 / 1420 | 2232 / 1012 | 1836 / 833 | 1548 / 702 |
| 15000 lb | 15000 / 6804 | 10005 / 4538 | 7530 / 3415 | 5100 / 2313 | 3915 / 1776 | 2790 / 1265 | 2295 / 1041 | 1935 / 878 |
Important Tips:
- These figures apply to rolling loads (not dead weight or dragging).
- Ensure proper use of snatch blocks or pulley systems for higher loads.
- Regularly inspect your winch and recovery gear for safety.
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