Metrima SVM F2 User Manual

Metrima SVM F2 User Manual

A small competent calculator for compact or wall montage

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SVM F2 Calculator
A small competent calculator for compact or wall montage
Users' manual

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Summary of Contents for Metrima SVM F2

  • Page 1 SVM F2 Calculator A small competent calculator for compact or wall montage Users’ manual...
  • Page 3: Table Of Contents

    Users’ manual F2 INSTALLATION ....................5 ......................5 T DELIVERY ....................... 6 ONNECTIONS MOUNTING......................7 ................7 OUNTING ON A FLOW SENSOR ....................7 THROUGH ......................7 IMENSIONS ....................8 NSTALLATION TEST ................... 8 OMENTARY VALUES HANDLING......................9 ......................... 9 ISPLAY .................
  • Page 5: Installation

    1 Installation At delivery F2 is delivered in the transport mode. This means that only the real time clock is active. No measurements take place in this position. The transport mode is indicated by a "no" in the upper left hand corner.
  • Page 6: Connections

    Connections The screw terminal blocks are situated under the cover on the rear side of the calculator. Note: The covers retaining screws is protected by a labelled sea. When the calculator is mains powered the will be a permanent power cord. Note: BR431 power supplied, flow sensor has to be connected to +3V.
  • Page 7: Mounting

    2 Mounting F2 can be mounted either on the flow sensor or wall mounted. When the calculator is mounted on the flow sensor, the adapter provided for this purpose has to be used. Mounting on a flow sensor The adapter allows the calculator to be mounted vertically or horizontally, see fig.
  • Page 8: Installation Test

    Installation test When installation has been completed simple test can be done to verify that the calculator has been installed correctly. Wait until the flow sensor supplies a pulse. This shall result in the symbol for flow sensor pulse, a square shown on display will flashing once.
  • Page 9: Handling

    3 Handling Display The F2 has an LCD (Liquid Crystal Display), see fig. 3.1a below. The values are displayed in sequences. The left-hand sequence digit shows the relevant sequence. The right-hand sequence digit shows which value in the sequence is being displayed. A short button depression results in a move to the next value in the relevant sequence.
  • Page 10: Display Sequence Table

    Display sequence table Description Accumulated energy (Default position) Accumulated volume according to flow sensor1 Display test Accumulated volume for pulse input 1 (Only when F2 fitted with pulse inputs) Accumulated volume for pulse input 2 (Only when F2 fitted with pulse inputs) Error code, see Error code Error time, [Minutes]...
  • Page 11: Error Codes

    Error codes Error codes are shown in display sequence ”15”. Code Description 0001 Break in low temperature sensor (L) 0002 Short circuit in low temperature sensor (L) 0004 Break in high temperature sensor (H) 0008 Short circuit in high temperature sensor (H) 0005 Error code combination 0001 + 0004 000A...
  • Page 13: Service

    4 Service Certain parameters in F2 can be altered using the display button when F2 is set in the service mode. Procedure to enter the service sequence: 1. Hold the service button on the rear side of the calculator pressed by using a small screwdriver.
  • Page 14: Service Sequence Table

    0 = Installed at low end (L) 1 = Installed at high end (H) Recommended battery replacement date [YYMMDD] Do not change without consulting with Metrima AB. Exit service sequence, Fig. 4.1b, Test key 1 = EXIT 2 = return to service sequence ”00”...
  • Page 15: Verifying The Calculator

    5 Verifying the calculator Verification of the calculator's measurement accuracy is undertaken in the test mode, where the energy value/flow sensor pulse is issued via the HF-output at the service adapter. For each flow sensor pulse, measurement takes place on the temperature sensors and a pulse burst corresponding to the measured energy of the meter is issued.
  • Page 16: Seals

    6 Seals 1. Service seals 2. Test seal 3. Electronic seal 4. Installation seals Fig. 6, Sticker seals...
  • Page 17: Technical Data

    7 Technical data Power supply Battery 3V – 2,2Ah Operation time max. 10 years Mains 230V±10%, 45-65Hz Table 7.1, Power supply Temperature sensors Approved and matching pares of temperature sensors of the type Pt 100 or Pt 500 are to be used.
  • Page 18: Flow Sensor Placing

    Flow sensor placing F2 can be configured for flow sensor placement in high or low end of the pipe (supply or return pipe). This is marked H = high or L = low in display sequence “64”. Figure 7.6, Flow sensor placing Maximum values for power The values below are valid for energy unit [MWh] and standard decimal setting Pulse value...
  • Page 19: Pulse Outputs ( Either Pulse Outputs Or Pulse Inputs On F2)

    7.10 Pulse outputs (either pulse outputs or pulse inputs on F2) F2 can be equipped with two pulse outputs as standard of the type “Open collector” for energy (pulse output 1) and volume (pulse output 2). The last digit and the energy unit will reveal the pulse weight of the pulses. Example: sequence “10”...
  • Page 20: Appendix

    8 Appendix Decimal placing F2 The decimal setting for F2 follows a ”de facto” standard for utilities Pulse value m³ MBTU m³/h m³ [l/p] 0.001 0.001 0.001 0.001 0.01 0.001 0.001 0.01 0.01 0.01 0.01 0.01 0.01 1000 0.001 0.01 0.01 0.01 0.01...
  • Page 21: Article Number F2

    Article number F2 F2 ABCDEFGHIJ KLM Pt100 2-wire measurement, flow in low temperature Pt100 2-wire measurement, flow in high temperature Pt500 2-wire measurement, flow in low temperature Pt500 2-wire measurement, flow in high temperature Battery supply Bus supply Mains supply 230VAC 24 VAC Kt Input 2.5 l/p Kt Input 25 l/p...
  • Page 22: Data Output Table

    Data output table The following data are accessible via the data output: SIOX Manufacturers Data specific 60870-5 (option) Flow sensor placing Program version Manufacturer Communication address Meter number Error code (limited) Accumulated energy Accumulated, volume 11 Accumulated, volume 22 Flow temperature (high) Return temperature (low) Temperature difference “Operation...
  • Page 23 © Metrima AB Stockholm, Sweden Created: 2003-11-07 Johan Tsung Rev. Date 2007-09-03 Rev. by: Metrima AB www.metrima.se info@metrima.se Norra Stationsgatan 93 SE-113 64 Stockholm Phone: +46 8 23 60 30 Fax: +46 8 23 60 31...

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