EC type-examination UK/0126/0151 Revision examination
Contents
1. AD Y N tional Measurement amp MI 006 Regulation Office UK 0126 0151 EC type examination certificate UK 0126 0151 Revision 1 Issued by The National Measurement and Regulation Office Notified Body Number 0126 In accordance with the requirements of the Measuring Instruments Automatic Catchweighers Regulations 2006 S I 2006 No 1257 and the Measuring Instruments Non Prescribed Instruments Regulations 2006 S I 2006 No 1270 which implement in the United Kingdom Council Directive 2004 22 EC this EC type examination certificate has been issued to Ishida Europe Ltd 11 Kettles Wood Drive Woodgate Business Park Birmingham B32 3DB United Kingdom In respect of a family of automatic checkweighing instruments designated the DACS G S015 and DACS G S060 Series and having the following characteristics Maximum capacity Max 600 1500 or 2500 g Max 3000 6000 g Minimum capacity Min 8 2 35g Min 125 350 g Scale interval e 0 2 0 5g e 1 2g Number of scale intervals n 3000 5000 per partial weighing range Maximum belt speed lt 100 m min Accuracy class X111 1 The necessary data principal characteristics alterations securing functioning etc for identification purposes and conditions when applicable are set out in the descriptive annex to this certificate This revision replaces previous versions of the certificate Issue Date 09 July 2015 Valid Until 18 September 2024 Reference No TS01012. upon command available to the user 3 TECHNICAL DATA 3 1 The family of instruments has the following technical characteristics DACS G S015 Series Range 1 High Precision Range 2 Standard Maximum capacity Max 600 g 1500 g 2500 g Minimum capacity Min 3 13 Scale interval e 0 2 g Maximum number of scale 3000 5000 intervals n Tare T 8 2 100 g T lt 20 Gross 35 100 g T lt 20 Gross 100 600 g T lt 70 Gross 100 2500 g T lt 70 Gross 8 2 15 g 39 m min 15 30 g 60 m min Belt speed 100 m min 30 600 g 100 m min 5 C to 40 C Non condensing closed E1 and E2 Climatic environment Electromagnetic environments Power supply Accuracy class 240 Va c 50 Hz XIII 1 DACS G S060 Series Range 1 High Precision 3000 g 125 g Maximum number of scale 3000 intervals n Tare T 125 500 g T lt 20 Gross 350 1000 g T lt 20 Gross 500 3000 g T lt 70 Gross 1000 6000 g T lt 70 Gross 125 500 g 60 m min 60 m min 500 3000 g 100 m min 5 C to 40 C Non condensing closed E1 and E2 Range Maximum capacity Max Minimum capacity Min Scale interval e Belt speed Climatic environment Electromagnetic environments Power supply 240 Va c 50 Hz Accuracy class X111 1 3 2 Documentation and drawings Drawing Document number 128 7020 132 9055 132 9054 132 6627 132 9053 3
3. 0027 Kvbow Y G Stones UKAS Technical Manager Certification Services aa For and on behalf of the Chief Executive 0135 National Measurement and Regulation Office Stanton Avenue Teddington TW11 OJZ United Kingdom Tel 44 0 20 8943 7272 Fax 44 0 20 8943 7270 Web www gov uk nmro The NMRO is an Executive Agency of the Department for Business Innovation and Skills MID Annex B Rev 4 01 April 2015 Descriptive Annex 1 INTRODUCTION This family of mains powered dual range automatic weighing instruments is designated the DACS G S015 and DACS G S060 Series the instruments operate as automatic checkweighers Category X The instruments comprise a cabinet user interface in feed and out feed conveyors weighing unit with weigh conveyor printer mechanical handling facilities and reject device The instruments are designed to weigh packs dynamically The models are designated DACS G S015 xx xx xx x and DACS G S060 xx xx xx x with x reflecting the various configurations as shown in Figure 1 Figure 2 shows a typical configuration 2 FUNCTIONAL DESCRIPTION 2 1 Mechanical 2 1 1 The instruments are constructed in stainless steel The framework is a fabricated floor standing stainless steel frame on adjustable feet On the frame are mounted the conveyors in feed weigh and out feed The conveyors type and size are not restricted 2 1 2 The control cabinet is located behind of the conveyors and houses the electrica
4. Z 82613 3Z 82619 132 7961 133 0311 132 9404 Description User manual Block diagram Block diagram Block diagram Block diagram Layout Layout Sealing method Alternative sealing method Main board P 1000 location Main board P 1000 list 132 9405 Power supply LEA75F location EA 10313 4 13 Power supply LEA75F list 063300 o ADC board P5656 location list 132 3842 06 Relational diagram 483 3523 o Load cell QLC 12L 124 9445 108 Load cell QLC 60L 124 9446 Load cell mounting 4D 38237 o 3 3 Software 3 3 1 Verification information The legally relevant software shall be as follows ADC Version number ADC N 51002D MCU Version number WM ID 2 2 MCU Checksum WM CHK DA0O6 YYYY Or DACS G S015 Max 2500 g only ADC Version number ADC N 51002E MCU Version number WM ID 3 0 MCU Checksum WM CHK C131 YYYY The checksum WM CHK DA06 C131 YYYY is split into 2 parts where DAO6 or C131 is the checksum of the MCU separated software and YYYY is the checksum of the data stored on the ADC zero span settings etc which may vary This information can be displayed by accessing the program number page in the maintenance pages Figure 4 3 3 2 Security The legally relevant parameters are either hard coded or protected by dip switches located on the ADC board or the MCU board Access to the dip switches is prevented by a tamper evident solution see sections 6 2 and 7 1 3 3 3 Additio
5. ame Certificate number Model designation Max Min e 10 d if applicable Climatic environment Electromagnetic classification Maximum speed pack rate 5 2 The instrument shall be permanently installed 6 LOCATION OF SEALS AND VERIFICATION MARKS 6 1 The CE mark shall be impossible to remove without damaging it The rating plate shall be impossible to remove without it being destroyed The markings and inscriptions shall fulfil the requirements of Paragraph 9 of Annex of the Directive 2004 22 EC 6 2 Components that may not be dismantled or adjusted by the user load cell dip switches must be secured The seals shall bear a securing mark which may be either amark of the manufacturer and or manufacturer s representative or an official mark of a verification officer Figures 6 and 7 show the sealing methods for the load cell casing and the dip switches respectively 6 13 7 ALTERNATIVES 7 1 Having a modified sealing method the dip switches on the ADC board are replaced by a dip switch on the MCU board The software identification described in section 3 3 1 is as follows ADC Version number ADC N 51002E MCU Version number WM ID 3 0 MCU Checksum WM CHK C131 YYYY Figures 8 and 9 show the load cell and dip switch sealing methods respectively 8 ILLUSTRATIONS Figure 1 Designation Figure 2 Typical configuration Figure 3 Jog dial RCU Figure 4 Verification information Figure 5 Rating pl
6. ate example Figure 6 Load cell sealing method Figure 7 Dip switches sealing method Figure 8 Load cell sealing alternative method Figure 9 Dip switch sealing method MCU board 9 CERTIFICATE HISTORY ISSUE NO DATE DESCRIPTION UK 0126 0151 19 September 2014 Type examination certificate first issued UK 0126 0151 09 July 2015 Addition to the front page section 1 and section Rev 1 3 1 DACS G S015 Series Addition to the front page or 2500 5000 Section 2 3 e 10 resolution modes added Section 3 1 Tare values corrected Section 3 3 1 addition of Software verification information for DACS G S015 Max 2500 g and change to wording The checksum WM CHK is split into 2 parts DAO6 XXXX where DAOQ6 is the checksum of the MCU separated software and XXXX is the checksum of the data stored on the ADC zero span settings etc which may vary is replaced as in 3 3 1 Section 5 1 addition of 10 d when applicable Section 7 1 added 7 13 ep Display Unit Specification Height of Metal Detection Tunnel Infeed Conveyor Coating Weigh Conveyor Maximum Measurable Weight Weigh Sensor Type Figure 1 Standard 7 inch colour LCD with command dial 8 80mm 12 120mm 18 180mm l infeed Conveyor N Non Infeed Conveyor C 5 Safeline PB Standard specification IP54 WP Waterproof Specification IP65 11 W150mm x L100mm 21 W250mm x L160mm 31 W2350mm x L160
7. ax 12 kg The design of the load cells and the material are the same No oil damper is used Packs are weighed as they pass over the weigh head conveyor which runs continuously at the speed of the in feed and out feed conveyors 2 2 Electrical 2 2 1 Weighing controller The weighing controller comprises the A D converter located on the weigh board and processes the load cell signal The controller send the processed weigh signal and photo cell unit signal the DRV board which controls the infeed outfeed conveyors 2 2 2 Remote control unit RCU The instruments are fitted with a jog dial RCU Figure 3 comprising an LED display function and numerical keys jog dial 2 3 Devices The instrument is provided with the following devices Semi automatic zero setting device lt 4 Max Automatic zero setting devices lt 4 Max Every 26 min Range 1 or 65 min Range2 When no pack has been detected Initial zero setting lt 20 Max Determination of stability of equilibrium Preset tare device Static calibration not available to the user Dynamic calibration available to the user recorded Belt speed set up available to the user Dynamic setting available to the user range 20 of nominal weight Events log Printing of batch data Display check at power up e 10 resolution for testing purposes not available to the user e 10 resolution d available for up to 5 s
8. l hardware An enclosure located below the weigh conveyor houses the AD board and the Dip Switches protecting the legally relevant parameters The Remote Control Unit is mounted in the upper part of the control cabinet Photocells mounted on the frame are used for pack detection A printer is located on the side of the cabinet 2 1 3 Weighing unit The weighing device comprises a strain gauge load cell located below the centre of the weigh conveyor The load cell may be as follows DACS G S015 Series Ishida Japan load cell tyoe QLC 12L Ema 12 kg DACS G S060 Series Ishida Japan load cell type QLC 60L Emax 60 kg Alternatively any compatible load cell may be used providing the following conditions are met There is a respective OIML Certificate of Conformity R60 or a parts test certificate EN45501 issued for the load cell by a Notified Body responsible for type examination under Directive 2009 23 EEC The certificate contains the load cell types and the necessary load cell data required for the manufacturers declaration of compatibility of modules WELMEC 2 Issue6 2014 No10 and any particular installation requirements A load cell marked NH is allowed only if humidity testing to EN45501 has been conducted on this load cell Itis nota load cell with digital output 2 13 The characteristics of the replacement load cell such as nec Y Z are the same or better than the load cell tested dynamically QLC 12L Em
9. mm 41 W450mm x L160mm 22 W250mm x L240mm 32 W350mm x L240mm 42 W450mm x L240mm 33 W350mm x L320mm 015 15009 060 60009 Strain Gauge Type F Force Balance Type Option not yet available Designation 8 13 43 W450mm x L320mm 53 W550mm x L320mm 63 W650mm x L320mm 44 W450mm x L400mm 54 W550mm x L400mm 64 W650mm x L400mm Operation panel inside 3 Printer option 6 Operation panel 10 Power switch l i a _ 5 Electrical control unit ma 2 Photo eye unit sb E 3 Weigh conveyor ja A Rejeetor option a 1 Infeed conveyor A Figure 2 Typical configuration 9 13 Figure 3 Jog dial RCU SZN 564359 Model DACS G S01b 34 55 1 5 MGU N 51014R DRY N 51013G REJ N 51015F ADC N 510020 WH ID 2 2 WA CHK DADG 1DSF Figure 4 Verification information 10 13 a ri A A l EE gd E mPa o p iy a Accuracy closs E Belt speed fog lo 50g T lt 30 GROSA 50g to 1500q T lt 75 GROS Temperature rong ECU Src Ev EJHz Rdted pneumatic supply E kPaORSAKP O Climatic Em conaent Mon Condensiog llosed TL EDS mato a Electromagnetic 61 and El Environment as Software D no I Material Ol ONO BESS NEES fanutacturey _ npocter Figure 5 Rating plate example Figure 6 Load cell sealing method 11 13 BRACKET FOR SEAL ING BRACKET FOR SEAL ING PLASTIC SEAL Figure 7 Dip switches
10. nal software components The instrument may use the e marked pre packaging control system described in EC Test Certificate TC7776 4 PERIPHERAL DEVICES AND INTERFACES 4 1 Interfaces The instrument may have the following interfaces Ethernet USB for extraction of stored data only 4 2 Peripheral devices The instrument may be connected to any peripheral device that has been issued with an Evaluation Certificate or Parts Certificate by a Notified Body responsible for Annex B MI 006 under Directive 2004 22 EC in any Member State and bears the CE marking of 9 13 conformity to the relevant directives or A peripheral device without a certificate may be connected under the following conditions it bears the CE marking for conformity to the EMC Directive jt is not capable of transmitting any data or instruction into the weighing instrument other than to release a printout checking for correct data transmission or validation it prints weighing results and other data as received from the weighing instrument without any modification or further processing and it complies with the applicable requirements of Paragraph 8 1 of Annex I 9 APPROVAL CONDITIONS 5 1 The following legends are durably and legibly marked on a rating plate located on the instrument Figure 5 CE marking Supplementary metrology marking Notified Body identification number Accuracy class Serial number Manufacturers mark or n
11. sealing method Sealing Stickers external Figure 8 Load cell sealing alternative method 12 13 sooocs Sealing sticker Figure 9 Dip switch sealing method MCU board Crown copyright 2015 National Measurement and Regulation Office Department for Business Innovation amp Skills This material may be freely reproduced except for sale 13 13
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