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Page 5

FW-F018-P-M_v0404_01_EN.docx

5.2.2

Installations based on FM or CSA certificate ........................................................................ 35

5.2.3

Electrical data - Control drawing ........................................................................................... 36

5.2.4

Installations based on ATEX or IECEx certificate ................................................................. 37

5.2.5

Electrical data

– Annex 1 ....................................................................................................... 38

5.2.6

Power supply wiring ............................................................................................................... 39

5.2.7

Sensor supply ........................................................................................................................ 39

5.3

Terminal connectors Intrinsically Safe applications .............................................................. 40

5.4

Configuration examples Intrinsically Safe applications ......................................................... 41

5.4.1

F018-P-AH-CR-OT-PX-XI-(ZB) - Ex ia IIC/IIIC...................................................................... 41

5.4.2

F018-P-AH-CR-OT-PX-XI-ZB - Ex ia IIC/IIIC ........................................................................ 42

5.4.3

F018-P-AH-CR-OT-PD-XI-ZB - Ex ia IIC/IIIC ........................................................................ 43

MAINTENANCE ..................................................................................................................... 44

6.1

General directions ................................................................................................................. 44

6.2

Instructions for repair ............................................................................................................. 44

6.3

Battery replacement .............................................................................................................. 45

6.3.1

Safety instructions ................................................................................................................. 45

6.3.2

Replace the battery ............................................................................................................... 46

6.3.3

Disposal of batteries .............................................................................................................. 46

TECHNICAL SPECIFICATION ................................................................................. 47

PROBLEM SOLVING ............................................................................................... 50

HART COMMUNICATION ........................................................................................ 51

DECLARATION OF CONFORMITY ......................................................................... 54

INDEX OF THIS MANUAL.................................................................................................................. 55

LIST OF FIGURES .............................................................................................................................. 56

Summary of Contents for F018-P

Page 1: ...TPUT and optional HART communication Signal input flowmeter pulse Namur and coil Output one scaled pulse reflecting accumulated total or one flow rate alarm Options HART Communication Backlight Intrin...

Page 2: ...t be disposed of into the general waste system or into a landfill At the end of its life equipment shall be disposed of according to the local regulations regarding waste of the electrical and the ele...

Page 3: ...amage of the F018 P or connected instruments A caution indicates actions or procedures which if not performed correctly may lead to personal injury or incorrect functioning of the F018 P or connected...

Page 4: ...0 3 3 10 Explanation of SETUP menu 9 Others 20 4 INSTALLATION 21 4 1 General directions 21 4 2 Installation surrounding conditions 21 4 3 Handling the F Series enclosure 22 4 3 1 Identification 22 4 3...

Page 5: ...Configuration examples Intrinsically Safe applications 41 5 4 1 F018 P AH CR OT PX XI ZB Ex ia IIC IIIC 41 5 4 2 F018 P AH CR OT PX XI ZB Ex ia IIC IIIC 42 5 4 3 F018 P AH CR OT PD XI ZB Ex ia IIC II...

Page 6: ...s One flowmeter with a passive or active pulse Namur or coil signal output can be connected to the F018 P To power the sensor several options are available Fig 1 Typical application for the F018 P Con...

Page 7: ...total 2 3 OPERATOR INFORMATION AND FUNCTIONS In general the F018 P will always function at Operator level The information displayed is dependent upon the SETUP settings The signal from the connected...

Page 8: ...a configuration setting When the SELECT key is pressed a few times flow rate alarm values are displayed Fig 4 Example of display information during programming minimum flow rate Flow rate alarm When...

Page 9: ...ill active Make sure that the unit is not being used for any application when altering the settings 3 2 1 ENTERING SETUP LEVEL Configuration of the F018 P is done at SETUP level which can be reached a...

Page 10: ...ch function that needs to change navigate to that function and follow the steps indicated below During the programming sequence the display will deactivate the SETUP indicator and activate the PROGRAM...

Page 11: ...operator level press the PROG key for three seconds When no keys are pressed for 2 minutes SETUP level will be left automatically 3 3 CONFIGURATION SETTINGS All settings of the F018 P can be set via...

Page 12: ...1 9 999 9 Hz 0 000001 9 999999 6 F FREQ M FACTOR 15 0 1 9 999 9 Hz 0 000001 9 999999 6 G LINEARIZATION enable disable 6 H DECIMALS FREQUENCY 00000 1111 1 222 22 33 333 7 ANALOG output 7 1 PV LRV 999...

Page 13: ...or example per cubic meter The more accurate the K factor the more accurate the functioning of the system will be Example 1 Calculating the K factor Let us assume that the flowmeter generates 2 4813 p...

Page 14: ...xamples read SETUP 1 3 2 4 DECIMALS K FACTOR This setting determines the number of decimals for the K factor SETUP 2 3 The following can be selected 0 1 2 3 4 5 6 Please note that this SETUP influence...

Page 15: ...f a low flow rate alarm and zero flow it won t switch the alarm output and nothing will be indicated on the display 3 3 ALARM LO The low alarm is set with this setting An alarm will be generated as lo...

Page 16: ...ck up 1kHz pulse and FAST update about 2 years 1kHz pulse and 1 sec update about 5 years The functions below will only effect the optional LED backlight 4 3 BACKLIGHT If a LED backlight has been suppl...

Page 17: ...ce COIL LO Low sensitive coil input 90 mV p t p Normal sensitivity ACTIVE Active pulse input detection level 1 2V DC 47 k 10 kHz External power required 3 3 7 EXPLANATION OF SETUP MENU 6 LINEARIZATION...

Page 18: ...als frequency The M Factor is displayed at the top line of the display The minimum value to be entered is 0 000001 and the maximum value is 9 999999 This value always has six decimals while the dot is...

Page 19: ...nit and time unit are according SETUP 2 1 and 2 2 The analog output value can be programmed up side down if desired by switching the PV LRV and PV URV value Please enter the low flow rate value here 7...

Page 20: ...account 8 4 RELAY OUT One transistor output is available to transmit the alarm condition or to generate the scaled pulse output Assign with this function the type of signal to be transmitted low flow...

Page 21: ...e g F018 P XF Follow the electrical installation instructions as shown in chapter 4 and the mechanical installation instructions of the enclosure that are supplied separately Type XI Suitable for int...

Page 22: ...y your F0 Series device all field mount enclosures have a weatherproof identification label placed on the outside of the unit Fig 8 Identification Example of F0 Series identification label safe area I...

Page 23: ...y from the rear cover minding that the wiring stays intact 5 Depending on the work to be done all terminal connectors can be removed from their mating parts and the front cover is now completely separ...

Page 24: ...rt B after H HBx Fig 10 Dimensions Aluminum and stainless steel enclosures 75 mm 2 95 130 mm 5 12 112 mm 4 40 60 mm 2 36 120 mm 4 72 M20 x 1 5 PG9 PG9 30mm 30mm 22 5mm M20 x 1 5 M16 x 1 5 M16 x 1 5 30...

Page 25: ...mm 5 12 112 mm 4 40 60 mm 2 36 120 mm 4 72 HD HK HK back box flat bottom HE HF HG HH D 12mm 12mm 12mm 24mm 24mm 36mm 36mm 14mm 17mm 22 5mm 30mm 30mm D 16mm D 20mm 0 9 D 22mm 0 866 22 5mm 25mm 25mm D 2...

Page 26: ...ng the mounting plate please follow the instructions that came with the accessories Alternatively the unit can be panel mounted by using only the front cover Wall mount by using the openings on the ou...

Page 27: ...onnected to the common ground terminals that belong to the specific sensor connection The wire screens shall be terminated at one side to prevent wire loops Inside of the Fluidwell unit the different...

Page 28: ...ons please also consider the demands for power supply wiring shown in paragraph 4 5 4 The installation must comply with inter national requirements and local ordinances o Within the Europe Union and t...

Page 29: ...NP output signals but the battery life time will be significantly reduced consult your distributor The sensor supply at terminal 3 is fixed to 1 2V DC for coil type inputs and 3 2V DC for all other ty...

Page 30: ...ble for use with flowmeters which have a coil output signal Two sensitivity levels can be selected with the SETUP function COIL LO sensitivity from about 90mVp p COIL HI sensitivity from about 20mVp p...

Page 31: ...imum input frequency read chapter 3 3 2 A sensor supply voltage of 8 1V DC can be provided with option PD on terminal 6 Fig 17 Terminal connections PNP signal input Active signal Active signal selecti...

Page 32: ...he to terminal 4 and the to terminal 5 When power is applied to these terminals the optional internal battery will be disabled enabled automatically to extend the battery life time 4 6 3 TERMINAL 6 PO...

Page 33: ...T COMMUNICATION TYPE CR OPTION The F018 P is suitable for connecting a HART master device This HART master device is connected to terminals 11 and 12 to enable HART communication with the F018 P Fig 2...

Page 34: ...r F0 Series device all field mount enclosures have a weatherproof identification label placed on the outside of the unit Fig 25 Identification Example of F0 Series identification label intrinsic safet...

Page 35: ...sh discharges For reasons of ESD and safety always ground the metal enclosure properly as indicated in section 4 5 Electrical installation of this manual Do not blend metal front covers with non metal...

Page 36: ...7 and 8 11 and 12 the input parameters of the connected hazardous location apparatus must meet the following requirements Vmax The Voc of the of the circuit Imax The Isc of the circuit Pmax The Pmax o...

Page 37: ...cuits precautions must be taken to separate the Intrinsically safe circuits in accordance with EN 60079 11 For electrical data consult Annex 1 for this F0 Series model on the following page Substituti...

Page 38: ...PD PX terminals 4 and 5 in type of protection intrinsic safety Ex ia IIC IIIC only for connection to a certified intrinsically safe circuit with following maximum values Ui 30 V Ii 200 mA Pi 1 2 W Li...

Page 39: ...LiBAT may be replaced in hazardous area but only with a new certified FW LiBAT battery See paragraph 6 3 5 2 7 SENSOR SUPPLY For type PC PX Terminal 3 limited sensor supply These types of power suppl...

Page 40: ...or supply of 8 2V DC to power a Namur sensor for example Type PX as standard all intrinsically safe products are supplied with terminal 4 and 5 to power the product externally P reed switch NPN P coil...

Page 41: ...Ex ia IIC IIIC Fig 28 F018 P AH CR OT PX XI ZB Ex ia IIC IIIC Intrinsically Safe application Sensor supply voltage for pulse type P Terminal 3 1 2 3 2V DC Please note Type PX may be used in combinatio...

Page 42: ...AH CR OT PX XI ZB Ex ia IIC IIIC Intrinsically Safe application Sensor supply voltage for pulse type P Terminal 3 1 2 3 2V DC Please note Type PX may be used in combination with the battery Type PC PX...

Page 43: ...AH CR OT PD XI ZB Ex ia IIC IIIC Intrinsically Safe application Sensor supply voltage for pulse type P Terminal 3 1 2 3 2V DC Please note Type PX may be used in combination with the battery Type PC PX...

Page 44: ...ay update uses significantly more power Pulse output Low temperatures the available power will be less due to battery chemistry Check periodically The condition of the casing cable glands and front pa...

Page 45: ...ons Intrinsically safe applications Type PC Only batteries of type FW LiBAT 021 that hold the Ex marking as shown below are suitable replacements and certified for use in hazardous areas Before replac...

Page 46: ...attery replacement procedure Install the new battery as follows 1 Make sure the new battery is undamaged in good condition and suitable for use in the unit Check that the marking on the battery corres...

Page 47: ...WxHxD 130 x 120 x 90mm 5 10 x 4 72 x 3 54 WxHxD IP67 TYPE 4X Aluminum SS enclosures Type HA Type HB HSB Type HL Type HM HBM HSM Type HN Type HO HBO HSO Type HP Type HT Type HU HBU HSU Type HV Type HZ...

Page 48: ...IIIC T80 C Db IECEx approval Ex db IIB H2 T5 Gb Ex tb IIIC T80 C Db Weight Dimensions Appr 15 kg 350 x 250 x 200mm 13 7 x 9 9 x 7 9 WxHxD Directives Standards EMC EN 61326 1 FCC 47 CFR part 15 Low vo...

Page 49: ...ximum 666 Ohm 24V Addressing Selectable 0 63 Operational Operator functions Displayed functions linearized total and or flow rate linearized total and accumulated total total can be reset to zero by p...

Page 50: ...the display might be corrupted 0002 irrecoverable data storage error the programming cycle might have gone wrong check programmed values 0003 error 1 and error 2 occurred simultaneously 0064 Lineariza...

Page 51: ...ce status Read additional device status Read device variable information Write Response Preambles Write PV Alarm Code Number of device specific commands 17 2 used indirectly Number of dynamic variable...

Page 52: ...vice malfunction flag to be set in device status The device malfunction is not expressed with Namur43 conditions but by means of a status flag in the device status through command 48 Command specific...

Page 53: ...r kg h rev sec rev s kg day kg d rev min rpm ton min metton min none ton hr metton hr ton day metton d FLOW RATE VOLUME F018 P HART F018 P HART l sec l s bbl sec bbl s l min l min bbl min bbl min l hr...

Page 54: ...chnology o 6 5 60 AA eghel The etherlands oltaweg 5 66 A eghel The etherlands luidwell is 001 certified b A ertification eander 1051 6 5 Arnhem The etherlands Veghel February 2 22 e Fluidwell V declar...

Page 55: ...n 14 cut off time 14 decimals 14 16 18 decimals k factor 14 measuring unit 14 flowmeter signal 17 flowmeter input 30 Frequency 18 functional description 6 high alarm output 32 33 intrinsic safety 34 I...

Page 56: ...input 30 Fig 17 Terminal connections PNP signal input 31 Fig 18 Terminal connections Active signal input 31 Fig 19 Terminal connections Reed switch signal input 31 Fig 20 Terminal connections NAMUR s...

Page 57: ...7 damping sec 0 1 3 ALARM 3 1 alarm set operate 3 2 flow zero default 3 3 alarm lo 0 3 4 alarm hi 0 3 5 delay lo 0 0 3 6 delay hi 0 0 3 7 rel out hi lo 4 DISPLAY 4 1 function rate 4 2 lcd new sec 1 4...

Page 58: ...frequency 14 m factor 14 0 0 Hz 1 000000 6 F frequency 15 m factor 15 0 0 Hz 1 000000 6 G linear disable 6 H decimals 1111 1 7 ANALOG 7 1 pv lrv 0 7 2 pv urv 1600 7 3 loop current enabled 7 4 loop tes...

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