Detroit 10 Ton Wire Rope Hoist, VFD (DB22M29-13)

SKU:
DETDB22M29-13-460V
$16,600.00

American Made.

The Detroit 10 Ton Wire Rope Hoist (DB22M29-13) is a powerful and reliable VFD wire rope hoist designed to handle heavy loads (10 metric tons or 22,000 lbs) with precision and efficiency. Made in the USA and tariff free, this is a cost-effective wire rope hoist built to tackle demanding industrial applications.

It features a robust wire rope that ensures smooth and controlled lifting, and is double reeved for true vertical lift, helping reduce load drift and improve positioning accuracy. Its durable construction guarantees long-lasting performance even in rugged environments.


460/3/60 Option In Stock; 230/3/60 Ships From Factory.

Current Stock:
Adding to cart… The item has been added
Model DB22M29-13
Suspension / Mount Monorail
Capacity (Ton) 10
Reeving 4 PD
Lift (ft) 29' 1"
Hoist Lift Speed (fpm) 13
Hoist Motor 7.5 KW
Hoist Control Closed-loop vector VFD control
Trolley Speed (fpm) 80
Trolley Motor 2 @ .55 KW
Trolley Control Sensorless vector VFD control
Power Supply 230/460/3/60
CMAA CLass | Atmosphere | Location Class D | Standard | Indoor Service
Weight (lbs) 1800
  • 4-pole, AC squirrel cage, inverter rated hoist motor with brake.
  • True vertical lift and dual 4-pole, AC squirrel cage inverter rated trolley motors.
  • Rubber bumpers and drop lugs / rail sweeps.
  • Premium grade ductile iron wheels and sheaves for durability.
  • UL508A c UL us listed industrial control panel with CSA Type 4, 4X enclosure.
  • Hoist - closed loop flux vector drive with motor and brake proving and load floating at 0 hz.
  • Hoist - 0 hz speed control for precise positioning and stopping without motor brake fatigue.
  • Hoist - 100% dynamic braking with resistor or regenerative converter.
  • Hoist - over-weight protection trough frequency drive with 3% accuracy.
  • Trolley - open loop frequency drive with dynamic braking.
  • Motor overload protection through frequency drives.
  • Adjustable upper and lower electronic encoder limite and secondary upper limit.