| temperature_range | 79% | 67 | |
| environmental_classes | 73% | 62 | M1/E1, M3/E2+E3/H3, M1/E2 |
| accuracy_class | 65% | 55 | 0.5, ['0.3', '0.5', '1', '1.5'], ['0.3', '0.5'] |
| maximum_pressure | 48% | 41 | |
| power_supply_voltage | 40% | 34 | |
| product_temperature_range | 34% | 29 | |
| software_identification | 27% | 23 | Version number:1.1.0.Checksum:EFC304FA, 2.0.2, Version number:V1-01-016Checksum:9B70A2B9 |
| intended_for_measurement_of | 27% | 23 | Liquid petroleum and related products, liquids food and chemical products in liquid state with density between 700 and 1100kg/m3, Hydrocarbon oils (Gasoline, Gasoline up to 86% ethanol or MTBE, Gasoline up to 5% methanol, Diesel or Biodiesel up to 100%), Hydrocarbon oils(Gasoline,Gasoline up to 86% ethanol or MTBE,Gasoline up to 5% methanol,Diesel or Biodiesel up to 100%) |
| minimum_measured_quantity | 22% | 19 | |
| maximum_flow_rate | 18% | 15 | |
| power_supply_frequency | 14% | 12 | |
| density_range | 12% | 10 | |
| maximum_viscosity | 11% | 9 | |
| intended_for_the_measurement_of | 9% | 8 | Hydrocarbon oils(Gasoline,Gasoline up to 86% ethanol or MTBE,Gasoline up to 5% methanol,Diesel or Biodiesel up to 100%), Hydrocarbon oils, Lubrication oil |
| environment_classes | 9% | 8 | E1/H3/M2, M2/E1/H3, M1/E2/H3 |
| path_angle | 9% | 8 | |
| sound_frequency | 9% | 8 | |
| approved_inputs | 8% | 7 | ['Volume/mass pulse input', '4...20mA signal for temperature,pressure and density;', 'RJ45Modbus TCP connection', 'HART', 'HART superimposed on4...20mA signal', 'Modbus RS485', 'Time period signal for density input'], -Volume/massA/Bimpulses; -4wirePt100RTD; -Time period signal for density; -4...20mA signal for temperature, pressure and density; -Ethernet connection; -RS232C; -Up to14double,phase-shifted pulse channels(levelA)., Pulse input(single pulse) for volume or mass; Voltage input(1...5V DC) for temperature, pressure or density; Current input(4...20mA) for temperature, pressure or density; HART input; TCP/IP Ethernet communication; Serial communication RS-485; Serial communication RS-232. |
| liquids | 7% | 6 | Gasoline, Diesel, Kerosene, Petrol (Qmax:50 L/min), Diesel (Qmax:80 L/min), Kerosene (Qmax:80 L/min) |
| minimum_pressure | 7% | 6 | |
| maximum_volume_indication | 7% | 6 | |
| viscosity_range | 7% | 6 | |
| liquid_temperature_range | 7% | 6 | |
| approved_outputs | 7% | 6 | -RS232Cconnectionforanoptionalprinter(printeroutputwithparitycheck); -Ethernetconnection;, ['LCD display', 'RJ45 Modbus TCP connection', 'Modbus RS485'], TCP/IP Ethernet communication; Serial communication RS-485; Serial communication RS-232. |
| measurement_unit | 6% | 5 | Volume [L] |
| type_of_display | 6% | 5 | Electronic |
| maximum_unit_price | 6% | 5 | |
| maximum_price_to_pay | 6% | 5 | |
| intended_for_measurement | 6% | 5 | Oil and oil products, chemicals, potable liquids, liquefied gases under pressure measured at temperatures equal and above -10°C and liquified gases under pressure measured below-10°C, Lubrication oil, Oil and oil products, chemicals, potable liquids, liquefied gases under pressure measured at temperatures equal and above -10°C and liquified gases under pressure measured below -10°C |
| instrument_type | 6% | 5 | LPG Dispenser (Liquid other than water), Fuel dispenser (liquid other than water), Fuel Dispenser |
| maximum_number_of_nozzles | 6% | 5 | 8, 4, 2 |
| electrical_power | 6% | 5 | 230VAC/50Hz, 230VAC/50Hz;24VDC;Earth connection of the internal power supply not to be connected. |
| approved_quantity | 6% | 5 | Volume at flowing conditions, Mass |
| ambient_temperature_range | 5% | 4 | |
| scale_interval_of_the_indication | 5% | 4 | |
| humidity_class | 5% | 4 | H3 |
| intended_for | 5% | 4 | Hydrocarbon oils, Hydrocarbon oils (Gasoline, Gasoline up to 86% ethanol or MTBE, Gasoline up to 5% methanol, Diesel or Biodiesel up to 100%), Oil and oil products, chemicals and potable liquids |
| maximum_number_of_main_indicating_device | 5% | 4 | 4, 2 |
| maximum_number_of_nozzles_connected_to_each_indicating_device | 5% | 4 | 4, 1 |
| power_supply_type | 5% | 4 | AC, AC/DC |
| number_of_sound_paths | 5% | 4 | 4, 5 Horizontal (measurements) + 1 Vertical (diagnostics) |
| ambient_temperature_limits | 5% | 4 | |
| minimum_flow_rate | 4% | 3 | 5, 2 |
| pattern_designation | 4% | 3 | INNO series, SG series |
| w_m_checksum_crc | 4% | 3 | 3371937762, 3C03 |
| approved_density_range | 4% | 3 | min=500, max=580, min=710, max=1200 |
| measuring_principle | 4% | 3 | Coriolis, Ultrasonic |
| communication_interface | 4% | 3 | HMI version 1:TCP/IP protocol.HMI version 2:OPC-UA protocol., TCP/IP protocol |
| approved_variable | 4% | 3 | Mass |
| density_range_volume | 4% | 3 | min=400, max=1400 |
| approved_for_application | 4% | 3 | Measuring systems on pipelines and loading of ships, Measuring systems on pipelines and loading of ships; Measuring systems for the(un)loading of ships' tanks and rail and road tankers; Measuring systems for loading ships; Measuring multiple liquids with different viscosities in one installation using one calibration curve for all(measuring multiple liquids without adjustment); Measuring systems for liquefied gases under pressure measured at a temperature equal to or above-10℃. |
| measuring_system_type | 4% | 3 | Non-interruptible measuring system, Interruptible or non-interruptible measuring system |
| approved_for_measuring | 4% | 3 | ['Volume at flowing conditions', 'Volume at standard condition(0kPa,15℃)', 'Mass'], Volume at flowing conditions; Volume at standard condition(0kPa,15℃); Mass |
| number_of_sound_path | 4% | 3 | 8(4+4inX-configuration);4(A-Aplane) |
| scale_interval_volume_display | 4% | 3 | |
| minimum_working_pressure | 4% | 3 | 0.12, min=0.12, max=None |
| volume_sensor_flow_rate_range | 4% | 3 | |
| measuring_range | 4% | 3 | |
| min_measured_quantity | 2% | 2 | 5, 2 |
| wm_checksum_crc | 2% | 2 | A6D5 |
| max_flow_rate_qmax | 2% | 2 | |
| min_flow_rate_qmin | 2% | 2 | |
| min_measured_quantity_mmq | 2% | 2 | |
| maximum_volume | 2% | 2 | 999999(6) or 99999999(8) |
| mechanical_environment_class | 2% | 2 | M1 |
| electrical_disturbance_class | 2% | 2 | E1 |
| maximum_pressure_psi | 2% | 2 | 1500 |
| software_checksum | 2% | 2 | 4294927296, 9B70A2B9 |
| max_nozzles | 2% | 2 | 8, 4 |
| manufacturer_trademark | 2% | 2 | Netprise Solutions, Oil & Gas Measurement Limited |
| type_designation | 2% | 2 | SmartFDU******** |
| approved_for_liquid_products | 2% | 2 | Liquefied Petroleum Gas (LPG) |
| approved_variables | 2% | 2 | Mass, ['Mass'] |
| straight_pipe_length_requirements | 2% | 2 | Upstream 10D(+flow straightener)Downstream 5D |
| product_pressure_range | 2% | 2 | min=0, max=100 |
| software_identification_for_sigma3 | 2% | 2 | Software version:V.20.03MID, Checksum:f8de26547c406794d8104b5c1131e4a9, [{'version': 'V.20.03MID', 'checksum': 'f8de26547c406794d8104b5c1131e4a9'}, {'version': 'V.20.05MID', 'checksum': '07dab74cf2aeb53f6f17031fc7b3a97e'}] |
| emc_measures | 2% | 2 | ['All cables connected should be shielded cables', 'Body of the electronic calculating and indicating device should be grounded', 'Volume/mass pulse input should have an amplitude voltage of at least 24 Volts peak to peak', 'Analog IO cable should be less than 10 metres'], QUINT4-BUFFER/24DC/20 buffer unit and MEANWELL DRDN20-24 redundancy module(or equivalent devices) should be used with the electronic calculating and indicating device to block surge and voltage dips; All the connected signal cables are placed inside the sealed cabinet or not exceeding10metres long; All the connected signal cables are shielded cables.Both ends of the shielded cable should be grounded; All power input ports and RS-485 ports of the electronic calculating and indicating device should be connected to a shared chassis ground. |
| approved_conversion_methods | 2% | 2 | ['API Manual of Petroleum Measurements Standards, Chapter 11, Physical Properties Data, Section 1(also known as ASTM D1250-07) at reference conditions(0kPa,15℃)', 'tables 53A and/or 54A(crude oil)', 'tables 53B and/or 54B(refined petroleum products);', 'API Manual of Petroleum Measurements Standards, chapter 11.2.1M 1996; Compressibility calculation for hydrocarbons in the range from638kg/m3to1074kg/m3', 'API Manual of Petroleum Measurements Standards, chapter 11.2.2M 1997; Compressibility calculation for hydrocarbons in the range from350kg/m3to637kg/m3'], API Manual of Petroleum Measurements Standards, Chapter 11, Physical Properties Data, Section 1(also known as ASTM D1250-07) at reference conditions(0 psig,60 °F)tables 5A,6A,23A and 24A(crude oil);tables 5B,6B,23B and 24B(refined petroleum products);tables 5D,6D,23D and 24D(lube oils).-API Manual of Petroleum Measurements Standards, Chapter 11,Physical Properties Data,Section 1(also known as ASTM D1250-07) at reference conditions(0 kPa,15 °C)tables 53A and 54A(crude oil);tables 53B and 54B(refined petroleum products);table 54C(Special products);tables 53D and 54D(lube oils).-API Manual of Petroleum Measurements Standards, Chapter 11,Physical Properties Data,Section 1(also known as ASTM D1250-07) at reference conditions(0 kPa,20 °C)tables 59A and 60A(crude oil);tables 59B and 60B(refined petroleum products);table 60C(Special products);tables 59D and 60D(lube oils).-API Manual of Petroleum Measurements Standards, Chapter 11,Physical Properties Data,Section 2 Part 4(also known as ASTM/GPA TP-27) at reference conditions(0 psig,60 °F)tables 23E and 24E(NGL and LPG).-API Manual of Petroleum Measurements Standards, Chapter 11,Physical Properties Data,Section 2 Part 4(also known as ASTM/GPA TP-27) at reference conditions(0 kPa,15 °C)tables 53E and 54E(NGL and LPG).-API Manual of Petroleum Measurements Standards, Chapter 11,Physical Properties Data,Section 2 Part 4(also known as ASTM/GPA TP-27) at reference conditions(0 kPa,20 °C)tables 59E and 60E(NGL and LPG). |
| mechanic_class | 2% | 2 | M1 |
| electromagnetic_environment_class | 2% | 2 | E1 |
| measurand | 2% | 2 | Volume of liquid fuel expressed in litre, Volume of liquid fuel expressed in litre. If ATC conversion device is included (not for DEF, Windshield liquid and HVO), the volume at base condition (15°C) is displayed. The calculations are based on OIML R63 (API/ASTM 54B) except for petrol/ethanol mixtures where Verfahren 1 according to PTB-1.5-40520004 dated April 11, 2011, is used. |
| mixture_conditions | 2% | 2 | |
| pos_interface | 1% | 1 | |
| scale_interval | 1% | 1 | 0,001L forVolume<2L0,01L for2L<Volume<100L0,1L for100L<Volume<1000L1L forVolume>1000L |
| flow_direction | 1% | 1 | uni-directional |
| ambient_humidity | 1% | 1 | condensing |
| power_supply_description | 1% | 1 | 4xsizeAA batteries |
| density_range_piston | 1% | 1 | min=725, max=1200 |
| density_range_lobe | 1% | 1 | min=725, max=925 |
| electrical_power_calculator | 1% | 1 | 230VAC/50Hz |
| product_temperature_range_fuel | 1% | 1 | min=-10, max=50 |
| product_temperature_range_adblue | 1% | 1 | min=-10, max=40 |
| intended_for_fuel | 1% | 1 | Hydrocarbon oils (Gasoline, Gasoline up to 86% ethanol or MTBE, Gasoline up to 5% methanol, Diesel or Biodiesel up to 100%) |
| intended_for_adblue | 1% | 1 | Adblue (Diesel Exhaust Fluid) |
| maximum_pressure_fuel | 1% | 1 | 3.5 |
| maximum_pressure_adblue | 1% | 1 | 10 |
| minimum_measured_quantity_fuel | 1% | 1 | 2,5 and 10L |
| minimum_measured_quantity_adblue | 1% | 1 | 2L |
| approved_essential_parts | 1% | 1 | Calculating and indicating device make NetPriseSmartFDU********Measurement transducer-PD meter make PetrotecPTF 25-80Electro-Mechanical Pulsar make NetPriseNSL_PE_M1 |
| approved_for_products | 1% | 1 | Gasoline; Diesel. |
| flow_rate_range | 1% | 1 | min=2.5, max=80 |
| essential_parts | 1% | 1 | Electronic calculating and indicating device - CZ series - Pulser CZ-MGE-XX; Measurement transducer - Piston meter CZ-LFM50 |
| max_main_indicating_device | 1% | 1 | 4 |
| max_nozzles_per_indicating_device | 1% | 1 | 1 |
| max_pressure | 1% | 1 | 25 |
| ambient_temperature_range_lngxsb_zshxsb | 1% | 1 | min=-25, max=55 |
| ambient_temperature_range_cdwxsb | 1% | 1 | min=-40, max=55 |
| temperature_range_liquid_for_mass_measurement | 1% | 1 | min=-10, max=200 |
| temperature_range_liquid_for_density_and_volume_measurement | 1% | 1 | min=-10, max=85 |
| density_range_mass_measurement | 1% | 1 | min=300, max=1400 |
| density_range_volume_measurement | 1% | 1 | min=400, max=1400 |
| temperature_range_liquid_mass | 1% | 1 | min=-10, max=200 |
| temperature_range_liquid_density | 1% | 1 | min=-10, max=90 |
| temperature_range_liquid_mass_1_5 | 1% | 1 | min=-200, max=85 |
| temperature_range_liquid_density_1_5 | 1% | 1 | NA |
| temperature_range_liquid_mass_o | 1% | 1 | min=-10, max=200 |
| temperature_range_liquid_density_o | 1% | 1 | min=-10, max=90 |
| temperature_range_liquid_mass_o_1_5 | 1% | 1 | min=-40, max=90 |
| temperature_range_liquid_density_o_1_5 | 1% | 1 | NA |
| temperature_range_liquid_mass_x | 1% | 1 | min=-10, max=180 |
| temperature_range_liquid_density_x | 1% | 1 | min=-10, max=90 |
| temperature_range_liquid_mass_x_1_5 | 1% | 1 | min=-10, max=85 |
| temperature_range_liquid_density_x_1_5 | 1% | 1 | NA |
| temperature_range_liquid_mass_q | 1% | 1 | min=-10, max=200 |
| temperature_range_liquid_density_q | 1% | 1 | min=-10, max=200 |
| temperature_range_liquid_mass_q_1_5 | 1% | 1 | min=-200, max=90 |
| temperature_range_liquid_density_q_1_5 | 1% | 1 | NA |
| maximum_pressure_o | 1% | 1 | 258 |
| maximum_pressure_x | 1% | 1 | 100 |
| maximum_pressure_q | 1% | 1 | 100 |
| ambient_temperature_range_electronics | 1% | 1 | min=-40, max=55 |
| condensing_humidity | 1% | 1 | True |
| flow_rate | 1% | 1 | Depending on the measurement sensor used;See applicable OIML certificate for approved range |
| manufacturer_s_trademark | 1% | 1 | |
| minimum_reynolds_number | 1% | 1 | |
| approved_conversions_methods | 1% | 1 | -API Manual of Petroleum Measurements Standards, Chapter 11.1 (2004 tables), tables 53A, 53B, 53D, 54A, 54B, 54C, 54D, 59A, 59B, 59D, 60A, 60B, 60C and 60D (also known as ASTM D1250-04) -ASTM D1555M-2016 (Calculation of Volume and Weight of Industrial Aromatic Hydrocarbons and Cyclohexane) -API Manual of Petroleum Measurements Standards, chapter 11.2.1M-1996; (compressibility calculation for hydrocarbons in the range from 638 kg/m3 to 1074 kg/m3) -API Manual of Petroleum Measurements Standards, chapter 11.2.2M-1997; (compressibility calculation for hydrocarbons in the range from 350 kg/m3 to 637 kg/m3) -Tables 53E, 54E, 59E and 60E from GPA Technical Publication TP-27-2007 (also known as API Manual of Petroleum Measurements Standards, Chapter 11.2.4). -TP-15 vapour pressure calculations conform to API 11.2.5-2007; -API Manual of Petroleum Measurements Standards, chapter 11.3.4-2019; (Denatured Ethanol and Gasoline Component Blend Densities and Volume Correction Factors) |
| approved_input | 1% | 1 | Pulser communication cable via RS-485(shielded) |
| approved_output | 1% | 1 | POS communication cable via RS-485(shielded) |
| software_identification_for_hmi_client | 1% | 1 | Software version:2.0.1, Checksum:6c102ed4584efa73e379b163d48e7acf |
| vapour_pressure | 1% | 1 | min=0, max=10 |
| reference_density | 1% | 1 | min=350, max=1163.5 |
| shrinkage_factor | 1% | 1 | min=0.8, max=1.2 |
| reference_density_water | 1% | 1 | min=900, max=1050 |
| daily_report_time | 1% | 1 | 0 |
| line_reference_temperature | 1% | 1 | 15 |
| line_reference_pressure | 1% | 1 | 0 |
| software_identification_for_hmi_client_hmi_207ce | 1% | 1 | |
| software_identification_firmware_version | 1% | 1 | 174.X.YY.Z, 180.X.YY.Z |
| software_identification_code_version_number | 1% | 1 | See note3 below |
| mmq | 1% | 1 | 5 |
| electrical_power_of_dispenser | 1% | 1 | 230VAC/50Hz |
| measurement_sensor_in_vapour_return_line | 1% | 1 | Not applicable |
| power_supply_vehicle_battery | 1% | 1 | 24V DC |
| ambient_temperature_range_local_display | 1% | 1 | min=-25, max=55 |
| flow_characteristics | 1% | 1 | See table 2 |
| maximum_flowrate | 1% | 1 | min=40, max=200 |
| minimum_flowrate | 1% | 1 | min=0.2, max=None |
| ambient_temperature_limits_def_windshield_lpg | 1% | 1 | min=-25, max=55 |
| ambient_temperature_limits_igem_printer | 1% | 1 | min=5, max=55 |
| volume_sensor_flow_rate_range_def | 1% | 1 | min=0.4, max=40 |
| volume_sensor_flow_rate_range_urea | 1% | 1 | min=1, max=40 |
| ratio_max_min_flow_rate | 1% | 1 | min=5, max=10 |
| type_of_liquids | 1% | 1 | Petrol, kerosene, diesel, ethanol or FAME/RME/HVO, DEF(Diesel Exhaust Fluid,e.g. AdBlue) and Windshield liquid, LPG |
| flow_rate_ratio | 1% | 1 | The ratio between maximum and minimum flow rate should be at least 10 for single quality and 5 for blending quality, DEF, Windshield liquid and LPG. |
| environments_classes | 1% | 1 | Mechanic: class M1, Electromagnetic: class E1, Humidity: class H3 |
