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HomeMy WebLinkAboutAP_OPTIFLUX 2000-OPTIFLUX 4000-OPTIFLUX 5000-OPTIFLUX 6000-IFC 300_C+F+W_en_MI 001 T10003_090930__R03 M EC - type examination certificate Number T10003 revision 3 Project number: 9200599 Page 1 of 1 Issued by NMi Certin B.V. Hugo de Grootplein 1 3314 EG Dordrecht The Netherlands In accordance with The Council Directive 2004/22/EC on Measuring Instruments (MID). Applicant Krohne Altometer Kerkeplaat 12 3313 LC Dordrecht The Netherlands In respect of A model of a water meter Manufacturer KROHNE Type OPTIFLUX x300CIt1; OPTIFLUX x000Fi'1 + IFC300yi` Characteristics Measuring range See paragraph 1.2 of the description. Mechanical environmental class M1 Electromagnetic environment class E2 Temperature range liquid +011 °C/+50 °C Temperature range ambient -25 °C/+55 °C In the description T10003 revision 3 further characteristics are described. Valid until 30 October 2016. Description and The water meter is described in the description number T10003 revision 3 and Documentation documented in the Documentation folder number belonging to Evaluation certificate number TC7161. Remarks This revision 3 replaces the previous revision 2. The Notified Body no. 0122 NMi Certin,,3Q September 2009 JeinC. Head Certification Board Ill With x being 1, 2, 4, 5 or 6. [21 With y being F or W. NMi Certin BV Parties concerned can lodge objection This document is issued under the provision Hugo de Grootplein 1 against this decision,within six weeks after that no liability is accepted and that the 3314 EG Dordrecht the date of submission,to the general applicant shall indemnify third-party PO Box 394 manager NMi(see"Regulation objection liability. \` and appealal against decisions of NMi") I` 3300 AJ Dordrecht,NIL Reproduction of the complete document is T+31 78 6332332 permitted. F+31 78 6332309 1 NSPECTIO N certinOnmi.nl www.nmi.nl RVA I IN M � Description Number T10003 Revision 3 Project number 9200599 Page 1 of 5 1 General information on the water meter All properties of this water meter, whether mentioned or not, may not be in conflict with the legislation. This EC-type examination certificate describes an electromagnetic water meter, which is exactly of the same construction as the electromagnetic meter described in Evaluation Certificate TC7161 and its Documentation Folder. This revision 3 is issued due to: - Updated electronic revision numbers. 1.1 Essential Parts 1.1.1 Measurement Sensor - Cylindrical pipe The cylindrical pipe is internally covered with an insulating liner. Through the liner the 2 electrodes are in contact with the liquid. Outside the pipe the 2 magnetic coils are mounted. Also see the Documentation Folder for details about the liner and the process connection of the meter. 1.1.2 Signal Converter 1.1.2.1 Essential parts of the Signal Converter - Back plane Used for all internal connections inside the Signal Converter. - Sensor board • Driving the magnetic coils inside the measurement sensor, and checks the current required for the coils. • Measures the induced voltage and processes the induced voltage to flow speed, flow rate, etc. Also validates the voltage sensing circuitry. • Communicates with the other modules through the internal data-bus (GDC-bus). - Display module with optical keys • Displays all measurement values. The values presented and the format is programmable. The settings are secured with the "Weights and Measure" (W&M) jumper. • Read the 4 optical keys. These keys can be used for: paging through the 3 measurement pages, setting and changing of parameter via a menu system. • GDC master The GDC master controls all data traffic over the GDC-bus. If the master fails, measurements are not possible. All data communication over the GDC-bus is protected through CRC16 checksums. • GDC-bus port Used for the Weights and Measures jumper. This locks all weights and measures parameters against changing. - Power supply Available are: • 100 - 230 VAC, 50/60 Hz • 12 - 24VDC • 24 V AC/DC M � Description Number T10003 Revision 3 Project number 9200599 Page 2 of 5 - Output boards The output board(s) installed determine the possible outputs available. Possible are: • Basic 10 Module (IFC300F type CG300xx100) This board has the following outputs: Current Output including digital Hart' protocol, Status output or Control input, Status output and single channel pulse output. • EXI 10 Module (IFC300F type CG300xxAB0) This module has a basic layout. Depending on the required functionality, certain components are placed on the board. Possible are: ■ A= 2: Current output (active) with Hart' protocol and pulse output (passive) ■ A= 3: Current output (passive) with Hart' protocol and pulse output (passive) ■ B = 2: Current output (passive) and pulse output (passive)/Control input • Modular 10 (IFC300F type CG300xx4AB) This is a modular 10 board, providing: ■ Current output (active) with Hart' protocol and a pulse output (active). ■ 2 places for modules (indicated with A and B) for extra outputs: A, B = 8: No module placed. • A, B = C: Pulse output (active) or Current Output (active) for each module Remarks: The Hart' protocol is superimposed on the DC current signal and enables the water meter to communicate with other equipment. If pulses are used for the transmission of the measured volume to other equipment, the use of two pulse channels (also called double pulses) is mandatory. Both pulse channels must be shifted in phase. 1.1.2.2 Essential shapes of the Signal Converter - Housing The housing of the Signal Converter consists of: • Metallic housing (compact and remote version). Optionally the housing is explosion proof. • Plastic housing for wall mounting (only possible for the remote version). 1.2 Essential Characteristics - Measurement sensor • Characteristics stated on page 1 of EC-type examination certificate no. T10003. Meter size DN25 DN50 Minimum flow rate Q1 (m3/h) 0,040 0,10 Transitional flow rate Q2 (m3/h) 0,064 0,16 Permanent flow rate Q3 (m3/h) 16 40 Overload flow rate Q4 W/h) 20 50 Nominal diameter (mm) 25 50 Indicating range (m3)(minimum value) 99.999 Verification scale interval (m3) (maximum value) 0,0001 M � Description Number T10003 Revision 3 Project number 9200599 Page 3 of 5 Meter size DN80 DN100 DN150 Minimum flow rate Q1 (m3/h) 0,25 0,4 0,6 Transitional flow rate Q2 (m3/h) 0,40 0,6 1,0 Permanent flow rate Q3 (m3/h) 160 250 400 Overload flow rate Q4 W/h) 200 312,5 500 Nominal diameter (mm) 80 100 150 Indicating range (m3) (minimum value) 999.999 Verification scale interval (m3) (maximum value) 0,001 Meter size DN250 DN500 Minimum flow rate Q1 (m3/h) 1,6 12,6 Transitional flow rate Q2 (m3/h) 2,6 20,2 Permanent flow rate Q3 (m3/h) 1600 6300 Overload flow rate Q4 W/h) 2000 7875 Nominal diameter (mm) 250 500 Indicating range (m3)(minimum value) 9.999.999 99.999.999 Verification scale interval (m3) (maximum value) 0,001 0,01 • The following characteristics are applicable for all sizes: Maximum admissible pressure (bar) 16 Min/max admissible temperature (°C) +0,1 /+50 Orientation All positions Power supply Type mains AC DC AC/DC Umax 230 V 24 V 24V U m i n 100 V 12 V 24V Frequency 50— 60 Hz - - • All water meters can be used bi-directional. • Electronic revision number The electronic revision number is used to lay down the software version and the hardware of the instrument. If either changes, the number is updated. ■ Approved electronic revision numbers: 3.2.4; 3.2.6_and 3.23 The electronic revision number is stored under menu items B3.6 and C5.1.6. See the manual in how to access the parameters. M � Description Number T10003 Revision 3 Project number 9200599 Page 4 of 5 ■ Software specification: The first approved version of the water meter didn't have an electronic revision number. The approved software version is identified as: • Main software: 2.2.1. Menu items B3.3 and C5.1.5 • User interface: 3.1.0. Menu item B3.4 and C5.2.5 See the manual in how to access the parameters. - The signal converter is either directly mounted on the measurement sensor (compact version) or is mounted separately from the measurement sensor (remote version) - The measurement sensor and the signal converter form a matched set. The exact physical properties of the measurement sensor are pre programmed into the signal converter. - Working principle The magnetic field, generated through the 2 magnetic coils, induces a voltage across the flowing (conductive) liquid (Faraday's law for conductors moving through a magnetic field). This induced voltage is measured with the 2 electrodes and is directly proportional to the flow speed. By taking into account the pipe dimensions the flow rate can be calculated, displayed and outputted. By integrating over time the total measured volume can be calculated and displayed. The validity of the program and the parameters is continuously checked. If these checks fail an alarm is generated. 1.3 Essential Shapes 1.3.1 Markings: - The markings have to fulfil the requirements stated in the legislation. - The data plate is fixed to the water meter and secured against removal by sealing or will be destroyed when removed. - For the remote version: • The serial number of the signal converter is mentioned on the measurement sensor and/or The serial number of the measurement sensor is mentioned on the signal converter. 1.3.2 Sealing. The following seals are applied: - The measurement sensor against opening. - The cover of the display of the signal converter against opening. Before sealing the "Weights and Measures jumper" is placed on the GDC-bus of the display of the signal converter. This jumper prohibits the changing of the Weights and Measures parameters. - The back cover of the signal converter. 1.4 Conditional Shapes - Cylindrical pipe The cylindrical pipe is constructed so that the combination of material and wall thickness is such that the influence due to changing liquid pressure is negligible. M � Description Number T10003 Revision 3 Project number 9200599 Page 5 of 5 1.5 Non essential Shapes The appearance of the data plate(s). 2 Conditions for Approval - If the water meter is used bi-directional, both flow directions must be included in the verification.