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Navigation

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Contracts
- Assumptions
- Conditions of Contract
- General Inclusions and Exclusions
- Inclusions and Exclusions
- Information Required
- Limitations
- Precedence, Deviations and Conflicts
Conveyor Belting Data
- Belt Class
- Belt Cover Application
- Belt Cover Thickness
- Belt Cover Type
- Belt Modulus
- Belt Types
- Splice Type
- Standard Belt Width
Conveyor Design
- Bearing Deflection Limits
- Bearing Life
- Belt Sag
- Friction Factor (Goodyear)
- Gear Reducer Efficiency
- Induction Motor Efficiency
- Motor FOS
- Power Factor - cos φ
- Transition Idler Types
Conveyor Idlers
- Bearing Housings
- Idler Bearings
- Idler Circlips
- Idler Frame Design
- Idler Roll Material
- Idler Roll Sizes
- Idler Seals
  - Draw - Idler Seals
- Idler Shaft Series
- Idler Type
- Idlers Diameters
- Number of Rolls
- Wing Roll Angles
Deliverables
- Dust Suppression and Wash Water
- Electrical Deliverables
- Fire Detection and Suppression System
- General Deliverables
- Mechanical Deliverables
- Project Methodology
- Quality Assurance Deliverables
- Structural and Civil Deliverables
Drawings
- General Notes - Electrical
- General Notes - Flooring
- General Notes - Limitations
- General Notes - Machining
- General Notes - Platework
- General Notes - Steelwork
- General Notes - Surface Treatment
Dust Suppression Systems
- Dust Suppression System Categories
- Nozzle Types
Dynamic Conveyor Design
- Conveyor Dynamics Literature
- Software References
Estimating
- Cost Units
- Man Hour Costing
- Project Teams
Fire Suppression
- Automatic Fire Protection Types
- Conveyor elevation types
- Conveyor enclosure Types
- Conveyor pitch types
- Cross-country/ Overland conveyor types
- Enclosure, if any, non-combustible types
- Fire Dept. access with hydrants and hoses type
- Number of tiers types
General Items
- Applications
- Conveyor Categories
- Conveyor components groups
- Dog Housing
- Electrical infrastructure
- Equipment Features
- Fiery Mines
- Hard Commodities
- Material
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- Units
- Utility Frequencies
Glossary Terms
- Abbreviations and Acronyms
- Glossary
Materials Handling Equipment
- Categories
- Equipment Types
Power and Tension
- Design Capacity Scenarios
- Drive Friction Factors
- Mass of rotating parts (Carry)
- Mass of rotating parts (Return)
Power Packs
- Fluid Couplings Data
- Gear Reducers
- Induction Motor Data
- Mechanical Couplings
  - Flange-Couplings
  - Flange Coupling Shaft Diameters
Projects
- Project Deliverables by Level
- WBS Breakdown
  - WBS Structure
Pulley Data
- Bearing Centers
- Bearing Centers Type
- Hubs and Bushing
- Journal Shaft Diameters
- Lagging Materials
- Lagging Patterns
- Pulley Diameters
- Pulley Types
- Shaft Diameters
- Standard Pulley Dimensions
- Standard Shaft Dimensions
- Type of End disk
- Type of Locking Element
Quality Management
- Lessons Learned
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- Quality Management System
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Specifications
- Check list
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- Governing Codes & Regulations
- Standards and Specifications
Take-up's
- Take-up Movement
- Take-up Type
Transfer Chutes
- Chute Design Categories
- Chute Hatch Design Types
- Chute Types
- Wear Liners

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General Notes - Platework

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5cbeab270682dd4ff426c773

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The table below covers the typical general platework notes on a bulk material handling project.

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	Notes
	ALL CHUTE WORK FLANGE BOLT HOLE SPACING TO BE 150MM MAX FOR WET CHUTES AND 200MM MAX FOR DRY CHUTES.
	THE SPECIFICATION FOR THE LINERS ARE INDICATED ON EACH DRAWING.
	ALL HOLES TO BE 18 DIA FOR M16 BOLTS TO SANS 1700 GRADE 8.8 ( HOT DIPPED GALVANISED TO SANS 121 )
	ALL STEELWORK TO BE HARD STAMPED WITH MARK NO. AND DRAWING NO. TO WITHSTAND SANDBLASTING.
	GAPS BETWEEN LINER PLATES TO BE 5mm MAXIMUM .
	ALL INTERNAL SURFACES AND SURFACES UNDER STEEL LINERS TO BE PAINTED AS PER INDICATED PAINTING SPECIFICATION.
	FABRICATOR TO SUPPLY ALL BOLTS, NUTS AND WASHERS NECESSARY FOR ASSEMBLY AND ERECTION, ALL LOOSE BOLTS, ETC TO BE BAGGED AND TAG MARKED WITH DRAWING NUMBER.
	FABRICATOR TO SUPPLY SUITABLE LIFTING LUGS FOR ALL PLATEWORK . THESE LIFTING LUGS SHOULD BE 12mm THK MINIUM AND BE SUITABLE FOR LIFTING PURPOSES AND INCLUDE TEMPORARY BRACING FOR SAFE TRANSPORTATION.
	ALL WELDS TO BE 6 CONT. F.W WATERTIGHT (TO COMPLY WITH SANS CODE OF PRACTICE 044 ANSI/AWS D1.1)
	ALL WET LINER BOLTS TO BE SEALED WITH CLEAR SILICONE SEALANT.
	LINER PATTERNS SHOWN ON DRAWINGS ARE INDICATIVE ONLY TO IDENTIFY THE TYPE OF LINER AND ITS ASSOCIATED DESCRIPTION.
	STEEL LINERS TO BE LIMITED TO 25KG MAX FOR HANDLING PURPOSES.
	ALL PACKS TO BE LAMINATED AND WIRED TO PLATEWORK FOR DELIVERY.
	HAWK GLADIATOR PROBES TO BE PROTECTED ON THE EXPOSED INSIDE WALL OF THE CHUTE BODY BY A CERAMIC SHEET 3MM THICK (BOTH SIDES).
	COATING SPECIFICATION TO USED IS AP APEC 102 IN APPENDIX F OF AP SPEC 164050
	FINAL COLOUR TO BE ADMIRALTY GREY G12 TO SANS 10140-3 SECTION 5.3.3.3 TABLE 3 IN SPECIFICATION ENG-GEN-ADM-STD-005
	ALL DRY PLATEWORK TO BE SEALED WITH COMPRIBAND OR GARLOCK SEALING TAPE ( OR EQUIVALENT ).
	ALL WET PLATEWORK TO BE SEALED WITH CLEAR SILICONE SEALANT.
	DETAILER TO ENSURE ALL BOLTED CONNECTIONS ARE CLEAR AND ACCESSIBLE AND TO CHECK NO BOLTS CLASH WITH INCOMING MEMBERS & STIFFNERS ETC.
	ALL PLATE WORK TO BE 8 THK STEEL EN 10025-2-S355JR U.N.O