UK/0126/0137

MI-005

Issue date: Valid until:

15 May 2019 29 November 2022

Grégory Glas Lead Technical Manager For and on behalf of the Head of Technical Services

0135 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/office-for-product-safety-and-standards NMO is part of the Office for Product Safety and Standards within the Department for Business, Energy & Industrial Strategy

EU-type examination certificate UK/0126/0137 Revision 5

Issued by:

NMO Notified Body Number 0126

In accordance with the requirements of the Measuring Instruments Regulations 2016 (S.I. 2016 No. 1153) which implement, in the United Kingdom, Council Directive 2014/32/EU, this EU-type examination certificate has been issued to:

Gilbarco GmbH Ferdinand Henze Strasse 9 D-33154 Salzkotten Germany

In respect of a Liquids other than water dispenser designated SK700-II family of dispensers having the following characteristics:

Accuracy class: 0.5 Liquid fuels and Adblue 1.0 LPG

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.

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Descriptive Annex 1 INTRODUCTION The Gilbarco Veeder-Root Dispensers are for use in attended or unattended mode. A number of alternative housings are included which are identified as:

SK700-II Endura alternative identification: SK700-II/Endura Frontier Europe alternative identification: SK700-II/Frontier EU IOD alternative identification: SK700-II/IOD Encore510 alternative identification: SK700-II/Encore510 397G alternative identification: SK700-II/397G Horizon alternative identification: SK700-II/Horizon Aral alternative identification: SK700-II/Aral 112 alternative identification: SK700-II/112 Frontier alternative identification: SK700-II/Frontier Sprint alternative identification: SK700-II/Sprint Encore alternative identification: SK700-II/Encore Frontier Global MPD alternative identification: SK700-II/Frontier MPD or Horizon-II Frontier-II alternative identification: SK700-II/Frontier-II or Orion Latitude alternative identification: SK700-II/Latitude

Example arrangements are shown in Figures 3-11 and 14-18. Further examples are held in the Documentation File. The dispensers described in this document are suitable for use with:

• liquid fuels including petroleum, ethanol blends, methanol blends, diesel, heating oil, biodiesel and biodiesel blends,

• liquefied petroleum gas (LPG),

• aqueous urea solution (Adblue),

The dispenser model name may identify the liquid type, e.g. SK700-II/Adblue, SK700-II/LPG. Example arrangements are shown in Figures 12 and 13 Measuring instruments associated with the liquid types above can share the same calculator, and optionally share the same enclosure. The measuring instruments can share the same calculator and housing as a compressed gas dispenser. 2 CHARACTERISTICS

Accuracy Class 0.5 Liquid fuels and Adblue 1.0 LPG

Mechanical Environment Class M2

Electromagnetic Environment Class E1

Vmin liquid fuels 2 or 5 litres if Qmax ≤ 60lpm 2, 5 or 10litres if Qmax > 60lpm Often determined by national re-verification practices.

Vmin LPG 5 litres

Vmin Adblue 2 or 5 litres

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2.1 The ambient temperature range for a dispenser is limited to a range in which the characteristics of all individual components within the dispenser are valid. Similarly, the liquid temperature range for a dispenser is limited to a range in which the characteristics of all individual components are valid. 2.2 The overall characteristic of a measuring instrument (delivery circuit) is limited to a range in which the characteristics of all the individual components within the measuring instrument are valid. 2.3 Operation at -40°C is only valid if a heater is fitted to the electronics enclosure 2.4 Where two meters are used in parallel, Qmax = 2 x Qmax for an individual meter. 2.5 Qmin-Qmax for a measuring instrument, as marked on the dispenser nameplate, can be selected by Gilbarco providing that:

Qmax/Qmin ≥ 10 for liquid fuels Qmax/Qmin ≥ 5 for LPG Qmax/Qmin ≥ 4 for Adblue

and that there is no conflict with the characteristics of any component associated with that instrument. 3 CONSTRUCTION 3.1 Prime Components and Characteristics The dispenser is constructed from any combination of the prime components listed in Table 1 providing there are no conflicting characteristics within the relevant Evaluation Certificates.

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Table 1 Prime Component Summary

Manufacturer Type Evaluation

Certificate

Comments L

iqu

id F

ue

l

LP

G

Ad

blu

e

Meters

Gilbarco Veeder-Root C+, V, V+ TC7144 Issued by NMO X

Gilbarco GmbH (now

Gilbarco Veeder-Root)

Ecometer TC7143 Issued by NMO X

Gilbarco Veeder-Root C TC7141 Issued by NMI X

Gilbarco Veeder-Root V meter GB-1343 X

Gilbarco Veeder-Root C global & C+ global meters

GB-1360 X

Gilbarco GmbH (now

Gilbarco Veeder-Root)

K150 TC7142 Issued by NMI X

Endress+Hauser LPGmass DN15 TC7286 Issued by NMI X X

Endress+Hauser LPGmass DN8 TC7286 Issued by NMI X

Krohne Batchflux 3200 C TC10836 Issued by NMI X

2A Engineering Prima SK12-001 ME Issued by SLM X

Gas Separators

Gilbarco Veeder-Root GPU90 TC7146 Issued by NMO X

Gilbarco Veeder-Root GPU140 TC7274 Issued by NMO X

Electronic Calculator

Gilbarco Veeder-Root Sandpiper/ Sandpiper-2/ Sandpiper-Apollo

TC7123 Issued by NMO X X X

Gilbarco Veeder-Root Apollo-2 GB-1655 Issued by NMO X X X

Gilbarco Veeder-Root Sandpiper-GSO GB-1534 X X

Gilbarco Veeder-Root Rose GB-1467 Used in volume-only dispensers

X

Gilbarco Veeder-Root Tulip GB-1368 X

Gilbarco GmbH (now

Gilbarco Veeder-Root) ER112, EL112

TC7080 Issued by NMI. Only used in 112 model

X

Submerge Pumps

Red Jacket Not required Gas separator not

required X X

FE-Petro Not required Gas separator not

required X

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Table 2 Prime Component Characteristics

Check all specs against latest certificates

Ambient temp

Liquid temp

Viscosity range / fuel

Qmin Qmax Pmax

C+, V, V+ V meter C+ global meter

-10°C to +55°C

-10°C to +40°C

0.4mPa.s to 17mPa.s

1.6lpm 80lpm 3.5bar

C global meter C

-10°C to +55°C

-10°C to +40°C

0.4mPa.s to 17mPa.s

4lpm 80lpm 3.5bar

C+ meter low temp version

-40°C to +55°C

-40°C to +40°C

0.4mPa.s to 17mPa.s

1.6lpm 80lpm 3.5bar

Ecometer -40°C to +55°C

-40°C to +50°C

0.4mPa.s to 17mPa.s

4lpm 80lpm 3.5bar

K150 meter -25°C to +55°C

-10°C to +50°C

0.4mPa.s to 17mPa.s

4lpm 130lpm 3.5bar

E+H Coriolis LPGmass DN15

-40°C to +55°C

-40°C to +55°C

- 2.4kg/min 130kg/min 100bar

E+H Coriolis LPGmass DN8

-40°C to +55°C

-40°C to +55°C

- 0.8kg/min 36kg/min 100bar

Krohne Batchflux 3200C DN15

-40°C to +55°C

-40°C to +55°C

- 2lpm 40lpm 10bar

2A Prima meter -25°C to +55°C

-10°C to +50°C

LPG 5lpm 50lpm 25bar

GPU90 -40°C to +55°C

-40°C to +55°C

0.4mPa.s to 1.1mPa.s

- 90lpm 1.9bar

GPU90 -40°C to +55°C

-40°C to +55°C

1.1mPa.s to 17mPa.s

- 90lpm 2.5bar

GPU140 -40°C to +55°C

-40°C to +55°C

1.1mPa.s to 8.0mPa.s

- 140lpm 3.5bar

Sandpiper Sandpiper-2 Sandpiper-Apollo Apollo-2 Sandpiper-GSO Rose Tulip ER112, EL112

-25°C to +55°C

- - - - -

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3.2 Self Service Devices The dispenser may be connected to the following self-service devices:

• any self-service device listed in Table 3 where the calculator supports the protocol, or

• any self-service device with a Parts Certificate where the communication protocol is stated in the Parts Certificate for the self-service device and in the Evaluation Certificate for the calculator.

Table 3 Self-service devices

Manufacturer Type Evaluation

Certificate

Comments

Gilbarco Passport Europe PBox

TC7581 Issued by NMI

Gilbarco Autotank Outdoor Payment NC3/NP3 L/P/C

127612 Issued by SP (Sweden)

Gilbarco S.r.l Outdoor Payment NC3/NP3 L/P/C

127614 Issued by SP (Sweden)

Gilbarco Autotank Outdoor Payment NP-M3(OPT) NC-M3 CRIP (GS/SK) NP3-M3 NC3L-M3 (GS/SK) NP3-M4 NC3P-M4 NC3L-M4 (GS/SK)

FIT.10.A.ER.01 FIT.10.A.01

Issued by ITO (Finland)

Tokheim FuelPOS TC7346 Issued by NMI

Wayne Fusion SP 107023 Issued by SP

Scheidt u Bachmann TMS30 OPT230 OPT230/2

TC7596 Issued by NMI

Hectronic TA2331 GB-1286

Hectronic Heconomy A0445/4225/2012EC Issued by BEV

Hectronic Hecstar Hecfleet NT A0445/4226/2012EC Issued by BEV

BP Europe RAP Sustain TC7657 Issued by NMI

Orpak Systems Ltd Systor POS and OrPt OPT

GB-1381

3.2 Other Components and Arrangements Critical to Metrology 3.2.1 General 3.2.1.1 Where one meter feeds more than one hose circuit (for example Master-Satellite configurations), control valves ensure that a delivery cannot be made simultaneously from more than one hose circuit. 3.2.1.2 The combination of hose type and length is selected to ensure hose dilation does not result in a displayed quantity at the start of a transaction prior to the nozzle being operated.

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3.2.2 Liquid fuel dispensers 3.2.2.1 Where more than one meter shares an incoming product line, either in the same dispenser, or in the case of sites with submerged pumping units meters within other dispensers, non-return valve(s) are fitted to prevent reverse flow from each meter. 3.2.2.2 When one pump and gas separator feeds two meters which in turn feed separate hoses, a control valve is fitted in the hydraulic circuit associated with each meter. 3.2.3 LPG dispensers 3.2.3.1 A non-return valve is fitted in the liquid line between the vapour separator and the meter. 3.2.3.2 A differential valve is installed, and ensures that the liquid pressure is a minimum of 1 bar greater than the vapour pressure 3.2.3.3 A manometer is installed in the liquid line close to the meter and upstream of the differential valve. 3.2.3.4 For LPG installations where several dispensers share a common supply system, a control valve is installed in each meter circuit. 3.2.3.5 For LPG installations where several dispensers share a common supply system, and where the gas separator does not include a float mechanism, a non-return valve is installed in each dispenser vapour return line 3.2.4 Adblue dispensers 3.2.4.1 A non-return valve is fitted in the liquid line ahead of the meter. 3.2.4.2. The installation provides a system to prevent the remote pump running dry. 3.3 Optional Components and Arrangements 3.3.1 Optional Chassis Construction 3.3.1.1 The electronics enclosure facia may be constructed of steel, aluminium, or plastic, or a combination of these materials, except where restricted by the calculator certificate. 3.3.1.2 The dispenser housing may be used for the construction of a satellite unit containing a hose and nozzle circuit fed from the hydraulics in a remote master dispenser. This unit may optionally house a display repeating the transaction information shown on the master. The satellite is deemed to be a nozzle of the master unit. Two satellites may share a single housing. 3.3.2 Optional Features

• Addition of Gilbarco Veeder-Root vapour recovery systems, using electronics considered as part of the calculator evaluation.

• Addition of electronics for payment at the dispenser

• Electronic calibration

• Temperature compensation

• Heaters for the electronics enclosure for low temperature operation

• Preset, by self-service device, or by local user interface

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• Master-Satellite operation for diesel/gasoil dispensers

• Delivery flowrate selection either by nozzle selection or by pushbutton

• Volume only indicator

• On LPG dispensers, if the delivery button/switch is released, the delivery may be continued within a programmable time of up to 15 seconds without zero setting of the calculator

• Other options listed in the component evaluation certificates 3.3.3 Component options

• Control valves may be single stage on/off, two stage for preset transactions, or proportional providing continuously variable flowrates

• Hoses and nozzles are as described in the technical file supporting this certificate.

• Vapour recovery systems are as described in the technical file supporting this certificate.

• Hydraulic arrangements of the prime components are as described in the technical file supporting this certificate.

3.3.4 Options not critical to Metrology. 3.3.4.1 The following items may be included within the hydraulic circuits:

• Shear valves

• Non-return valves separate from the pump and gas separator

• Swivels and or safety breaks in the hose assembly circuit

• Sightglasses for non-metrological purposes in the hose assembly circuit

• Mechanical totalisers

• Additional manometers on a LPG dispenser 3.3.4.2 The following items may be included within the electronics housing without being included in component evaluation certificates

• Any electronics not associated with the sales transaction and not connected to circuits of the calculator, and which will not impact the EMC characteristics of the enclosure.

4 APPROVAL CONDITIONS The certificate is issued subject to the following conditions: 4.1 Markings 4.1.1 Markings are in accordance with the WELMEC Guide 10.5 Issue 1. An example is shown in Figure 1. Initial verification labels including the CEM mark are added to this nameplate; but may be removed at subsequent field verifications. The height of the CE mark and the rectangle containing the letter “M” and year code are 5mm minimum. 4.1.2 The markings and inscriptions shall fulfil the requirements of Article 8, Article 21, Article 22 and Point 9 of Annex I of Directive 2014/32/EU. The markings shall include the manufacturer’s postal address.

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4.2 Data Sheet 4.2.1 The datasheet format is in accordance with the WELMEC Guide 10.5 Issue 1. An example is shown in figure 2. 4.3 Displays and Legends 4.3.1 Displays and legends are configured to meet the requirements of the country of installation. The text associated with the volume and price is greater than 10mm high. The text associated with unit price(s) is greater than 4mm high 4.3.2 Text is included on or near the primary display to indicate the minimum delivery for the dispenser. 4.3.3 Where a temperature compensation system is employed, text is added on or near the primary display to indicate that the volume is “at 15°C”. Alternative words may be used to deal with national or language requirements. 5 LOCATION OF SEALS 5.1 Securing is detailed in the Documentation Files for the individual components. 5.2 Components may additionally be sealed to the dispenser frame, or alternatively, may be specifically listed by serial number on a datasheet which remains with the dispenser in the calculator enclosure. 5.3 On LPG dispensers, the pressure calibration screw of the differential valve is sealed, and the differential valve is sealed against removal from the dispenser. Any mechanical valves in the vapour return line are sealed in the open position. 6 SUPPORTING DOCUMENTATION 6.1 The instrument is fully described in the technical file held at NMO.

7 ALTERNATIVES 7.1 There are currently no authorised alternatives. 8 ILLUSTRATIONS Figure 1 Nameplate – typical arrangement of English version Figure 2 Datasheet – typical arrangement of English version Figure 3 SK700-II – typical arrangement Figure 4 Endura – typical arrangement Figure 5 Frontier Europe – typical arrangement Figure 6 IOD – typical arrangement Figure 7 Encore 510 – typical arrangement Figure 8 397G – typical arrangement Figure 9 Horizon – typical arrangement Figure 10 Aral – typical arrangement Figure 11 112 – typical arrangement Figure 12 LPG dispenser – typical arrangement Figure 13 Adblue dispenser – typical arrangement Figure 14 Frontier and Sprint – typical arrangements

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Figure 15 Encore – typical arrangement Figure 16 Frontier EU MPD or Horizon-II – typical arrangement Figure 17 Frontier-II – typical arrangements Figure 18 Latitude – typical arrangements 9 CERTIFICATE HISTORY

ISSUE NO. DATE DESCRIPTION

UK/0126/0137 30 November 2012 Type examination certificate first issued.

UK/0126/0137 Revision 1

01 August 2014 Section 1: Frontier, Sprint and Encore models added. Associated illustrations added in section 8. Tables 1 and 2: Sandpiper-GSO and Endress-Hauser DN8 meter added. Section 8 alternative Endura housing added. Figure 2 updated.

UK/0126/0137 Revision 2

12 May 2017 References to Directive 2004/22/EC changed to 2014/32/EU (including section 4.1.2) Section 1: Frontier Global MPD model added. Associated illustrations added in section 8. Tables 1 and 2: Sandpiper, Sandpiper-Apollo calculators and Krohne Batchflux 3200C meter added. Indicated Evaluation Certificates where latest revisions are issued by NMO. Table 2: Eco meter ambient temp now -40°C and liquid temp now -40°C. Table 3: Added Evaluation Certificate 127614 for Gilbarco S.r.l payment terminal. Added Scheidt u Bachmann OPT230 and OPT230/2. Figure 1 updated, Figure 16 added.

UK/0126/0137 Revision 3

10 August 2018 Section 1: Frontier-II model added. Table 3: Tokheim FuelPOS corrected from TC7343 to TC7346 Figure 17 added.

UK/0126/0137 Revision 4

17 January 2019 Section 1: Frontier-II alternative identification named Orion added. Table 1, Table 2: Apollo-2 added

UK/0126/0137 Revision 5

15 May 2019 Section 1: Latitude alternative identification named added. Figure 18 added.

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Figure 1 Nameplate – typical arrangement of English version

Manufacturing location postal address

Example shows option to have one nameplate per side on 2-sided dispensers

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Figure 2 Datasheet – typical arrangement of English version

(Multiproduct model shown)

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Figure 3 SK700-II – typical arrangement

Figure 4 Endura – typical arrangement

Figure 5 Frontier Europe – typical arrangement

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Figure 6 IOD – typical arrangement

Figure 7 Encore 510 – typical arrangement

Figure 8 397G – typical arrangement

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Figure 9 Horizon – typical arrangement

Figure 10 Aral – typical arrangement

Figure 11 112 – typical arrangement

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Figure 12 LPG dispenser – typical arrangement

Figure 13 Adblue dispenser – typical arrangement

Figure 14 Frontier and Sprint – typical arrangements

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Figure 15 Encore – typical arrangement

Figure 16 Frontier Global MPD or Horizon-II – typical arrangement

Figure 17 Frontier-II – typical arrangements

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Figure 18 Latitude – typical arrangements © Crown copyright 2019 NMO Office for Product Safety and Standards Department for Business, Energy & Industrial Strategy This material may be freely reproduced except for sale