eu-type examination certificate uk/0126/0116 revision 11 · lpg dispenser is described in...

UK/0126/0116

MI-005

Issue date: Valid until:

23 January 2019 01 December 2021

Marek Bokota 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/0126/0116 Revision 11

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:

Dem. G. Spyrides S.A. 24 Athinon Avenue 10441 Athens Greece

In respect of a liquids other than water dispenser designated MPD, M, S or E series

Accuracy class: 0.5

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 MPD, M and S and E series is a range of dispensers for use in attended or unattended mode. The housing comprises a hydraulics enclosure with an electronics enclosure above it. Hose connections are made at the hydraulic housing with example arrangements shown in Figure 1.

The dispensers described in this document are suitable for use with fuels including petrol, ethanol blended petrol, petrol with up to 5% methanol, petrol with up to 15% MTBE, diesel, biodiesel blends, Kerosene and AdBlue.

2 CHARACTERISTICS

Accuracy Class 0.5

Mechanical Environment Class M1

Electromagnetic Environment Class E1

Vmin = 2 litres if Qmax ≤ 80 lpm = 5 litres if Qmax > 80 lpm often determined by national re-verification practices.

2.1 The ambient temperature range for the dispenser is limited to a range in which the characteristics of all the 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 characteristics of the measuring instrument (delivery circuit) are limited to a range in which the characteristics of all the individual components within the measuring instrument are valid. 3 CONSTRUCTION 3.1 Prime Components and Characteristics 3.1.1 The dispenser is constructed from any combination of the following prime components providing there are no conflicting characteristics within the relevant Evaluation Certificates.

Table 1 Prime Component Summary

Manufacturer Type Evaluation/Parts

Certificate

Meters

Dem G Spyrides S.A. TS90 GB-1425

Dem G Spyrides S.A. AB85 GB-1602

Bennett Pump Company SB100 ZR 131/13 - 0094

Netmil Trading Ltd. MC505/MC507 TC8566

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Gas Separators

Dem G Spyrides S.A. T75 GB-1426

Bennet Pump Company T140 ZR 141/13 - 0093

Dem G Spyrides S.A. G90 ZR 141/18-0187

Electronic Calculator

Dem G Spyrides S.A. AK6 GB-1427

Dem G Spyrides S.A. SFP A63 GB-1489

Dem G Spyrides S.A. SFP A63 ER3 GB-1490

Dem G Spyrides S.A. SFP A63 ER4 GB-1491

Self-service devices

- - -

Table 2 Prime Component Characteristics

Ambient

temp

Liquid

temp

Viscosity

range

Qmin Qmax Pmax

TS90 meter -25°C to

+55°C

-10°C to

+40°C

0.4mPa.s to 17

mPa.s

2 lpm 80 lpm 3.5 bar

AB85 meter -25°C to

+55°C

-10°C to

+40°C

0.4mPa.s to 17

mPa.s


SB100 meter -25°C to

+55°C

-10°C to

+50°C

0.4mPa.s to 17

mPa.s


MC505 -25°C to

+55°C

-25°C to

+55°C

0.4mPa.s to 20

mPa.s

22 lpm 227 lpm 10.0 bar

MC507 -25°C to

+55°C

-25°C to

+55°C

0.4mPa.s to 20

mPa.s

38 lpm 380 lpm 10.0 bar

T75 -25°C to

+55°C

-10°C to

+40°C

0.4 mPa.s to

17 mPa.s

- 75 lpm 3.5 bar

T140 -25°C to

+55°C

-10°C to

+40°C

0.4 mPa.s to

17 mPa.s

- 140 lpm 3.5 bar

G90 -25°C to

+55°C

-10°C to

+40°C

0.4 mPa.s to

17 mPa.s

- 65 lpm 3.5 bar

AK6 -25°C to

+55°C

- - - - -

SFP A63 -10°C to

+55°C

- - - - -

SFP A63 ER3 -25°C to

+55°C

- - - - -

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SFP A63 ER4 -25°C to

+55°C

- - - - -

3.2 Other Components and Arrangements Critical to Metrology 3.2.1 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. 3.2.2 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. 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. 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. 3.4 Options not critical to metrology 3.4.1 The following items may be included within the hydraulic circuits:

• Shear valves for use on dispensers

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

• Swivels and or safety breaks in the hose assembly circuit

• Sight-glasses for non-metrological purposes in the hose assembly circuit

• Mechanical totalisers 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 2. Initial verification labels including the CE mark and supplementary metrology 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 greater than 5mm.

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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.

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 3. 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. 5 LOCATION OF SEALS 5.1 Securing is detailed in the Evaluation Certificates 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. 6 SUPPORTING DOCUMENTATION 6.1 Evaluation Report- P00620 Documentation File reference TS0901/0008/4/0001 7 ALTERNATIVES 7.1 Alternative Sealing arrangements for the Bourns Pulser Installed in

E3000 and S2000 dispensers. The Bourns pulser cannot be sealed as described in the calculator evaluation certificate in the E3000 and the S2000 fuel dispenser series because there is no space available to do the sealing. The Bourns pulser is secured due to its location in a very confined space inside the hydraulics cabinet which prevents any intervention. 7.2 Having alternative arrangements, designated the M5300 (Figure 4) and MPD8000 COMBI comprising one liquid fuel dispenser and one LPG dispenser (Figure 5). The prime components for the liquid fuel dispenser are as described in section 3.1.1. The LPG dispenser is described in certificate UK/0126/0119. 7.3 Having the S2000 fuel dispenser fitted with the AB85 AdBlue meter and designated the S2000 AdBlue (Figure 6). 7.4 Having alternative housing designated the M6000 series (Figure 7). The prime components for the liquid fuel dispenser are as described in section 3.1.1.

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7.5 Having alternative arrangement the fuel dispenser series MPD, M, S and E fitted with vapour recovery stage II system as listed in Table 3. The stage II vapour recovery system is a mechanical system.

Table 3 Prime Components for Vapour Recovery Stage II System

Vapour Recovery Stage II System

for Single/Double Dispenser and MPD (Multi Product Dispenser)

Component

Component Specifications

Initial Version Variation 1 Variation 2

Nozzle Proportional, ELAFLEX (ZVA SLIMLINE 2 GRVP, according to EN13012)

Proportional, MAIDE (XIDE-80VR3, according to EN13012)

Proportional, ELAFLEX (ZVA SLIMLINE 2 GRVP, according to EN13012)

Coax Safety Break

ELAFLEX (CSB 21) ELAFLEX (CSB 21) ELAFLEX (CSB 21)

Coax Hose ELEFLEX (Conti Slimline 21/8 Coax, according to EN13483)

SHENYANG XINFEIYU (XFY, according to EN13483)

ELEFLEX (Conti Slimline 21/8 Coax, according to EN13483)

Coax Adaptor

ELAFLEX (ZAF) ELAFLEX (ZAF) ELAFLEX (ZAF)

Flame Arrester FLAMMER (type 1002-0008-00, according to EN16852)

FLAMMER (type 1002-0008-00, according to EN16852)

FLAMMER (type 1002-0008-00, according to EN16852)

Vapour Recovery Pump

DURR (MEX 0544, MEX 0831-10 & MEX 0831-11)

SPYRIDES (type VRP-10) SPYRIDES (type VRP-10)

Electric Motor ELNOR (BA2xy) or ELPROM (type PSM)

ELPROM (type PSM) or ELPROM (type O-M)

ELPROM (type PSM) or ELPROM (type O-M)

Proportional Valve

- - -

Control board - - -

Flow sensor - - -

7.6 Having alternative housing designated S2000 AdBlue Container (Figure 10). The prime components for the liquid fuel dispenser are as described in section 3.1.1. The container has one “Electronic Calculator AK6 – Display” (part number 420649) described in certificate GB-1427. 7.7 Having alternative software version(s) and checksum(s) for the Electronic Calculator AK6 described in certificate GB-1427. i) Version 5.11 Checksum 0x6C95 ii) Version 5.12 Checksum 0x90BA iii) Version 5.14 Checksum 0x199E iv) Version 5.15 Checksum 0x48CE v) Version 5.20 Checksum 0x2E53 vi) Version 5.22 Checksum 0x4512

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8 ILLUSTRATIONS Figure 1 Typical arrangements Figure 2 Nameplate – typical arrangements, Figure 3 Datasheet Figure 4 M5300 Series Figure 5 MPD8000 COMBI Figure 6 S2000 AdBlue Fuel Dispenser Figure 7 M6000 Series – typical arrangements Figure 8 Sealing measures Figure 9 Vapour recovery stage II system Figure 10 S2000 AdBlue Container 9 CERTIFICATE HISTORY

ISSUE NO. DATE DESCRIPTION

UK/0126/0116 02 December 2011 Type examination certificate first issued.

UK/0126/0116 Revision 1

18 February 2014 Addition of E series to front page. Addition of SB100 meter and SFP A63, SFP A63 ER3 and SFP A63 ER4 calculators to tables in section 3.1.1. Section 7.1 added.


23 September 2015 Addition of MC505 and MC507 meters and T140 gas separator to tables 1 and 2.


5 September 2016 References to 2004/22/EC replaced with 2014/32/EU. Postal address added to section 4.1.2. Section 7.2 added.


15 December 2016 AB85 meter added to section 3.1.1.


10 April 2017 Section 7.3 and Figure 6 added.


09 June 2017 Section 1: Kerosene added.


12 October 2017 Section 7.4 and Figure 7 added.


11 January 2018 Figure 8 added.


11 September 2018 Sections 7.5 and 7.6 added. Figures 9 and 10 added.


18 December 2018 Section 7.7 added.


23 January 2019 Table 1: Gas Separator G90 and Evaluation Certificate ZR 141/18-0187 added. Table 2 G90 Prime Component Characteristics added.

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Figure 1 Typical arrangements

Figure 2 Nameplate – typical arrangements

DEM. G. SPYRIDES S.A.

24 ATHINON AV.,

ATHENS 10441, GREECE

Fuel Dispenser Type MPD5000

II 2 G

Ambient Temp.: -25 to +55°C

EN 13617-1:2004

0359

11

M 0126

Viscosity Class: 1=0.4-1.0 mPas, 2=1.1-10 mPas, 3=10.1-20 mPas

1

Q min.

L/min

P max. V min.

L

Model / Year:

Serial No:

Homologation No:

Measurement Unit: Litre

Ph / V / Hz:

Max Power: kW Max Current: A

Ex Certificate No:

EPSILON 06 ATEX 2003

Liquid Temp.: -10 to +40°C

Accuracy Class: 0,5

Mechanical Class: M1

Electromagnetic Environment: E1

Q max.

L/min

2

3

4

L R

W&M Approval No:

XXX00000000

P min.Viscosity

Class

L R

1

R

R L

2

3

4

1

2

3

4

L

4 3 2 1 1 2 3 4

bar

Nature of Liquid:

Refined Petroleum Products

Max. viscosity: 20 mPas at 20°C

S2000 Series E3000 Series

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Figure 3 Datasheet

11/23

Figure 4 M5300 Series

Figure 5 MPD8000 COMBI

12/23

Figure 6 S2000 AdBlue Fuel Dispenser

13/23

M6800 M6500

M6400 M6200

Figure 7 M6000 Series – typical arrangements

14/23

Sealing SFP A63 ER3, version S79

Sealing SFP A63 ER4, version M78

Sealing SFP A63, checkSum E258, version F4.14

15/23

Sealing AK6, checkSum 857C, version F4.10 / checkSum 0xE7FD, version F4.15 / checkSum 0x6C95, version 5.11 / checkSum 0x90BA, version 5.12

Sealing ATC AK6

16/23

Sealing Meter Guard, checkSum FC8F, version F4.13

Sealing Bourns Pulser

17/23

Sealing P100 Pulser

Sealing SB100 Flowmeter

18/23

Sealing TS90 Flowmeter

Sealing AB85 Flowmeter

19/23

Sealing T75 Gas Separator

Sealing T140 Gas Separator

20/23

Sealing Marking Plate

Sealing Head Enclosure

Figure 8 Sealing measures

21/23

Figure 9 Vapour Recovery Stage II System components

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Figure 10 S2000 AdBlue Container

© 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

eu-type examination certificate uk/0126/0116 revision 11 · lpg dispenser is described in...

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