
Knuckle Boom
PK 35.502 TEC 5
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Knuckle Boom Crane
- More efficient and faster due to continuous slewing system
- High user friendliness due to radio remote control
- More efficiency with fly-jib due to DPS-P
- Increased comfort and safety due to Soft Stop
- Additional applications with Power Link Plus
- Very stiff and light boom system thanks to P-Profile





P-Profile Boom
PALFINGER TEC series cranes feature an industry first, patented tear-drop P-Profile boom that provides increased torsional strength along the entire boom system, including the fly-jib, and is extremely lightweight. The P-Profile benefits operators with less deadweight and more load stability in the boom system.
Low Maintenance Extension System
With the low maintenance extension system, PALFINGER leads the way in service-friendliness. The use of sliding elements made from special synthetic material, together with the highly dependable KTL cataphoretic dip painting, means that the operator no longer needs to grease the boom system.
Continuous Slewing System
The PALFINGER Continuous Slewing Mechanism permits an unrestricted radius of action. The crane is rotated or 'slewed' using a gear box and hydraulic motor instead of a rack and pinion system. All endless slewing mechanisms come as standard with a high quality roller ball bearing.
Power Link Plus
The PALFINGER Power Link Plus system is a double linkage system with a linkage on the knuckle boom and a linkage between the main boom and crane column. With the 15 degree reverse linkage system, reaching through low door openings or working inside buildings is no problem.
HPSC-Plus LOAD
PALFINGER has further developed the proved stability system HPSC and offers application oriented additional functions in a modular system. One of the modules of this HPSC-Plus concept is HPSC-Plus LOAD. It reacts to the loading condition of the truck and calculates on the basis of the inclination the maximum load limit suitable for the respective situation.
Experience the product features
HPSC
PRODUCT FEATURES
The High Performance Stability Control (HPSC) is a fully proportional system for monitoring the stability of the crane vehicle. Sensors for proportional path measurement in the stabilizer supports permit completely variable support positioning. Hence, the permissible, safe working range can be calculated for any support situation.
HOW IT WORKS
The HPSC system calculates the permissible working range for any slewing angle of the boom system and for any support situation. The position of the stabilizer support is detected by means of a cable extension transducer or magnetostrictive position sensor. Based on the intelligent calculation algorithm developed by PALFINGER, it works more efficiently than comparable systems that are available in the market.
AOS
PRODUCT FEATURES
The patented PALFINGER "AOS" oscillation suppression system cancels out vibrations and blows that occur during crane operation. Any "post-oscillation" is prevented through rapid braking or load changes. The result is a decisive increase to safety in crane operation for employees, the load and building.
HOW IT WORKS
The electronics receive signals from pressure sensors on both sides of the elevating cylinder and interpret them as arm vibrations. The signals for the counter-movement of the elevating cylinder are handled by the control valve. The incurred vibration can be cancelled through the exactly determined frequency and wavelength. The result is damping of the arm to just one or two short vibrations so that the arm comes to an immediate standstill.
* Optional feature/country-specific-equipment
SRC
The SRC system maintains a constant distance between the pulley head and the hook block during operation of the rope winch. Similarly to the RTC, the system automatically adjusts the rope length. The key advantage in practice is that loads can be traversed horizontally at a constant height without the operator having to adjust the rope winch. In addition, it is also possible to traverse the load at a constant angle on the rope winch. Work in buildings or tight spaces become child’s play, and difficult operations like overcoming building contours during roofing work are also made significantly easier. This advantage is particularly valuable in terms of ease of use for the operator, and it also noticeably improves the efficiency of any assignment. In addition, the risk of damage to the rope and load, but also collisions between the hook block and the pulley head will be avoided.
* Optional feature/country-specific-equipment
- Technical data U.S. Units
- Technical Data Metric
- Lifting Capacities U.S. Units
- Lifting Capacities Metric
Max. lifting moment | 242640.0 ft_lbs |
Max. lifting capacity | 22050 lb |
Max. hydraulic outreach | 71' 6'' |
Max. outreach (with fly jib) | 105' 8'' |
Slewing angle | ∞ |
Slewing torque with 1 gear | 23869.0 ft_lbs |
Slewing torque with 2 gears | 31115.0 ft_lbs |
Stabilizer spread (std) | 18' 4'' |
Fitting space required (std) | 3' 8'' |
Width folded | 8' 4'' |
Max. operating pressure | 5365 psi |
Pump capacity | 23.8 - 31.7 gpm |
Dead weight (std) | 6768 lbs |
Cranes shown in the leaflet are partially optional equipped and do not always correspond to the standard version.
Country-specific regulations must be observed. Dimensions may vary. Subject to technical changes, errors and translation mistakes.
Max. lifting moment | 33.5 mt |
Max. lifting capacity | 10000 kg |
Max. hydraulic outreach | 21.8 m |
Max. outreach (with fly jib) | 32.2 m |
Slewing angle | ∞ |
Slewing torque with 1 gear | 3.3 mt |
Slewing torque with 2 gears | 4.3 mt |
Stabilizer spread (std) | 5.6 m |
Fitting space required (std) | 1.13 m |
Width folded | 2.55 m |
Max. operating pressure | 370 bar |
Pump capacity | 90 - 120 l/min |
Dead weight (std) | 3070 kg |
Cranes shown in the leaflet are partially optional equipped and do not always correspond to the standard version.
Country-specific regulations must be observed. Dimensions may vary. Subject to technical changes, errors and translation mistakes.
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A | 235861.0 | 26'7" | ∞ | 31115.0 | 5365.0 | 23.8-31.7 | 6768 | 96.9 | 100.4 | 44.5 |
B | 231520.0 | 33'10" | ∞ | 31115.0 | 5365.0 | 23.8-31.7 | 7187 | 96.9 | 100.4 | 44.5 |
C | 227902.5 | 41'0" | ∞ | 31115.0 | 5365.0 | 23.8-31.7 | 7606 | 96.9 | 100.4 | 44.5 |
D | 223561.5 | 48'3" | ∞ | 31115.0 | 5365.0 | 23.8-31.7 | 8157 | 96.9 | 100.4 | 44.5 |
E | 219220.5 | 56'1" | ∞ | 31115.0 | 5365.0 | 23.8-31.7 | 8543 | 96.9 | 100.4 | 44.5 |
F | 214879.5 | 63'11" | ∞ | 31115.0 | 5365.0 | 23.8-31.7 | 8918 | 96.9 | 100.4 | 49 |
G | 212709.0 | 71'6" | ∞ | 31115.0 | 5365.0 | 23.8-31.7 | 9171 | 96.9 | 100.4 | 49 |
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A | 32.6 | 8.1 | ∞ | 4.3 | 37.0 | 90-120 | 3070 | 2460 | 2550 | 1130 |
B | 32.0 | 10.3 | ∞ | 4.3 | 37.0 | 90-120 | 3260 | 2460 | 2550 | 1130 |
C | 31.5 | 12.5 | ∞ | 4.3 | 37.0 | 90-120 | 3450 | 2460 | 2550 | 1130 |
D | 30.9 | 14.7 | ∞ | 4.3 | 37.0 | 90-120 | 3700 | 2460 | 2550 | 1130 |
E | 30.3 | 17.1 | ∞ | 4.3 | 37.0 | 90-120 | 3875 | 2460 | 2550 | 1130 |
F | 29.7 | 19.5 | ∞ | 4.3 | 37.0 | 90-120 | 4045 | 2460 | 2550 | 1245 |
G | 29.4 | 21.8 | ∞ | 4.3 | 37.0 | 90-120 | 4160 | 2460 | 2550 | 1245 |
The outreaches stated are with a boom angle of 20° and are therefore not the maximum. When using mechanical boom extensions, the loads shown on the charts need to be reduced by the weight of these extensions.
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