PCW3000 Gas-Powered Pulling Winch GX35
SKU PCW3000
Availability:
Low stock
Original price
$995.00
-
Original price
$995.00
Original price
$995.00
$995.00
-
$995.00
Current price
$995.00
Features:
Compact Power
- Single Line Pulling Force: 1,600 LB
- Double Line Pulling Force: 3,200 LB
- Speed: 33 FT/MIN
Design
- The PCW3000 was designed to allow users to safely and effectively pull loads over an unlimited length of rope, without loss of power.
Performance
- Equipped with a Honda GX35 engine the PCW3000 is able to pull up to 700 kg without mechanical advantage.
Specifications
| PCW3000 | |
| Series | Pro |
| Designed in | 2012 |
| Motor/Engine | Honda GX35 4-stroke - 360° inclinable Air-cooled 1.0 kW - 1.3 HP @ 7000 tr/min |
| Powered by | Unleaded gasoline, 86 octane or higher |
| Drive/Clutch | Direct drive (no clutch) |
| Rope Retention System | No |
| Drum turns when motor/engine is idling | Yes |
| Pulling Capacity | |
| Standard drum (single line / double line) | Ø 3'' (76 mm): 1,600 lb / 3,200 lb |
| Optional drum (single line / double line) | No optional drum |
| Lifting Capacity | |
| Standard drum (single line / double line) | Not designed for lifting - See INDUSTRIAL Series winches |
| Optional drum (single line / double line) | --- |
| Speed | |
| Standard drum | Ø 3'' (76 mm): 33'/min |
| Optional drum | No optional drum |
| Weight | 20 lb |
| Dimensions (overall) | 11-3/8'' x 11-3/4'' x 10-1/4'' |
| Gearbox | |
| Gear Ratio | 200:1 |
| Brake | Anti-reversing roller clutch bearing |
| Rope (not included) | Low stretch double braided polyester |
| Length | Unlimited |
| Minimum Breaking Strength (MBS) | 3,395 lb |
| Minimum diameter | Ø 3/8'' (10 mm) |
| Maximum diameter | Ø 1/2'' (13 mm) |
| Recommended diameter | Ø 3/8'' (10 mm) |
| Included | Polyester sling - 2-1/2'' x 6-1/2' |
| Certification(s) | CE |
WARNING: This product can expose you to chemicals, which are known to the State of California to cause cancer and, which are know to the the State of California to cause birth defects or other reproductive harm. For more information, go to