Small Bolter
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The document presents information on the Small Section Bolter (SSB), a mining machine that improves safety over traditional jackleg drilling. It contains pictures and diagrams showing the SSB's layout, capabilities for minimum heading sizes, and cost savings compared to boom base bolters. The SSB allows operators to drill from a safer position further away from rock fall hazards compared to jackleg drilling. It is capable of working in headings as small as 3.2 meters high and can bolt roof surfaces up to 5 meters away. Using the SSB can save over $285,000 per year in bolting consumable costs versus a boom base bolter.
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Small Bolter
- 1. Small Section Bolter – Product Presentation
- 2. Small Section Bolter vs. Jackleg Current Ground Support Methods in Small Headings Operator forced to be positioned within 1m of drilling operation – High exposure to rock fall
- 3. Small Section Bolter vs. Jackleg Operator’s Position and Improved Safety Drilling with SSB
- 4. Small Section Bolter –Scaling Proper Scaling Procedures for the Small Section Bolter
- 5. Small Section Bolter –Scaling Proper Scaling Procedures –Results:
- 6. Small Section Bolter Small Section Bolter Picture Gallery
- 7. Small Section Bolter Small Section Bolter Picture Gallery
- 8. Small Section Bolter Small Section Bolter Picture Gallery
- 9. Small Section Bolter Small Section Bolter Picture Gallery
- 10. Small Section Bolter Small Section Bolter Picture Gallery
- 11. Small Section Bolter Small Section Bolter Picture Gallery
- 12. Small Section Bolter Small Section Bolter Video
- 13. Small Section Bolter – General Layout Tramming Capabilities for Small Section in Absolute Min. Heading:
- 14. Small Section Bolter – General Layout Boom Deployment for Huaron’s Minimum Heading Size: Absolute Minimum Back Height of 3.2m (10.5ft) to Deploy 6-8ft Telescopic Feed – Special Technique Absolute Minimum Back Height of 3.35m (11ft) to Deploy 6-8ft Telescopic Feed – Straight off the Deck
- 15. Small Section Bolter – General Layout Minimum Back Height Required for 1.8m (6ft) Bolt = 3.2m (10.5ft)
- 16. Small Section Bolter – General Layout Minimum Back Height Required for 2.1m (7ft) Bolt = 3.4m (11.2ft)
- 17. Small Section Bolter – General Layout Minimum Back Height Required for 2.4m (8ft) Bolt = 3.7m (12.2ft)
- 18. Small Section Bolter – General Layout Absolute Maximum Reach with 6-8 Telescopic Feed = 5.0m (16.4ft)
- 19. Small Section Bolter – General Layout Small Section Bolter’s Working on a Down Grade Capabilities
- 20. Small Section Bolter – General Layout Small Section Bolter’s Working on a Up Grade Capabilities
- 21. MacLean Bolter – Cost Savings Example of Bolting Consumable Savings - Boom Base Bolter’s Disadvantage: Units of Measure Number Rounds Per Shift 6 Number of Shifts 2 Length of Round 3 m Space Between Rings 1 m Rebar Per Ring of Bolts 8 Ring of Bolts Per Heading 3 Rebar Per Heading 24 Rebar Required to Secure Leading Edge of Screen per heading 6 Rebar Per Day 360 Rebar Per Year 131400 Number of Cement Cartridge or Resin Packs per Rebar 18 Cost Per Cement Cartridge or Resin Pack $0.27 USD Cost of Rebar $6.00 USD Total Cost Per Bolt $10.86 USD Bolting Consumables Cost Per Year $1,427,004 USD
- 22. MacLean Bolter – Cost Savings Example of Bolting Consumable Savings – MacLean Bolter Advantage: Units of Measure Number Headings Per Shift 6 Number of Shifts 2 Length of Round 3 m Space Between Rings 1 m Rebar Per Ring of Bolts 8 Ring of Bolts Per Heading 3 Rebar Per Heading 24 Rebar Required to Secure Leading Edge of Screen per heading 0 Rebar Per Day 288 Rebar Per Year 105120 Number of Cement Cartridge or Resin Packs per Rebar 18 Cost Per Cement Cartridge or Resin Pack $0.27 USD Cost of Rebar $6.00 USD Total Cost Per Bolt $10.86 USD Bolting Consumables $1,141,603 USD
- 23. Our Global Network Queretaro, Mexico Lima, Peru Creighton, Saskatchewan Thompson, Manitoba Sudbury, Ontario Val d’Or, Quebec Parys, South Africa Wangara, Australia Barrie, Ontario (Global parts Distribution)