Burkert Type 8712 User Manual

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Summary of Contents

Page 1 - Operating Instructions

Type 8006 / 8702MFM, Mass Flow Meter IP65Type 8626 / 8712MFC, Mass Flow Controller IP65Operating InstructionsBedienungsanleitung Manuel d‘utilisatio

Page 2 - © 2013 Bürkert SAS

10Description of the systemType 8006, 87025.3.2. MFC solenoid control valveThe solenoid valve used for an MFC is a direct-acting, normally closed sol

Page 3

11Technical dataType 8626, 87126. TECHNICAL DATAattentionRisk of injury from pressure and outflow of fluid.Important device-specific technical data i

Page 4 - 1. ABOUT THIS MANUAL

12Technical dataType 8006, 87028006 35.0 Nm3/h Made in France00182381W49MM24V DC 13W DPCH4 S/N 1004FKMType of the deviceNominal flow rate (Qnom)

Page 5 - INSTRUCTIONS

13Technical dataType 8626, 87126.3. Compliance to standards and directivesMFM/MFC conformity with the EC directives comes through the followi

Page 6 - Brochures

14Technical dataType 8006, 87022,5410M444,502542711372x Ø604103248,566,58392111115524x Ø4,52x Ø8,844,544,5Fig. 6: Dimensions of flanged MFMs type 870

Page 7 - 5. DESCRIPTION OF THE

15Technical dataType 8626, 871288,5DCABA124x M4B111,512,5117,534,573504359,595Fig. 9: Dimensions of MFC type 8626 with solenoid valve type 2875A B

Page 8 - Controller (MFC)

16Technical dataType 8006, 870288,5DCABA124x M4B111,5129,534,573504359,587,2595Fig. 10: Dimensions of MFC type 8626 with solenoid valve type 6024A B

Page 9 - 5.3.1. Control electronics

17Technical dataType 8626, 8712C 88,5DAB BA5121,5137124x M46075,598,56043120,5Fig. 12: Dimensions of MFC type 8626 with high fluid flow-rate base and

Page 10

18Technical dataType 8006, 8702AAB BC 88,5D137124x M46015575,598,5604387,5120,5Fig. 14: Dimensions of MFC type 8626 with high fluid flow-rate base an

Page 11 - 00182381

19Technical dataType 8626, 8712Fig. 16: Dimensions of MFM type 8006 A B (mm)C (mm)D (mm)Weight aluminium (kg)Weight stainless steel (kg)G3/4; NPT3

Page 12

We reserve the right to make technical changes without notice.Technische Änderungen vorbehalten.Sous réserve de modifications techniques.© 2013 Bürker

Page 13 - 6.5. Dimensions

20Technical dataType 8006, 87026.6. Fluidic data6.6.1. Overview of measurement specificationsType 8006, 8626 8702, 8712Full scale range ref. to N2 (

Page 14

21Technical dataType 8626, 87126.6.3. Pressure loss specificationsQ [lN/min]∆p [mbar]0204060801001201401601802000100200300400500600700800900100011001

Page 15

22Technical dataType 8006, 87026.7. Electrical dataPower supply 24 V DC ± 10%; residual ripple < 2% (5% for UL devices)Power supply (not provided)

Page 16

23Installation and commissioningType 8626, 87127. INSTALLATION AND COMMISSIONING7.1. Safety instructionsdangerRisk of injury due to high pressure in

Page 17

24Installation and commissioningType 8006, 87027.3. Description of the MFM / MFCLEDsM12 5-pin fixed connector or Sub-D 9-pin fixed connector Fieldbus

Page 18

25Installation and commissioningType 8626, 87127.5.2. Pin assignment8-pin round fixed connector Pin Assignment821364571 24 V - Supply +2 Relay 1 - ce

Page 19

26Installation and commissioningType 8006, 8702Pin assignment for field bus versionPROFIBUS DP socket, B encoded M12 (DP V1 max. 12 MBaud)Pin Assignme

Page 20 - 2 (lN/min)

27Installation and commissioningType 8626, 87127.6. Mechanical installationObserve the mounting position shown on the calibration plate or the calibr

Page 21 - 3/8''

28Installation and commissioningType 8006, 8702 → Fit the washer [C] and screw the fitting [B] to the device.CB → Insert the line and manually tighten

Page 22 - 6.7. Electrical data

29Installation and commissioningType 8626, 8712WarningRisk of fire and ignition due to electrostatic dischargeIf the device is electrostatically charg

Page 23 - COMMISSIONING

3 1. ABOUT THIS MANUAL ...41.1. Symbols used ...

Page 24 - 7.5. Setting the parameters

30Operation and functionType 8006, 87028. OPERATION AND FUNCTION8.1. Safety instructionsWarningRisk of injury due to nonconforming operation.Nonconf

Page 25 - 7.5.2. Pin assignment

31Operation and functionType 8626, 8712• Selecting the standard signals / Assigning the binary input portsThe standard signal type as well as the as

Page 26

32Operation and functionType 8006, 8702Binary input portsIf the binary inputs are activated, different operations can be run on the MFC and the latter

Page 27 - 7.7. Fluid installation

33Operation and functionType 8626, 8712Function DescriptionActuate AutotuneStart of Autotune function for optimization of the control settings to the

Page 28 - 7.8. Electrical installation

34Operation and functionType 8006, 8702Function DescriptionClose valve completely activeThe close valve completely function is activated.Open valve co

Page 29

35Operation and functionType 8626, 87128.3. MFC operating modesThe MFC can adopt different operating modes:Operating mode Status of the LEDs (defaul

Page 30 - 8. OPERATION AND FUNCTION

36Operation and functionType 8006, 8702Operating mode Status of the LEDs (default setting)Binary input activation mode This operating mode may be int

Page 31

37Operation and functionType 8626, 87128.3.1. Standard control modeIn this operating mode, the flow-rate is controlled to the specified se

Page 32 - 8.2.2. Inputs

38Operation and functionType 8006, 87028.3.2. Autotune functionThe Autotune function is run through during the final inspection in the factory, at th

Page 33 - 8.2.3. Relay output signals

39Maintenance, TroubleshootingType 8626, 87128.3.4. Set-point value profileIn this operating mode, the device behaves as in standard control mode, ex

Page 34

4About this manualType 8006, 8702 / 8626, 8712note Warns against material damage.• Failure to observe this warning may result in damage to the device

Page 35 - 8.3. MFC operating modes

40Maintenance, TroubleshootingType 8006, 87029.2. MaintenanceThe MFM / MFC does not require any maintenance if used as indicated in this manual. Rout

Page 36

41Maintenance, TroubleshootingType 8626, 8712Procedure: → To gain access to the stainless steel mesh filter disc, detach the input flange plate [2] (s

Page 37 - 8.3.1. Standard control mode

42Maintenance, TroubleshootingType 8006, 87029.3. TroubleshootingProblem Possible cause Recommended actionThe Power LED is off No power supply. Check

Page 38 - 8.3.3. Safety function

43Maintenance, TroubleshootingType 8626, 8712Problem Possible cause Recommended actionThe limit (y) LED is flashingThe device is in an operating state

Page 39 - TROUBLESHOOTING

44Maintenance, TroubleshootingType 8006, 8702Problem Possible cause Recommended actionThe measured value fluctuatesThe earth connection (FE) is not co

Page 40 - 9.2. Maintenance

45Accessories / Spare partsType 8626, 871210. ACCESSORIES / SPARE PARTSattentionRisk of injury and/or damage caused by the use of unsuitable parts.I

Page 41

46Accessories / Spare partsType 8006, 8702Types Item Item no.Profibus versionStraight M12 plug (code B) 918 198Straight M12 socket (coupling) (code B)

Page 42 - 9.3. Troubleshooting

47Accessories / Spare partsType 8626, 8712Connection to the device, with DIN ISO 228/1 threadDiameter of the lineMaterial Order code of the olive conn

Page 43

48ShutdownType 8006, 870210.1.4. Additional documentationDesignation Item no.Supplement to the operating instructions for field bus devices804 553Cont

Page 44

49Packaging, Storage, TransportType 8626, 871211.2. Dismounting of the MFM / MFCProcedure: BAC → Relieve the operating medium pressure in the system.

Page 45 - 10. ACCESSORIES / SPARE

5Intended useType 8626, 87122. INTENDED USENonconforming use of the MFM / MFC types 8006, 8702 / 8626, 8712 may pose a danger to people, nearby equi

Page 46 - 10.1.2. Fluid accessories

50Returning the deviceType 8006, 870213. RETURNING THE DEVICENo work or tests will be carried out on the device until there is a valid contamination

Page 48 - 11. SHUTDOWN

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Page 49 - 12.2. Storage

6Basic safety instructionsType 8006, 8702Danger from the outflow of operating fluidRespect the prevailing regulations on accident prevention and safet

Page 50 - 13. RETURNING THE DEVICE

7General informationType 8626, 87124. GENERAL INFORMATION4.1. Manufacturer's address and international contactsTo contact the device manufactur

Page 51

8Description of the systemType 8006, 87025.1.2. General operation of the Mass Flow Controller (MFC)The MFC comprises:• a sensor for measuring the ma

Page 52

9Description of the systemType 8626, 87125.3.1. Control electronicsThe control electronics:• process the mass flow-rate set-point values and measure

Related models: Type 8702 | Type 8006 |

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