electronics product catalogue 2012 (curves)

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    Index

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    ABOUT AEL

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    Free Face

    Left Side

    Inflection Point(IP)

    Special det 1 and 2

    Right Side

    Row 1

    Row 2

    Row 4

    Tagger

    7 6 5 4 3 2 1 1 2 3 5 6 74

    7 6 5 4 3 2 1 1 2 3 4 5 6 7 8

    7 6 5 4 3 2 1 1 2 3 4 5 6 77 6 5 4 3 2 1 1 2 3 4 5 6 7 8

    7 6 5 4 3 2 1 1 2 3 4 5 6 7 8

    Detonator with connecting wire

    Surface and lead-in wire

    Special detonators / holes

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    HotShot Blast CradleThe HotShot Blast Cradleis used in conjunction withthe Tagger and a Blast Keyto initiate the balst.

    The Blast Cradle connectsto the bench via a 2-wireconnection from the outputsof the docked Tagger to theBench Controller(s) on theblast. In addition, the BlastCradle is used to chargethe Tagger.

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    Base Station

    SmartShot

    The SmartShot Base station, placed at a point of safetyand used in conjunction with the Smart Key, allows forinitiation of the shot. The Base Station links to the BenchBox via secure radio frequency or via a simple two-wirelink. For security purposes this unit will require a unique

    password to activate the blasting procedures.

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    Tunneling End

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    Tunneling End

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    SmartShot DigiShot DigiShot PLUSClassification 4-wire system 2-wire system 2-wire system

    Maximum down-line wire length 60m 40m 75m

    Down-line wire type Copper Steel Steel

    Connector No silicone grease required for waterproofing Filled with gel to make waterproof Filled with gel to make waterproof

    Connection method Daisy chaining Clip connector to 2-wire out-hole busline Clip connector to 2-wire out-hole busline

    Maximum amount of blasters that can be linked

    together to initiate a blast

    4 3 1

    Maximum amount of dets that can be initiated

    when linking blasters together

    9600 900 1800

    Remote firing capability Yes No Yes

    Detonator location identification Not required due to daisy chaining Must be done manually at every detonator

    but is stored in the detonators memory and

    not an external device.

    Must be done manually at every detonator

    but is stored in the detonators memory and

    not an external device.Detonator delay storage prior to blasting Delay is assigned directly into the detonator

    chip using a Tagger which operates at an

    inherently safe voltage at the blast area from

    one point with no need to walk from det to

    det

    Locations stored directly into Detonator

    memory. Delays are assigned away from the

    blast area directly into the Blaster via a

    manual mode, automatic mode or via a pc

    interface

    Locations stored directly into Detonator

    memory. Delays are assigned away from the

    blast area directly into the Blaster via a

    manual mode, automatic mode or via a pc

    interface

    Sending delays to the detonator at blasting

    time

    Delays are already known as t his was stored

    directly in the detonator chip. A global fire

    command is sent to all the dets and the blast

    is initiated.

    The dets are called up according to their

    manually loaded location ID and the delay

    which has been stored in the Blaster against

    that det location ID is then sent to the specific

    dets. A global fire command is sent to all the

    dets once they have received

    The dets are called up according to their

    manually loaded location ID and the delay

    which has been stored in the Blaster against

    that det location ID is then sent to the specific

    dets. A global fire command is sent to all the

    dets once they have received

    1800Maximum amount of dets which can be initiated

    using one blaster

    2400 300

    Maximum delay 20000ms programmable is 1ms increments 20000ms programmable is 1ms increments 20000ms programmable is 1ms increments

    Booster Standard booster Standard booster Standard booster

    Safety features Smartkey, Hardware interlock (Flag), 5 digit

    password required to blast, Audible blasting

    siren, Inherently safe Tagger

    Smartkey and 5 digit password required to

    blast, Inherently safe Tagger, audible blasting

    siren, visual blasting signals at the blast area

    Smartkey and 5 digit password required to

    blast, Inherently safe Tagger, audible blasting

    siren, visual blasting signals at the blast area

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    Fault finding Due to "daisy chaining" connection method,

    Tagger stops at the faulty det when testing.

    Binary search required for leakage relat ed

    problems. All control equipment is capable ofdetecting leakage

    Tagger 'tells' the detonators what their

    positions are in t he blast. During Autosearch

    a blast summary screen is displayed making

    fault finding easier. Binary search not alwaysrequired. All control equipment is capable of

    detecting leakage

    Tagger 'tells' the detonators what their

    positions are in the blast. During Autosearch

    a blast summary screen is displayed making

    fault finding easier. Binary search not alwaysrequired. All control equipment is capable of

    detecting leakage

    Design Flexibility and PC interface Fully programmable with added benefit of

    auto programmability, Dets can be timed in a

    "Manual mode" (each det is timed

    individually) standing at one point or in 'Semi-

    auto mode" where an entire string of dets can

    be timed at once from one point. Software

    Fully programmable. If a blast plan is aquired

    the day before a blast then the timing can be

    manually loaded into the Blaster that same

    day. If extra holes have been added to the

    blast on the blast day, the system allows the

    user to edit the blast easily.

    Fully programmable. If a blast plan is aquired

    the day before a blast then the timing can be

    manually loaded into the Blaster that same

    day. If extra holes have been added to the

    blast on the blast day, the system allows the

    user to edit the blast easily.

    Blasting records (Blast logs) Can be downloaded after a blast from the

    Bench Box to a PC. Information regarding det

    timing, number of dets, detonator errors,

    blasting voltages and if the firing signal was

    sent to the dets can be extracted.

    Can be downloaded after a blast from the

    Blaster to a PC. Information regarding det

    timing, number of dets, detonator errors,

    blasting voltages and if the firing signal was

    sent to the dets can be extracted.

    Can be downloaded after a blast from the

    Blaster to a PC. Information regarding det

    timing, number of dets, detonator errors,

    blasting voltages and if the firing signal was

    sent to the dets can be extracted.

    Ease of use and speed of deployment Hole t o hole connections, large robust

    waterproof connectors, sections of the blast

    can be connected simultaneously by multiple

    users, programming holes from a single point

    Tagger has to be connected to each detonator Tagger has to be connected to each detonator

    Legal Compliance and other standards Full DMR Approval

    SANS 1717.1

    ISO 9001:2000 (AEL)

    ISO 9001:2000 (DetNet)

    PSDS

    TDSExplosives Police Clearance

    Full DMR Approval

    SANS 1717.1

    ISO 9001:2000 (AEL)

    ISO 9001:2000 (DetNet)

    PSDS

    TDSExplosives Police Clearance

    Full DMR Approval

    SANS 1717.1

    ISO 9001:2000 (AEL)

    ISO 9001:2000 (DetNet)

    PSDS

    TDSExplosives Police Clearance

    SmartShot DigiShot DigiShot PLUS

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    3799

    3986

    3665

    3995

    3891

    4052

    2734

    2702

    2903

    2540

    2725

    2741

    1562

    26 5

    754

    60

    75

    50

    21

    25

    27

    26

    17

    26

    11

    0.00%

    1.00%

    2.00%

    3.00%

    4.00%

    5.00%

    6.00%

    7.00%

    8.00%

    9.00%

    10.00%

    11.00%

    12.00%

    13.00%

    14.00%

    15.00%

    16.00%

    17.00%

    0

    1000

    2000

    3000

    4000

    5000

    6000

    7000

    Feb-09

    Mar-09

    Apr-09

    May-09

    Jun-09

    Jul-09

    Aug-09

    Sep-09

    Oct-09

    Nov-09

    Dec-09

    Jan-10

    Feb-10

    CCU Centralised Blast Performance YTD

    No of Wor king pl ac es Bla st ed T otal nu mb er of Mis fir ed Pa ne ls T arg et Pe rce ntag e Mi sfi re s

    Pe rcentag e Misfires Ind ustry avera ge Misfire ra te

    187

    210

    168 2

    29

    330

    473

    454

    395

    574 5

    87 603 6

    59

    1198

    0 0 1 4 2 6 7 4 5 0 2 40.00%

    3.00%

    6.00%

    9.00%

    12.00%

    15.00%

    050

    100150

    200250300350400450

    500550

    600650700750

    800850900950

    10001050

    1100115012001250

    13001350

    140014501500

    Feb-09

    Mar-09

    Apr-09

    May-09

    Jun-09

    Jul-09

    Aug-09

    Sep-09

    Oct-09

    Nov-09

    Dec-09

    Jan-10

    Feb-10

    BCU

    Centralised Blast performance 2010

    No o f Wo rk ing pl ac es Bl as ted Total number of Mi sf ir ed P ane ls T ar ge t Pe rc e ntage M is fi re s

    P er ce nt ag e M is fi re s I nd us tr y a ve ra ge M is fir e r at e

    Normalised Intervention rate per Unit

    0.0

    0.5

    1.0

    1.5

    2.0

    2.5

    3.0

    3.5

    4.0

    MonthC CU B C U

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