basic rigging engineer
TRANSCRIPT
START
DATA MATERIAL
1. DIMENSION
2. WEIGHT
RIGGING DEPARTMENT
ANALYZE AND PLANED ACTIVITY FOR
LIFTING AND ERECTION WORK
REFERENCE
1. RIGGING BOOK
2. EQUIPMENT MANUAL
3. ASME B30.5-2004 Mobil & Locomotive cranes
4. ASME B30.6-2003 Derrick
5. ASME B30.10-1999 Hook
6. ASME B30.21-2005 manually lever operated hoist
7. ASME B30.24-2003 Safety standard for cranes,derrick, hoist, jacks, and Sling
8. ASME B30.26-2004 Rigging Hardware
9. BS EN 5973 Scaffolding
10. Australian Standard, AS 3569--1989, Wire ropes
11. Australian Standard, AS 2759--1985, Wire ropes
NEED DUO CRANE
Yes
No
MONO CRANE
TAILING DESIGN
JOB SAFETY ANALISYS
Safe
Risk
FINISH
Final Inspection by
HaGun Engineering
Prepare Final Report for ApprovaL
Handover
No
Yes
RIGGING PLAN
ACTION
CONTROL
RIGGING PLAN
LIFTING FOR
POWER CONTROL CENTERS
S
LIN
G
13 M
E
TE
R
01. OBJECTIVE
Rigging Study of Lifting Power Control Centers.
02. SCOPE OF APPLICATION
Rigging study is describe the guidelines and operating step of Lifting Power Control Centers.
03. REFERENCE
1. HaGun Engineering RIGGING DEPARTMENT REFERENCE
04. EQUIPMENT
No Equipment Qty Capacities Remark
01 Crawler Crane 1 unit 150 ton New
02 Boom Length 48 meter 1 unit New
03 Trailer 1 unit 80 ton New
05. RIGGING TOOLS
No Equipment Qty Capacities
01 Sling dia. 1.5" x 13 M 4 pcs 17 ton
02 Chain Block 2 pcs 10 ton
03 Shackle SWL 10 pcs 10 ton
04 Manila Rope 7/8"x10M 2 pcs
06. SAFETY REQUIREMENTS
No Equipment Qty
01 Safety Barricade Red White 77 mtr
02 Safety Cone 7 pcs
07. SAFETY FACTOR CALCULATION
No Equipment Qty
01 Weight of material 22.00 T
02 Crane Block 1.33 T
03 Wire Sling 0.15 T
04 Spreader Beam 0.60 T
05 Shackle 0.15 T
06 Total Weight 24.23 T
07 Crane Capacity 26.62 T
08 Safety Factor 1.1
SF =
26.62
24.23
= 1.1
Steel plates 1.5m x 6m x 20 mm thk for track
9
8
°
B
O
O
M
4
8
M
E
T
E
R
20000
R
2
0
0
0
0
CRANE LAY OUT
MOVING OBJECT FROM A TO B
A
B