UK/0126/0137: Gilbarco GmbH, revision 1

UK/0126/0137
MI-005
EC type-examination certificate
UK/0126/0137 Revision 1
issued by:
The National Measurement Office
Notified Body Number 0126
In accordance with the requirements of the Measuring Instruments (Liquid Fuel and
Lubricants) Regulations 2006 (SI 2006/1266) and the Measuring Instruments (NonPrescribed Instruments) Regulations 2006 (SI 2006/1270) which implement, in the
United Kingdom, Council Directive 2004/22/EC, this certificate of EC typeexamination has been issued to:
Gilbarco GmbH
Ferdinand Henze Strasse 9
D-33154 Salzkotten
Germany
In respect of:
Liquids other than water dispenser designated SK700-II family
of dispensers
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.
Issue Date:
Valid Until:
Reference No:
01 August 2014
29 November 2022
TS0901/0030
Signatory: P R Dixon
for: Chief Executive
National Measurement Office | Stanton Avenue | Teddington | TW11 0JZ | United Kingdom
Tel +44 (0)20 8943 7272 | Fax +44 (0)20 8943 7270 | Web www.gov.uk/nmo
NMO is an Executive Agency of the Department for Business Innovation & Skills
0135
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
Frontier Europe
IOD
Encore510
397G
Horizon
Aral
112
Frontier
Sprint
Encore
alternative identification:
alternative identification:
alternative identification:
alternative identification:
alternative identification:
alternative identification:
alternative identification:
alternative identification:
alternative identification:
alternative identification:
alternative identification:
SK700-II/Endura
SK700-II/Frontier EU
SK700-II/IOD
SK700-II/Encore510
SK700-II/397G
SK700-II/Horizon
SK700-II/Aral
SK700-II/112
SK700-II/Frontier
SK700-II/Sprint
SK700-II/Encore
Example arrangements are shown in Figures 3-11 and 14-15. 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 12-13.
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.
2/17
2
CHARACTERISTICS
Accuracy Class
Mechanical Environment Class
Electromagnetic Environment
Class
Vmin liquid fuels
0.5 Liquid fuels and Adblue
1.0 LPG
M2
E1
2 or 5 litres if Qmax ≤ 60lpm
2, 5 or 10litres if Qmax > 60lpm
Often determined by national reverification practices.
Vmin LPG
Vmin Adblue
5 litres
2 or 5 litres
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
enclosure
Operation at -40°C is only valid if a heater is fitted to the electronics
2.4
meter.
Where two meters are used in parallel, Qmax = 2 x Qmax for an individual
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.
3/17
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.
Table 1
Comments
Certificate
Adblue
Evaluation
LPG
Type
Liquid Fuel
Manufacturer
Prime Component Summary
Meters
Gilbarco Veeder-Root
C+, V, V+
TC7144
Issued by NMI
X
Gilbarco GmbH
Ecometer
TC7143
Issued by NMI
X
Gilbarco Veeder-Root
C
TC7141
Issued by NMI
X
Gilbarco Veeder-Root
V meter
GB-1343
C global & C+ GB-1360
global meters
Gilbarco Veeder-Root
X
X
Gilbarco GmbH
K150
TC7142
Issued by NMI
X
Endress+Hauser
LPGmass DN15
TC7286
Issued by NMI
X
Endress+Hauser
LPGmass DN8
TC7286
Issued by NMI
2A Engineering
Prima
SK12-001 ME
Issued by SLM
Gilbarco Veeder-Root
GPU90
TC7146
Issued by NMI
X
Gilbarco Veeder-Root
GPU140
TC7274
Issued by NMI
X
Gilbarco Veeder-Root
Sandpiper-2
TC7123
X
Gilbarco Veeder-Root
Sandpiper-GSO
Rose
GB-1534
X
Tulip
ER112, EL112
GB-1368
X
X
X
Gas Separators
Electronic Calculator
Gilbarco Veeder-Root
Gilbarco Veeder-Root
GB-1467
Used in volumeonly dispensers
X
TC7080
Red Jacket
Not required
FE-Petro
Not required
Gas separator not X
required
Gas separator not X
required
X
Submerge Pumps
4/17
X
X
X
Issued by NMI.
Only used in 112
model
Gilbarco GmbH
X
X
Table 2
C+, V, V+
V meter
C+ global meter
C global meter
C
Ambient
temp
-10°C to
+55°C
-10°C to
+55°C
C+ global meter
low temp version
-40°C to
+55°C
Ecometer
-25°C to
+55°C
K150 meter
-25°C to
+55°C
E+H Coriolis
LPGmass DN15
-40°C to
+55°C
E+H Coriolis
LPGmass DN8
-40°C to
+55°C
2A Prima meter
-25°C to
+55°C
GPU90
-40°C to
+55°C
GPU90
-40°C to
+55°C
GPU140
-40°C to
+55°C
Sandpiper-2
Sandpiper-GSO
Rose
Tulip
ER112, EL112
-25°C to
+55°C
Prime Component Characteristics
Liquid
temp
-10°C
to
+40°C
-10°C
to
+40°C
-40°C
to
+40°C
-10°C
to
+50°C
-10°C
to
+50°C
-40°C
to
+55°C
-40°C
to
+55°C
-10°C
to
+50°C
-40°C
to
+55°C
-40°C
to
+55°C
-40°C
to
+55°C
-
Viscosity
Qmin
range / fuel
0.4mPa.s to 1.6lpm
17mPa.s
Qmax
Pmax
80lpm
3.5bar
0.4mPa.s to 4lpm
17mPa.s
80lpm
3.5bar
0.4mPa.s to 1.6lpm
17mPa.s
80lpm
3.5bar
0.4mPa.s to 4lpm
17mPa.s
80lpm
3.5bar
0.4mPa.s to 4lpm
17mPa.s
130lpm
3.5bar
-
2.4kg/min 130kg/min 100bar
-
0.8kg/min 36kg/min
100bar
LPG
5lpm
50lpm
25bar
0.4mPa.s to 1.1mPa.s
90lpm
1.9bar
1.1mPa.s to 17mPa.s
90lpm
2.5bar
1.1mPa.s to 8.0mPa.s
140lpm
3.5bar
-
-
-
-
5/17
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
Manufacturer
Self-service devices
Type
Gilbarco
Gilbarco Autotank
Gilbarco Autotank
Tokheim
Wayne
Scheidt u Bachmann
Hectronic
Hectronic
Hectronic
BP Europe
Orpak Systems Ltd
Evaluation
Certificate
Passport
Europe TC7581
PBox
Outdoor Payment
127612
NC3/NP3 L/P/C
Outdoor Payment
NP-M3(OPT)
NC-M3 CRIP
(GS/SK)
NP3-M3
NC3L-M3 (GS/SK)
NP3-M4
NC3P-M4
NC3L-M4 (GS/SK)
FuelPOS
Fusion
TMS30
TA2331
Heconomy
Hecstar Hecfleet NT
RAP Sustain
Systor POS and OrPt
OPT
FIT.10.A.ER.01
FIT.10.A.01
TC7343
SP 107023
TC7596
GB-1286
A0445/4225/2012EC
A0445/4226/2012EC
TC7657
GB-1381
Comments
Issued by NMI
Issued by SP
(Sweden)
Issued by ITO
(Finland)
Issued by NMI
Issued by SP
Issued by NMI
Issued by BEV
Issued by BEV
Issued by NMI
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.
6/17
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 the 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.
dry.
The installation provides a system to prevent the remote pump running
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.
7/17
3.3.2
Optional Features
•
•
•
•
•
•
•
•
•
•
•
3.3.3
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
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
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 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.
8/17
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 Paragraph
9 of Annex I of the Directive 2004/22/EC.
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.
9/17
6
SUPPORTING DOCUMENTATION
6.1
Documentation file is held on file TS0901/0030/2/0001
7
ALTERNATIVES
7.1
There are as yet no alternatives
8
ILLUSTRATIONS
Figure 1
Figure 2
Figure 3
Figure 4
Figure 5
Figure 6
Figure 7
Figure 8
Figure 9
Figure 10
Figure 11
Figure 12
Figure 13
Figure 14
Figure 15
Nameplate – typical arrangement of English version
Datasheet – typical arrangement of English version
SK700-II – typical arrangement
Endura – typical arrangement
Frontier Europe – typical arrangement
IOD – typical arrangement
Encore 510 – typical arrangement
397G – typical arrangement
Horizon – typical arrangement
Aral – typical arrangement
112 – typical arrangement
LPG dispenser – typical arrangement
Adblue dispenser – typical arrangement
Frontier and Sprint – typical arrangements
Encore – typical arrangement
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
Revision 1 issued.
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.
10/17
Manufacturing
address
Example shows
option to have one
nameplate per side
on 2-sided
dispensers
Figure 1
Nameplate – typical arrangement of English version
11/17
Figure 2
Datasheet – typical arrangement of English version
(Multiproduct model shown)
12/17
Figure 3
SK700-II – typical arrangement
Figure 4
Endura – typical arrangement
13/17
Figure 5
Frontier Europe – typical arrangement
Figure 6
Figure 7
IOD – typical arrangement
Encore 510 – typical arrangement
14/17
Figure 8
Figure 9
397G – typical arrangement
Horizon – typical arrangement
Figure 10
Aral – typical arrangement
Figure 11
112 – typical arrangement
15/17
Figure 12
Figure 13
Figure 14
LPG dispenser – typical arrangement
Adblue dispenser – typical arrangement
Frontier and Sprint – typical arrangements
16/17
Figure 15
Encore – typical arrangement
©Crown Copyright 2014
NATIONAL MEASUREMENT OFFICE
17/17

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