R117/2019-A-SE1-24.01

OIML Certificate No. R117/2019-A-SE1-24.01

rtification Syste

In respect of (type of instrument)

A family of Tokheim Quantium (QX30) Fuel dispenser, for petrol, kerosene, diesel, ethanol, FAME/RME, HVO fuel, Biofuels and its blends, DEF (Diesel Exhaust Fluid).

Construction

Product names:

• Tokheim Quantium Q330 series Fuel dispenser

• Tokheim Quantium Q430 series Fuel dispenser

Standard duty - Flowrate up to 40lpm

Heavy duty - Flowrate up to 80lpm

Very Heavy duty - Flowrate up to 130lpm

Product Configuration and feature Matrix

Tokheim Quantium $ ^{\mathrm{TM}} $ fuel dispenser family

Right and Left side is recognized by removing one of the doors from the hydraulic cabinet and look at the sheet metal support at the bottom. There is the letter R or L sticker will be seen pasted on to the sheet metal as can be seen in the pictures below. Right can also be described as A-side and Left can be described as B-side.

Measuring system (fuel dispenser) description

A complete measuring system consists of one electronic module and one to four hydraulic modules. If one pump and air separator is serving more than one nozzle simultaneously the total maximum flowrate through these nozzles is limited by the air separator (according to "Components included") and the volume sensor (according to "Volume sensor flowrate range" under "Technical data", chapter 2.1). For higher flowrate another hydraulic module have to serve the same nozzle. For further information see block diagram in this chapter.

Electronic module function

TQCL is an electronic subsystem, and it consists mainly of calculator, indicating device, and keyboard with preset. This module can handle up to 4 motors, 8 pulse transmitters, 8 nozzles and 8 solenoid valves. The electronic module is able to serve up to four customers at a time (called 4 active).

Hydraulic function modules

Measurement transducer function is a hydraulic subsystem and it consists mainly of: volume sensor and pulse transmitter.

Pump and air separator function is a hydraulic subsystem and it consists mainly of: Pumping Unit including air separator, motor and non-return valve.

Regulation function is a hydraulic subsystem and it consists mainly of: solenoid valves for flow rate regulation and on/off.

Delivery function is a hydraulic subsystem and it consists mainly of: hoses, nozzles and nozzle switch.

Central pump function is a hydraulic subsystem and it consists mainly of: delivery of air free liquid according to OIML R117-1, item 5.1.3 and security valve.

If the measuring system is equipped with a central pump an external (central) pump is used instead of an internal pump. The external system must comply with OIML 117-1, item 5.1.3 (i.e. it shall be equipped with an arrangement that prevents air to come into the system). The same applies to additive injection.

During verification it shall be possible to verify each volume sensor separately.

Block diagram describing permitted ways, and some restrictions to produce one delivery product for one customer. Each such configuration shall be a subset of the diagram. To produce multiple delivery products for a customer the block diagram is used several times.

P/A = Pressurizing and Air separation

M=Measuring

R = Regulating

Pumping unit with all necessary devices

D = Delivering

Volume Sensor and Pulse transmitter

Solenoid Valve

Hose, Nozzle and Nozzle Switch

Tokheim Quantium Series Product Range:

1. Quantium 330 or Q330 Dispenser Series. (Mono)

4. Quantium 430 or Q430 Dispenser Series. (MPD-Multi Products Dispenser)

Picture 5: 4-8-2 (4-Product, 8-Nozzle, 2-Displays) Lane configuration

Components included

Tokheim Quantium (QX30) Fuel dispenser families may include the following components.

Measurement transducer function

Volume sensor (petrol $ ^{*} $ , kerosene diesel or diesel/FAME/RME/HVO mixtures)

Tokheim TQM

*Petrol including ethanol according to international standard to petrol is suitable for use

Volume sensor (DEF)

Wayne iMeter2 DM2-X DEF Tokheim TQM-AL (also known as TM80-AdB or TQM- AdB)

Pulse transmitter

FC=Flow Compensating, NFC= Not Flow Compensating

Pumping Unit $ ^{*} $

P = petrol, K = kerosene, D = diesel, E = ethanol, F=FAME/RME, H=HVO

Anti-Foaming pipe 0-1 pcs (Can be installed in CPU)

DFS WR002578

Motor **, one per Pumping Unit

0,75 kW,3-phase 400 V,1400-1500 rpm or 0,75 kW,3-phase 230 V,1400-1500 rpm or 0,75 kW,1-phase 230 V,1400-1500 rpm or 0,55 kW,1-phase 230 V,1400-1500 rpm or 1,1 kW,3-phase 400 V,1400-1500 rpm or 1,1 kW,3-phase 230 V,1400-1500 rpm or 1,1 kW,1-phase 230 V,1400-1500 rpm

Inlet suction check valve ***

Wayne WM049971-000X

• is replaced in dispenser variant

*** is added in dispenser variant

** is left out in dispenser variant

Annex to OIML-Certificate Fel! Hittar inte referenskalla.01 dated 2024-08-15, page 8 of 26 pages

Delivery function

Hose, 16 mm (5/8") , max length 10 m

Elaflex Conti-Slimline 16

Hose, 16 mm (5/8") , max length 10 m

Elaflex Conti-Slimline 16 BIO

Hose, 16 mm (5/8") , max length 10 m

Elaflex Conti-Slimline 16 LT

Hose, 16 mm (5/8") , max length 10 m

Goodyear EN 1360,type 3,16 bar

Hose, 19 mm (3/4"), max length 10 m

Goodyear Hardwall Petrol Hose B.S. 3395/1989 type 3

Hose, 21 mm (7/8"), max length 10 m

Elaflex Conti-Slimline 21

Hose, 21 mm (7/8") , max length 6 m

Elaflex Conti-Slimline 21 - COAX (vapour recovery)

Hose, 21 mm (7/8"), max length 10 m mmq = 5,01

Elaflex Conti-Slimline 21 - COAX (vapour recovery)

Hose, 21 mm (7/8"), max length 10 m

Elaflex Conti-Slimline 21 BIO

Hose, 21 mm (7/8"), max length 10 m

Elaflex Conti-Slimline 21 LT

Hose, 21 mm (7/8") , max length 6 m

Elaflex Conti-Slimline 21 LT (vapour recovery)

Hose, 21 mm (7/8"), max length 10 m mmq = 5,01

Elaflex Conti-Slimline 21 LT (vapour recovery)

Hose, 25 mm (1"), max length 6 m

Elaflex Conti-Slimline 25 LT

Hose, 25 mm (1"），max length 10 m, mmq = 5,01 Elaflex Conti-Slimline 25 LT

Hose, 25 mm (1"), max length 10 m

Goodyear EN 1360,type 3,16 bar

Hose, 32 mm $ ( 1^{1} / 4^{*} ) $ , max length 7 m mmq = 5,01

Elaflex HD 32

Hose, DEF, max length 6 m, mmq = 5,01

Elaflex LPG ID=16, max working p=25 bar

Hose, 25 mm (1") , max length 40 m, mmq = 20 I, max flow rate >60 LPM

Elaflex HD 25 C winded on Reel

Hose, 32 mm (11/4") , max length 40 m, mmq = 20 l, max flow rate >60 LPM

Elaflex HD 32 C winded on Reel

HOSE-1 EXCEEDS S-EN 1360:2013 TYPE 3M ID 19mm WP 16KG/cm.SQ., max length 10 m

Parker $ ^{3/4} $-PARKER MARKWEL FUEL DISPENSING HOSE

HOSE-1 EXCEEDS S-EN 1360:2013 TYPE 3M ID 25mm WP 16KG/cm.SQ., max length 10 m

Parker 1-PARKER MARKWEL FUEL DISPENSING HOSE

Hose -1 Exceeds BS-EN 1360:2013 TYPE 2M ID 19mm WP 16KG/CM.SQ, max length 10 m

Polyhose $ \frac{3}{4} $ -Polyhose Fuel Dispensing Hose

Hose -1 Exceeds BS-EN 1360:2013 TYPE 2M ID 25mm WP 16KG/CM.SQ, max length 10 m

Polyhose 1-Polyhose Fuel Dispensing

Vapor Recovery Hose 7/8" MH63496,max length XFY/OPW VR 7/8" MH63496-OPW Vapor Recovery Hose 10m

Annex to OIML-Certificate Fel! Hittar inte referenskalla.01 dated 2024-08-15, page 10 of 26 pages

RISE Research Institutes of Sweden AB | Certification

Delivery function

Hose-GATES Fuel Master Curb Pump 1WB 3/4" (19.0mm) 250PSI (17bar) Meets& Exceeds BS EN 1360:2013/3M, max length 10 m

GATES Fuel Master

Nozzle 40-70 l/min

Elaflex ZVA slimline or OPW 21 or OPW 11 or OPW 7 or equivalent

Nozzle 40-70 l/min

Elaflex ZV 19 or 12VW OPW(VR) or Elaflex ZVA Slimline 2

without Drip-Stop or Elaflex ZVA Slimline 2 GR or equivalent

Nozzle 40-70 l/min, mmq = 5,01

Elaflex ZVA slimline TMV"DRIP-STOP" or equivalent

Nozzle 40 l/min, mmq = 5,01

OPW ACN or AVN or equivalent

Nozzle 90-130 l/min

Elaflex ZVA 25,1" or equivalent

Nozzle 90-200 l/min

Elaflex ZVA 32, 11/4" or equivalent

Nozzle, DEF

Elaflex ZVASS AdBlue or equivalent

Nozzle, DEF

Elaflex ZVA AdBlue LV or equivalent

Components included for electronic calculator function, TQCL

Integrated/Optional equipment and functions

• Pre-set of volume or price *****

• Volume totalizer

• Encrypted communication (256 bit AES)

• Family Integrity

• OTP based authentication

• Non-Openable and Self-Destructible Pulser

• AES Key exchange using PKI

• SHA256 is used to verify the software's authenticity.

Annex to OIML-Certificate Fel! Hittar inte referenskalla.01 dated 2024-08-15, page 12 of 26 pages

• Electronic Calibration

• Encrypted/ Non encrypted & Multilingual Printer.

• Capable of communicating with external POS.

Electronic Door Lock Arrangement

Integrated equipment and functions not subject to legal metrology control

• Vapour recovery system with vapour pump, regulating proportional valves and an electronic board a vapour recovery monitoring system consisting of a Vapour meter and belonging Intrinsic safe barrier may be used. Means for vapour recovery must not influence the accuracy of measurements such that the maximum permissible error is exceeded.

• To enhance the security feature and to restrict unauthorized access to the dispenser unit Electronic Lock is provided on the dispenser doors.

Rated operating conditions.

Measurand

Volume of liquid fuel expressed in litre.

Measurement range

Maximum flowrate ( $ q_{\mathrm{m a x}} $ ) 40 to 130 l/min (DEF down to 10 l/min)

Minimum flowrate ( $ q_{\mathrm{m i n}} $ ) $ \geq2 $ l/min

Minimum measured quantity DEF iMeter2 DM2-X DEF, 2,0 and 5,0 l.

(mmq) TQM, 2,0l only.

TQM AL. 5.0 l only

Scale interval, volume display 0,011

Minimum working pressure

Liquid temperature range

-30 $ ^{\circ} \mathrm{C} $ to $ + 5 5^{\circ} \mathrm{C} $ only for iMeter2

$$

• 4 0 ^ {\circ} C $$

$$ \mathrm {t o} + 5 0 \mathrm {C} ^ {\circ} $$

-25 $ ^{\circ} $ C to +55 $ ^{\circ} $ C iMeter2 FAME/RME

-10 $ ^{\circ} $ C to $ +55^{\circ} $ C only for DEF iMeter2

$$

• 5 ^ {\circ} C $$

$$

• 3 5 ^ {\circ} C $$

Type of liquids:

Petrol, kerosene, diesel, ethanol or

Volume sensor iMeter2

FAME/RME/HVO/Biofuels and its blends

Volume sensor TQM

Petrol, kerosene, diesel, ethanol or

FAME/RME/HVO/Biofuels and its blends

Viscosity range

0,4-8,0 mPas

Volume sensor iMeter2 DM2-X DEF & TQM-AL: DEF (Diesel Exhaust Fluid, e.g. AdBlue)

Volume sensor flow rate range iMeter2 Duplex (each meter) and Single (Flow compensating Pules Transmitter)

0,2 to 110 l/min

0,4 to 40 l/min only for DEF

Annex to OIML-Certificate Fel! Hittar inte referenskalla.01 dated 2024-08-15, page 13 of 26 pages

Environments classes / influence quantities Mechanic: Electromagnetic: Humidity:

class M1

class E1

class H3

Ambient temperature limits:

-40 $ ^{\circ} \mathrm{C} $ to $ + 5 5^{\circ} \mathrm{C} $ (tested to $ + 6 0^{\circ} \mathrm{C} $ )

-5 $ ^{\circ} \mathrm{C} $ to $ + 5 5^{\circ} \mathrm{C} $ for DEF

Interfaces and compatibility conditions

Interface for vapour recovery systems.

Communication between fuel dispenser and other parts of a measuring system (e g POS systems) using one of the following non-reactive interfaces is evaluated and approved. (This does not imply that the complete self-service arrangement fulfils the requirements of OIML R117):

When the dispenser is a part of a self-service arrangement the following requirements have to be fulfilled:

• The communication between the dispenser and the self-service device/devices has to be through one of the interfaces/protocols listed above.

• The connection has to be verified by the installer so the metrolgical data are presented in a way, whether it is an indicated, printed or memorized result, that meets the requirements of OIML R117.

Control of measuring task of the instrument in use

Identification Software for TQCL

The metrological software is identified by the checksum (W&M CRC value, see Software PCB board on pages 15 and 16), which can be accessed by pressing the P1 key on keypad. Code CRC, Welmec CRC and firmware version of CPU, ET, all Pulsers and LON etc can be viewed by accessing P1 code 1043.

After pressing the P1 key on keypad P1 code selection screen is displayed on Keypad Display also known as SKD (Secured keyboard Display) as per below format.

Now enter 4 digit P1 code i.e. 1043. After pressing the enter key, a screen will be displayed to enter the user number and password.

We can see firmware information after entering PASSWORD in the next screen. (Press 6 to go forward and 4 to go back.) For e.g.

Even after powering on the dispenser, the name of the calculator i.e. TQCL, and the software version is displayed on the main display as given below;

Annex to OIML-Certificate Fel! Hittar inte referenskalla.01 dated 2024-08-15, page 15 of 26 pages

Calibration-/adjustment procedure

• Dispensers with iMeter2 and TQM volume sensors are calibrated/adjusted according to TQCL user manual (English version, other languages may be available)

Sealing

The dispenser is sealed according to the requirement described in this chapter. The pictures in "Example pictures of sealing of the instrument" is example how the sealings can be applied.

NOTE: When using wire through screws etc. to make seals, ensure that the wire is as short and taut as possible. The closing stamp must be placed such as it is within reach for pressing with intended pliers, without dismantle surrounding components with the help of tools. The closing stamp can be of any suitable material.

Nameplate

The following seals are required:

• The nameplate should be riveted to the dispenser structure/column or sealed to the frame with a small "vandal proof" label to prevent removal or exchange.

TQCL Calculator

The following seals are required:

• calibration-switches which support volume calibration of each nozzle is sealed to prevent recalibration.

• Sealing is also to protect LM data like totals, calibration data & configuration back up data etc

• Seal between CPU cover and the center plate to prevent removal or exchange of CPU board from the dispenser structure and to safeguard LM data stored in CPU

• Cold start switch to prevent and restrict unauthorised access

Electromechanical totalizer

The following seals are required:

• EMT (if any) connectors are sealed to prevent tampering to mechanical totalizer readings.

Vapor recovery arrangement (not subject to legal metrology)

The following seals are required:

• VR Board with Calibration Switches support A/L ratio regulation needs to be sealed to prevent recalibration.

iMeter 2 Liquid Meter

The following seals are required:

Annex to OIML-Certificate Fel! Hittar inte referenskalla.01 dated 2024-08-15, page 16 of 26 pages

• Sealing of pulser to prevent opening and removal.

• Sealing of meter to prevent opening.

• Sealing of meter to prevent removal.

• Sealing air separator to prevent opening.

TQM Liquid Meter

The following seals are required:

• ATC Temperature sensor sealed prevent removal.

• Sealing of cover of the calibration screws to prevent manipulation of calibration.

• Sealing of pulser to prevent opening and removal.

• Sealing of meter to prevent opening.

• Sealing of meter to prevent removal.

• Sealing air separator to prevent opening.

Information to be borne by and to accompany the instrument

The name plate mounted on the instrument shall contain the following information:

• the OIML certificate number

• Space for verification mark

• the name or trademark

• the serial number and year of manufacture

• the designation or type name (according to "Product names and designation")

• Type of Liquid or Viscosity class (not for DEF) $ ^{*} $

• the temperature range of the dispensed liquid

• the accuracy class

• max. flow rate Qmax

• min. flow rate Qmin

• minimum measured quantity

• max. pressure Pmax

• the ambient temperature range

• mechanical class

• electromagnetic class

• humidity class

• Nominal value of the AC voltage supply

• depending of volume sensor

Example pictures of sealing of the instrument:

1) Electronic Calibration and Electronic Totaliser Arrangement:

ET(Electronic Totaliser) PCBA has eight calibration-switches which support volume calibration of each nozzle. Calibration switches can be sealed nozzle wise, or all can be sealed together using single wire. Sealing is also to protect LM data like totals, calibration data & configuration back up data etc. EMT (if any) connectors are also sealed to avoid ampering to mechanical totalizer readings. Option-3 or Option-4 are used when calibration-switches are on CPU board

[Please note that the manufacturer can choose a minimum any one of the sealing options or multiple sealing options given below as per the national regulations and as per the requirements of the customer.].

2) Sealing of CPU-Board Assembly:

Please note that the manufacturer can choose a minimum any one of the sealing options or multiple sealing options given below as per the national regulations and as per the requirements of the customer.

3) Vapour Recovery System Sealing Arrangement not subject to legal metrology control:

Please note that the manufacturer can choose a minimum any one of the sealing options or multiple sealing options given below as per the national regulations and as per the requirements of the customer.

Please note that the manufacturer can choose a minimum any one of the sealing options or multiple sealing options given below as per the national regulations and as per the requirements of the customer.