R117/2019-A-NL1-21.02 Rev. 6
OIML Certificate
OIML Member State The Netherlands
Number R 117/2019-A-NL1-21.02 revision 6 Project number 4020038 Page 1 of 10
Issuing authority NMi Certin B.V. Person responsible: M.Ph.D. Schmidt
Applicant and Gilbarco Veeder Root India Pvt. Ltd.
Manufacturer PDP Manufacturing Facility
SF NO.-628/2 & 627/2,W4- Coimbatore Campus
Eachanari, Chetipalayam Road
Malumichampatti, Coimbatore
Tamilnadu 641021
India
Identification of the certified type
A fuel dispenser and/or Aqueous Urea Solution (AUS) dispenser Type: Sprint and/or Frontier
Characteristics See following page(s)
This OIML Certificate is issued under scheme A.
This Certificate attests the conformity of the above identified type (represented by the sample(s) identified in the OIML Type Evaluation Report) with the requirements of the following Recommendation of the International Organization of Legal Metrology (OIML):
R 117-1:2019 "Dynamic measuring systems for liquids other than water"
Accuracy class 0,5
This Certificate relates only to the metrological and technical characteristics of the type of measuring instrument covered by the relevant OIML International Recommendation identified above. This Certificate does not bestow any form of legal international approval.
This certificate and supporting reports comply with the requirements of OIML-CS-PD-07 clause 6.2.
Important note: Apart from the mention of the Certificate's reference number and the name of the OIML Member State in which the Certificate was issued, partial quotation of the Certificate and of the associated OIML Type Evaluation Report(s) is not permitted, although either may be reproduced in full.
Issuing Authority
NMi Certin B.V., OIML Issuing Authority NL1 2 February 2026
NMi Certin B.V.
Thijsseweg 11
2629 JA Delft
the Netherlands
T +31 88 636 2332
Certification Board
This document is issued under the provision that no liability is accepted and that the applicant shall indemnify third-party liability.
The notification of NMi Certin B.V. as Issuing Authority can be verified at www.oiml.org
This document is digitally signed and sealed. The digital signature can be verified in the blue ribbon at the top of the electronic version of this certificate.
OIML Certificate
Number R 117/2019-A-NL1-21.02 revision 6 Project number 4020038 Page 2 of 10
The conformity was established by the results of tests and examinations provided in the associated report(s):
For evaluation of the complete fuel dispenser:
- NMi-2550303-01 dated 29 January 2021 that includes 65 pages.
For the mechanical meter sensors, brand Gilbarco Veeder-Root and type C+, V and V+ meter:
CVN-10119469 dated 2 March 2001 that includes 56 pages;
CVN-202211 dated 16 May 2003 that includes 49 pages;
TR:1327 dated 15 April 2015 that includes 12 pages;
TR:0561 dated 22 October 2009 that includes 14 pages;
TR:0587 dated 29 September 2010 that includes 14 pages;
TR:748 dated 10 May 2017 that includes 10 pages.
For the electromagnetic measurement sensors, brand KROHNE and type BATCHFLUX 3200 C:
NMi-16200528-01 dated 19 August 2016 that includes 46 pages;
NMi-16200528-02 dated 19 August 2016 that includes 20 pages;
NMi-1901321-01 dated 27 July 2017 that includes 9 pages.
For the electronic calculating and indicating device, brand Gilbarco Veeder-Root and type Tulip:
NMi-2475566-01 dated 3 December 2020 that includes 83 pages;
NMi-2475566-02 dated 14 December 2020 that includes 28 pages;
NMi-2630143-01 dated 9 March 2022 that includes 49 pages;
NMi-3619014-01 dated 20 November 2023 that includes 13 pages;
NMi-3802158-01 dated 29 July 2024 that includes 13 pages;
NMi-4020038-01 dated 2 February 2026 that includes 12 pages;
SN:1386 dated 9 August 2017 that includes 22 pages;
SN:1410 dated 1 December 2017 that includes 23 pages;
SN:1438 dated 20 December 2018 that includes 22 pages;
SN:1441 dated 24 January 2019 that includes 4 pages;
SN:1450 dated 12 July 2019 that includes 24 pages;
For the electronic calculating and indicating device, brand Gilbarco Veeder-Root, type Apollo-II and/or Apollo-Astra:
NMi-2418116-01 dated 6 March 2020 that includes 112 pages;
NMi-2418116-02 dated 6 March 2020 that includes 27 pages;
NMi-2461432-01 dated 11 September 2020 that includes 90 pages;
NMi-2509634-01 dated 4 February 2021 that includes 80 pages;
NMi-3465234-01 dated 10 October 2022 that includes 14 pages;
NMi-3733342-01 dated 7 May 2024 that includes 33 pages;
NMi-3828209-01 dated 27 June 2025 that includes 22 pages.
For the gas separator, brand Gilbarco Veeder-Root and type GPU90
NMi-3885366-01 dated 26 April 2025 that includes 24 pages;
TR:740 dated 24 February 2017 that includes 11 pages;
R117/1995-NL1-04.04 dated 24 January 2005 that includes 50 pages
OIML Certificate
OIML Member State The Netherlands
Number R 117/2019-A-NL1-21.02 revision 6 Project number 4020038
Page 3 of 10
Characteristics of the dispenser
In Table 1 the general characteristics of the measuring instrument are presented.
The construction of the measuring instrument is recorded under the type evaluation reports mentioned here above and the documentation folder number NMi-2550303-01-5.
Table 1 General characteristics
| Fuel dispenser | AUS dispenser | |
| Minimum-maximum flow rate | 1,6-40L/minViscosity range0,4-1,0mPa·s. | 2-40L/min |
| 2,0-80L/minViscosity range1,1-8,0mPa·s. | ||
| Minimum measured quantity | 2,5and10L | 2L |
| Maximum pressure | 3,5bar(g) | 10bar(g) |
| Accuracy class | 0,5 | 0,5 |
| Environmental classes | M1/E1 | M1/E1 |
| Ambient temperature range | -25-+55℃ | -10-+55℃ |
| Product temperature range | -25-+50℃ | -10-+40℃ |
| Intended for the measurement of | Hydrocarbon oils(Gasoline,Gasoline up to 86% ethanol orMTBE,Gasoline up to 5% methanol,Diesel or Biodiesel up to 100%) | Aqueous Urea Solution(AUS) dispenser |
Each measuring system consists at least of:
One combined pump and gas eliminator device (gas separator);
If no gas separator (*) is used on the measurement system, provision shall be taken to prevent gas passing through the meter sensor.
One or more meter sensor (meter);
One calculating/indicating device (calculator).
The characteristics of the mentioned parts of the fuel/AUS dispenser are presented at table 2 and higher.
The dispenser can be equipped with optional features and functions listed, see documentation number 2550303-01/2-02. Utilizing these features and functions do not have impact on the metrological data and functioning of the dispenser.
The same housing of the dispenser can comprise of one or more measuring systems. When more than one measuring systems are in one housing, one calculating/indicating device may be a common part of the measuring systems.
For multi-product dispensers it is only possible to deliver one product at the same time on one side of the dispenser.
OIML Certificate
OIML Member State The Netherlands
Number R 117/2019-A-NL1-21.02 revision 6 Project number 4020038
The maximum flowrate once installed may be limited, but for fuels shall be greater than 10 times the minimum flowrate. For Aqueous Urea Solution (AUS) dispenser the maximum flowrate shall be greater than 5 times the minimum flowrate.
Page 4 of 10
Table 2 gives an overview of flow characteristics of the configurations of the family of instruments.
Table 2 Flow characteristics of the configurations
| Configuration fuel dispenser | Flow rate range | Remarks |
| 1x gas separator*1x meter sensor,type C+,V or V+ | 1,6-40L/min | Intended for the measurement of hydrocarbon oils with viscosity range0,4-1,0mPa·s. |
| 1x gas separator*1x meter sensor,type C+,V or V+ | 2,0-80L/min | Intended for the measurement of hydrocarbon oils with viscosity range1,1-8,0mPa·s.Optionally a feature to allowQmax to be limited to40L/min. |
| 1x gas separator*2x meter sensors,type C+,V or V+,one per dispenser side | 1,6-40L/min | Intended for the measurement of hydrocarbon oils with viscosity range0,4-1,0mPa·s.The gas separator of this measuring system is suitable for use with two meter sensors.Each meter sensor is considered as part of an individual measuring system.Flowrate reduces to40L/min with both meter sensors operating.Optionally a feature to allowQmax to be limited to40L/min with a single meter sensor operating. |
| 1x gas separator*2x meter sensors,type C+,V or V+,one per dispenser side | 2,0-80L/min | Intended for the measurement of hydrocarbon oils with viscosity range1,1-8,0mPa·s.The gas separator of this measuring system is suitable for use with two meter sensors.Each meter sensor is considered as part of an individual measuring system.Flowrate reduces to40L/min with both meter sensors operating. |
| 2x gas separators*2x meter sensors,type C+,V or V+ | 2,0-130L/min | Intended for the measurement of hydrocarbon oils with viscosity range1,1-8,0mPa·s.AQmax of130L/min is reached by connecting two gas separators and two meter sensors in parallel with delivery through a single transfer point.Optionally a feature to allowQmax to be limited to80L/min.Optionally a feature to allow one of the gas separators and one of the meter sensors to operate as the configuration described above. |
OIML Certificate
OIML Member State The Netherlands
Number R 117/2019-A-NL1-21.02 revision 6
Project number 4020038
Page 5 of 10
| Configuration AUS dispenser | Flow rate range | Remarks |
| 1x measurement sensor type KROHNE BATCHFLUX 3200C | 2-40L/min | Intended for the measurement of Aqueous Urea Solution(AUS) dispenser |
Parts of the measuring system
The conformity of the following parts was established by the results of tests and examinations provided in the associated report(s):
Part: Measurement sensor
Producer: Gilbarco Veeder Root
Type: C+
Reports: No. CVN-10119469 dated 2 March 2001 that includes 56 pages;
No. CVN-202211 dated 16 May 2003 that includes 49 pages;
No. TR:1327 dated 15 April 2015 that includes 12 pages;
No. TR:748 dated 10 May 2017 that includes 10 pages.
Table 3 General characteristics of the measurement sensor type C+
| Flow rate range[L/min] | 1,6-40L/min | 2,0-80L/min |
| Intended for the measurement of | Hydrocarbon oils with a viscosity of0,4mPa·s-1,0mPa·s | Hydrocarbon oils with a viscosity of1,1mPa·s-8,0mPa·s |
| MMQ | 1L | 1L |
| Maximum pressure | 3,5bar | 3,5bar |
| Environmental classes | M1/E1 | M1/E1 |
| Ambient temperature range | -40℃/+55℃ | -40℃/+55℃ |
| Product temperature range | -40℃/+50℃ | -40℃/+50℃ |
Part: Measurement sensor
Producer: Gilbarco Veeder Root
Type: V, V+
Reports: No. TR:0561 dated 22 October 2009 that includes 14 pages;
No. TR:0587 dated 29 September 2010 that includes 14 pages.
Table 4 General characteristics of the measurement sensor type V and V+
| Flow rate range[L/min] | 1,6-40L/min | 2,0-80L/min |
| Intended for the measurement of | Hydrocarbon oils with a viscosity of0,4mPa·s-1,0mPa·s | Hydrocarbon oils with a viscosity of1,1mPa·s-8,0mPa·s |
| MMQ | 2L | 2L |
OIML Certificate
OIML Member State The Netherlands
Number R 117/2019-A-NL1-21.02 revision 6 Project number 4020038
Page 6 of 10
| Maximum pressure | 3,5 bar | 3,5 bar |
| Environmental classes | M1/E1 | M1/E1 |
| Ambient temperature range | -25℃/+55℃ | -25℃/+55℃ |
| Product temperature range | -25℃/+50℃ | -25℃/+50℃ |
Part:
Producer:
Type:
Measurement sensor
KROHNE Altometer
BATCHFLUX 3200 C
Reports:
No. NMi-16200528-01 dated 19 August 2016 that includes 46 pages;
No. NMi-16200528-02 dated 19 August 2016 that includes 20 pages;
No. NMi-1901321-01 dated 27 July 2017 that includes 9 pages.
Table 5 General characteristics of the measurement sensor type BATCHFLUX 3200 C
| Meter size | DN15 |
| Flow rate range [L/min] | 2-40L/min |
| Intended for the measurement of | Aqueous Urea Solution (AUS)/Diesel Exhaust Fluid (DEF) |
| MMQ | 2L |
| Maximum pressure | 10bar |
| Environmental classes | M1/E1 |
| Ambient temperature range | -40℃/+55℃ |
| Product temperature range | -40℃/+55℃ |
| Software version | ER1.0.0_/ER1.0.1_ |
| Checksum | 6C3F9F91/C019A476 |
| Power supply | 20,4-27,6VDC(grounding mandatory) |
AUS/DEF is only suitable for dispensing between $ - 1 0 , \mathrm{^o C} / + 4 0 , \mathrm{^o C}. $
The BATCHFLUX 3200 C meter body is mounted with an Pt1000 temperature sensor close to the measurement tube. The temperature sensor parameter should be set in units Kelvin (K) whilst the low cut-off value should be not higher than 20% of the defined minimum flowrate in units L/min. The BATCHFLUX 3200 C meter communication protocol is optionally connected with the type Tulip calculating and indicating device via a secure protocol converter device.
Part: Calculating/indicating device
Producer: Gilbarco Veeder Root
Type: Tulip
Documentation folder: TC11938-4
Reports:
No. NMi-2630143-01 dated 10 March 2022 that includes 60 pages.
No. NMi-2475566-01 dated 3 December 2020 that includes 83 pages;
No. NMi-2475566-02 dated 14 December 2020 that includes 28 pages;
No. Sn:1386 dated 9 August 2017 that includes 22 pages;
No. Sn:1410 dated 1 December 2017 that includes 23 pages;
OIML Certificate
Number R 117/2019-A-NL1-21.02 revision 6 Project number 4020038 Page 7 of 10
No. Sn:1438 dated 20 December 2018 that includes 22 pages;
No. Sn:1441 dated 24 January 2019 that includes 4 pages;
No. Sn:1450 dated 12 July 2019 that includes 24 pages;
No. NMi-3619014-01 dated 16 November 2023 that includes 33 pages;
No. NMi-3802158-01 dated 29 July 2024 that includes 35 pages;
No. NMi-4020038-01 dated 2 February 2026 that includes 12 pages.
Table 6 General characteristics of the calculating/indicating device type Tulip
| Maximum volume indication | 7 digits(9999999; floating decimal) |
| Maximum unit price | 6 digits(9999999; floating decimal) |
| Maximum price to pay | 7 digits(9999999; floating decimal) |
| Environmental classes | M1/E1 |
| Ambient temperature range | -25℃/+55℃ |
| Impulse encoder or pulser | ST73662 and Evole 2.1 |
Software version and Checksum of the calculating/indicating device type Tulip
| Software versions | CRC Checksum | Software versions | CRC Checksum |
| 901.04.545 | 0x8C114CBE | 901.06.620 | 0xB61794B3 |
| 901.06.500 | 335B73FF | ||
| 902.05.472 | 0xE019F628 | 902.06.375 | 0x214A1AAC |
| 902.05.490 | 0x18D01F24 | 902.06.560 | 0xE5639B1D |
| 902.05.497 | 0x5332D24C | 902.06.620 | 0xB61794B3 |
| 902.05.498 | 0x535251C0 | 902.08.615 | 0xD7A29CB6 |
| 902.05.510 | 0xC1028D71 | 902.09.555 | 0x4314D193 |
| 902.05.530 | 0xBFC1F735 | ||
| 902.05.550 | 0xD448AAB6 | ||
| 903.04.490 | 0xC28DE814 | 903.05.497 | 0xBEA6E297 |
| 903.05.472 | 0x44B55D1E | ||
| 903.05.495 | 0x7867485B | ||
| 904.05.495 | 0x97A9F34D | ||
| 905.04.490 | 0xF69315FD | ||
| 906.04.490 | 0x78E22785 | 906.06.002 | 19A8F60A |
OIML Certificate
OIML Member State The Netherlands
Number R 117/2019-A-NL1-21.02 revision 6
Project number 4020038
Page 8 of 10
| Software versions | CRC Checksum | Software versions | CRC Checksum |
| 906.04.510 | 0x16F14642 | 906.06.451 | 5776280E |
| 906.05.472 | 0x43D34A60 | 906.06.540 | 0x0DB37074 |
| 906.05.490 | 0xA6CCA061 | 906.06.560 | 0x218E5D3D |
| 906.05.495 | 0xF1D37F83 | 906.06.625 | 0xB2F9AE82 |
| 906.05.497 | 0x3E673E49 | ||
| 906.05.530 | 0x4A2C7C8E | ||
| 906.05.550 | 0xCB527245 | ||
| 907.05.490 | 0x480B6E5B | 907.06.610 | 0x0CEBDE04 |
| 907.05.495 | 0xC11BFB01 | 907.08.615 | 0xD7A29CB6 |
| 907.05.497 | 0x70280013 | 907.09.605 | 0x804CE49C |
| 907.05.510 | 0x3CA99F60 | ||
| 907.05.530 | 0x7E915697 | ||
| 907.05.600 | 0xF0FA4226 | ||
| 907.05.630 | 0x82BBF2B4 | ||
| 908.05.551 | 0x4DBB2574 |
Calculating/indicating device
Apollo-II and/or Apollo-Astra
Documentation folder:
Reports:
NMi-2418116-01 dated 6 March 2020 that includes 112 pages.
NMi-2418116-02 dated 6 March 2020 that includes 27 pages.
NMi-2461432-01 dated 11 September 2020 that includes 90 pages.
NMi-2509634-01 dated 4 February 2021 that includes 80 pages.
NMi-3733342-01 dated 7 May 2024 that includes 33 pages.
NMi-3465234-01 dated 10 October 2022 that includes 14 pages.
NMi-3733342-01 dated 7 May 2024 that includes 33 pages.
NMi-3828209-01 dated 27 June 2025 that includes 22 pages.
Table 7 General characteristics of the calculating/indicating device type Apollo-II and/or Apollo-Astra
| Maximum volume indication | 7 digits(9999999; floating decimal) |
| Maximum unit price | 6 digits(9999999; floating decimal) |
| Maximum price to pay | 7 digits(9999999; floating decimal) |
OIML Certificate
OIML Member State The Netherlands
Number R 117/2019-A-NL1-21.02 revision 6
Project number 4020038
Page 9 of 10
| Environmental classes | M1/E1 |
| Ambient temperature range | -25℃/+55℃ |
| Software identification | See table below. |
| Impulse encoder or pulser | SIP; SIP-II, Evole 2.1 and Astra Ex d pulser |
Table 8 Software versions and checksum of the calculating/indicating device type Apollo-II
| Software versions | CRC Checksum |
| A31.1.01 (displayed as A31101) | 8564 |
| A31.1.02 (displayed as A31102) | 16D8 |
| A31.1.03 (displayed as A31103) | 7090 |
| A31.1.04 (displayed as A31104) | 1878 |
| A31.1.05 (displayed as A31105) | E89C |
| A31.1.06 (displayed as A31106) | 38F6 |
| A31.1.07 (displayed as A31107) | 4D4E |
| A31.1.08 (displayed as A31108) | D9C0 |
| A31.1.10 (displayed as A31110) | 7C8E |
| A31.1.11 (displayed as A31111) | 7BA2 |
| A31.1.12 (displayed as A31112) | 1644 |
| A31.1.13 (displayed as A31113) | 335C |
| A31.1.14 (displayed as A31114) | C784 |
| A33.1.01 (displayed as A33101) | 1176 |
| A33.1.02 (displayed as A33102) | D572 |
| A33.1.03 (displayed as A33103) | B5FB |
| A33.1.04 (displayed as A33104) | 01AC |
Table 9 Software versions and checksum of the calculating/indicating device type Apollo-Astra
| Software versions | CRC Checksum |
| G01201 | F5B5 |
OIML Certificate
OIML Member State The Netherlands
Number R 117/2019-A-NL1-21.02 revision 6 Project number 4020038 Page 10 of 10
The software version number is indicated on the main display after powering up the calculator. After displaying the power up message "In APP": The Price display shows the word "APOLLO". The Volume display shows the software version. The price per unit display shows the 4-digit checksum.
Part:
Gas elimination device (gas separator)
Producer: Gilbarco Veeder Root
Type: GPU90
No. NMi-3885366-01 dated 26 April 2025 that includes 24 pages.
Reports:
No. TR:740 dated 24 February 2017 that includes 11 pages;
No. R117/1995-NL1-04.04 dated 24 January 2005 that includes 50 pages.
Table 10 General characteristics of the gas elimination device type GPU90
| Maximum flow rate | 90 L/min |
| Minimum pressure | 1,4 bar |
| Maximum pressure | 3,0 bar |
| Environmental classes | M1 |
| Ambient temperature range | -40℃/+55℃ |
| Product temperature range | -40℃/+50℃ |
| Intended for the measurement of | low-viscosity mineral oils with a viscosity of0,4mPa·s-8,0mPa·s |
Certificate history:
This revision replaces the previous version.
| Revision | Date | Description of the modification |
| Initial | 29 January 2021 | - |
| 1 | 10 March 2022 | The Tulip calculating and indicating device can be connected with the Krohne BATCHFLUX 3200C meter via a secured protocol converter device. |
| 2 | 20 November 2023 | Tulip calculating and indicating device addition of new processor, PCB, new software and improved magnetic pulser |
| 3 | 15 May 2024 | Name and address change |
| 4 | 29 July 2024 | Addition of new electronics, new software and pulser and Apollo-Astra calculator |
| 5 | 27 June 2025 | Addition of new hardware (Electromechanical totalizer and Keypad assembly) and software for Apollo-II calculator |
| 6 | 2 February 2026 | Modification of hardware components and new software |