Crawler crane models:XGC 300t
Max rated lifting capacity: 300t
Maximum lifting moment: 1865t.m
Product Overview
Crawler traveling device
The crawler travel device is divided into left and right crawler travel devices, which are composed of crawler frame, crawler shoe, supporting roller, driving wheel, guide wheel, sprocket wheel, travel mechanism and tensioning device.
Crawler frame: symmetrical on both sides, 1 piece each. The box-type structure welded with high-strength steel plates, the frame installation and positioning is equipped with parallel pads, which has good guiding and wear-resistant effects.
Driving wheel: connected to the planetary reducer housing with high-strength bolts.
idler wheel: adopts double flange design, built-in floating seal, self-lubricating.
Tensioning wheel: adjust the tension of the crawler through the oil cylinder and adjustment pad.
Sprocket wheel: the sprocket wheel has a built-in floating seal and self-lubricating.
Crawler shoe: installed on the crawler beam.
Travel mechanism: normally closed planetary gear reducer, strong travel power, extremely high flexibility and maneuverability. Multi-plate wet normally closed brake, spring brake, hydraulic release.
Working Conditions Table
Depending on the lifting mechanism used, the operating equipment and the position of the hook on the boom, the available operating conditions are divided into the following five categories and 26 types.
No. |
Working conditions |
Working condition code |
Note |
1 |
Main boom working condition 【HB(S)】 |
HB/1 |
Main boom and main hook lifting without arm end pulley |
2 |
HBS/1 |
Main boom and main hook with arm end pulley and auxiliary hook for hoisting |
|
3 |
HBS/2 |
The arm end pulley auxiliary hook with main arm main hook is used for lifting load |
|
4 |
Light main boom working condition 【LB(S)】 |
LB/1 |
Lightweight main boom and main hook hoisting without arm end pulley |
5 |
LBS/1 |
Lightweight main boom hook with arm end pulley auxiliary hook for lifting load |
|
6 |
LBS/2 |
Boom end pulley auxiliary hook hoisting with light main boom main hook |
|
7 |
Tower boom working conditions 【H(B)W(S)】 |
HW/1 |
Tower arm main hook hoisting without main arm pulley block and tower arm single pulley |
8 |
HWS/3 |
No boom pulley block, single pulley third hook of tower arm with tower arm main hook |
|
9 |
HWS/1 |
No boom pulley block, tower arm main hook hoisting with tower arm single pulley third hook |
|
10 |
HBW/3 |
Single pulley without tower arm, third hook of tower arm with main hook of main arm for hoisting |
|
11 |
HBW/1 |
Single pulley without tower arm, main arm and main hook hoisting with third hook of tower arm |
|
12 |
Fixed jib condition 【H(B)F(S)】 |
HF/1 |
No boom pulley block, no auxiliary arm single pulley, auxiliary arm main hook lifting |
13 |
HFS/2 |
Single pulley hook hoisting without main arm pulley block and auxiliary arm single pulley |
|
14 |
HFS/1 |
No boom pulley block with auxiliary arm single pulley main hook lifting |
|
15 |
HBF/2 |
Single pulley without jib and main hook of main jib and auxiliary hook for hoisting |
|
16 |
HBF/1 |
Main boom and main hook hoisting with single pulley without jib and auxiliary hook |
|
17 |
HBFS/3 |
Jib single pulley with triple hooks for third hook loading |
|
18 |
HBFS/2 |
Jib hook loading with triple hook |
|
19 |
HBFS/1 |
Main boom and main hook with three hooks |
|
20 |
Shield working conditions 【TBF(S)】 |
TBF/1 |
Main boom and main hook loading without third hook |
21 |
TBF/2 |
Auxiliary hook loading of shield boom without third hook |
|
22 |
TBF |
Joint lifting of main and auxiliary hooks without third hook |
|
23 |
TBFS/1 |
Main boom and main hook with third hook |
|
24 |
TBFS/2 |
Shield boom auxiliary hook with third hook |
|
25 |
TBFS/3 |
Shield arm with third hook single pulley third hook hoisting |
|
26 |
TBFS |
Combined lifting of main and auxiliary hooks with a third hook |