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F9.63 Electromagnetic insertion flow sensor

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F9.63 Flow Monitor and Transmitter

INSTRUCTION MANUAL

EN 10-11

Table of Contents

1. Introduction…………………………………………………………………. 3

1.1.

Safety Instructions………………………………………………………………. 3

1.2.

Unpacking…………………………………………………………………………. 3

2. Description………………………………………………………………….. 4

2.1.

Design……………………………………………………………………………... 4

2.2.

Technical Features……………………………………………………………… 4

2.3.

Connection to FlowX3 Sensors………………………………………………. 5

3. Specifications………………………………………………………………. 5

3.1.

Technical Data…………………………………………………………………… 5

3.2.

Dimensions………………………………………………………………………. 6

4. Installation………………………………………………………………….. 7

4.1.

Location…………..……………………………………………………………….. 7

4.2.

Wiring……………………………………………………………………………... 8

5. Operational Overview…………………………………………………….. 11

5.1.

Keypad Functions………………………………………………………………. 11

5.2.

General Operation Flowchart…………………………………………………. 11

6. View Level…………………………………………………………………... 13

7. Menu Directory Level……………………………………………………… 14

7.1.

Free access (no password required)………………………………………… 14

7.2.

Password protected access…………………………………………………… 14

Summary of Contents for FlowX3 F9 Series

Page 1: ...Description 4 2 1 Design 4 2 2 Technical Features 4 2 3 Connection to FlowX3 Sensors 5 3 Specifications 5 3 1 Technical Data 5 3 2 Dimensions 6 4 Installation 7 4 1 Location 7 4 2 Wiring 8 5 Operation...

Page 2: ...1 R1 Output OUT1 MIN mode 21 8 2 3 2 R1 Output OUT1 MAX mode 21 8 2 3 3 R1 Output OUT1 WINDOW mode 22 8 2 3 4 R1 Output OUT1 PULSE mode 22 8 3 Simulation Menu 23 8 3 1 Test 4 20mA Loop 23 8 3 2 Test...

Page 3: ...his instrument Unit installation and wiring connections should only be performed by qualified staff Do not modify product construction Installation and Commissioning Statements Remove power to the ins...

Page 4: ...eable with the paddlewheel sensors The new design allows an accurate flow measurement over a wide dynamic range in pipe sizes from DN15 0 5 to DN600 24 The FLS FlowX3 F9 63 offer an indication and a 4...

Page 5: ...to 25 ft s Full Scale Range 5 m s 16 4 ft s standard others available on request Linearity 1 of reading 1 0 cm s Repeatability 0 5 of reading Enclosure IP65 Materials o Case PC PVC o Gasket EPDM Displ...

Page 6: ...o 140 F Relative Humidity 0 to 95 non condensing Fluid conditions o homogeneous liquids pastes or slurries also with solid content o Min Electrical Conductivity 20 S o Temperature 10 C to 60 C 14 F to...

Page 7: ...Whenever possible follow the EN ISO 5167 1 installation recommendations to locate the sensor Always maximize distance between flow sensor and pump 4 2 Mounting Position The following configurations en...

Page 8: ...10 mm 0 4 of insulation from the wire tips and tin bare ends to avoid fraying Ferrules are suggested when connecting more than one wire to a single terminal Remove the upper part of the terminals for...

Page 9: ...low sensor 9 Rear Terminal View Power Loop Wiring Diagram Stand alone application Connection to a PLC with built in no current loop used power supply 3 wire connection Connection to a PLC Instrument w...

Page 10: ...Diagram Connection to a PLC Connection to a PLC Instrument Open Collector input digital input with separate Power Supply Connection to FlowX3 Instruments Relay Wiring Diagram The alarm is OFF during n...

Page 11: ...ify an item or a flashing digit Modify an item or a flashing digit Scroll right through flashing digits Return to Menu without saving Save new settings 5 2 General Operation Flowchart The F9 63 flow m...

Page 12: ...F9 63 Electromagnetic insertion flow sensor 12...

Page 13: ...the RIGHT arrow key to reset If locked you will need to enter the password first Lock or unlock the total reset in Option Menu refer to section 8 4 8 Restot PWD for details 4 20mA Loop Output 7 Menu...

Page 14: ...F9 63 Electromagnetic insertion flow sensor 14 7 1 Free access no password required 7 2 Password protected access...

Page 15: ...is menu 8 1 1 Unit Set the engineering units for the instant flow rate and the total flow rate All the options available are displayed on the LCD The instrument will automatically convert the values o...

Page 16: ...flow rate The K factor is unique to the sensor model and to the pipe size and material Refer to section 10 K Factor Tables for the correct value Limits 000 01 to 99999 the K Factor cannot be set to 0...

Page 17: ...g to the 4 20mA output current is entered here by selecting the minimum and maximum values for the current loop The F9 02 will allow any value from 0 0000 to 99999 and the beginning of the measuring r...

Page 18: ...l can be disabled set to OFF if not used If the O C Output is programmed the OPT icon will appear on the third line of the display 8 2 2 1 O C Output OPT MIN mode The output triggers when the flow rat...

Page 19: ...itch on The output will relax when the flow rate drops below the setpoint plus the hysteresis value Flow Time Hysteresis Setpoint output relaxed output energized The output triggers when the flow rate...

Page 20: ...selected between different options MIN alarm MAX alarm or volumetric Pulse The signal can be disabled set to OFF if not used If the Relay Output is programmed the OUT1 icon will appear on the third li...

Page 21: ...The output will relax when the flow rate moves above the setpoint plus the hysteresis value The output triggers when the flow rate is greater than the setpoint LED placed below OUT1 icon will switch o...

Page 22: ...lume passes the sensor ENTER any value from 0 0001 to 99999 The duration of the pulse can be chosen from 000 1 to 999 9 seconds The output triggers when the flow rate is greater than the max setpoint...

Page 23: ...g and digital output can be simulated and tested in this menu 8 3 1 Test 4 20mA Loop Manually simulate any output current value to test current loop To manually test the output current loop To manuall...

Page 24: ...r 24 8 3 2 Test O C Output OPT Manually toggle the status of the Open Collector OPT output for testing 8 3 3 Test R1 Output OUT1 Manually toggle the status of the Relay R1 OUT1 output for testing R1 O...

Page 25: ...LCD contrast To select the averaging level of LCD output and relay response To set the flow rate decimal point position To set the totalizer decimal point position To adjust the minimum current output...

Page 26: ...level to dampen LCD indication output and relay response OFF no dampening effect near instantaneous response 8 4 3 Flow Decimal Point Set the decimal point position to get the best resolution for the...

Page 27: ...ion for the application Select one of the following options XXXXXXXX XX XXXXXXXXX X XXXXXXXXXX 8 4 5 Loop Adjust 4mA This option can be used to modify the basic 4mA setting to match the transmitter ou...

Page 28: ...0mA setting to match the transmitter output to any external device Increment output current value by pressing UP arrow key or decrement it by pressing DOWN arrow key 8 4 7 Menu PWD Set ON the Menu PWD...

Page 29: ...sensor 29 8 4 8 Restot PWD Set ON the Restot PWD to protect the resettable totalizer from undesired reset operations NOTE the standard password is and it cannot be modified 8 4 9 Language This option...

Page 30: ...o start calculation Switch on a pump or open a valve F9 63 starts counting pulses from the sensor When the tank is full switch off the pump or close the valve Press ENTER to stop calculation F9 63 sto...

Page 31: ...etic insertion flow sensor 31 9 Troubleshooting The instrument correctly installed is maintenance free The case and the front panel can be cleaned with soft cloth and an appropriate cleaning agent 9 1...

Page 32: ...55 19 55 Part No DN d K Factor F S l s SCIC110DVC 100 110 13 10 38 18 WAIV063 50 63 on request 12 54 SCIC125DVC 110 125 10 11 49 44 WAIV075 65 75 on request 17 73 SCIC140DVC 125 140 5 24 62 05 WAIV09...

Page 33: ...0D 1 25 1 67 101 60 4 02 TFNV50D 1 50 1 1 2 63 72 6 28 TFAV50D 1 50 1 91 63 72 6 28 BS Clamp Saddles for BS PN12 pipes ASTM SCH 80 Clamp Saddles for ASTM SCH 80 pipes Part No DN d K Factor F S l s Par...

Page 34: ...75 65 75 on request SCIC160DVC 150 160 4 01 80 98 WAIC090 80 90 on request SCIC200DVC 180 200 2 57 126 67 WAIC110 100 110 on request SCIC225DVC 200 225 2 03 160 40 WAIC125 110 125 on request SMIC250IV...

Page 35: ...83 ASTM SCH 80 Clamp Saddles for ASTM SCH 80 pipes SCIC140DME 125 140 5 50 59 12 Part No SIZE d K Factor F S l s SCIC160DME 150 160 4 23 76 75 SCAC2 0BME 2 00 2 375 53 93 9 27 SCIC200DME 180 200 2 71...

Page 36: ...or electrofusion or butt welding Part No DN d K Factor F S l s Part No DN d K Factor F S l s SCIC063BME 50 63 49 53 10 09 TFIV20BE 15 20 510 01 0 88 SCIC075BME 65 75 34 67 14 42 TFIV25BE 20 25 318 30...

Page 37: ...160 40 SZIC200I 200 1 95 166 92 SZIC250I 250 1 31 248 60 SZIC250I 250 1 24 261 85 SZIC300I 300 0 90 362 76 SZIC300I 300 0 88 369 74 SZIC350I 350 0 67 480 66 SZIC350I 350 0 73 447 12 SZIC400I 400 0 53...

Page 38: ...r the specified internal diameter EXAMPLE Nominal Pipe Size PVC DN 100 mm New Internal Diameter 104 mm Using the formula K Factor_NEW 13 10 x 100 104 12 11 K factor calculation with a different full s...

Page 39: ...CuNi PVDF CuNi FPM IP65 F9 63M 35 12 24 VDC L1 CuNi PVDF CuNi EPDM IP65 F9 63M 36 12 24 VDC L1 CuNi PVDF CuNi FPM IP65 F9 63M 38 12 24 VDC L0 316L SS PEEK 316L SS FPM IP65 F9 63M 40 12 24 VDC L1 316L...

Page 40: ...gmeter mono directional flow sensor 316L SS PVDF body FPM O Rings L1 length 2 F3 63M SP13 Magmeter mono directional flow sensor CuNi PVDF body EPDM O Rings L0 length 2 F3 63M SP14 Magmeter mono direct...

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