FineTek EPD36 Operation Instruction Manual Download | Manualshive

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11

10.

外型尺寸

衛生接續型

10.1 Tri-Clamp

接續規格

Tri-Clamp

公稱通徑

(mm)

15

25

40

50

內襯材質

PFA

長度

L

164

164

258.6

258.6

外徑

ϕ

D

68.3

81.1

106.3

106.3

PCD

ϕ

C

50

60

83

83

法蘭厚度

t

41

41

61.5

61.5

螺絲孔數量

N

4

4

4

4

傳感器高度

H1

76.3

89.1

114.3

114.3

總高度

H2

256

270

294

294

重量

(Kg)

---

4.9

5.7

8.6

9.1

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Summary of Contents for EPD36

Page 1: ...Flow Meter Operation Instruction FineTek Co Ltd No 16 Tzuchiang St Tucheng Industrial Park New Taipei City 23678 Tel 886 2 22696789 Fax 886 2 22686682 Website http www fine tek com E mail info fine te...

Page 2: ...rial 8 9 2 4 Electrode Material 8 9 2 5 Housing Protection Rating IP 8 10 Appearance and Dimension 9 10 1 Tri Clmp Type 9 10 1 1 Tri Clamp 9 11 Installation 10 11 1 Conditions required to guarantee th...

Page 3: ...1Functions of the Display Interface 17 14 1 2 Button Functions in Parameter Setting Status 17 14 2 Various Parameter Setting Ranges 18 14 3 System record illustration 20 15 Ordering Information 23 16...

Page 4: ...of the operation manual is updated based on the version upgrade which will be uploaded to the website for the user to access Please don t disassemble or repair the product on your own as this will mak...

Page 5: ...ing to the actual condition The product or its parts are beyond the warranty period Fault or damage is caused by not following the instruction and use environment described on the operation manual The...

Page 6: ...Township Minhang District Shanghai City 201109 86 021 64907260 86 021 6490 7276 FineTek Pte Ltd Singapore Branch No 60 Kaki Bukit Place 07 06 Eunos Techpark 2 Lobby B Singapore 415979 65 6452 6340 65...

Page 7: ...omplaint Otherwise we won t compensate for change or repair the product defect 4 Summary The company s electromagnetic flow meter adopts coil excitation which is more stable than the traditional magne...

Page 8: ...hich can achieve high accuracy especially for measuring small flow It has a self diagnosis function which can automatically detect the excited signal whether the measuring tube is empty and whether th...

Page 9: ...tube with the internal diameter of D m at the average flowing speed V m s that is equipped with a pair of measuring electrodes Moreover the tube is in a magnetic field with uniform magnetic induction...

Page 10: ...e 0 1m s 10m s Current output accuracy 0 1 of Pulse Output Accuracy Temperature coefficient 100ppm Operating pressure 10 kg cm2 Current output mode Proactive Analog output 4 20mA Maximum load of curre...

Page 11: ...emical properties resistance to various acid alkane and salt solutions and various organic solvents It is not tolerant to the corrosion of CIF3 high temperature OF3 and high speed liquid oxygen and oz...

Page 12: ...diameter mm 15 25 40 50 Lining material PFA Length L 164 164 258 6 258 6 External diameter D 68 3 81 1 106 3 106 3 PCD C 50 60 83 83 Flange thickness t 41 41 61 5 61 5 Quantity of screw holes N 4 4 4...

Page 13: ...away from strong EMI and it should not be installed near the large motors or transformers 11 2 Safety Measures To guarantee human and device safety the instructions below must be followed Before sele...

Page 14: ...cause damage When selecting the installation site please pay special attention to the following a The axis of the measuring electrode must be approximate to the horizontal direction Generally the angl...

Page 15: ...reat temperature change In the meantime damage of the corrosive liquid on the flow meter should be prevented m If the flow meter is installed at a position with direct sunlight shielding facilities sh...

Page 16: ...am Description The sensor should be installed at the pump outlet rather than the inlet It should be installed at the lower point and the vertically upward point of the horizontal pipe Don t install it...

Page 17: ...ot coated with insulating layer When installing the flow mater on the plastic pipe or the pipe with insulating coating material paints or lining grounding rings on both ends of the sensor should be in...

Page 18: ...ntruding into the terminal block directly The total impedance of the outgoing cable on the current output terminal should not be larger than the value stated in the specification The pulse or frequenc...

Page 19: ...t with that specified on the nameplate 3 Check whether the fuse used is of the correct current value 4 Check whether the flow meter is grounded correctly 5 Open the pipe valve to fill the pipeline sys...

Page 20: ...ing Page Menu Mode Read Only Number Edit Mode List Edit Mode ENT Enter menu Enter sub menu Confirm button Keep pressing Confirm button Keep pressing Return to the previous page Return to the previous...

Page 21: ...s min h kg s min h Ton s min h Flow rate Liquid density weight L s L m L h m3 s m3 m m3 h gal s gal m gal h kg s kg m kg h Ton s Ton m Ton h m3 d Flow Span 1 5 Flow Rate Unit 5m s x Diameter 2 2 x pi...

Page 22: ...N A NO NO NC Filter Variation 3 10 m s 1 00 000 10 000 Filter Weight 3 11 10 0 100 Median Filter 3 12 Enable Disable Enable Main Menu Sub Menu Unit Default Setting Range Alarm Set 4 Max Flow 4 1 Flow...

Page 23: ...ult 5 6 N A N A Cancel Cancel Accept Mains Frequency 5 7 N A Hz 50 50 60 LCM Contrast Brightness 5 8 N A N A 32 15 40 Manu Password 5 9 User Password 5 9 1 N A 00000 0 99999 Admin Password 5 9 2 Main...

Page 24: ...he date when incident occur 2 Category of the incident Separated into System and User Set Please see details in below chart 3 The alarm information 4 The time when incident occur 5 OCC means the incid...

Page 25: ...I O fail and cause the sensor unable to receive signal 05 Simulation mode Sensor is set to be in simulation mode 06 Electrode coating The electrode is covered with none conductivity material User Set...

Page 26: ...23 15 Ordering Information...

Page 27: ...opriate rainproof and damp proof treatment must be conducted Vibration must be reduced and collision with other objects must be prevented during its transportation The storage temperature must be in t...

Page 28: ...receive the signals sent from the flow meter Whether the output connection of the flow meter is correct Re connect to ensure smooth line Whether the grounding between the flow meter and the pipe is g...

Page 29: ...4124 PFC_FlowRate_Main_Val High FLOAT64 Rate Unit Instant flow rate value Read only 0x101D 4125 PFC_FlowRate_Main_Val 1 Read only 0x101E 4126 PFC_FlowRate_Main_Val 2 Read only 0x101F 4127 PFC_FlowRate...

Page 30: ...E High FLOAT32 10 100mm Line size divided by 1000 Basic setting Connection size Read Write 0x1058 4184 PFC_BASIC_SET_TUBE_SIZE Low 125 500mm e g DN80 80 1000 0 08 0x1059 4185 PFC_BASIC_SET_FLOW_RATE_U...

Page 31: ...B 4219 PFC_ADVANCED_SET_DENSITY Low Read Write 0x107C 4220 PFC_BASIC_SET_LOW_FLOW_CUTOFF High FLOAT64 0 0000 100 00 Default 0 5 Basic setting Low rate shield Read Write 0x107D 4221 PFC_BASIC_SET_LOW_F...

Page 32: ...OUTPUT_UNIT Low Read Write 0x1096 4246 PFC_IO_SIGNAL_SET_MAX_FREQ High FLOAT64 Hz 0 0010 8 000 Default 2 0 Frequency setting Read Write 0x1097 4247 PFC_IO_SIGNAL_SET_MAX_FREQ 1 Read Write 0x1098 4248...

Page 33: ...ite 0x10AD 4269 PFC_ALARM_SET_EMPTY_TUBE_DETECT UINT16 N A 0 Off 1 On Empty pipe detection Read Write 0x10AE 4270 PFC_ALARM_SET_ALARM_1_FUNC UINT16 N A 0 None 1 Max flow rate 2 Min flow rate 3 Empty a...

Page 34: ...t unit Read Write 0x10BF 4287 PFC_SYSTEM_SET_ANALOGY_INPUT_DOT UINT16 N A 0 3 Decimal digits Read Write 0x10C0 4288 PFC_IO_SIGNAL_SET_MODBUS_COMM_ID UINT16 N A 0 255 Modbus ID Read Write 0x10C1 4289 P...

Page 35: ...d Write 0x10D1 4305 PFC_SIMULATION_FLOW_RATE Low Read Write 0x10D2 4306 PFC_SIMULATION_OUTPUT_CURR High FLOAT32 mA 3 6 22 Simulation of current output Read Write 0x10D3 4307 PFC_SIMULATION_OUTPUT_CURR...

Page 36: ...EPD36 23678 16 886 2 22696789 886 2 22686682 http www fine tek com E mail info fine tek com 08 EPD36 B5 CK 08 17 2021...

Page 37: ...1 1 3 2 4 2 1 4 2 2 4 2 3 5 3 5 3 1 5 3 2 6 4 6 5 7 6 7 7 7 8 8 9 8 9 1 8 9 2 9 10 11 10 1 TRI CLAMP 11 11 12 11 1 12 11 2 12 11 3 12 11 4 13 11 5 13 11 6 15 11 7 16 11 8 16...

Page 38: ...2 12 17 12 1 17 13 18 14 18 14 1 18 14 1 1 19 14 1 2 19 14 2 20 14 3 28 15 30 16 31 17 32 18 MODBUS 33...

Page 39: ...3 1...

Page 40: ...4 2 2 1 7 2 2...

Page 41: ...86 021 6490 7276 Finetek Pte Ltd 37 Kaki Bukit Place Level 4 Singapore 416215 65 6452 6340 65 6734 1878 FineTeK GmbH Bei den K mpen 26 21220 Seevetal Ramelsloh Germany 49 0 4185 8083 0 49 0 4185 8083...

Page 42: ...6 3 2 7 4...

Page 43: ...7 5 5D 2D 1 100 PFA 150 6 5 S cm 7 40 70 5 95 of RH 86 106 KPa 24Vdc...

Page 44: ...T E E 1 U V D B V D kB E V 1 k V D q 4 s m 2 1 2 4 3 s m B E k D qv 3 q 4 v V D kB E 4 B 3 A B k D 1 4 3 3 s m AE qv 5 q E 9 9 1 IEC 60068 2 3 EN 61326 1 2013 IEC 61326 1 EN 55011 2009 A 2010 IEC 6009...

Page 45: ...Pulse Output Accuracy 100ppm 10Kg cm2 4 20mA 700 3 6mA 22 mA 2 8KHz Pulse 50 Pulse NPN 32vdc 200mA 1 100 s DO NPN 32vdc 200mA 1 CH DI ON 200 1 000 OFF 1 CH 1200 57600 bps IP67 NEMA 4X DC 24V 10W M20...

Page 46: ...10 9 2 3 PFA 1 ClF3 2 1 20 150 2 9 2 4 316L 9 2 5 IP67...

Page 47: ...10 10 1 Tri Clamp Tri Clamp mm 15 25 40 50 PFA L 164 164 258 6 258 6 D 68 3 81 1 106 3 106 3 PCD C 50 60 83 83 t 41 41 61 5 61 5 N 4 4 4 4 H1 76 3 89 1 114 3 114 3 H2 256 270 294 294 Kg 4 9 5 7 8 6 9...

Page 48: ...12 11 11 1 5 D 2 D 11 2 11 3...

Page 49: ...13 11 4 11 5 a 10 b c 5 D D 2 D D d e f 400A m g h 10 10 5D 2D...

Page 50: ...14 i 30 D D j k PTFE PTFE l m n DN50 2mm DN65 DN150 3mm DN200 4mm o p q...

Page 51: ...15 11 6 1 2 3 5m 4 5 5m...

Page 52: ...16 11 7 1 6mm2 10 11 8 a 4...

Page 53: ...17 12 12 1 12 1 1 10mm L1 24VDC 10 NPN 12 1 2 DC 24V 1 RS 485 DO1 DO1 D D DI DI V V P P mA mA DC24V 4 20mA...

Page 54: ...18 13 1 2 3 4 5 6 10 14 14 1 1 1 1 2 2 3 3 3 ENT ENT ENT ENT ENT ENT...

Page 55: ...19 14 1 1 14 1 2 Read Only ENT ENT 0 0000 m3 h 1274205 8 Liter L H 00 00 Bar...

Page 56: ...20 14 2 0 1 1 N A 2 1 N A 1 5 N A 1 4 N A 2 4 N A 3 1 N A 3 3 N A 1 9...

Page 57: ...50 200 250 300 350 40 0 450 500 1 4 N A m3 h L s min h m3 s min h gal s min h kg s min h Ton s min h L s L m L h m3 s m3 m m3 h gal s gal m gal h kg s kg m kg h Ton s Ton m Ton h m3 d 1 5 N A 5m s x m...

Page 58: ...22 2 2 1 AUTO m s Actual 0 5000 0 5000 MANUAL K 2 2 N A none 1 000 0 000 3 000 x k 2 3 N A g cm3 1 0000 0 0001 9 9999 2 4 N A 0 5 0 00 100 00 2 5 N A 0 0 9999999999 2 6 N A 0 0 9999999999...

Page 59: ...gal m3 g kg Ton L pulse gal pulse m3 pulse g p ulse kg pulse Ton pulse pulse 3 4 N A Hz kHz 2K 1 8K 00 000 3 5 N A none 4 20 4 20 0 20 4mA 3 6 N A count 0 5000 5000 4mA 20mA 3 7 N A count 0 5000 5000...

Page 60: ...2 N A 0 000 00 4 3 N A N A Disable Disable Enable 1 4 4 N A N A None 1 1 4 5 N A N A NO NO NC NO NC 2 4 6 N A N A None 2 2 4 7 N A N A NO NO NC NO NC 4 8 N A N A None None 4 9 N A mA 3 6 3 6 3 8 20 5...

Page 61: ...sh English 5 2 N A Actual m s Actual N A k Actual N A N A Actual 0000 0000 FFFF FFFF 5 3 N A N A Device I O 5 4 4mA N A 0000 0 9999 Scale Low 20mA N A 100 0 9999 Scale High 4 20mA N A Kpa None Kpa Mpa...

Page 62: ...e 2 13 2 BPS 9600 1200 2400 4800 9600 19200 38 400 57600 Data bit 2 13 3 N A 8 8 9 Parity 2 13 4 N A none none odd even Stop bit 2 13 5 N A 1 1 2 5 6 N A N A Cancel Accept 5 7 N A Hz 50 50 60 LCM 5 8...

Page 63: ...2 2 8000 pulse port 1 6 5 N A N A OFF ON OFF 2 6 6 N A N A OFF ON OFF 1 6 7 N A N A Actual ON OFF 6 8 N A N A Actual 0 24mA 7 7 1 N A N A actual 17 99 01 12 01 31 7 2 N A N A actual 00 23 00 59 00 59...

Page 64: ...28 14 3 1 2 3 4 5 OCC 6 CLR 7...

Page 65: ...pty tube 5us cm 03 Sensor disconnection 04 Circuit abnormal I O 05 Simulation mode 06 Electrode coating User Set 21 Over flow rate 22 Below flow rate 23 8Khz Pulse out over 8Khz pulse 24 System reset...

Page 66: ...30 15...

Page 67: ...31 16 20 70 80...

Page 68: ...32 17 7 1m s 10m s 10 28 RS 485 RS 485 12VDC NPN...

Page 69: ...0x1003 4099 gt_modbus_slave_fine_tek_id 6 UINT8 N A EK Read only Header 0x1004 4100 PFC_PRODUCT_TYPE UINT16 N A FM Read only Header 0x1005 4101 PFC_PRODUCT_NUMBER UINT16 N A 0x0001 Read only Header 0x...

Page 70: ...101C 4124 PFC_FlowRate_Main_Val High FLOAT64 Rate Unit Read only 0x101D 4125 PFC_FlowRate_Main_Val 1 Read only 0x101E 4126 PFC_FlowRate_Main_Val 2 Read only 0x101F 4127 PFC_FlowRate_Main_Val Low Read...

Page 71: ...igh Read only 0x1030 4144 PFC_Flowrate_Main_Vluae Low FLOAT32 Rate Unit Read only 0x1031 4145 PFC_Flowrate_Main_Vluae High Read only 0x1032 4146 PFC_Flowrate_rawdata_vluae Low FLOAT32 m s Read only 0x...

Page 72: ...4 gal m 5 gal h 6 kg m 7 kg h 8 T m 9 T h 10 m3 d Read Write 0x105A 4186 PFC_BASIC_SET_FLOW_SPAN High FLOAT64 m3 s m 2 0 0785 m 2 7 85 Read Write 0x105B 4187 PFC_BASIC_SET_FLOW_SPAN 1 Read Write 0x105...

Page 73: ...ASIC_SET_K_FACTOR 2 Read Write 0x1077 4215 PFC_BASIC_SET_K_FACTOR Low Read Write 0x1078 4216 PFC_ADVANCED_SET_DENSITY High FLOAT64 g cm3 0 0001 9 9999 Default 1 0 Read Write 0x1079 4217 PFC_ADVANCED_S...

Page 74: ..._ADVANCED_SET_REV_TOTAL _INIT 2 Read Write 0x1087 4231 PFC_ADVANCED_SET_REV_TOTAL _INIT Low Read Write 0x1088 4232 UINT16 N A 0 1 Read Write 0x1090 0x1090 4240 PFC_IO_SIGNAL_SET_DAMPING_TI ME UINT16 S...

Page 75: ...NAL_SET_OUTPUT_CU RR_MODE UINT16 mA 0 4 20mA 1 0 20mA Read Write 0x109B 4251 PFC_IO_SIGNAL_SET_4MA_FINE_T UNE INT16 Count 000 0 5000 0 Default 0 4mA Read Write 0x109C 4252 PFC_IO_SIGNAL_SET_20MA_FINE_...

Page 76: ...ead Write 0x10AA 4266 PFC_ALARM_SET_MIN_FLOW_RAT E 1 Read Write 0x10AB 4267 PFC_ALARM_SET_MIN_FLOW_RAT E 2 Read Write 0x10AC 4268 PFC_ALARM_SET_MIN_FLOW_RAT E Low Read Write 0x10AD 4269 PFC_ALARM_SET_...

Page 77: ...Write 0x10BA 4282 PFC_SYSTEM_SET_ANALOGY_INP UT_4MA_INFO High FLOAT32 N A 0 9999 4mA Read Write 0x10BB 4283 PFC_SYSTEM_SET_ANALOGY_INP UT_4MA_INFO Low 0x10BC 4284 PFC_SYSTEM_SET_ANALOGY_INP UT_20MA_I...

Page 78: ...s 38400 38400bps 57600 57600bps MODBUS BaudRate Read Write 0x10C2 4290 PFC_IO_SIGNAL_SET_MODBUS_CO MM_BAUDRATE Low 0x10C3 4291 PFC_IO_SIGNAL_SET_MODBUS_CO MM_DATA_BTIS UINT16 N A 0x0000 8 0x1000 9 MOD...

Page 79: ...High FLOAT64 Rate Unit 0 0000 m 2 7 85 Read Write 0x10CF 4303 PFC_SIMULATION_FLOW_RATE 1 Read Write 0x10D0 4304 PFC_SIMULATION_FLOW_RATE 2 Read Write 0x10D1 4305 PFC_SIMULATION_FLOW_RATE Low Read Writ...

Page 80: ...8 PFC_SAVE_SYSTEM_VAR_TO_EEP ROM UINT16 N A 0 1 USER EEPROM Read Write 0x10DF 4319 PFC_ENG_MODE_SAVE_SETTING UINT16 N A 0 1 FACTORY EEPROM Read Write 0x10E0 4320 pfc_auto_set_excition_freq_flag UINT16...

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