Product catalogue EXPLORATION CORE DRILLING BITS

Transcription

1 Atlas Copco Geotechnical Engineering Products Product catalogue EXPLORATION CORE DRILLING BITS Product Catalogue Product Catalogue name Product Catalogue name Geotechnical core drilling tools

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3 ATLAS COPCO Geotechnical Drilling and Exploration Atlas Copco geotechnical Drilling and Exploration can offer the equipment needed for all underground and surface exploration applications. This includes core drilling rigs and a full range of high technical and high quality products; In-The-Hole equipment such as wire line, drill rods and conventional core barrels as well as casing and diamond tools - all designed to maximize our customers profitability. All of our products are designed to help the user minimize down-time and maximize productivity. Be assured that we are ISO certified. However, if a problem should occur, we will quickly be at your site thanks to the worldwide Atlas Copco Service organization. Just contact your local Atlas Copco representative. Visit us at 3

4 Content EXCORE INTRODUCTION MORE PERFORMANCE How to select in 3 easy steps 6 Step 1 Application 6 Step 2 Profile 6 Step 3 Crown Height 6 EXCORE DRILLING PARAMETERS 8 EXCORE CROWN PROFILES Standard Profiles 9 Specialized Profiles EXCORE REAMING SHELLS AND CASING SHOES Excore Surface Set Reaming Shells 10 Excore Casing and Rod Shoes 10 DOUBLE TUBE IMPREGNATED CORE DRILLING BITS AO(Double Tube) 11 BO(Double Tube) 11 HO(Double Tube) 19 HO (Double Tube Oversize) 21 HO3 DT (Double Tube Application) 24 NO(Double Tube) 13 NO(Double Tube Thin Wall Oversize) 15 PO (Double Tube) 25 DOUBLE TUBE THIN WALL IMPREGNATED CORE DRILLING BITS NO2(Double Tube Thin Wall) 15 NO2(Double Tube Thin Wall Oversize) 17 AOTW/ATW/AGM ( Double Tube Thin Wall) 26 AOTK (Double Tube Thin Kerf) 27 BOTW/BGM/BTW (Double Tube Thin Wall) 28 BOTK (Double Tube Thin Kerf) 29 NGM (Double Tube Thin Wall) 30 NTW (Double Tube Thin Wall) 30 HTW (Double Tube Thin Wall) 31 46,8 HAGBY (Wireline Thin Wall) 31 56,6 HAGBY (Wireline Thin Wall) 32 46TT (Conventional Thin Kerf) 32 48TT/LTK48 (Conventional Thin Kerf) 32 56TT (Conventional Thin Kerf) 33 60TT/LTK60 (Conventional Thin Kerf) 33 REAMING SHELLS WIRELINE REAMING SHELLS 34 CONVENTIONAL REAMING SHELLS 35 ROD SHOES AND CASING SHOES ROD SHOES 35 CASING SHOES 35 CASING SHOE BITS 35 ACCESSORIES GAUGES Inner Diameter Gauges for bits 36 Outer Diameter Gauges for bits 36 Outer Diameter Gauges for reaming shells 36 DIAMOND DRILLER'S HANDBOOK 37 BIT TESTING TOOL BOX 37 BIT MATRIX SELECTION CHART 37 RECOMMENDATIONS FOR MATRIX REPLACEMENTS 38 CONVERSION FACTORS 39 TRIPLE TUBE IMPREGNATED CORE DRILLING BITS 18 NO3 (Triple Tube) 18 NO3 (Triple Tube Oversize) 19 HO3 (Triple Tube) 22 HO3(Triple Tube Oversize) 24 HOTT (Triple Tube) 24 HOTT (Triple Tube Oversize) 24 PO3 (Triple Tube) 25 4

5 EXCORE Excore - a comprehensive range of core drilling tools designed to increase productivity and profitability. Atlas Copco is among the world s leading manufacturers of core drilling equipment. We have supplied our market with high performance products over many generations. Our aim has always been clear to develop safe and environmental friendly products with sustainable productivity. The Excore TM line of core drilling tools is a result from this effort. The market s most diverse and comprehensive line The Excore line of In-the-Hole tools offers a total solution; conventional and wire line core barrels, auto safe overshot, drill rods and casings, not to mention a wide range of diamond products to make core drilling safe and profitable. A multitude of applications Each Excore core drilling bit covers a wider range of applications, fewer bit types than before is needed to do the same job. The Excore series of new matrices combined with optimized crown profiles have been categorized into three types of drilling applications to simplify the bit selection. Bit selection is much simpler for the driller and reduces the number of bits needed on the job site. Atlas Copco Solutions The combination of Excore In-the-hole tools with Atlas Copco's Christensen surface core drilling rigs and Diamec underground core drilling rigs, searching for the perfect vein to mine is made easy. Get the best from your drilling equipment Atlas Copco is a global company with Customer Centres in more than 150 countries. Our dedicated sales engineers are always on hand to discuss and solve your drilling problems. We offer service support, spare parts and consumables packages for sustainable productivity. And with our rigorously field tested products, you can be assured of the market s best exploration drilling equipment. 5

6 MORE PERFORMANCE - LESS BITS As each Excore core drilling bit covers a wider range of applications, fewer bit types than before are needed which translates to a reduction in inventory. Excore bits are supported by the best matrices from Hobic and Craelius. This makes bit selection much simpler for the driller and reduces the number of bits needed on the job site. It is easier for less experienced drillers to select the optimal bit for the job. This not only improves productivity, but also reduces the risk for failing to meet deadlines for the drilling contractor. The Excore series of new matrices combined with optimized crown profiles have been categorized into three types of drilling applications to simplify the bit selection for the driller. As the Excore bits provide superior performance in a wider range of formations, it becomes easier for the driller to find the best bit for the job, meaning the new range is more forgiving. Each Excore type is available in various crown designs like the Extended Channel Flush (ECF) for broken to competent formations, the patented Jet profile for fast cutting in competent formations and Face Discharge (FD) design for extremely broken and triple tube applications. Combining these features with different available crown heights, from mm, means there is an Excore for every core drilling application. All core drilling bits are divided into three applications: APPLICATION 1 Excore for soft to medium hard, very abrasive to slightly abrasive and very fractured to slightly broken formations. APPLICATION 2 Excore for medium hard to hard, abrasive to slightly abrasive, moderately fractured to competent formations. APPLICATION 3 Excore for hard to very hard, slightly abrasive to nonabrasive, very competent formations. HOW TO SELECT IN THREE EASY STEPS: 1. APPLICATION STEP 1 Determine the application by selecting the drilling conditions Application 1 Soft to medium hard rock with abrasive and fractured to competent formations Rock Groups 1-4 Application 2 Medium hard to hard rock with slightly abrasive and slightly broken to competent formations Rock Groups 5-8 Application 3 Hard to very hard rock with competent formations Rock Groups PROFILE STANDARD STEP 2 Select the appropriate crown profile Extended Channel Flush (ECF): For broken to competent formations SPECIALIZED Jet profile/v torpedo: For fast cutting in competent formations, nonabrasive Face discharge (exfd): For extremely broken and triple tube applications CFF/CF: Small/thin wall diameters in conventional systems TT/ LTK For broad range of formations Taper: Used in hole wedging operations to ream wedged hole after pilot bit Sand: Suitable for competent to extremely broken or clay, clay/sand, mixed formations, double tube applications 3. CROWN HEIGHT STEP 3 Select the crown height Large diameter P size holes: 10 mm Short to medium depth holes: 10 mm 13 mm Deep Holes: 13 mm 16 mm 6

7 EXCORE APPLICATIONS Bit selection chart To simplify bit selection for the driller, rock formations have been categorized into three applications. Each application has a series of matrices designed specifically for that type of drilling condition which will provide optimum performance. APPLICATION 1 (GREEN) APPLICATION 2 (BLUE) APPLICATION 3 (RED) Soft to medium hard, abrasive and fractured to competent formations. Medium hard to hard, slightly abrasive, slightly fractured to competent formations. Hard to extremely hard,competent formations. Application Group Rock Group Formation Description Rock Type Hobic Excore Craelius I 1-4 Soft to medium hard, very abrasive to slightly abrasive, very fractured to slightly broken Shale, Sandstone, Limestone II 5 Medium hard, abrasive, moderatly broken to slighly broken Limestone, Dolomite, Weathered Granite, Gneiss, Serpentinite, Metaperidotite 7AA.6 7AC II 6 Medium hard, moderately abrasive, moderatly fractured to slighly broken Diorite, Gabbro, Peridotite, Gneiss, Basalt, Andesite 7AC II 7 Medium hard to hard, moderately abrasive, slightly fractured to competent Metabasalt, Amphibolite, Metamorphosed Diorite, Gabbro, Diabase 7AC F 8A SC 7-9 II 8 Hard, slightly abrasive, competent Quartz rich skarn, Granite, Pegmatite 11AC 8-9 SC 7-9 KS(S++) III 9 Very hard, slightly abrasive, very competent Metamorphosed granitic rock, quartz rich gneiss. 9 III 10 Extremely hard, non-abrasive, fine grained, very competent Chert, Jasperite, Quartzite. Highly metamorphosed volcanic. 10 7

8 EXCORE DRILLING PARAMETERS Recommendation The following information will assist you with proper bit selection or testing according to ground conditions. RPI/RPC Many factors influence the performance of impregnated bits. In addition to the type of formation being drilled, factors such as hole diameter, depth, ground conditions, type of drill, weight on bit, water flow and RPM all have an impact on performance. The top priority of today s drillers is performance. To achieve optimum drilling production while balancing bit life, a correlation between RPM and penetration rate has been developed for impregnated diamond bits. This parameter is referred to as Rotation Per Inch of advance (RPI) or Rotation Per Centimeter (RPC). This parameter can be utilized as a guideline to increase penetration rates while maintaining reasonable bit life. Sample Calculation N Size Bits RPM / Penetration rate = RPI (RPC) 1200 / 8" per min = 150 RPI 1200 / 20,3 cm per min = 59 RPC Bit Size RPM Optimum RPM RPI (RPC) A (100) B (79) N (67) H (51) P (40) RPI or RPC = RPM / Penetration rate. This chart has been developed as a guideline for Atlas Copco impregnated diamond bits. Polished bit Often an indication that an impregnated bit has become polished will be a reduction in torque and penetration rate, with an increase in the weight on bit (WOB). Controlling the flow of water can be used as a method to sharpen the bit. To sharpen a bit in the hole, gradually reduce the flow of water while increasing the weight on the bit to strip the bit and expose fresh diamonds. Once the bit has been sharpened increase the flow of water and reduce the WOB as required. Water flow Water flow is a critical parameter. Insufficient or excessive water flow can result in poor performance. Size LPM RPM (USGPM) A (4-5) 1650 B (8-10) 1350 N (10-12) 1100 H (13-16) 850 P (20-22) 650 Water flow may vary depending on the specific application and therefore this chart is only to be used as a guideline. Size Design Hole diameter Core diameter Hole area Core area Cutting area % of hole area mm in mm in cm 2 in 2 cm 2 in 2 A O** , , , GM,OTW/TW** 30, , OTK** 30, , LTK/48 TT 35,3 1,39 9, B O** , , OTK** 40, , GM, OTW/TW** 42,0 1, 66 13, LTK/60 TT 44,0 1,73 15, N O3** 75, , , , /50** 50, , O** 47, , O2** 50, , GM** 56, , TW 60, , H O3** 96, , , , O** 63, , P O 122, , , , O3** 122, , , * Hole diameter with pilot bit ** Wire line core barrel system 8

9 EXCORE CROWN PROFILES Standard Extended channel flushing (ECF) Standard profile - general purpose design Suitable for mixed formations containing broken and competent zones Suitable for a broad range of formations Face discharge (FD) Designed to minimize washing of core sample Suitable for broken/granular formations V High performance free cutting bit High productivity Suitable for hard/competent formations Suitable for non-abrasive formations Jet Specialized CFF/CF Standard profile for small/thin wall diameters in conventional systems TT/LTK Water way depth can be adjusted using metal file for better flushing control (CFF) Suitable for broad range of formations Taper Profile used in hole wedging (directional drilling) operations to ream wedged hole after pilot bit Sand Suitable for competent to extremely broken or clay, clay/sand mixed formations Double tube applications To improve core recovery in soft/ broken or loose zones 9

10 EXCORE REAMING SHELLS AND CASING SHOES Excore Surface Set Reaming Shells Excore reaming shells are manufactured to withstand difficult drilling conditions and provide long life. Surface set reaming shells in all common DCDMA sizes are a stock item. Impregnated reaming shells and reaming shells in full hole profile are also available. Reaming shells are available in industry standard lengths of 15 cm (6 ), 25 cm (10 ) and 46 cm (18 3/8 ). A combination of polycrystalline diamonds (PCD) and natural diamonds are utilized for most standard reaming shells and all heavy duty reaming shells. Excore Casing and Rod Shoes Excore casing and rod shoes are manufactured to handle a broad range of conditions, from unconsolidated overburden to broken, abrasive formations. Impregnated standard and heavy duty casing shoes are stock items. 10

11 AO (Double Tube) AO 2-4 EXCORE ECF AO 4-6 EXCORE ECF AO 5-7 EXCORE ECF AO 7AC HOBIC TORPEDO 'V' AO 6-8 EXCORE ECF AO 8A.2 HOBIC TORPEDO 'V' AO 7ACF HOBIC TORPEDO 'V' AO 11AC HOBIC ECF AO 8-9 EXCORE ECF AO 9 EXCORE ECF AO 10 EXCORE ECF BO (Double Tube) BO 2-4 EXCORE ECF BO 2-4 EXCORE ECF BO 2-4 EXCORE ECF BO 2-4 EXCORE JET BO 2-4 EXCORE JET BO 4-6 EXCORE ECF BO 4-6 EXCORE ECF BO 4-6 EXCORE ECF BO 4-6 EXCORE JET BO 4-6 EXCORE JET BO 7AA.6 HOBIC ECF BO 7AA.6 HOBIC ECF BO 5-7 EXCORE ECF BO 5-7 EXCORE ECF BO 5-7 EXCORE ECF BO 5-7 EXCORE JET BO 5-7 EXCORE JET BO 7AC HOBIC TAPER BO 7AC HOBIC ECF BO 7AC HOBIC ECF BO 7AC HOBIC ECF BO 7AC HOBIC ECF BO 7AC HOBIC ECF BO 7AC HOBIC ECF BO 7AC HOBIC TORPEDO 'V' BO 7AC HOBIC TORPEDO 'V' BO 7AC HOBIC TORPEDO 'V' BO 7AC HOBIC JET BO 6-8 EXCORE ECF BO 6-8 EXCORE ECF BO 6-8 EXCORE ECF

12 BO (Double Tube) continued BO 6-8 EXCORE JET BO 6-8 EXCORE JET BO 8A.2 HOBIC ECF BO 8A.2 HOBIC TORPEDO 'V' BO 7ACF HOBIC ECF BO 7ACF HOBIC ECF BO 7ACF HOBIC ECF BO 7ACF HOBIC ECF BO 7ACF HOBIC ECF BO 7ACF HOBIC ECF BO 7ACF HOBIC TORPEDO 'V' BO 7ACF HOBIC TORPEDO 'V' BO 7ACF HOBIC TORPEDO 'V' BO SC7-9 CRAELIUS JET BO KS(S++) CRAELIUS ECF BO KS(S++) CRAELIUS CF BO 11AC HOBIC ECF BO 11AC HOBIC ECF BO 11AC HOBIC ECF BO 11AC HOBIC ECF BO 11AC HOBIC TORPEDO 'V' BO 11AC HOBIC TORPEDO 'V' BO 11AC HOBIC TORPEDO 'V' BO 11AC HOBIC TAPER BO 8-9 EXCORE ECF BO 8-9 EXCORE ECF BO 8-9 EXCORE ECF BO 8-9 EXCORE JET BO 8-9 EXCORE JET BO 9 EXCORE ECF BO 9 EXCORE ECF BO 9 EXCORE ECF BO 9 EXCORE JET BO 9 EXCORE JET BO 10 EXCORE ECF BO 10 EXCORE ECF BO 10 EXCORE ECF BO 10 EXCORE JET BO 10 EXCORE JET

13 NO (Double Tube) NO 2-4 EXCORE EXFD NO 2-4 EXCORE ECF NO 2-4 EXCORE ECF NO 2-4 EXCORE ECF NO 2-4 EXCORE ECF NO 2-4 EXCORE EXFD NO 2-4 EXCORE JET NO 2-4 EXCORE JET NO 4-6 EXCORE ECF NO 4-6 EXCORE ECF NO 4-6 EXCORE ECF NO 4-6 EXCORE ECF WIDE NO 4-6 EXCORE ECF NO 4-6 EXCORE ECF NO 4-6 EXCORE JET NO 4-6 EXCORE JET NO 4-6 EXCORE SAND WIDE REINFORCED NO 4-6 EXCORE SAND WIDE REINFORCED NO 7AA.6 HOBIC ECF NO 7AA.6 HOBIC ECF NO 7AA.6 HOBIC ECF NO 5-7 EXCORE ECF NO 5-7 EXCORE ECF NO 5-7 EXCORE ECF NO 5-7 EXCORE ECF NO 5-7 EXCORE ECF NO 5-7 EXCORE EXFD NO 5-7 EXCORE JET NO 5-7 EXCORE JET NO 5-7 EXCORE SAND WIDE REINFORCED NO 5-7 EXCORE SAND WIDE REINFORCED NO 7AC HOBIC TAPER NO 7AC HOBIC ECF NO 7AC HOBIC ECF NO 7AC HOBIC ECF NO 7AC HOBIC ECF NO 7AC HOBIC ECF NO 7AC HOBIC TORPEDO 'V' NO 7AC HOBIC TORPEDO 'V' NO 7AC HOBIC TORPEDO 'V' NO 6-8 EXCORE ECF NO 6-8 EXCORE ECF NO 6-8 EXCORE ECF NO 6-8 EXCORE ECF NO 6-8 EXCORE ECF NO 6-8 EXCORE EXFD

14 NO (Double Tube) continued NO 6-8 EXCORE JET NO 6-8 EXCORE JET NO 8A.2 HOBIC ECF NO 8A.2 HOBIC ECF NO 8A.2 HOBIC ECF NO 8A.2 HOBIC ECF NO 8A.2 HOBIC EXDF NO 8A.2 HOBIC TORPEDO 'V' NO 8A.2 HOBIC TORPEDO 'V' NO 8A.2 HOBIC TORPEDO 'V' NO 8A.2 HOBIC SAND NO 7ACF HOBIC ECF NO 7ACF HOBIC ECF NO 7ACF HOBIC ECF NO 7ACF HOBIC ECF NO 7ACF HOBIC EXDF NO 7ACF HOBIC ECF NO 7ACF HOBIC TORPEDO 'V' NO 7ACF HOBIC TORPEDO 'V' NO 7ACF HOBIC TORPEDO 'V' NO SC7-9 CRAELIUS CF NO SC7-9 CRAELIUS JET NO KS(S++) CRAELIUS CF NO KS(S++) CRAELIUS CF NO KS(S++) CRAELIUS CF NO 11AC HOBIC ECF NO 11AC HOBIC ECF NO 11AC HOBIC ECF NO 11AC HOBIC ECF NO 11AC HOBIC ECF NO 11AC HOBIC ECF NO 11AC HOBIC ECF NO 11AC HOBIC EXFD NO 11AC HOBIC TORPEDO 'V' NO 11AC HOBIC TORPEDO 'V' NO 11AC HOBIC TORPEDO 'V' NO 11AC HOBIC JET NO 11AC HOBIC TAPER NO 8-9 EXCORE ECF NO 8-9 EXCORE ECF NO 8-9 EXCORE ECF NO 8-9 EXCORE ECF NO 8-9 EXCORE ECF NO 8-9 EXCORE JET NO 8-9 EXCORE JET NO 8-9 EXCORE EXFD

15 NO (Double Tube) continued NO 9 EXCORE ECF NO 9 EXCORE ECF NO 9 EXCORE ECF NO 9 EXCORE ECF NO 9 EXCORE ECF NO 9 EXCORE EXFD NO 9 EXCORE JET NO 9 EXCORE JET NO 10 EXCORE ECF NO 10 EXCORE ECF NO 10 EXCORE ECF NO 10 EXCORE ECF NO 10 EXCORE ECF NO 10 EXCORE EXFD NO 10 EXCORE JET NO 10 EXCORE JET NO (Double Tube Thin Wall Oversize) NO 3.032" 2-4 EXCORE ECF NO 3.032" 2-4 EXCORE ECF NO 3.032" 4-6 EXCORE ECF NO 3.032" 4-6 EXCORE ECF NO 3.032" 5-7 EXCORE ECF NO 3.032" 5-7 EXCORE ECF NO 3.032" 7AC HOBIC ECF NO 3.032" 6-8 EXCORE ECF NO 3.032" 6-8 EXCORE ECF NO 3.032" 11AC HOBIC ECF NO 3.032" 8-9 EXCORE ECF NO 3.032" 8-9 EXCORE ECF NO 3.032" 9 EXCORE ECF NO 3.032" 9 EXCORE ECF NO 3.032" 10 EXCORE ECF NO 3.032" 10 EXCORE ECF NO2 (Double Tube Thin Wall) NO2 2-4 EXCORE ECF NO2 2-4 EXCORE ECF NO2 2-4 EXCORE ECF NO2 2-4 EXCORE ECF NO2 2-4 EXCORE JET NO2 2-4 EXCORE JET

16 NO2 (Double Tube Thin Wall) Continued NO2 4-6 EXCORE ECF NO2 4-6 EXCORE ECF NO2 4-6 EXCORE ECF NO2 4-6 EXCORE ECF NO2 4-6 EXCORE JET NO2 4-6 EXCORE JET NO2 4-6 EXCORE FD NO2 7AA.6 HOBIC ECF NO2 7AA.6 HOBIC ECF NO2 5-7 EXCORE ECF NO2 5-7 EXCORE ECF NO2 5-7 EXCORE ECF NO2 5-7 EXCORE ECF NO2 5-7 EXCORE JET NO2 5-7 EXCORE JET NO2 5-7 EXCORE FD NO2 7AC HOBIC ECF NO2 7AC HOBIC ECF NO2 7AC HOBIC TORPEDO 'V' NO2 7AC HOBIC TORPEDO 'V' NO2 7AC HOBIC ECF NO2 7AC HOBIC ECF NO2 6-8 EXCORE ECF NO2 6-8 EXCORE ECF NO2 6-8 EXCORE ECF NO2 6-8 EXCORE ECF NO2 6-8 EXCORE JET NO2 6-8 EXCORE JET NO2 8A.2 HOBIC TORPEDO 'V' NO2 8A.2 HOBIC ECF NO2 8A.2 HOBIC ECF NO2 7ACF HOBIC ECF NO2 7ACF HOBIC ECF NO2 7ACF HOBIC TORPEDO 'V' NO2 7ACF HOBIC TORPEDO 'V' NO2 7ACF HOBIC ECF NO2 7ACF HOBIC ECF NO2 11AC HOBIC ECF NO2 11AC HOBIC ECF NO2 11AC HOBIC TORPEDO 'V' NO2 11AC HOBIC TORPEDO 'V' NO2 11AC HOBIC ECF NO2 11AC HOBIC ECF WIDE NO2 11AC HOBIC ECF NO2 8-9 EXCORE ECF

17 NO2 (Double Tube Thin Wall) Continued NO2 8-9 EXCORE ECF NO2 8-9 EXCORE ECF NO2 8-9 EXCORE ECF NO2 8-9 EXCORE JET NO2 8-9 EXCORE JET NO2 9 EXCORE ECF NO2 9 EXCORE ECF NO2 9 EXCORE ECF NO2 9 EXCORE ECF NO2 9 EXCORE JET NO2 9 EXCORE JET NO2 10 EXCORE ECF NO2 10 EXCORE ECF NO2 10 EXCORE ECF NO2 10 EXCORE ECF NO2 10 EXCORE JET NO2 10 EXCORE JET NO2 (Double Tube Thin Wall Oversize) NO " 2-4 EXCORE ECF NO " 2-4 EXCORE ECF NO " 2-4 EXCORE JET NO " 4-6 EXCORE ECF NO " 4-6 EXCORE ECF NO " 4-6 EXCORE JET NO " 5-7 EXCORE ECF NO " 5-7 EXCORE ECF NO " 5-7 EXCORE JET NO " 7AC HOBIC TORPEDO 'V' NO " 7AC HOBIC TORPEDO 'V' NO " 6-8 EXCORE ECF NO " 6-8 EXCORE ECF NO " 6-8 EXCORE JET NO " 11AC HOBIC ECF NO " 8-9 EXCORE ECF NO " 8-9 EXCORE ECF NO " 8-9 EXCORE JET NO " 9 EXCORE ECF NO " 9 EXCORE ECF NO " 9 EXCORE JET NO " 10 EXCORE ECF NO " 10 EXCORE ECF NO " 10 EXCORE JET

18 NO3 (Triple Tube) NO3 2-4 EXCORE ECF NO3 2-4 EXCORE ECF NO3 2-4 EXCORE EXFD NO3 2-4 EXCORE JET NO3 2-4 EXCORE JET NO3 4-6 EXCORE ECF NO3 4-6 EXCORE ECF NO3 4-6 EXCORE EXFD NO3 4-6 EXCORE JET NO3 4-6 EXCORE JET NO3 7AA.6 HOBIC ECF NO3 5-7 EXCORE ECF NO3 5-7 EXCORE ECF NO3 5-7 EXCORE EXFD NO3 5-7 EXCORE JET NO3 5-7 EXCORE JET NO3 7AC HOBIC ECF NO3 7AC HOBIC ECF NO3 7AC HOBIC EXFD NO3 6-8 EXCORE ECF NO3 6-8 EXCORE ECF NO3 6-8 EXCORE EXFD NO3 6-8 EXCORE JET NO3 6-8 EXCORE JET NO3 8A.2 HOBIC EXFD NO3 8A.2 HOBIC TORPEDO 'V' NO3 7ACF HOBIC ECF NO3 7ACF HOBIC ECF NO3 7ACF HOBIC EXFD NO3 11AC HOBIC ECF NO3 11AC HOBIC ECF NO3 11AC HOBIC EXFD NO3 8-9 EXCORE ECF NO3 8-9 EXCORE ECF NO3 8-9 EXCORE EXFD NO3 8-9 EXCORE JET NO3 8-9 EXCORE JET NO3 9 EXCORE ECF NO3 9 EXCORE ECF NO3 9 EXCORE EXFD NO3 9 EXCORE JET NO3 9 EXCORE JET NO3 10 EXCORE ECF NO3 10 EXCORE ECF NO3 10 EXCORE EXFD NO3 10 EXCORE JET NO3 10 EXCORE JET

19 NO3 (Triple Tube Oversize) Size Matrix Product Line Application NO3 (Triple Tube OVERSIZE)continued Crown Profile/Add. Info Crown Height Waterways Part Number NO " 2-4 EXCORE ECF NO " 4-6 EXCORE ECF NO " 5-7 EXCORE ECF NO " 6-8 EXCORE ECF NO " 8-9 EXCORE ECF NO " 9 EXCORE ECF NO " 10 EXCORE ECF HO (Double Tube) HO 2-4 EXCORE ECF HO 2-4 EXCORE ECF HO 2-4 EXCORE ECF HO 2-4 EXCORE EXFD HO 2-4 EXCORE JET HO 2-4 EXCORE JET HO 4-6 EXCORE ECF HO 4-6 EXCORE ECF HO 4-6 EXCORE ECF WIDE REINFORCED HO 4-6 EXCORE ECF HO 4-6 EXCORE EXFD HO 4-6 EXCORE JET HO 4-6 EXCORE JET HO 4-6 EXCORE SAND WIDE REINFORCED HO 4-6 EXCORE SAND WIDE REINFORCED HO 7AA.6 HOBIC ECF HO 7AA.6 HOBIC ECF HO 7AA.6 HOBIC TORPEDO 'V' HO 5-7 EXCORE ECF HO 5-7 EXCORE ECF HO 5-7 EXCORE ECF WIDE REINFORCED HO 5-7 EXCORE ECF HO 5-7 EXCORE EXFD HO 5-7 EXCORE JET HO 5-7 EXCORE JET HO 5-7 EXCORE SAND WIDE REINFORCED HO 5-7 EXCORE SAND WIDE REINFORCED HO 7AC HOBIC TAPER HO 7AC HOBIC ECF HO 7AC HOBIC ECF HO 7AC HOBIC ECF HO 7AC HOBIC ECF HO 7AC HOBIC TORPEDO 'V' HO 7AC HOBIC TORPEDO 'V' HO 6-8 EXCORE ECF HO 6-8 EXCORE ECF

20 HO (Double Tube) continued HO 6-8 EXCORE ECF HO 6-8 EXCORE EXFD HO 6-8 EXCORE JET HO 6-8 EXCORE JET HO 8A.2 HOBIC ECF HO 8A.2 HOBIC ECF HO 8A.2 HOBIC ECF HO 8A.2 HOBIC ECF HO 8A.2 HOBIC TORPEDO 'V' HO 8A.2 HOBIC SAND HO 7ACF HOBIC ECF HO 7ACF HOBIC ECF HO 7ACF HOBIC ECF HO 7ACF HOBIC ECF HO 7ACF HOBIC EXFD HO 7ACF HOBIC TORPEDO 'V' HO 7ACF HOBIC TORPEDO 'V' HO 7ACF HOBIC TORPEDO 'V' HO SC7-9 CRAELIUS ECF HO SC7-9 CRAELIUS JET HO KS(S++) CRAELIUS ECF HO KS(S++) CRAELIUS EXFD HO 11AC HOBIC ECF HO 11AC HOBIC ECF HO 11AC HOBIC ECF HO 11AC HOBIC ECF HO 11AC HOBIC ECF WIDE REINFORCED HO 11AC HOBIC ECF HO 11AC HOBIC ECF HO 11AC HOBIC EXFD HO 11AC HOBIC TORPEDO 'V' HO 11AC HOBIC TORPEDO 'V' HO 11AC HOBIC SAND HO 11AC HOBIC TAPER HO 8-9 EXCORE ECF HO 8-9 EXCORE ECF HO 8-9 EXCORE ECF REINFORCED HO 8-9 EXCORE ECF WIDE HO 8-9 EXCORE ECF HO 8-9 EXCORE EXFD HO 8-9 EXCORE JET HO 8-9 EXCORE JET HO 9 EXCORE ECF HO 9 EXCORE ECF HO 9 EXCORE ECF HO 9 EXCORE EXFD

21 HO (Double Tube) continued HO 9 EXCORE JET HO 9 EXCORE JET HO 10 EXCORE ECF HO 10 EXCORE ECF HO 10 EXCORE ECF HO 10 EXCORE EXFD HO 10 EXCORE JET HO 10 EXCORE JET HO (Double Tube Oversize) HO 3.830" 2-4 EXCORE ECF HO 3.830" 2-4 EXCORE EXFD HO 3.830" 2-4 EXCORE JET HO 3.830" 2-4 EXCORE JET HO 3.830" 4-6 EXCORE ECF HO 3.830" 4-6 EXCORE ECF HO 3.830" 4-6 EXCORE EXDF HO 3.830" 4-6 EXCORE JET HO 3.830" 4-6 EXCORE JET HO 3.830" 5-7 EXCORE ECF HO 3.830" 5-7 EXCORE ECF HO 3.830" 5-7 EXCORE EXFD HO 3.830" 5-7 EXCORE JET HO 3.830" 5-7 EXCORE JET HO 3.830" 7AC HOBIC ECF HO 3.830" 6-8 EXCORE ECF HO 3.830" 6-8 EXCORE ECF HO 3.830" 6-8 EXCORE JET HO 3.830" 6-8 EXCORE JET HO 3.830" 6-8 EXCORE EXFD HO 3.830" 8A.2 HOBIC ECF HO 3.830" 7ACF HOBIC ECF HO 3.830" 8-9 EXCORE ECF HO 3.830" 8-9 EXCORE ECF HO 3.830" 8-9 EXCORE FD HO 3.830" 8-9 EXCORE JET HO 3.830" 8-9 EXCORE JET HO 3.830" 9 EXCORE ECF HO 3.830" 9 EXCORE ECF HO 3.830" 9 EXCORE JET HO 3.830" 9 EXCORE JET HO 3.830" 9 EXCORE EXFD HO 3.830" 10 EXCORE ECF HO 3.830" 10 EXCORE ECF

22 HO (Double Tube Oversize) continued HO 3.830" 10 EXCORE EXFD HO 3.830" 10 EXCORE FD HO 3.830" 10 EXCORE JET HO 3.830" 10 EXCORE JET HO3 (Triple Tube) HO 3.830" 10 EXCORE JET HO3 2-4 EXCORE ECF HO3 2-4 EXCORE ECF HO3 2-4 EXCORE JET HO3 2-4 EXCORE JET HO3 2-4 EXCORE EXFD HO3 2-4 EXCORE SAND HO3 4-6 EXCORE ECF HO3 4-6 EXCORE ECF HO3 4-6 EXCORE EXFD HO3 4-6 EXCORE JET HO3 4-6 EXCORE JET HO3 4-6 EXCORE SAND HO3 7AA.6 HOBIC ECF HO3 5-7 EXCORE ECF HO3 5-7 EXCORE ECF HO3 5-7 EXCORE EXFD HO3 5-7 EXCORE JET HO3 5-7 EXCORE JET HO3 5-7 EXCORE SAND HO3 7AC HOBIC TORPEDO 'V' HO3 7AC HOBIC TORPEDO 'V' HO3 7AC HOBIC ECF HO3 7AC HOBIC ECF HO3 7AC HOBIC EXFD HO3 7AC HOBIC EXFD HO3 6-8 EXCORE ECF HO3 6-8 EXCORE ECF HO3 6-8 EXCORE JET HO3 6-8 EXCORE JET HO3 6-8 EXCORE EXFD HO3 6-8 EXCORE SAND HO3 8A.2 HOBIC SAND HO3 8A.2 HOBIC EXFD HO3 7ACF HOBIC TORPEDO 'V' HO3 7ACF HOBIC TORPEDO 'V' HO3 7ACF HOBIC ECF HO3 7ACF HOBIC ECF HO3 7ACF HOBIC EXFD

23 HO3 (Triple Tube)continued HO3 7ACF HOBIC EXFD HO3 11AC HOBIC SAND HO3 11AC HOBIC TORPEDO 'V' HO3 11AC HOBIC TORPEDO 'V' HO3 11AC HOBIC ECF HO3 11AC HOBIC ECF HO3 11AC HOBIC ECF HO3 8-9 EXCORE ECF HO3 8-9 EXCORE ECF HO3 8-9 EXCORE JET HO3 8-9 EXCORE JET HO3 8-9 EXCORE SAND HO3 8-9 EXCORE ECF HO3 8-9 EXCORE ECF HO3 8-9 EXCORE EXFD HO3 9 EXCORE ECF HO3 9 EXCORE ECF HO3 9 EXCORE JET HO3 9 EXCORE JET HO3 9 EXCORE SAND HO3 9 EXCORE EXFD HO3 10 EXCORE ECF HO3 10 EXCORE ECF HO3 10 EXCORE JET HO3 10 EXCORE JET HO3 10 EXCORE SAND HO3 10 EXCORE EXFD HO3 11AC HOBIC EXFD HO3 11AC HOBIC EXFD

24 HO3 (Triple Tube Oversize) HO " 9 EXCORE ECF HO " 10 EXCORE ECF HO3 DT (Double Tube Special Application) HO3 DT 2-4 EXCORE ECF HO3 DT 2-4 EXCORE FD HO3 DT 4-6 EXCORE ECF HO3 DT 4-6 EXCORE EXFD HO3 DT 7AC HOBIC ECF HO3 DT 7AC HOBIC ECF HO3 DT 7AC HOBIC EXFD HO3 DT 6-8 EXCORE ECF HO3 DT 6-8 EXCORE EXFD HO3 DT 6-8 EXCORE EXFD HO3 DT 8A.2 HOBIC TORPEDO 'V' HO3 DT 8A.2 HOBIC ECF HO3 DT 8A.2 HOBIC ECF HO3 DT 7ACF HOBIC ECF HO3 DT 7ACF HOBIC EXFD HO3 DT 11AC HOBIC ECF HO3 DT 11AC HOBIC EXFD HOTT (Triple Tube) HOTT 4-6 EXCORE EXFD HOTT 7AC HOBIC EXFD HOTT 11AC HOBIC EXFD HOTT (Triple Tube OVERSIZE) HOTT 3.830" 2-4 EXCORE EXFD HOTT 3.830" 4-6 EXCORE EXFD HOTT 3.830" 5-7 EXCORE JET HOTT 3.830" 6-8 EXCORE JET HOTT 3.830" 11AC EXCORE EXFD HOTT 3.830" 8-9 EXCORE EXFD HOTT 3.830" 9 EXCORE EXFD HOTT 3.830" 10 EXCORE EXFD

25 PO (Double Tube) PO 2-4 EXCORE ECF PO 2-4 EXCORE EXFD PO 4-6 EXCORE ECF PO 4-6 EXCORE EXFD PO 5-7 EXCORE ECF PO 5-7 EXCORE EXFD PO 6-8 EXCORE ECF PO 6-8 EXCORE EXFD PO 6-8 EXCORE TAPER PO 7AC HOBIC ECF PO 7ACF HOBIC ECF PO 7ACF HOBIC ECF WIDE PO 7ACF HOBIC ECF WIDE PO 7ACF HOBIC EXFD PO 7ACF HOBIC TAPER PO 11AC HOBIC ECF PO 11AC HOBIC ECF PO 8-9 EXCORE ECF PO 8-9 EXCORE FD PO 9 EXCORE EXFD PO 9 EXCORE ECF PO 10 EXCORE ECF PO 10 EXCORE FD PO3 (Triple Tube) PO3 2-4 EXCORE ECF PO3 2-4 EXCORE EXFD PO3 4-6 EXCORE ECF PO3 4-6 EXCORE EXFD PO3 5-7 EXCORE ECF PO3 5-7 EXCORE EXFD PO3 7AC HOBIC ECF PO3 7AC HOBIC EXFD PO3 6-8 EXCORE ECF PO3 6-8 EXCORE EXFD PO3 8A.2 HOBIC SAND PO3 8A.2 HOBIC EXFD PO3 7ACF HOBIC ECF PO3 11AC HOBIC ECF PO3 8-9 EXCORE ECF PO3 8-9 EXCORE EXFD

26 PO3 (Triple Tube) continued PO3 8-9 HOBIC EXFD PO3 9 EXCORE ECF PO3 9 EXCORE EXFD PO3 10 EXCORE ECF PO3 10 EXCORE EXFD AOTW/ATW/AGM (Double Tube Thin Wall) ATW 2-4 EXCORE ECF ATW 2-4 EXCORE JET ATW 4-6 EXCORE ECF ATW 2-4 EXCORE JET ATW 4-6 EXCORE JET ATW 4-6 EXCORE JET ATW 5-7 EXCORE ECF ATW 5-7 EXCORE JET ATW 5-7 EXCORE JET ATW 7AC HOBIC TORPEDO 'V' ATW 7AC HOBIC TORPEDO 'V' ATW 6-8 EXCORE JET ATW 6-8 EXCORE JET ATW 7ACF HOBIC TORPEDO 'V' ATW 11AC HOBIC TORPEDO 'V' ATW 11AC HOBIC TORPEDO 'V' ATW 8-9 EXCORE ECF ATW 8-9 EXCORE JET ATW 8-9 EXCORE JET ATW 9 EXCORE ECF ATW 9 EXCORE JET ATW 9 EXCORE JET ATW 10 EXCORE ECF ATW 10 EXCORE ECF ATW 10 EXCORE ECF AGM 2-4 EXCORE ECF AGM 2-4 EXCORE JET AGM 4-6 EXCORE ECF AGM 4-6 EXCORE JET AGM 5-7 EXCORE ECF AGM 5-7 EXCORE JET AGM 6-8 EXCORE ECF AGM 6-8 EXCORE JET AGM SC7-9 CRAELIUS ECF

27 AOTW/ATW/AGM (Double Tube Thin Wall) continued AGM SC7-9 CRAELIUS JET AGM KS(S++) CRAELIUS CF AGM 8-9 EXCORE ECF AGM 8-9 EXCORE JET AGM 9 EXCORE ECF AGM 9 EXCORE JET AGM 10 EXCORE ECF AGM 10 EXCORE JET AOTK (Double Tube Thin Kerf) AOTK 2-4 EXCORE ECF AOTK 2-4 EXCORE JET AOTK 2-4 EXCORE JET AOTK 4-6 EXCORE ECF AOTK 4-6 EXCORE JET AOTK 4-6 EXCORE JET AOTK 5-7 EXCORE ECF AOTK 5-7 EXCORE JET AOTK 5-7 EXCORE JET AOTK 7AC HOBIC TORPEDO 'V' AOTK 7AC HOBIC TORPEDO 'V' AOTK 6-8 EXCORE ECF AOTK 6-8 EXCORE JET AOTK 6-8 EXCORE JET AOTK 7ACF HOBIC TORPEDO 'V' AOTK KS(S++) CRAELIUS CF AOTK 11AC HOBIC TORPEDO 'V' AOTK 11AC HOBIC TORPEDO 'V' AOTK 8-9 EXCORE ECF AOTK 8-9 EXCORE JET AOTK 8-9 EXCORE JET AOTK 9 EXCORE ECF AOTK 9 EXCORE JET AOTK 9 EXCORE JET AOTK 10 EXCORE ECF AOTK 10 EXCORE JET AOTK 10 EXCORE JET

28 BOTW/BGM/BTW (Double Tube Thin Wall) BGM/BTW 2-4 EXCORE ECF BGM/BTW 2-4 EXCORE ECF BGM/BTW 2-4 EXCORE JET BGM/BTW 2-4 EXCORE JET BGM/BTW 4-6 EXCORE ECF BGM/BTW 4-6 EXCORE ECF BGM/BTW 4-6 EXCORE JET BGM/BTW 4-6 EXCORE JET BGM/BTW 5-7 EXCORE ECF BGM/BTW 5-7 EXCORE ECF BGM/BTW 5-7 EXCORE JET BGM/BTW 5-7 EXCORE JET BGM/BTW 7AC HOBIC ECF BGM/BTW 6-8 EXCORE ECF BGM/BTW 6-8 EXCORE ECF BGM/BTW 6-8 EXCORE JET BGM/BTW 6-8 EXCORE JET BGM/BTW SC7-9 CRAELIUS ECF BGM/BTW SC7-9 CRAELIUS JET BGM/BTW KS(S++) CRAELIUS CF BGM/BTW 11AC HOBIC ECF WIDE BGM/BTW 11AC HOBIC ECF BGM/BTW 11AC HOBIC TORPEDO 'V' BGM/BTW 8-9 EXCORE ECF BGM/BTW 8-9 EXCORE ECF BGM/BTW 8-9 EXCORE JET BGM/BTW 8-9 EXCORE JET BGM/BTW 9 EXCORE ECF BGM/BTW 9 EXCORE ECF BGM/BTW 9 EXCORE JET BGM/BTW 9 EXCORE JET BGM/BTW 10 EXCORE ECF BGM/BTW 10 EXCORE ECF BGM/BTW 10 EXCORE JET BGM/BTW 10 EXCORE JET

29 BOTK (Double Tube Thin Kerf) BOTK 2-4 EXCORE ECF BOTK 2-4 EXCORE JET BOTK 2-4 EXCORE JET BOTK 4-6 EXCORE ECF BOTK 4-6 EXCORE JET BOTK 4-6 EXCORE JET BOTK 5-7 EXCORE ECF BOTK 5-7 EXCORE JET BOTK 5-7 EXCORE JET BOTK 7AC HOBIC ECF BOTK 7AC HOBIC ECF BOTK 7AC HOBIC TORPEDO 'V' BOTK 7AC HOBIC TORPEDO 'V' BOTK 6-8 EXCORE ECF BOTK 6-8 EXCORE JET BOTK 6-8 EXCORE JET BOTK 7ACF HOBIC ECF BOTK 7ACF HOBIC ECF BOTK 7ACF HOBIC TORPEDO 'V' BOTK 7ACF HOBIC TORPEDO 'V' BOTK SC7-9 CRAELIUS JET BOTK KS(S++) CRAELIUS ECF BOTK 11AC HOBIC ECF BOTK 11AC HOBIC ECF BOTK 11AC HOBIC TORPEDO 'V' BOTK 11AC HOBIC TORPEDO 'V' BOTK 8-9 EXCORE ECF BOTK 8-9 EXCORE JET BOTK 8-9 EXCORE JET BOTK 9 EXCORE ECF BOTK 9 EXCORE JET BOTK 9 EXCORE JET BOTK 10 EXCORE ECF BOTK 10 EXCORE JET BOTK 10 EXCORE JET

30 NGM (Double Tube Thin Wall) NGM 2-4 EXCORE ECF NGM 2-4 EXCORE ECF NGM 4-6 EXCORE ECF NGM 4-6 EXCORE ECF NGM 5-7 EXCORE ECF NGM 5-7 EXCORE ECF NGM 6-8 EXCORE ECF NGM 6-8 EXCORE ECF NGM 8-9 EXCORE ECF NGM 8-9 EXCORE ECF NGM 9 EXCORE ECF NGM 9 EXCORE ECF NGM 10 EXCORE ECF NGM 10 EXCORE ECF NTW (Double Tube Thin Wall) NTW 2-4 EXCORE ECF NTW 2-4 EXCORE ECF NTW 4-6 EXCORE ECF NTW 4-6 EXCORE ECF NTW 5-7 EXCORE ECF NTW 5-7 EXCORE ECF NTW 7AC HOBIC TORPEDO 'V' NTW 6-8 EXCORE ECF NTW 6-8 EXCORE ECF NTW 7ACF HOBIC CF NTW 8A.2 HOBIC CF NTW 7ACF HOBIC TORPEDO 'V' NTW 11AC HOBIC ECF WIDE NTW 11AC HOBIC CF NTW 11AC HOBIC TORPEDO 'V' NTW 8-9 EXCORE ECF NTW 8-9 EXCORE ECF NTW 9 EXCORE ECF NTW 9 EXCORE ECF NTW 10 EXCORE ECF NTW 10 EXCORE ECF

31 HTW (Double Tube Thin Wall) HTW 2-4 EXCORE ECF HTW 2-4 EXCORE ECF HTW 4-6 EXCORE ECF HTW 4-6 EXCORE ECF HTW 5-7 EXCORE ECF HTW 5-7 EXCORE ECF HTW 6-8 EXCORE ECF HTW 6-8 EXCORE ECF HTW 8A.2 HOBIC CF HTW 7ACF HOBIC ECF HTW 7ACF HOBIC ECF HTW 11AC HOBIC ECF HTW 8-9 EXCORE ECF HTW 8-9 EXCORE ECF HTW 9 EXCORE ECF HTW 9 EXCORE ECF HTW 10 EXCORE ECF HTW 10 EXCORE ECF ,8 HAGBY (Wireline Thin Wall) 46,8HBY 2-4 EXCORE ECF ,8HBY 2-4 EXCORE JET ,8HBY 4-6 EXCORE ECF ,8HBY 4-6 EXCORE JET ,8HBY 5-7 EXCORE ECF ,8HBY 5-7 EXCORE JET ,8HBY 6-8 EXCORE ECF ,8HBY 6-8 EXCORE JET ,8HBY 8-9 EXCORE ECF ,8HBY 8-9 EXCORE JET ,8HBY 9 EXCORE ECF ,8HBY 9 EXCORE JET ,8HBY 10 EXCORE ECF ,8HBY 10 EXCORE JET

32 56,6 HAGBY (Wireline Thin Wall) 56,6/39HBY 2-4 EXCORE ECF ,6/39HBY 2-4 EXCORE JET ,6/39HBY 4-6 EXCORE ECF ,6/39HBY 4-6 EXCORE JET ,6/39HBY 5-7 EXCORE ECF ,6/39HBY 5-7 EXCORE JET ,6/39HBY 6-8 EXCORE ECF ,6/39HBY 6-8 EXCORE JET ,6/39HBY 8-9 EXCORE JET ,6/39HBY 9 EXCORE ECF ,6/39HBY 9 EXCORE JET ,6/39HBY 10 EXCORE ECF ,6/39HBY 10 EXCORE JET ,6/39HBY 8-9 EXCORE ECF TT (Conventional Thin Kerf) 46TT 2-4 EXCORE CFF TT 4-6 EXCORE CFF TT 5-7 EXCORE CFF TT 6-8 EXCORE CFF TT KS(S++) CRAELIUS CFF TT 8-9 EXCORE CFF TT 9 EXCORE CFF TT 10 EXCORE CFF TT/LTK48 (Conventional Thin Kerf) 48TT/LTK EXCORE CF TT/LTK EXCORE CFF TT/LTK EXCORE CF TT/LTK EXCORE CFF TT/LTK EXCORE CF TT/LTK EXCORE CFF TT/LTK48 7AC HOBIC CF TT/LTK48 7AC HOBIC CF TT/LTK48 7AC HOBIC CF TT/LTK EXCORE CF TT/LTK EXCORE CFF TT/LTK48 8A.2 HOBIC CF

33 48TT/LTK48 (Conventional Thin Kerf) 48TT/LTK48 7ACF HOBIC CF TT/LTK48 7ACF HOBIC CF TT/LTK48 SC7-9 CRAELIUS CF TT/LTK48 KS(S++) CRAELIUS CFF TT/LTK48 KS(S++) CRAELIUS CF TT/LTK48 11AC HOBIC CF TT/LTK48 11AC HOBIC CF TT/LTK EXCORE CF TT/LTK EXCORE CFF TT/LTK48 9 EXCORE CF TT/LTK48 9 EXCORE CFF TT/LTK48 10 EXCORE CF TT/LTK48 10 EXCORE CFF TT (Conventional Thin Kerf) 56TT 2-4 EXCORE CFF TT 4-6 EXCORE CFF TT 5-7 EXCORE CFF TT 6-8 EXCORE CFF TT SC7-9 CRAELIUS CFF TT KS(S++) CRAELIUS CFF TT 8-9 EXCORE CFF TT 9 EXCORE CFF TT 10 EXCORE CFF TT/LTK60 (Conventional Thin Kerf) 60TT/LTK EXCORE ECF TT/LTK EXCORE ECF TT/LTK EXCORE ECF TT/LTK60 7AC HOBIC CF TT/LTK EXCORE ECF TT/LTK60 8A.2 HOBIC CF TT/LTK60 8A.2 HOBIC CF TT/LTK60 KS(S++) CRAELIUS CF TT/LTK60 11AC HOBIC CF TT/LTK EXCORE ECF TT/LTK60 9 EXCORE ECF TT/LTK60 10 EXCORE ECF

34 REAMING SHELLS Wireline Reaming Shells Size Diamond Pattern Design Application Part Number AO Surface Set Pads (6" Long) General AOTK Surface Set Pads (6" Long) General ATW/AGM Surface Set Pads (6" Long) General ATW/AGM Surface Set Pads Full Hole (6" Long) Better Core Barrel Stabilization, Reduced Hole Deviation BO Surface Set Pads (6" Long) General BO Surface Set Pads Full Hole (6" Long) Better Core Barrel Stabilization, Reduced Hole Deviation BO Surface Set Pads Double Ring (10" Long) Better Core Barrel Stabilization, Reduced Hole Deviation BO Surface Set Pads Triple Ring (18 3/8" Long) Better Core Barrel Stabilization, Reduced Hole Deviation BOTK Surface Set Pads (6" Long) General BTW/BGM Surface Set Pads (6" Long) General BTW/BGM Surface Set Pads Double Ring (10" Long) Better Core Barrel Stabilization, Reduced Hole Deviation NO Surface Set Pads (6" Long) General NO Surface Set Pads Full Hole (6" Long) Better Core Barrel Stabilization, Reduced Hole Deviation NO Surface Set Pads Double Ring (10" Long) Better Core Barrel Stabilization, Reduced Hole Deviation NO Surface Set Pads Triple Ring (18 3/8" Long) Better Core Barrel Stabilization, Reduced Hole Deviation NO Surface Set Pads Oversize 3.032" (6" Long) To Be Use Together With Oversize Bit NTW Surface Set Pads (6" Long) General NGM Surface Set Pads (6" Long) General DEVICO Surface Set Pads Directional Drilling With Devico Core Barrel HO Surface Set Pads (6" Long) General HO Surface Set Pads Full Hole (6" Long) Better Core Barrel Stabilization, Reduced Hole Deviation HO Surface Set Pads Double Ring (10" Long) Better Core Barrel Stabilization, Reduced Hole Deviation HO Surface Set Pads Full Hole Oversize 3.850" (6" Long) To Be Used Together With Oversize Bit HTW Surface Set Pads (6" Long) General PO Surface Set Pads General HAGBY 46,8 Surface Set Pads General HAGBY 56,6 Surface Set Pads General Conventional Reaming Shells Size Diamond Pattern Design Application Part Number 46TT Surface Set Pads General TT/LTK48 Surface Set Pads General TT Surface Set Pads General TT/LTK60 Surface Set Pads General " Standard Reaming shell 6" Full hole Reaming shell 10" Reaming Shell 18" Reaming Shell 34

35 ROD SHOES AND CASING SHOES Rod shoes (same as casing shoe but with rod thread) Size Matrix Crown Profile / Additional Info Part Number BO IMP Rod Shoe BMO IMP Rod Shoe, Heavy Duty NO IMP Rod Shoe NO IMP Rod Shoe, Heavy Duty NT IMP Rod Shoe, Heavy Duty NMO IMP Rod Shoe, Heavy Duty NTW IMP Rod Shoe HO IMP Rod Shoe, 3.615" Od X 2.992" Id HO IMP Rod Shoe, Heavy Duty, 3.635" OD X 3.050" ID HT IMP Rod Shoe, Heavy Duty, 3.615" OD X 2.992" ID HT IMP Rod Shoe, Heavy Duty, 3.635" OD X 3.050" ID HMO IMP Rod Shoe, Heavy Duty, 3.615" OD X 2.992" ID HMO IMP Rod Shoe, Heavy Duty, 3.635" OD X 3.050" ID PO IMP Rod Shoe PT IMP Rod Shoe, Heavy Duty Casing shoes (to drill with casing) Size Matrix Crown Profile / Additional Info Part Number AW IMP Heavy Duty, 8WW BW IMP 10WW BW IMP Heavy Duty, 10WW NW IMP 12WW NW IMP Heavy Duty, 12WW HW IMP 14WW HW IMP Heavy Duty, 14WW HWT IMP Heavy Duty, 6WW PW IMP Heavy Duty,8WW PWT IMP Heavy Duty Casing shoe bits (standard bit kerf with casing thread) Size Matrix Crown Profile / Additional Info Part Number BW/NO IMP CBIT BW/NO IMP CBIT, Heavy Duty NW IMP CBIT NW IMP CBIT, Heavy Duty

36 ACCESSORIES Inner Diameter Gauges For Bits Item Size Description Part Number ID Bit Gauge AO, BO, NO, HO, PO Pyramide type inner diameter bit gauge ID Bit Gauge AGM, NO2, NO3/NOTT, HO3/HOTT, PO3 Pyramide type inner diameter bit gauge ID Bit Gauge ATW, BTW/BGM, NTW/NGM, HTW Pyramide type inner diameter bit gauge NW IMP CBIT, Heavy Duty Outer Diameter Gauges For Bits Item Size Description Part Number OD Bit Gauge AO, ATW, AGM, TT/LTK48 Ring Type GO-NO GO Minimum Outer Diameter Bit Gauge OD Bit Gauge BO, BTW/BGM, TT/LTK60 Ring Type GO-NO GO Minimum Outer Diameter Bit Gauge OD Bit Gauge NO, NO2, NTW/NGM, NO3, NOTT Ring Type GO-NO GO Minimum Outer Diameter Bit Gauge OD Bit Gauge HO, HO3, HTW, HOTT Ring Type GO-NO GO Minimum Outer Diameter Bit Gauge OD Bit Gauge PO, PO3 Ring Type GO-NO GO Minimum Outer Diameter Bit Gauge Outer Diameter Gauges For Reaming Shells Item Size Description Part Number OD Rshell Gauge AO, ATW, AGM, TT/LTK48 Ring Type GO-NO GO Minimum Outer Diameter Rshell Gauge OD Rshell Gauge BO, BTW/BGM, TT/LTK60 Ring Type GO-NO GO Minimum Outer Diameter Rshell Gauge OD Rshell Gauge NO, NO2, NTW/NGM, NO3, NOTT Ring Type GO-NO GO Minimum Outer Diameter Rshell Gauge OD Rshell Gauge HO, HO3, HTW, HOTT Ring Type GO-NO GO Minimum Outer Diameter Rshell Gauge OD Rshell Gauge PO, PO3 Ring Type GO-NO GO Minimum Outer Diameter Rshell Gauge Professional Diamond Driller's Handbook Item Part Number English French Russian Spanish Bit Testing Tool Box Item Part Number Tool Box Kit Complete Flow Meter & Fittings Tachometer Rock Hardness Scratch Picks Permanent Marker Digital Caliper Knife & Measure Tape Bit & Rshell Od Gauges (B, N & H) 36

37 ACCESSORIES Core Barrel Stabilization Head assembly Inner tube Locking coupling Adapter coupling Outer tube Stabilizer Reaming shell The best core barrel stabilization to minimize hole deviation using standard products 3 support points for 3m (10') or 6m (20') core barrel distributed evently on its entire length. Standard 6" reaming shell above bit, locking coupling & standard 6" reaming shell in the middle of core barrel between two 1.5m (5') or 3m (10') outer tubes stabilize core barrel in best possible way. To modify 3m (10') or 6m (20') core barrel, standard 6" reaming shell together with inner tube stabilizer needs to be placed between standard 1.5m (5') or 3m (10') outer tubes. To compensate this additional reaming shell length, inner tube extension needs to be installed between 1.5m (5') or 3m (10') standard inner tubes. The only exception is for NO2 size, where inner tube extension should be placed between head assembly and standard inner tube. Inner tube extension Outer tube Inner tube Stabilizer Reaming shell Core lifter case Core lifter Core drilling bit Inner Tube Extensions to compensate lenght of 6" long core barrel stabilizing reaming shell Item Part Number AOTW Inner Tube Extension - stabilizing shell compensation BO Inner Tube Extension - stabilizing shell compensation BOTW Inner Tube Extension - stabilizing shell compensation NO Inner Tube Extension - stabilizing shell compensation NO2 Inner Tube Extension - stabilizing shell compensation NTW Inner Tube Extension - stabilizing shell compensation HO Inner Tube Extension - stabilizing shell compensation PO Inner Tube Extension - stabilizing shell compensation

38 RECOMMENDATIONS FOR MATRIX REPLACEMENT Rock Group Matrices Discontinued Alternative Key Matrix CRAELIUS SC2 2-4 HOBIC 2AO HOBIC 2C HOBIC 2F 2-4 HOBIC 3AC 2-4 CRAELIUS SC HOBIC 3J HOBIC CRAELIUS SC HOBIC 5AC 4-6 HOBIC 7KC 7AA.6 6 HOBIC 7SA 7AC HOBIC 7D 7AC HOBIC 7A 7AC F CRAELIUS KX 6-8 CRAELIUS SC CRAELIUS KM 6-8 CRAELIUS HM 6-8 HOBIC 7C 7AC F HOBIC 8A.4 8A.2 7 HOBIC 8A.5 8A.2 HOBIC 8A.6 8A.2 HOBIC 8E 8A.2 HOBIC 8N 8A.2 HOBIC 8AC 6-8 HOBIC 9H 8A.2 HOBIC 10E.4 8A.2 CRAELIUS SC CRAELIUS KS 8-9 HOBIC 9AC 11AC 8 HOBIC 10K KS(S++) HOBIC 10S KS(S++) HOBIC 13AC 8-9 CRAELIUS SC CRAELIUS SC10 9 HOBIC 12/14 11AC 9 HOBIC 12AC 11AC HOBIC 15AC 9 HOBIC 14/ CRAELIUS SC10EXT 10 38

39 CONVERSION FACTORS This unit Times Equals Length mm (millimetres) x =m cm (centimetres) x 0.01 =m dm (decimetres) x 0.1 =m km (kilometres) x 1000 =m in (inches) x 25.4 =m ft (feet) x =m yd (yard) x =m miles x 1609 =m This unit Times Equals Mass (Weight) g (grammes) x = kg t (tonnes, metric) x 1000 = kg grains x = kg oz (ounzes) x = g lb (pounds) x = g tons (long,us) x 1016 = kg tons (UK) x 1016 = kg tons (short) x 907 = kg This unit Times Equals Power kw (kilowatts) x 1000 = W Horsepower (metric) x = W Horsepower (UK) x = W ft.lbf/sec x 1.36 = W Btu/h x 0.29 = W This unit Times Equals Volume 1(litres) x = m3 ml (mililitres) x = l dm3 (cubic desimetres) x 1.0 = l cm3 (cubic centimetres) x 1.0 = ml mm3 (cubic milimetres) x = ml in3 (cubic inches) x = ml ft3 (cubic feet) x = l Imperial gallon x = l U.S gallon x = l Ounces (Imp. fluid liq.) x = ml Ounces (US liq.) x = ml Pints (US liq.) x = l Quarts (US liq) x = l yd3 (cubic yards) x = m3 This unit Times Equals Area mm2 (square mm) x = m2 cm2 (square cm) x = m2 in2 (square inch) x 645 = mm2 ft2 (square feet) x = m2 yd2 (square yard) x = m2 Acres x 4047 = m2 Square miles x = km2 This unit Times Equals Speed km/h (kilometers/hour) x = m/s m/s x 3.6 = km/h mph (miles/hour) x 0.45 = m/s ft/s (foot/second) x = m/s ft/s (foot/second) x = ft/min ft/min (foot/minute) x = m/min This unit Times Equals Frequency blows/minute x = Hz khz (kilohertz) x 1000 = Hz r/min (rev./minute) x = r/s degrees/seconds x = r/min radians/second x = r/s This unit Times Equals Pressure bar x 100 = kpa bar x = Pa kp/cm2 x 0.98 = bar atm (atmospheres) x 1.01 = bar psi (pounds/in2) x =kpa psi x = bar This unit Times Equals Force kn (kilonewton) x 1000 N kp (kilopond) x 9.81 N kgf (kilogramme force) x 4.45 N This unit Times Equals Torque kpm (kilopondmetres) x 9.81 Nm lbf/in (pondforce/inch) x 0.11 Nm lbf/ft (poundforce/foot) x 1.36 Nm 39

40 COMMITTED TO SUSTAINABLE PRODUCTIVITY We stand by our responsibilties towards our customers, towards the environment and the people around us. We make performance stand the test of time. This is what we call Sustainable Productivity Atlas Copco Secoroc AB Box 521, Fagersta, Sweden Phone: wwww.atlascopco.com/secoroc Fagersta, Sweden, March 2014 Copyright 2014, Atlas Copco Secoroc AB. All rights reserved.this publication, as well as all specifications, is subject to change without notice.