Basic
PW 21001
Material Handling Crane
Key Specs
Imperial
Metric
- Max. Lift Moment
- 21.0 mt 151700 ft lbs.
- Max. Lift Capacity
- 4,400 kg 9,700 lbs
- Max. Outreach
- 12.9 m 42.3 ft
Compact and efficient, the PW 21001 offers a two-section hydraulic boom with 42 ft outreach and 20 mt lifting moment—ideal for tight spaces. Our high-power-to-weight cranes deliver superior reach, capacity, and cost savings for foundation and material handling.
Previous Model#: PW 310
Highlights
Protect Cargo and Operators with Soft Stop Tech
Soft Stop technology ensures smooth, controlled crane movements by gently braking before reaching mechanical limits. This reduces jerky motions and load oscillation, protecting the operator, vehicle, and cargo for safer, more efficient material handling.
Technical Specifications
Technical data U.S. Units
|
Crane Width (inch) |
Max. Lifting Capacity (lbs) |
Operating Pressure (psi) |
Max Hydraulic Outreach (ft) |
Crane Height (inch) |
Installation width (inch) |
Max. Lifting Moment |
Pump Capacity |
Slewing Torque |
Stabilizer spread |
Rotation |
|
|---|---|---|---|---|---|---|---|---|---|---|---|
| A-Boom (2 Hyd. Ext.) | 99.2 inch | 9,700 lbs | 4,350 psi | 42.3 ft | 113.4 inch | 35 inch | 151700 ft-lbs. | 18.5-23.8 gpm | 22270 ft-lbs. | 21'8" | 400 degrees |
Technical data metric
|
Crane Height (mm) |
Installation width (mm) |
Max Hydraulic Outreach (m) |
Max. Lifting Capacity (kg) |
Operating Pressure (bar) |
Crane Width (mm) |
Max. Lifting Moment |
Pump Capacity |
Rotation |
Slewing Torque |
Stabilizer spread |
|
|---|---|---|---|---|---|---|---|---|---|---|---|
| A-Boom (2 Hyd. Ext.) | 2,880 mm | 889 mm | 12.9 m | 4,400 kg | 300 bar | 2,520 mm | 21.0 mt | 70-90 lpm | 400 degrees | 3.1 mt | 6.6 m |
Radio Remote Control
Radio remote-controlled cranes deliver precision and convenience with an advanced control station. Integrated display, hydraulic test ports, and easy-access panels simplify service and maintenance—boosting efficiency for material handling and heavy-lift applications.
Finite Element Technology
High-tech crane design starts with Finite Element Technology Analysis (FEA). Every load-bearing component is precisely calculated, optimized, and engineered for strength while reducing weight—delivering superior lifting performance and efficiency for material handling.
Low Maintenance Extension System
Lead the way in service-friendly crane design with our low-maintenance extension system, which utilizes a sealed, wear-resistant design featuring optimized sliding elements and corrosion-protected components. This minimizes lubrication requirements and reduces service intervals, ensuring maximum uptime and operational reliability.
PALTRONIC 50 & 150
PALTRONIC is the advanced electronic control system that monitors and manages crane operations for peak performance. Designed for reliability and operator ease, it delivers superior functionality and safety for material handling applications with real-time diagnostics, overload protection, intelligent function management, geometry control, and LCD display.
Power Link Plus
Our advanced linkage system connects the knuckle boom and main boom to boost lifting power in critical positions while maintaining constant speed. This design ensures maximum performance and efficiency for demanding material handling applications.
Stabilizer Warning Lights
Standard LED warning lights on stabilizer cylinders ensure maximum visibility and safety. Bright orange LEDs alert crane operators, pedestrians, and passing traffic—enhancing awareness and reducing risk during material handling operations.
Transport Position Switches
Factory-mounted transport switches enhance safety by preventing the crane operator from driving without properly stowing the boom, outriggers, and stabilizers. This smart feature ensures secure transport and protects your equipment and worksite.
Turntable Slewing System
Experience superior slewing performance with our turntable slewing system. Dual hydraulic drive motors deliver smooth, powerful crane rotation—outperforming traditional rack-and-pinion for precision and reliability in material handling.
Return Oil Utilization
Leverages hydraulic regeneration by redirecting return oil from the extension cylinders back into the pressure circuit, significantly increasing boom extension speed while reducing energy loss and improving overall system efficiency.