EU-type examination certific UK 3016 Revision e
UK 3016
EU-type type examination certificate UK 3016 Revision 2 Issued by:
NMO Notified Body Number 0126 In accordance with the requirements of the Non-automatic automatic Weighing Instruments Regulations 2016 (S.I. 2016 No. 1152) which implement, in the United Un Kingdom Council Directive 2014/31/EU 2014/31/EU, this EU-type examination certificate has been issued to:
Datalogic USA, Inc 959 Terry Street Eugene, Oregon 97402 USA In respect of class III non--automatic weighing instruments designated the Magellan 9300i or Magellan 9400i scanner scale with single or dual interval and having the following characteristics: ni ≤ 3 000 6 kg ≤ Maximum capacity ≤ 15 kg Min = 20 e e≥2g The necessary data (principal characteristics, al alterations, terations, 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: Valid until
5 October 2017 29 March 2025
M Bokota Technical Manager For and on behalf of the Head of Technical Services NMO I Stanton Avenue I Teddington I TW11 OJZ I United Kingdom Tel +44 (0) 20 8943 7272 I Fax +44 (0) 20 8943 7270 I Web www.gov.uk/government/organisations/regulatory-delivery delivery NMO is part of the Regulatory Delivery directorate within the Department for Business, Energy & Industrial Strategy
0135
Descriptive Annex 1
INTRODUCTION
This instrument is a Magellan 9300i or Magellan 9400i scanner/scale (models 939404 and 939406), Class III, mains operated, self-indicating, weight only, single or dual interval, NonAutomatic Weighing Instrument (Figures 1 and 2). The instrument may be used for direct sales to the public. 2
DESCRIPTION
2.1
Construction
2.1.1
Mechanical
Main features: −
− − − − −
2.2
The diecast base unit supports the load cell, barcode scanner assembly, main board and analogue boards. The scale sub-assembly is mounted on the load cell and the steel “L” shaped load receptor is mounted on the four supporting points on the scale sub-assembly. Designed to be flush-mounted in a fixed position in a checkout surface. Instruments may be fitted with a level indicator. Remote LCD single-sided display model 8300RD or 960RD Phihong model PSAA18U-120 mains power adapter. Model 939404 dimensions length 40.1 cm, width 29.2 cm and height 22.5 cm Model 939406 dimensions length 50.8 cm, width 29.2 cm and height 22.5 cm Load cell
The load cell is a Mettler-Toledo, part number SLP33xD, with a capacity of 30 kg. 2.3
Display
The Datalogic 8300RD (Figure 3) or 960RD (Figure 4) liquid crystal display (LCD) provides a five-digit, 15 mm high seven segment weight display. An enunciator to the right of the weight display shows the weight unit. One or two displays may be used. 2.4
Devices − − − − − −
Initial zero setting device (≤ 20% of Max) Semi-automatic zero setting device (≤ 4% of Max) Zero tracking device (≤ 4% of Max) Automatic zero setting device Zero indicator Gravity compensation
2.5
Operation
2.5.1
Power on
At power a display check is initiated which shows all the available segments on the remote display. A software routine is also initiated, which checks all the functions of the scanner, scale, remote display and interfaces, before sending a signal to indicate that it is ready for normal operation. Normal operation is indicated by the green and yellow LEDs on dim.
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2.5.2
Initial zero setting
The initial zero setting device has a range of ≤ 20% of maximum capacity. 2.5.3
Semi-automatic zero setting
The semi-automatic zero setting device has a range of ≤ 4% of maximum capacity. 2.5.4
Zero tracking
The zero tracking device has a range of ≤ 4% of maximum capacity, at a maximum speed of 0.5 d per second. 2.5.5
Over and under ranging.
Loads greater than nine divisions above the maximum capacity and loads below gross zero will result in an error being displayed on the weight display. 2.5.6
Alternative zero function
In an event that a weight is located on the load receptor between 2% and 18% of max during power-up, the instrument will perform an initial zero-setting operation and the scale will be at zero. Upon removal of the weight, the instrument will not be able to zero using the semiautomatic zero setting mechanism, resulting in a significant fault. To overcome this scenario the instrument will now automatically power down and power up, resetting the initial zero setting mechanism. An audible indication is given that power has been restored to the scale. If the scale is able to zero at this point, the scale returns to zero. If the scale is not able to zero, the scale indicates a non-weight condition. 3
TECHNICAL DATA
3.1
Rated operating conditions
Power supply is provided by a Philong model PSAA18U-120 mains power 3.1.1 adapter that provides a 12 V DC supply to the weighing instrument and barcode scanner, from a 100-240 VAC, 50/60 Hz mains supply. 3.1.2
The temperature range for the instrument is +10 ºC to +40 ºC.
3.2
Documentation and drawings
The instrument is fully described in the technical file held at NMO. 4
PERIPHERAL DEVICES AND INTERFACES
4.1
Point of sale devices
4.1.1 The instrument may be connected to any compatible point of sale device (POS) if the device has an Parts (Test) Certificate issued by a Notified Body appointed to certify instruments according to Paragraph 1 of Annex II of the Directive 2014/31/EU on Non-Automatic Weighing Instruments. 4.1.2 If the POS has a preset tare function it shall carry out this function autonomously and this function shall be in conformity with the standard (only needed if the instrument has no preset tare function).
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4.1.3 The connection shall be made in such a way that the weight indication, the unit price and price-to-pay indications are positioned adjacent to each other. 4.1.4 In this configuration only, the remote display as described in 2.1.1 may be replaced by a POS display, provided it is allowed in the POS system Parts (Test) Certificate, and that the POS display meets the essential requirements for a primary indication. The POS display must show the live weight as well as the weight unit and the weighing instrument’s metrological characteristics (Min, Max and e =). 4.2
Interfaces
The instrument may have the following protected interfaces only: − − − − − − − −
4.3
POS terminal (RJ10) Remote display (RJ4) Scale host (RJ10) Auxiliary port (RJ10) EAS port (RJ45) Power (Molex 3 pin) USB Image port Peripheral devices
The instrument may be connected to any peripheral device that has been issued with Parts (Test) Certificate by a Notified Body responsible for Module B under Directive 2014/31/EU and bears the CE marking of conformity to the relevant directives; or A peripheral device without a Parts (Test) certificate may be connected under the following conditions: − it bears the CE marking for conformity to the EMC Directive; − it 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 EN45501, i.e. 4.2, 4.4, 4.6 and 4.7. A printing device may print additional information such as date or number to identify the printed weighing result(s) or sets of weighing results. 5
SOFTWARE
The legally relevant parameters (scale configuration and calibration) are stored in EEPROM (Electrically Erasable Programmable Read Only Memory) on the circuit board, and have the following identification versions numbers used for verification purposes: 1-70-28 2-0-0 These version numbers are displayed on the health and status indicator by entering scale diagnostics mode. The method to enter scale diagnostics mode is provided in the Product Reference Guide (PRG). For reference the procedure to enter the instruments diagnostic mode and to view the software version numbers is shown in Annex 1
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Access to the calibration mode is only allowed by operating a switch behind a sealing cap. 6
APPROVAL CONDITIONS
This certificate is issued subject to the following conditions: 6.1
Inscriptions
6.1.1
The instrument shall bear the following inscriptions on or near the display: − − −
6.1.2
Max Min e= The instrument shall bear the following inscriptions:
− − − − − − −
CE marking Supplementary metrology marking Identification number of the notified body involved in the production control phase Number of the EU-type examination certificate Manufacturer’s name, registered trade name or registered trade mark and postal address Accuracy class Type, batch or serial number
and, when applicable: − for instruments consisting of separate but associated units: identification mark on each unit; − scale interval if it is different from e, in the form d = N; − maximum additive tare effect, in the form T = + N; − maximum subtractive tare effect if it is different from Max, in the form T = – N; − tare interval if it is different from d, in the form dT = N; − maximum safe load if it is different from Max, in the form Lim N; − the special temperature limits, in the form N oC/N oC; − ratio between load receptor and load. The markings and inscriptions shall fulfil the requirements of Article 6, Article 16, Article 17 and Point 1 of Annex III of Directive 2014/31/EU. 7
LOCATION OF SEALS AND VERIFICATION MARKS
7.1 The markings are affixed on the sub platter underneath the load receptor in such a manner that they are easily accessible and clearly visible when the load receptor is removed. 7.2 Components that may not be dismantled or adjusted by the user (EEPROM, calibration switch, load cell) shall be secured by a tamper-evident solution bearing a securing mark. The securing mark may be either: − a mark of the manufacturer and/or manufacturer’s representative, or − an official mark of a verification officer.
Figure 5 shows the sealing method for the instrument.
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8
ALTERNATIVES
8.1 Having the instrument with an additional legally relevant parameter covering price computation: 9E0E This version number is displayed on the health and status indicator by entering scale diagnostics mode. The method to enter scale diagnostics mode is provided in the Product Reference Guide (PRG). All other software information remains as described in section 5. 8.2 Instruments with legally relevant parameters 1-70-28, 2-0-0, 9E0E; may have a preset tare device. The preset tare calculation is carried out by the scale, but must be initiated via an external interface, e.g. via a POS system. 8.3 Instruments with legally relevant parameters 1-70-28, 2-0-0, 9E0E; may use the Datalogic Virtual Display software, described in Evaluation Certificate GB-1621, connected to a PC display, as an alternative to the remote display as described in 2.1.1. 9
ILLUSTRATIONS
Figure 1 Figure 2 Figure 3 Figure 4 Figure 5
Magellan Model 939404 (medium length platter) Magellan Model 939406 (long length platter Datalogic 8300RD LCD display (2 on a pole) Datalogic 960RD LCD display Sealing method
CERTIFICATE HISTORY ISSUE NO.
DATE
DESCRIPTION
UK 3016
30 March 2015
Type examination first issued.
UK 3016 Revision 1
08 March 2017
Applicant’s name changed from: “Datalogic ADC, Inc.” on front page. Updated all references from 2009/23/EC to 2014/31/EU. Updated wording in 6.1 in accordance with 2014/31/EU (applicable since 20 April 2016). Added section 3.2.
UK 3016 Revision 2
5 October 2017
Added sections 8.1, 8.2, 8.3, and Annex 1.
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Figure 1
Figure 2
Magellan Model 939404 (medium length platter)
Magellan Model 939406 (long length platter)
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Figure 3
Datalogic 8300RD LCD display (2 on a pole)
Figure 4
Datalogic 960RD LCD display
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Figure 5
Sealing method
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Annex 1 to UK 3016 How to display the scale load cell software ID version and the checksum of the optional price computation module Background: Read the entire procedure first before performing on a scanner scale. Procedure: 1) Place the instrument into the Diagnostics mode by pressing the Scale service button for approx. 5 seconds – this is the same as the ScaleSentry button and is designated with a exclamation point (!) on the lower left control panel button. The scanner shall then emit one medium length beep. This shall initiate the diagnostics routine. 2) Be ready to look at the maintenance display as seen through the platter window. The display comes on quickly. 3) The seven segment display will scroll through the various software identifiers in a long string of characters. There will be a slight pause between the various identifiers. 4) The diagnostics program shall continue to cycle three (3) times through the complete string, and then the scanner automatically will reset. 5) The string of numbers are shown in the following order; Non-ID data that shows: “c” then the number of calibrations performed on the scale, then 3 horizontal bars and the number of times the scale has been zeroed, then 2 horizontal bars and the gravity zone then a dash “-“ followed by the lower 4 characters of the load cell checksum (F0D2 or F0DF) Note – these values can change. then another dash “-“ followed by the Scale software version (this is only one character long) then 4 more characters showing the checksum “9E0E” of the price computation software, if the instrument is configured that way, or just “----“ if not. The next string following the checksum or “----“ is the weighting embedded software ID, followed by the signal processing embedded software ID. 2-0-0 1-70-28 If there is a custom data string set it will next be displayed, otherwise the above sequence is repeated. The table below shows the above sequence: Characters Cx = x = x - xxxx -x xxxx zzzzz zzzzzzz
ucustomdata
Explanation of indication Where x is the number of calibrations performed to the scale Where x indicates the number of times the scale has been zeroed Where x indicates the scale gravity zone Where xxxx is the load cell software checksum (F0D2 or F0DF) in Hex lower 4 characters Where x indicates the scale software revision Where xxxx shows the checksum “9E0E “of the price computation software or shows “----“ if the scale is not configured for price computing Where the first zzzzz string is the weighing embedded software ID “2-0-0” and the second zzzzzzz string is the signal processing embedded software ID. “1-70-28” Is the value of a custom data string (if present – no data may be displayed if the item value is not set)
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6) To manually reset the scanner into normal mode, exit the diagnostics mode by pressing the Scale Zero button on the control panel. The maintenance display will temporarily show an “8”.
Crown copyright 2017 NMO Regulatory Delivery directorate Department for Business, Energy & Industrial Strategy This material may be freely reproduced except for sale
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EU-type type examination certificate UK 3016 Revision 2 Issued by:
NMO Notified Body Number 0126 In accordance with the requirements of the Non-automatic automatic Weighing Instruments Regulations 2016 (S.I. 2016 No. 1152) which implement, in the United Un Kingdom Council Directive 2014/31/EU 2014/31/EU, this EU-type examination certificate has been issued to:
Datalogic USA, Inc 959 Terry Street Eugene, Oregon 97402 USA In respect of class III non--automatic weighing instruments designated the Magellan 9300i or Magellan 9400i scanner scale with single or dual interval and having the following characteristics: ni ≤ 3 000 6 kg ≤ Maximum capacity ≤ 15 kg Min = 20 e e≥2g The necessary data (principal characteristics, al alterations, terations, 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: Valid until
5 October 2017 29 March 2025
M Bokota Technical Manager For and on behalf of the Head of Technical Services NMO I Stanton Avenue I Teddington I TW11 OJZ I United Kingdom Tel +44 (0) 20 8943 7272 I Fax +44 (0) 20 8943 7270 I Web www.gov.uk/government/organisations/regulatory-delivery delivery NMO is part of the Regulatory Delivery directorate within the Department for Business, Energy & Industrial Strategy
0135
Descriptive Annex 1
INTRODUCTION
This instrument is a Magellan 9300i or Magellan 9400i scanner/scale (models 939404 and 939406), Class III, mains operated, self-indicating, weight only, single or dual interval, NonAutomatic Weighing Instrument (Figures 1 and 2). The instrument may be used for direct sales to the public. 2
DESCRIPTION
2.1
Construction
2.1.1
Mechanical
Main features: −
− − − − −
2.2
The diecast base unit supports the load cell, barcode scanner assembly, main board and analogue boards. The scale sub-assembly is mounted on the load cell and the steel “L” shaped load receptor is mounted on the four supporting points on the scale sub-assembly. Designed to be flush-mounted in a fixed position in a checkout surface. Instruments may be fitted with a level indicator. Remote LCD single-sided display model 8300RD or 960RD Phihong model PSAA18U-120 mains power adapter. Model 939404 dimensions length 40.1 cm, width 29.2 cm and height 22.5 cm Model 939406 dimensions length 50.8 cm, width 29.2 cm and height 22.5 cm Load cell
The load cell is a Mettler-Toledo, part number SLP33xD, with a capacity of 30 kg. 2.3
Display
The Datalogic 8300RD (Figure 3) or 960RD (Figure 4) liquid crystal display (LCD) provides a five-digit, 15 mm high seven segment weight display. An enunciator to the right of the weight display shows the weight unit. One or two displays may be used. 2.4
Devices − − − − − −
Initial zero setting device (≤ 20% of Max) Semi-automatic zero setting device (≤ 4% of Max) Zero tracking device (≤ 4% of Max) Automatic zero setting device Zero indicator Gravity compensation
2.5
Operation
2.5.1
Power on
At power a display check is initiated which shows all the available segments on the remote display. A software routine is also initiated, which checks all the functions of the scanner, scale, remote display and interfaces, before sending a signal to indicate that it is ready for normal operation. Normal operation is indicated by the green and yellow LEDs on dim.
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2.5.2
Initial zero setting
The initial zero setting device has a range of ≤ 20% of maximum capacity. 2.5.3
Semi-automatic zero setting
The semi-automatic zero setting device has a range of ≤ 4% of maximum capacity. 2.5.4
Zero tracking
The zero tracking device has a range of ≤ 4% of maximum capacity, at a maximum speed of 0.5 d per second. 2.5.5
Over and under ranging.
Loads greater than nine divisions above the maximum capacity and loads below gross zero will result in an error being displayed on the weight display. 2.5.6
Alternative zero function
In an event that a weight is located on the load receptor between 2% and 18% of max during power-up, the instrument will perform an initial zero-setting operation and the scale will be at zero. Upon removal of the weight, the instrument will not be able to zero using the semiautomatic zero setting mechanism, resulting in a significant fault. To overcome this scenario the instrument will now automatically power down and power up, resetting the initial zero setting mechanism. An audible indication is given that power has been restored to the scale. If the scale is able to zero at this point, the scale returns to zero. If the scale is not able to zero, the scale indicates a non-weight condition. 3
TECHNICAL DATA
3.1
Rated operating conditions
Power supply is provided by a Philong model PSAA18U-120 mains power 3.1.1 adapter that provides a 12 V DC supply to the weighing instrument and barcode scanner, from a 100-240 VAC, 50/60 Hz mains supply. 3.1.2
The temperature range for the instrument is +10 ºC to +40 ºC.
3.2
Documentation and drawings
The instrument is fully described in the technical file held at NMO. 4
PERIPHERAL DEVICES AND INTERFACES
4.1
Point of sale devices
4.1.1 The instrument may be connected to any compatible point of sale device (POS) if the device has an Parts (Test) Certificate issued by a Notified Body appointed to certify instruments according to Paragraph 1 of Annex II of the Directive 2014/31/EU on Non-Automatic Weighing Instruments. 4.1.2 If the POS has a preset tare function it shall carry out this function autonomously and this function shall be in conformity with the standard (only needed if the instrument has no preset tare function).
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4.1.3 The connection shall be made in such a way that the weight indication, the unit price and price-to-pay indications are positioned adjacent to each other. 4.1.4 In this configuration only, the remote display as described in 2.1.1 may be replaced by a POS display, provided it is allowed in the POS system Parts (Test) Certificate, and that the POS display meets the essential requirements for a primary indication. The POS display must show the live weight as well as the weight unit and the weighing instrument’s metrological characteristics (Min, Max and e =). 4.2
Interfaces
The instrument may have the following protected interfaces only: − − − − − − − −
4.3
POS terminal (RJ10) Remote display (RJ4) Scale host (RJ10) Auxiliary port (RJ10) EAS port (RJ45) Power (Molex 3 pin) USB Image port Peripheral devices
The instrument may be connected to any peripheral device that has been issued with Parts (Test) Certificate by a Notified Body responsible for Module B under Directive 2014/31/EU and bears the CE marking of conformity to the relevant directives; or A peripheral device without a Parts (Test) certificate may be connected under the following conditions: − it bears the CE marking for conformity to the EMC Directive; − it 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 EN45501, i.e. 4.2, 4.4, 4.6 and 4.7. A printing device may print additional information such as date or number to identify the printed weighing result(s) or sets of weighing results. 5
SOFTWARE
The legally relevant parameters (scale configuration and calibration) are stored in EEPROM (Electrically Erasable Programmable Read Only Memory) on the circuit board, and have the following identification versions numbers used for verification purposes: 1-70-28 2-0-0 These version numbers are displayed on the health and status indicator by entering scale diagnostics mode. The method to enter scale diagnostics mode is provided in the Product Reference Guide (PRG). For reference the procedure to enter the instruments diagnostic mode and to view the software version numbers is shown in Annex 1
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Access to the calibration mode is only allowed by operating a switch behind a sealing cap. 6
APPROVAL CONDITIONS
This certificate is issued subject to the following conditions: 6.1
Inscriptions
6.1.1
The instrument shall bear the following inscriptions on or near the display: − − −
6.1.2
Max Min e= The instrument shall bear the following inscriptions:
− − − − − − −
CE marking Supplementary metrology marking Identification number of the notified body involved in the production control phase Number of the EU-type examination certificate Manufacturer’s name, registered trade name or registered trade mark and postal address Accuracy class Type, batch or serial number
and, when applicable: − for instruments consisting of separate but associated units: identification mark on each unit; − scale interval if it is different from e, in the form d = N; − maximum additive tare effect, in the form T = + N; − maximum subtractive tare effect if it is different from Max, in the form T = – N; − tare interval if it is different from d, in the form dT = N; − maximum safe load if it is different from Max, in the form Lim N; − the special temperature limits, in the form N oC/N oC; − ratio between load receptor and load. The markings and inscriptions shall fulfil the requirements of Article 6, Article 16, Article 17 and Point 1 of Annex III of Directive 2014/31/EU. 7
LOCATION OF SEALS AND VERIFICATION MARKS
7.1 The markings are affixed on the sub platter underneath the load receptor in such a manner that they are easily accessible and clearly visible when the load receptor is removed. 7.2 Components that may not be dismantled or adjusted by the user (EEPROM, calibration switch, load cell) shall be secured by a tamper-evident solution bearing a securing mark. The securing mark may be either: − a mark of the manufacturer and/or manufacturer’s representative, or − an official mark of a verification officer.
Figure 5 shows the sealing method for the instrument.
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8
ALTERNATIVES
8.1 Having the instrument with an additional legally relevant parameter covering price computation: 9E0E This version number is displayed on the health and status indicator by entering scale diagnostics mode. The method to enter scale diagnostics mode is provided in the Product Reference Guide (PRG). All other software information remains as described in section 5. 8.2 Instruments with legally relevant parameters 1-70-28, 2-0-0, 9E0E; may have a preset tare device. The preset tare calculation is carried out by the scale, but must be initiated via an external interface, e.g. via a POS system. 8.3 Instruments with legally relevant parameters 1-70-28, 2-0-0, 9E0E; may use the Datalogic Virtual Display software, described in Evaluation Certificate GB-1621, connected to a PC display, as an alternative to the remote display as described in 2.1.1. 9
ILLUSTRATIONS
Figure 1 Figure 2 Figure 3 Figure 4 Figure 5
Magellan Model 939404 (medium length platter) Magellan Model 939406 (long length platter Datalogic 8300RD LCD display (2 on a pole) Datalogic 960RD LCD display Sealing method
CERTIFICATE HISTORY ISSUE NO.
DATE
DESCRIPTION
UK 3016
30 March 2015
Type examination first issued.
UK 3016 Revision 1
08 March 2017
Applicant’s name changed from: “Datalogic ADC, Inc.” on front page. Updated all references from 2009/23/EC to 2014/31/EU. Updated wording in 6.1 in accordance with 2014/31/EU (applicable since 20 April 2016). Added section 3.2.
UK 3016 Revision 2
5 October 2017
Added sections 8.1, 8.2, 8.3, and Annex 1.
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Figure 1
Figure 2
Magellan Model 939404 (medium length platter)
Magellan Model 939406 (long length platter)
7/11
Figure 3
Datalogic 8300RD LCD display (2 on a pole)
Figure 4
Datalogic 960RD LCD display
8/11
Figure 5
Sealing method
9/11
Annex 1 to UK 3016 How to display the scale load cell software ID version and the checksum of the optional price computation module Background: Read the entire procedure first before performing on a scanner scale. Procedure: 1) Place the instrument into the Diagnostics mode by pressing the Scale service button for approx. 5 seconds – this is the same as the ScaleSentry button and is designated with a exclamation point (!) on the lower left control panel button. The scanner shall then emit one medium length beep. This shall initiate the diagnostics routine. 2) Be ready to look at the maintenance display as seen through the platter window. The display comes on quickly. 3) The seven segment display will scroll through the various software identifiers in a long string of characters. There will be a slight pause between the various identifiers. 4) The diagnostics program shall continue to cycle three (3) times through the complete string, and then the scanner automatically will reset. 5) The string of numbers are shown in the following order; Non-ID data that shows: “c” then the number of calibrations performed on the scale, then 3 horizontal bars and the number of times the scale has been zeroed, then 2 horizontal bars and the gravity zone then a dash “-“ followed by the lower 4 characters of the load cell checksum (F0D2 or F0DF) Note – these values can change. then another dash “-“ followed by the Scale software version (this is only one character long) then 4 more characters showing the checksum “9E0E” of the price computation software, if the instrument is configured that way, or just “----“ if not. The next string following the checksum or “----“ is the weighting embedded software ID, followed by the signal processing embedded software ID. 2-0-0 1-70-28 If there is a custom data string set it will next be displayed, otherwise the above sequence is repeated. The table below shows the above sequence: Characters Cx = x = x - xxxx -x xxxx zzzzz zzzzzzz
ucustomdata
Explanation of indication Where x is the number of calibrations performed to the scale Where x indicates the number of times the scale has been zeroed Where x indicates the scale gravity zone Where xxxx is the load cell software checksum (F0D2 or F0DF) in Hex lower 4 characters Where x indicates the scale software revision Where xxxx shows the checksum “9E0E “of the price computation software or shows “----“ if the scale is not configured for price computing Where the first zzzzz string is the weighing embedded software ID “2-0-0” and the second zzzzzzz string is the signal processing embedded software ID. “1-70-28” Is the value of a custom data string (if present – no data may be displayed if the item value is not set)
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6) To manually reset the scanner into normal mode, exit the diagnostics mode by pressing the Scale Zero button on the control panel. The maintenance display will temporarily show an “8”.
Crown copyright 2017 NMO Regulatory Delivery directorate Department for Business, Energy & Industrial Strategy This material may be freely reproduced except for sale
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