This course is designed for construction site and industrial yards’ operators who utilize different types of cranes in building, civil engineering and mechanical activities. This Course will be useful for construction employers as it enables them to fulfill training obligations set by the Ministry of Labour. The course has been produced to applicable International Standards (BS, OSHA etc.), Regulations (LOLER, PUWER ETC.) and Local Legislation reflecting construction Industry and oil & gas (offshore/onshore) best practices.
After completing the training successfully, the delegates will be able to acquire the following practical knowledge & skills:
Understanding of the different types of lifting appliances & lifting accessories (loose gear)
SWL, WLL, required PPEs, load weight calculation, center of gravity, lifting point
Lifting gears selection, inspection, types of hitches, sling angle, lifting area safety checks
Rigging good & bad practices
Knowledge of different types of cranes, general maintenance, crane operator manual and logbook
Limit switches, load indicator, capacity chart and range diagram
There are a number of risks associated with the use of cranes throughout its life cycle from its arrival on site, during the erection of the crane, during use and then finally when it is being dismantled or removed from site. Moving large, heavy loads is crucial to today’s manufacturing and construction industries. Much technology has been developed for these operations, including careful training and extensive workplace precautions. There are significant safety issues to be considered, both for the operators of the diverse “lifting” devices, and for workers in proximity to them. This course is a starting point for finding information about these devices and their operation.
Course introduction
SWL & WLL
Load weight calculations
Centre of gravity
Lifting tackle types & inspection areas
Types of Lifting Accessories (Loose gear)
Wire Rope
Shackles
Turn Buckle
Chain Hoist
Plate Clamp
Application of Magnetic Lifters
Synthetic Web Slings
Types of Hitches
Single Vertical Hitch
Bridle Hitch
Basket Hitch
Choker Hitch
Angles of lifting
Multi-leg sling method of rating
Rigging equipment “good & bad practices”
Hand signals
Mobile Crane types
Operation manual & logbook
Crane set up
Load rating chart
Lifting areas diagram
The range diagrams
Automatic safe load indicator
Lifting Operation
Positioning of Crane
Manufacturer’s Commands
Ground Conditions
Maintenance
Site Safety
Working with crane; Good & bad practices
Tandum Lifting
Power lines safety
Advises
One (01) Day – Theory & Assessment
Max. 15 – Min. 05
Familiarity with crane operation and construction site/industrial yard activities is required for course attendees.
Courses are held at the RICI Training Center but alternatively can be held at a client’s premises and tailored to the client’s needs and convenience. For tailored courses, the numbers will be dependent on facilities available.
Delegates will be assessed based on their progress throughout the course and a certificate of competence will be issued to delegates deemed to have achieved a satisfactory standard.
This course is designed for construction site and industrial yards’ operators who utilize different types of tower cranes in building, civil engineering, and mechanical activities. This Course will be useful for construction employers as it enables them to fulfill training obligations set by the Ministry of Labour. The course has been produced to applicable International Standards (BS, OSHA etc.), Regulations (LOLER, PUWER ETC.) and Local Legislation reflecting construction Industry and oil & gas (offshore/onshore) best practices.
After completing the training successfully, the delegates will be able to acquire the following practical knowledge & skills:
Understanding of the different types of lifting appliances & lifting accessories (loose gear)
SWL, WLL, required PPEs, Load weight calculation, center of gravity, lifting point
Lifting gears selection, inspection, types of hitches, sling angle, lifting area safety checks
Rigging good & bad practices
Knowledge of different types of Tower Cranes, current Legislation, general maintenance, crane operator manual and logbook
Limit switches, load indicator, capacity chart and range diagram
Course introduction
SWL & WLL
Load weight calculations
Centre of gravity
Lifting tackle types & inspection areas
Types of Lifting Accessories (Loose gear)
Wire Rope
Shackles
Turn Buckle
Chain Sling
Plate Clamp
Synthetic Web Slings
Types of Hitches
Single Vertical Hitch
Bridle Hitch
Basket Hitch
Choker Hitch
Angles of lifting
Multi-leg sling method of rating
Rigging equipment “good & bad practices”
Hand signals
Crane classification
Crane types
Electrification
Trolley types
Cab controllers
Crane terminology
Hoist assembly
Limit switches
Trolley controllers
Bridge controllers
Three movement coordination
Safe Use of Magnetic Lifters
Types of Magnetic Lifters
Principles for selection of Magnetic Lifters
Installation & commissioning of Magnetic Lifters
Marking Storage & handling of Magnetic Lifters
In service through examination & Maintenance
Pre operation checks
One (01) Day – Theory & Assessment
Max. 15 – Min. 05
Familiarity with crane operation and construction site/industrial yard activities is required for course attendees.
Courses are held at RICI Training Centre but alternatively can be held at a client’s premises and tailored for client needs and convenience. For tailored courses, the numbers will be dependent on facilities available.
Delegates will be assessed based on their progress throughout the course and a certificate of competence will be issued to delegates deemed to have achieved a satisfactory standard.
This course is designed for construction site and industrial yards operators who utilize different types of Tower cranes in building, civil engineering, and mechanical activities. This Course will be useful for construction employers as it enables them to fulfill training obligations set by Ministry of Labour. The course has been produced to applicable International Standards (BS, OSHA etc.), Regulations (LOLER, PUWER ETC.) and Local Legislation reflecting construction Industry and oil & gas (offshore/onshore) best practices.
After completing the training successfully, the delegates will be able to acquire the following practical knowledge & skills:
Understanding of the different types of lifting appliances & lifting accessories (loose gear)
SWL, WLL, required PPEs, Load weight calculation, center of gravity, lifting point
Lifting gears selection, inspection, types of hitches, sling angle, lifting area safety checks
Rigging good & bad practices
Knowledge of different types of Tower Cranes, current Legislation, general maintenance, crane operator manual and logbook
Limit switches, load indicator, capacity chart and range diagram
Course introduction
SWL & WLL
Load weight calculations
Centre of gravity
Lifting tackle types & inspection areas
Types of Lifting Accessories (Loose gear)
Wire Rope
Shackles
Turn Buckle
Chain Sling
Plate Clamp
Synthetic Web Slings
Types of Hitches
Single Vertical Hitch
Bridle Hitch
Basket Hitch
Choker Hitch
Angles of lifting
Multi-leg sling method of rating
Rigging equipment “good & bad practices”
Hand signals
Tower crane identification
Crane equipment records
Crane tower types
Crane jib types
Types of bases
Crane mounting types
Crane limit switches
Crane brakes
Crane safety features
Crane operator controls
Crane load chart
Crane operator precautions
Unattended crane
Case study
One (01) Day – Theory & Assessment
Max. 15 – Min. 05
Familiarity with crane operation and construction site/industrial yard activities is required for course attendees.
Courses are held at RICI Training Centre but alternatively can be held at a client’s premises and tailored for client needs and convenience. For tailored courses, the numbers will be dependent on facilities available.
Delegates will be assessed based on their progress throughout the course and a certificate of competence will be issued to delegates deemed to have achieved a satisfactory standard.
To discover how our services can benefit you, or to receive a free, no commitment quotation, please contact us.
Test No. | Test Name | ASTM Standard Method | BS Standard Method |
---|---|---|---|
2 | Sampling Freshly Mixed Concrete | ASTM C172 | BS EN 12350-1 |
3 | Temperature of Freshly Mixed Hydraulic-Cement Concrete | ASTM C1064 | - |
4 | Slump of Hydraulic-Cement Concrete | ASTM C143 | BS EN 12350-2 |
5 | Density (Unit Weight), Yield, and Air Content (Gravimetric) of Concrete | ASTM C138 | BS EN 12350-6 |
6 | Air Content of Freshly Mixed Concrete by the Pressure Method | ASTM C231 | BS EN 12350-7 |
7 | Making and Curing Concrete Test Specimens in the Field | ASTM C31 | BS EN 12390-1/2 |
8 | Density of Hardened Concrete | - | BS EN 12390-7 |
9 | Water Storage Tanks Used in the Testing of Hydraulic Cements and Concretes | ASTM C511 | - |
10 | Capping Cylindrical Concrete Specimens | ASTM C617 | - |
11 | Compressive Strength of Cylindrical/ Cubical Concrete Specimens | ASTM C39 | BS EN 12390-3 |
Serial Number | Test Name | ASTM Standard Method | BS Standard Method |
---|---|---|---|
1 | Sampling Aggregates | ASTM D75 | BS EN 932-1 |
2 | Reducing Samples of Aggregate to Testing Size | ASTM C702 | BS EN 932-2 |
3 | Aggregate Moisture Content | - | BS 812-109 |
4 | Sieve Analysis of Fine and Coarse Aggregates | ASTM C136 | BS EN 933-1 |
5 | Material Finer than 75-µm Sieve and 63-µm Sieve in Aggregates by Washing | ASTM C117 | BS EN 933-2 |
6 | Clay Lumps and Friable Particles in Aggregates | ASTM C142 | - |
7 | Degradation of Coarse Aggregate by Abrasion and Impact in the Los Angeles Machine | ASTM C131 / C535 | - |
8 | Soundness of Aggregates by Use of Sodium Sulfate or Magnesium Sulfate | ASTM C88 | BS 812-121 |
9 | Density, Relative Density (Specific Gravity), and Absorption of Coarse Aggregate | ASTM C127 | BS EN 1097-6 |
10 | Density, Relative Density (Specific Gravity), and Absorption of Fine Aggregate | ASTM C128 | BS EN 1097-7 |
Serial Number | Test Name | ASTM Standard Method |
---|---|---|
1 | Standard practice for sampling bituminous paving mixtures | ASTM D979 |
2 | Standard test method for moisture or volatile distillates in bituminous paving mixtures | ASTM D1461 |
3 | Standard test method for theoretical maximum specific gravity and density of bituminous paving mixtures | ASTM D2041 |
4 | Standard test method for quantitative extraction of bitumen from bituminous paving mixtures | ASTM D2172 |
5 | Standard test method for bulk specific gravity and density of non-absorptive compacted bituminous mixtures | ASTM D2726 |
6 | Standard practice for estimating application rate of bituminous distributors | ASTM D2995 |
7 | Standard test method for percent air voids in compacted dense and open bituminous paving mixtures | ASTM D3203 |
8 | Standard test method for thickness or height of compacted bituminous paving mixtures specimens | ASTM D3549 |
9 | Standard practice for sampling compacted bituminous mixtures for laboratory testing | ASTM D5361 |
10 | Standard test method for mechanical size analysis of extracted aggregate | ASTM D5444 |
11 | Standard practice for preparation of bituminous specimens using Marshall apparatus | ASTM D6926 |
12 | Standard test method for Marshall stability and flow of bituminous mixtures | ASTM D6927 |