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Beko FLM SF53, Installation And Operating Manual

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Beko FLM SF53 Installation And Operating Manual Download Page 31

EN  

Installation and operating manual

31 METPOINT

®

 SF53

6.3.4.  Entering reference conditions

Setup 

→

  Sensor Setup 

→

 Ext. Setup

Filtertime

Enter the reference parameter values.

Setup 

→

  Sensor Setup 

→

 Ext. Setup 

→

 Ref. Pres

To change the reference pressure, press the >>UP<< button to 
select the "Unit" field and confirm by pressing the >>ENTER<< 
button.

Press the >>UP<< button to select the desired unit and confirm 
by pressing the >>ENTER<< button 2x.

Setup 

→

  Sensor Setup 

→

 Ext. Setup 

→

 Ref. Temp

Enter the reference temperature.

Setup 

→

  Sensor Setup 

→

 Ext. Setup 

→

 Filtertime

Under "Filtertime", you can enter an attenuation, provided that 
a "Filtergrade" is entered.
Possible values: 0 -10000 in [ms]. 

Summary of Contents for FLM SF53

Page 1: ...METPOINT FLM SF53 FLMSF53LL220 FLMSF53DL220 FLMSF53LL400 FLMSF53DL400 Thermal flow meter Installation and operating manual EN English 10 221 ...

Page 2: ...Direction of flow 12 2 5 Dimensions 13 2 6 Technical data 14 2 7 Measuring ranges 15 3 Installation 17 3 1 Warning 17 3 1 1 Requirements for piping 17 3 1 2 Requirements for inlet outlet sections 17 3 1 3 Turning housing 18 3 2 Installation 19 4 Electrical installation 20 4 1 Pin assignment of plug type connectors 20 4 2 Connection options 20 4 2 1 Bidirectional RS485 bus system 20 4 2 2 Current o...

Page 3: ...0 6 3 4 Entering reference conditions 31 6 3 5 Setting zero point for low flow cut off function 32 6 4 Modbus setup 33 6 4 1 Modbus settings 2001 2005 34 6 4 2 Values register 1001 1500 34 6 5 Pulse alarm 35 6 5 1 Pulse output 35 6 6 User Setup 36 6 7 Advanced 36 6 8 4 20 mA 37 6 9 Info 38 6 10 MBus 38 6 10 1 Default communication settings 38 6 10 2 Transferred values 38 7 Spare parts and accessor...

Page 4: ...se of it according to the applicable statutory regulations 1 1 2 On the device General instructions General hazard symbol danger warning caution 1 2 Signal words according to ISO 3864 and ANSI Z 535 DANGER Imminent danger Consequences of non compliance serious or even fatal injury WARNING Potential danger Consequences of non compliance serious or even fatal injury CAUTION Imminent danger Consequen...

Page 5: ...trictly adhered to All components of the electrical installation on site must be approved and or bear the CE mark A reliably accessible circuit breaker e g power plug or switch that shuts off all conductors must be installed close to the unit WARNING Operation of device outside limit range If the specified limits are exceeded there is a risk of device malfunction potentially resulting in injury an...

Page 6: ...rised and suitably trained technical personnel If you detect any damage do not start the device Adhere to the permissible storage and transport temperatures see technical data Protect the device against direct sunlight and heat radiation The device must be stored in the original packaging Seal the packaging and store it in a dry and frost free room Ensure that the storage temperature does not exce...

Page 7: ... limit range specified in the technical data Do not operate the device with any media fluids gas vapour mixtures other than those listed above Any other use of the device is deemed improper and poses a risk to persons property and the environment 1 6 Warranty and liability All warranty shall be voided if the METPOINT FLM is used improperly for a purpose other than the intended or is operated outsi...

Page 8: ...details to hand when contacting the manufacturer or supplier Designation Description METPOINT FLM SF53 Type designation S N 12579143 Serial number P N 4036460 Product number Gas air Medium Supply 18 36 V DC Power supply rating 0 90 m h Min max measuring range 4 20 mA Min max analog output current Length 400 mm Length of sensor tube Pmax 16 bar Max permissible operating pressure NOTICE Handling of ...

Page 9: ... SF53 2 3 Product overview and description 2 3 1 Identification based on product code FLM Sensor length L Version with display Interface RS485 Operating pressure 50 bar SensorFlow model designation FlowMeasurement product designation SF 53 D L220 L ...

Page 10: ...s equipped with a Modbus RTU RS485 interface a 4 20 mA current output a galvanically isolated pulse output and an optional MBus interface 2 3 3 Operating principle Two temperature sensors are installed in series in the direction of flow The first temperature sensor measures the current process temperature while the second sensor is electrically heated to a temperature that is exactly 40 K above th...

Page 11: ...res a LED calibration indicator mounted at the top of the housing After 15 months the LED begins to flash indicating that the device needs to be calibrated The flashing LED does not have any effect on the measuring process and the device continues to provide accurate measuring signals On request the calibration interval can be adjusted at the factory METPOINT FLM FLOW MEASURING HW 1 00 SW 1 00 AIR...

Page 12: ...The direction of flow is indicated by the arrows 1 on the housing of the METPOINT FLM and on the sensor tube 1 NOTICE Additional information If necessary turn the housing e g to change the direction of flow through the device For more information see Turning housing auf Seite 18 ...

Page 13: ...POINT SF53 2 5 Dimensions Dimensions Version with display Version with LED A G ISO 228 1 B mm 415 Standard 418 5 Standard C mm 80 D mm Ø 11 7 E mm 220 standard optional 400 F mm 94 G mm 102 105 5 F F E D E D C A B G A B G C F E D E D A B A B G C ...

Page 14: ...Pt45 Pt1000 Media nitrogen argon helium carbon dioxide Humidity of medium max 90 rH no droplets Power supply 18 36 VAC Power consumption max 5 W Digital output RS485 Modbus RTU Analog output 4 20 mA max load 500 Ω Pulse output Floating switch contact Passive max 48 VDC 150 mA 1 pulse per m or per litre Unit adjustable at display Accuracy 1 5 of measured value 0 3 of final value Display indicator D...

Page 15: ...5 0 30 0 361 08 332 0 564 5 357 4 321 1 344 3 354 1 185 0 1 1 4 32 8 436 69 401 5 682 7 432 2 388 3 416 4 428 2 185 0 36 0 531 48 488 7 830 8 526 0 472 6 506 8 521 1 185 0 36 3 541 06 497 5 845 8 535 5 481 1 515 9 530 5 185 0 1 1 2 39 3 639 84 588 3 1000 2 633 3 568 9 610 1 627 4 185 0 40 0 663 68 610 2 1037 5 656 9 590 1 632 8 650 8 185 0 41 9 728 41 669 7 1138 7 720 9 647 7 694 5 714 2 185 0 43 ...

Page 16: ...67 2 10581 1 10881 0 185 0 182 5 14581 94 13407 5 22795 1 14432 2 12966 1 13904 1 14298 2 185 0 190 0 15805 08 14532 1 24707 2 15642 8 14053 7 15070 4 15497 5 185 0 8 200 0 17533 48 16121 3 27409 1 17353 4 15590 6 16718 4 17192 3 185 0 206 5 18691 68 17186 2 29219 6 18499 7 16620 4 17822 8 18327 9 185 0 10 250 0 27428 75 25219 6 42877 8 27147 1 24389 4 26153 7 26895 0 185 0 260 4 29793 76 27394 2 ...

Page 17: ...d flanges and gaskets Differences in pipe diameters at joints should not exceed 1 mm For more information see ISO 14511 Clean properly installed pipes 3 1 2 Requirements for inlet outlet sections The table below shows the required inlet pipe sections with reference to the direction of flow Table of additional inlet pipe sections required in specific cases Flow obstruction upstream of measuring sec...

Page 18: ...rned by 180 by loosening the 4 setscrews with 1 5mm hexagon sockets Align the housing as required and tighten the setscrews again by hand NOTICE Risk of damage to device Ensure that the connecting pipes are correctly mounted and that the gaskets are installed properly Using the aligning aid align the sensor in the direction of flow ...

Page 19: ...otted spring pin take care not to change the alignment of the sensor Otherwise you might need to correct the sensor position and alignment The angle of the sensor should not deviate by more than 2 from the ideal position Larger angles might result in inaccurate measurement From an operating pressure of 10 bar install a high pressure protection element prod no 4025892 This allows for the installati...

Page 20: ... EN 61076 2 101 Pin assignment of connector Transmitter side Pin assignment of connector Socket side Pin assignment of connector Screw side 4 2 Connection options 4 2 1 Bidirectional RS485 bus system Connection by means of plug type connector A Connection diagram for METPOINT SF53 and METPOINT BDL q METPOINT FLM SFxx 1 2 4 3 RS485 A B V U V U V U V U RS485 MODBUS V Pin assignment sensor Function W...

Page 21: ...our PIN 1 UV Plus connection power supply brown PIN 2 not assigned white PIN 3 UV Minus connection power supply blue PIN 4 not assigned black PIN 5 IOUT Current output grey 4 2 3 MBus Connection by means of plug type connector B Connection diagram for METPOINT SF53 and METPOINT BDL q METPOINT FLM SFxx 1 4 5 3 MBus V U V U V U V U MBus V Pin assignment sensor Function Wire colour PIN 1 not assigned...

Page 22: ...nnector B Connection diagram for METPOINT SF53 and METPOINT BDL q METPOINT FLM SFxx 1 4 5 3 Impuls V U V U V U V U Impuls V Pin assignment sensor Function Wire colour PIN 1 not assigned brown PIN 2 not assigned white PIN 3 not assigned blue PIN 4 Pulse Galvanically isolated pulse black PIN 5 Pulse Galvanically isolated pulse grey ...

Page 23: ...T BDL METPOINT FLM SFxx METPOINT BDL BROWN WHITE q BLUE BLACK 1 3 2 4 1 2 3 4 5 6 7 8 9 V U V A B RS485 V U Pin assignment sensor Function Wire colour Pin assignment BDL PIN 1 UV Plus connection power supply brown PIN 7 UV PIN 2 Bus A Non inverted signal from RS485 interface white PIN 1 A RS485 PIN 4 Bus B Inverted signal from RS485 interface black PIN 2 B RS485 PIN 3 UV Minus connection power sup...

Page 24: ...ut grey PIN 4 Analog IN PIN 3 UV Minus connection power supply blue PIN 8 UV PIN 2 not assigned white PIN 4 not assigned black 4 3 3 Galvanically isolated pulse output Connection by means of plug type connector B Connection diagram for METPOINT SF53 and METPOINT BDL METPOINT FLM SFxx METPOINT BDL q R 4 7kΩ BROWN BLACK GREY BLUE 1 4 5 3 Impuls V U V U V U V U V 1 2 3 4 5 6 7 8 9 R Pin assignment se...

Page 25: ...wer supply blue PIN 2 UV PIN 2 A Non inverted signal from RS485 interface white PIN 7 RS485 A PIN 4 B Inverted signal from RS485 interface black PIN 8 RS485 B PIN 5 not assigned grey 4 4 2 Current output 4 20 mA 3 wire Connection by means of plug type connector A Connection diagram for METPOINT SF53 and METPOINT BDL compact analog board METPOINT FLM SFxx METPOINT BDL compact Analogboard BROWN BLUE...

Page 26: ...e colour Pin assignment BDL compact PIN 1 UV Plus connection power supply brown PIN 4 Pulse Pulse black PIN 1 UV PIN 5 Pulse Pulse grey PIN 8 V PT PIN 3 UV Minus connection power supply blue PIN 2 not assigned white 4 5 Modbus termination If the METPOINT FLM is the last device in the Modbus system it must be terminated The sensor is equipped with a built in terminator To terminate the device loose...

Page 27: ... is displayed The device menus are operated through two capacitive buttons UP ENTER 6 1 Display during operation CAL indicates that calibration is due After 15 months message CAL is displayed indicating that the device needs to be calibrated This message does not have any effect on the measuring process and the device continues to provide accurate measuring signals On request the calibration inter...

Page 28: ...rd factory settings 0000 4 x zero If required change the password by selecting Setup User Setup Password Press the UP button to select and to change a value Press the ENTER button to confirm the selection or change 6 3 Sensor Setup Setup Sensor Setup 53 1 mm To make a change select the respective menu option using the UP button and confirm by pressing the ENTER button ...

Page 29: ...nter the new value and confirm by pressing the ENTER button 6 3 2 Entering changing consumption counter value Setup Sensor Setup Total Counter To change the unit press the UP button to select the Unit field and confirm by pressing the ENTER button Press the UP button to select the desired unit and confirm by pressing the ENTER button 2x Press the UP button to select the value to be changed and con...

Page 30: ...e Setup Sensor Setup Units To change the unit press the UP button to select the Unit field and confirm by pressing the ENTER button If there are more possible units that fit on the screen press the button to call up the next screen Press the UP button to select the desired unit and confirm by pressing the ENTER button 2x ...

Page 31: ...reference pressure press the UP button to select the Unit field and confirm by pressing the ENTER button Press the UP button to select the desired unit and confirm by pressing the ENTER button 2x Setup Sensor Setup Ext Setup Ref Temp Enter the reference temperature Setup Sensor Setup Ext Setup Filtertime Under Filtertime you can enter an attenuation provided that a Filtergrade is entered Possible ...

Page 32: ...point press the CLR button To return to the previous screen press the Back button Setup Sensor Setup ZP Adjust CutOff The low flow cut off function is used to set consumption rates below the entered low flow cut off point to 0 m h so that they do not cause the consumption counter value to increase To delete the cut off point press the CLR button To return to the previous screen press the Back butt...

Page 33: ...baud rate parity and stop bit to enable communication with the Modbus master Setup ModBus Setup Save the settings by pressing the Save button To apply the default factory settings press the Set to De fault button Default factory settings Modbus ID 1 Baud rate 19200 Stop bit 1 Parity even Caution If the sensor is the last device in the Modbus system it must be terminated For details see chapter 4 5...

Page 34: ...in Nltr h R 1149 1148 4 Float Flow in ltr min R 1157 1156 4 Float Flow in Nltr min R 1165 1164 4 Float Flow in ltr s R 1173 1172 4 Float Flow in Nltr s R 1181 1180 4 Float Flow in cfm R 1189 1188 4 Float Flow in Ncfm R 1197 1196 4 Float Flow in kg h R 1205 1204 4 Float Flow in kg min R 1213 1212 4 Float Flow in kg s R 1221 1220 4 Float Flow in kW R 1269 1268 4 UInt32 Consumption m before decimal p...

Page 35: ...pulse output kg cd l m Select Value to enter the pulse factor 0 1 1 10 100 Select Polarity to enter the switching state plus 0 1 minus 1 0 6 5 1 Pulse output The maximum permissible number of pulses per second is 50 Pulse output is delayed by 1 second Pulse factor m h m min l min 0 1 ltr pulse 18 0 3 300 1 ltr pulse 180 3 3000 0 1m pulse 18000 300 300000 1 m pulse 180000 3000 3000000 Table 1 Maxim...

Page 36: ...Setup On the user setup screen you can change the password rotate the display and adjust its brightness To change the password you must enter the new password twice 6 7 Advanced Setup Advanced Press the Factory Reset button to reset the METPOINT FLM to its default factory settings ...

Page 37: ... the left shows the available units for flow Press the button to call up the next screen The scaling of the 4 20 mA analog output can be set to automatic AutoRange on or manual AutoRange off With AutoRange on the sensor automatically calculates the valid measuring range and associated reference conditions based on the set pipe diameter Select Scale 4mA and Scale 20mA to manually configure the scal...

Page 38: ... range 20 mA to 20 5 mA value above measuring range Confirm your entry by pressing the ENTER button 6 9 Info Setup Info This screen shows device information Press Details to view the calibration conditions 6 10 MBus 6 10 1 Default communication settings Primary address 1 ID Serial number of sensor Baud rate 2400 Medium Gas 6 10 2 Transferred values Value 1 with Unit Flow m h Value 2 with Unit Cons...

Page 39: ...ater with a little detergent Do not clean the sensor with a cloth sponge brush or other implement as any mechanical impact can destroy the sensor In the event of persistent deposits return the sensor to the manufacturer for inspection and cleaning 10 Calibration If the device is not custom configured we recommend having it calibrated every 12 months For calibration send the METPOINT FLM to BEKO TE...

Page 40: ...Installation and operating manual EN 40 METPOINT SF53 12 Declaration of Conformity ...

Page 41: ... max operating temperature 30 C 80 C Data sheet DB_FLM 0916 FP A Product description and function Thermal flow meter for compressed air Pressure Equipment Directive 2014 68 EU The products are not classified in any pressure equipment category In accordance to article 4 section 3 they have been designed and manufactured according to sound engineering practice as applicable in the EU member states E...

Page 42: ...Installation and operating manual EN 42 METPOINT SF53 ...

Page 43: ...EN Installation and operating manual 43 METPOINT SF53 ...

Page 44: ... of China BEKO TECHNOLOGIES LIMITED Unit 1010 Miramar Tower 132 Nathan Rd Tsim Sha Tsui Kowloon Hong Kong Phone 852 5578 6681 Hong Kong Phone 86 147 1537 0081 China tim chan beko technologies com India BEKO COMPRESSED AIR TECHNOLOGIES Pvt Ltd Plot No 43 1 CIEEP Gandhi Nagar Balanagar Hyderabad IN 500 037 Phone 91 40 23080275 madhusudan masur bekoindia com Italia Italy BEKO TECHNOLOGIES S r l Via P...

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