Hammerhead Tower Crane, QTZ63 TC5010-5

Hammerhead Tower Crane, QTZ63 TC5010-5
Hammerhead Tower Crane, QTZ63 TC5010-5
Hammerhead Tower Crane, QTZ63 TC5010-5
Hammerhead Tower Crane, QTZ63 TC5010-5
Hammerhead Tower Crane, QTZ63 TC5010-5
Hammerhead Tower Crane, QTZ63 TC5010-5
Hammerhead Tower Crane, QTZ63 TC5010-5
Hammerhead Tower Crane, QTZ63 TC5010-5
Hammerhead Tower Crane, QTZ63 TC5010-5
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, QTZ63 TC5010-5
Overview

QTZ63 TC5010-5 hammerhead tower crane consists of a horizontal arm, a jib, a hoisting mechanism, a trolleying mechanism, a slewing mechanism, a hydraulic jacking system, a cabin and safety devices. As a city tower crane, it is widely used for constructions of high-rise restaurants, civilian buildings and industrial buildings. It is an ideal choice for small and middle-size construction enterprises.

QTZ63 TC5010-5 hammerhead tower crane consists of a horizontal arm, a jib, a hoisting mechanism, a trolleying mechanism, a slewing mechanism, a hydraulic jacking system, a cabin and safety devices. As a city tower crane, it is widely used for constructions of high-rise restaurants, civilian buildings and industrial buildings. It is an ideal choice for small and middle-size construction enterprises.

Our hammerhead tower crane has many advantages. First, the jib, held by rigid duplex pull rods, features good rigidity, light weight, small cross section, small wind resistance, uniform force distribution and good-looking appearance. The maximum hook radius reaches 48 meters, which makes the crane suitable for many engineering projects. Further, the hoisting mechanism can ensure low-speed heavy loading and high-speed light loading with the help of a three-speed motor and a single-stage gear reducer. The maximum hoisting speed reaches 65 m/min. Thirdly, the operator's cabin runs along the horizontal arm with traction by the trolleying mechanism, which facilitates perfect positioning. The cabin is installed separately at one side of the tower to ensure full view, which provides the operator with a comfortable and convenient working environment. Equipped with a planetary reducer and a hydraulic coupler, the slewing mechanism achieves great bearing capacity, smooth startup, reliable performance, wind resistance and accurate positioning. Further, both single and double slewing mechanisms are all available to meet customers' diversified demands.

Moreover, the hammerhead tower crane can automatically lift itself by adding mask sections using a hydraulic cylinder. Hence, the crane can rise with a building's ascending. In addition, it can be fixed on a base or attached to an external wall. This slewing tower crane is extensively applied for different construction projects. Its freestanding height is 34 meters, while its attached height can be 140 meters and 70 meters respectively for situations with multiplier as 2 and 4.

In general, its performance indexes have come up to top level at home and abroad. It improves the maximum hook radius to 50 meters, which dramatically expands the application scope. The horizontal jib tower crane also features high working speed, excellent speed control performance, stable performance and high efficiency. Automatic manufacture technology we use help to improve production efficiency and reduce production cost at the same time. As a result, our tower crane has remarkable advantages in terms of price compared to similar products on the market.

  • Jib
  • Mask Section
  • Electric Cabinet
  • Package
Technical Parameters

Hammerhead Tower Crane Specifications
Total Power: 29.9kw (single slewing mechanism)/31.8kW (double slewing mechanism)
Voltage: 380V/440V
Frequency: 50Hz/60Hz

Technical Parameters
Maximum Hook Radius m 50 44 38
Rated Load Moment kN · m 570 600 630
Maximum Hoisting Capacity T 5
Minimum Hook Radius m 3
Tip Load T a=2 a=4 a=2 a=4 a=2 a=4
1.045 1.036 1.299 1.293 1.633 1.631
Radius at Maximum Hoisting Capacity m a=2 a=4 a=2 a=4 a=2 a=4
24.17 12.92 25.23 13.48 26.3 14.05
Hoisting Height Freestanding m 34
Attached a=2 140 a=4 70
Overall Dimension Base m 5 ×5 ×1.1
Total Height Freestanding 42.02
Attached 127.02
Distance between Jib Tip to Slewing Center 51.15
Distance between Balance Arm Tip to Slewing Center 11.18
Overall Weight Freestanding (No Counter Weight) T 24.71
Attached (No Counter Weight) T 50.63
Counter Weight T 10.8
Others Total Motor Power KW Single Slewing Mechannism29.9/ Double Slewing Mechannism31.8
Wind Speed at Maximum Installation Height m/s During Working ≤20
During Jacking ≤12
Working Temperature 0 C -20 ~ 40
Support Mechanisms
Loading Rate Hoisting Mechanism JC 40%
Slewing Mechanism JC 40%
Trolleying Mechanism JC 40%
Trolleying Mechanism Motor Model YEZS112M -4/8
Speed r/min 1380 720
Power KW 2.4 1.5
Reducer Model WCJ120
Transmission Ratio 54
Steel Wire Rope Specification 6X19-7.7-1550-FC-SZ, GB8918-06
Line Speed m/min 31/16
Trolleying Speed m/min 31/16
Hoisting Mechanism Motor Model YZTD200L 4-4/8/24
Speed r/min 1440 720 220
Power KW 18 18 5
Reducer Center Distance Mm 500
Transmission Ratio I 13.8
Winch Drum Diameter Mm Φ375
Layer of Rope Layer 4
Rope Capacity M 280
Brake Model YT1-45Z/5
Braking Force N 355
Steel Wire Rope Traction N 12000
Specification 6X19-13-1770-FC-SZ , GB8918-06
Hoisting Speed m/min 65/32.5 32.5/16 10/5
Rated Hoisting Capacity T 1.25/2.5 2.5/5 2.5/5
Minimum Steady Descending Speed m/min ≤7.3
Total Weight T 1.05
Slewing Mechanism Single Double
Motor Model YZR160M 1-6 YZR132M2 -6
Speed r/min 930 910
Power KW 5.5 3.3*2
Reducer Model XX4-120 XX4-80
Transmission Ratio I 180 157
Output Torque N ·m 12000 8000*2
Wheel Gear Module M 10
Tooth Number Z 15
Modification Coefficient X 0.5
Hydraulic Coupler Model YOX320 YOX280
Matched Slewing Bearing Model 011.40.1120
Slewing Speed r/min 0.61 0.6
Hydraulic Jacking System Hydraulic Pump Station Working Pressure Mpa 22
Power KW 4
Hydraulic Cylinder Rated Pressure Mpa 22
Diameter Mm Φ140
Rod Diameter Mm Φ 90
Stroke Mm 1600
Installation Distance mm 2048
Jacking Speed m/min 0.4
Maximum Jacking Capacity t 33
Hoisting Characteristics
50m Multiplying 2
Radius (m) 3 ~ 24.17 25 26 27 28 29 30 31 32 33 34 35 36
Hoisting Capacity (Kg) 2500 2406 2302 2205 2115 2031 1953 1879 1811 1746 1686 1629 1575
Radius (m) 37 38 39 40 41 42 43 44 45 46 47 48 49
Hoisting Capacity (Kg) 1523 1475 1429 1385 1344 1304 1267 1231 1196 1164 1132 1102 1073
Radius (m) 50
Hoisting Capacity (Kg) 1045
50m Multiplying 4
Radius (m) 3 ~ 12.92 13 14 15 16 17 18 19 20 21 22 23 24
Hoisting Capacity (Kg) 5000 4968 4589 4260 3972 3718 3493 3291 3109 2944 2795 2658 2533
Radius (m) 25 26 27 28 29 30 31 32 33 34 35 36 37
Hoisting Capacity (Kg) 2418 2312 2213 2122 2037 1958 1883 1814 1748 1687 1629 1574 1522
Radius (m) 38 39 40 41 42 43 44 45 46 47 48 49 50
Hoisting Capacity (Kg) 1473 1426 1382 1340 1300 1261 1225 1190 1157 1125 1094 1065 1036
44m Multiplying 2
Radius (m) 3 ~ 25.23 26 27 28 29 30 31 32 33 34 35 36 37
Hoisting Capacity (Kg) 2500 2417 2316 2222 2134 2053 1976 1905 1837 1774 1714 1658 1605
Radius (m) 38 39 40 41 42 43 44
Hoisting Capacity (Kg) 1554 1506 1460 1417 1376 1337 1299
44m Multiplying 4
Radius (m) 3 ~ 13.48 14 15 16 17 18 19 20 21 22 23 24 25
Hoisting Capacity (Kg) 5000 4803 4460 4160 3895 3659 3448 3259 3087 2931 2789 2658 2538
Radius (m) 26 27 28 29 30 31 32 33 34 35 36 37 38
Hoisting Capacity (Kg) 2427 2324 2229 2140 2058 1980 1907 1839 1775 1714 1657 1603 1552
Radius (m) 39 40 41 42 43 44
Hoisting Capacity (Kg) 1503 1457 1413 1371 1331 1293
38m Multiplying 2
Radius (m) 3 ~ 26.3 27 28 29 30 31 32 33 34 35 36 37 38
Hoisting Capacity (Kg) 2500 2427 2329 2238 2153 2073 1998 1928 1862 1800 1741 1686 1633
38m Multiplying 4
Radius (m) 3 ~ 14.05 15 16 17 18 19 20 21 22 23 24 25 26
Hoisting Capacity (Kg) 5000 4660 4347 4071 3826 3606 3409 3230 3068 2919 2783 2658 2543
Radius (m) 27 28 29 30 31 32 33 34 35 36 37 38
Hoisting Capacity (Kg) 2436 2336 2244 2158 2077 2001 1930 1863 1800 1740 1684 1631
Tower Crane Characteristics Curves
FM5010 Tower Crane Moment Curve (Multiplying 2)
Fm5010 Tower Crane Moment Curve (Multiplying 4)
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