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13.Inspection before Power-On ................16 14. Parameter Functions ..................17 14.1 Procedure for Menu Setting ................17 14.1.1Functions 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 ..................
1. Reading Labels Thanks for purchasing FineTek’s Product. This operation manual describes the product features, working principles, operation and maintenance methods. It makes the user fully understand how to use the product correctly, so as to prevent dangerous situations such as device damage or operator injury.
2. Product Warranty 2.1 New Product Warranty We don’t charge for the inspection, part/s and repair for the product of the company that has a defect within 12 months from the delivery date and meets the warranty terms. If the product defect is not due to human error during its transportation, user may change to a new unit from the company within 7 days from delivery date.
3. Product Inspection 3.1 Check Content 1 flow meter 1 operation manual 1 product inspection sheet 3.2 Safety Inspection Please check whether the external package is deformed or damaged. Please remember to take a picture for evidence for compensation later. ...
5. Product Features The measurement results is not affected by the change of liquid density, viscosity, temperature, pressure and conductivity. There are only two measurement points in the measuring tube without baffle and movable parts, so it won’t cause pressure loss and jam. ...
8. Working Principles The working principle of the electromagnetic unit is based on the Faraday law of electromagnetic induction. When the conductor moves in the magnetic field, it will generate induced EMF on both sides of the conductor in the orthogonal direction of the magnetic field direction and the motion direction.
JIS B7554-1997 ANSI B16.5 DIN 25 Series 9.2 Basic Parameters and Performance Indicators 9.2.1 Technical Specification Table Item EPD36 Standard type Display LCM 128* 64 pixel backlit type Buttons Tri-button operation RS-485 (Modbus) (Optional support for ZigBee Pro wireless Communication interface...
9.2.2 Recommended Flow Range for Tube Diameters Flow range (m Pipe diameter (mm) Flowing speed 0.1~1.0m/s Flowing speed 1.0~10m/s 0.06~0.64 0.64~6.4 0.17~1.77 1.77~17.7 0.45~4.5 4.5~45.2 0.71~7.1 7.1~71 9.2.3 Lining Material Lining material Main properties Application scope 1. Stable chemical properties, resistance to various acid, alkane, and salt solutions 1.
11. Installation The design, test and power supply for the flow meter are based on the related regulations. User must strictly follow the instructions to guarantee the safe operation and normal working of the flow meter. 11.1 Conditions required to guarantee the measurement accuracy of the electromagnetic flow meter: ...
11.4 Handling The flow meter must be handled with the correct handling method. The safety load and protection action of the handling equipment should meet the related regulations. The transmitter box (for integrated flow meter) or enclosure (for separated flow meter) must not be tied up to handle the flow meter.
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The flow meter must be free from strong electromagnetic field. The magnetic intensity of the flow meter installation site must be smaller than 400A/m. (It should not be installed near large motors or transformers)。 There should be enough space left surrounding the flow meter for installation and repair. If the measuring pipe vibrates, a support frame should be set up on both sides of the flow meter.
11.6 Notes for Installation on the Pipe When installing the flow meter, one must follow the installation diagrams as shown below. This will ensure the flow meter can guarantee the pipe is always filled with the liquid: (The figures below are only typical cases, which don’t include all feasible installation methods.
11.7 Grounding Requirements The grounding of the electromagnetic flow meter is very important. If the grounding is poor, it won’t work normally. The sensor and transmitter should be equipped with high-quality independent grounding wire (The section area of the copper core is 1.6mm ).
12. Wiring and Using 12.1 Wiring 12.1.1 Notes for Wiring For the power line, the 2-core rubber insulated cable is recommended. For AC power supply, L1 should be “Live Wire”. The wiring of all terminal blocks should be clamped with slotted terminal and performed with insulation.
13. Inspection before Power-On 1. Check whether the flow meter is damaged during transportation and installation. 2. Check whether the voltage of the power supply is consistent with that specified on the nameplate. 3. Check whether the fuse used is of the correct current value. 4.
14. Parameter Functions 14.1 Procedure for Menu Setting ↑ ↑ Parameter Measurement screen Main menu 1 Sub menu 1 ↓ ↓ Parameter Main menu 2 ↓ ↓ Number edit mode Button Parameter Main menu 3 Parameter editing Confirm (Holding) ↑ Move “Left ←...
14.2 Various Parameter Setting Ranges Main Menu Sub Menu Unit Default Setting Range Device Tag Num (1.1) Zero Adj.(2.1) Flow Span (1.5) Fast Set (0) The parameter is linking from standard menu Flow Unit (1.4) Low cutoff (2.4) Damping Time (3.1) Pulse Out Unit (3.3) Total Reset (1.9) Main Menu...
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Main Menu Sub Menu Unit Default Setting Range Damping Time (3.1) second 0~100 Pulse Out Mode (3.2) none Pulse NO Pulse NO, Pulse NC, Frequency 0.001~100(L,gal, m ,g,kg,Ton) Pulse Out Unit (3.3) Unit/pulse 0.1 L L/pulse,gal/pulse, m /pulse,g/pulse, kg/pulse,Ton/pulse Max. Freq. (3.4) 0.001~8K (00.000) Curr.
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Main Menu Sub Menu Unit Default Setting Range English,Traditional Chinese, Language(5.1) English Simplified Chinese Tube Status Actual Normal, Empty Resistance Actual System Info.(5.2) kΩ Status Code Actual Act. Flow Speed Actual 0000 0000 ~ FFFF FFFF Normal, Circuit Self-Test(5.3) Cancel Fail ,Excitation Fail, Amb.
14.3 System record illustration Display image illustration ④ ① ② ⑤ ③ ⑥ ⑦ illustration The date when incident occur. Category of the incident. Separated into “System” and “User Set”. Please see details in below chart. The alarm information. The time when incident occur. “OCC”...
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Category Alarm information Alarm illustration The working temperature has exceed the 01 Over temperature operating temperature of the panel. There is no fluid in the tube or the fluid 02 Empty tube conductivity is less than 5us/cm. Sensor is not correctly connected or there is abnormal on the excitation 03 Sensor disconnection current which will cause sensor the...
16. Transportation and Storage To prevent the flow meter from damage during the transportation, please keep the packaging condition as how it was when it was shipped from the factory before arriving at the installation site. The storage conditions should meet the following: ...
17. Fault Inspection and Repair When fault occurs to the flow meter or it fails to meet the accuracy requirements, please try to fix it by referring to the table below. Fault Inspection Solution The casing of the flow meter is grounded correctly.
18. MODBUS Communication Protocol Address(Hex) Address(Dec) Variable Name Data Type Unit Range Definition Authority Read 0x1000 4096 gt_modbus_slave_fine_tek_id[0] UINT8 "FI" only(Header) Read 0x1001 4097 gt_modbus_slave_fine_tek_id[2] UINT8 "NE" only(Header) Read 0x1002 4098 gt_modbus_slave_fine_tek_id[4] UINT8 "-T" only(Header) Read 0x1003 4099 UINT8 gt_modbus_slave_fine_tek_id[6] "EK"...
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0x1040 System status Data Type Unit Range Definition Authority 0x1040 4160 PFC_TEMPERATURE_BOARD_NOW-High Read only FLOAT32 PCB temp. 0x1041 4161 PFC_TEMPERATURE_BOARD_NOW-Low Read only 0: Normal 0x1042 4162 PFC_SELF_TEST_TUBE_STATUS UINT16 \Setting\ Information\ Status of pipe Read only 1: Empty 0x1043 4163 pfc_system_status_code_value-High Read only \Setting\ Information\ system status UINT32...
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0x1070 Parameter setting- Advanced setting Data Type Unit Range Definition Authority 0x1070 4208 PFC_BASIC_SET_ZERO_ADJ-High Read /Write 0x1071 4209 PFC_BASIC_SET_ZERO_ADJ+1 Read /Write Basic setting/ Zero point FLOAT64 m/s -0.5000~+0.5000 setting 0x1072 4210 PFC_BASIC_SET_ZERO_ADJ+2 Read /Write 0x1073 4211 PFC_BASIC_SET_ZERO_ADJ-Low Read /Write 0x1074 4212 PFC_BASIC_SET_K_FACTOR-High Read /Write 0x1075 4213 PFC_BASIC_SET_K_FACTOR+1 Read /Write...
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0x1090 Parameter setting- Output/Input signal setting Data Type Unit Range Definition Authority Output/Input signal 0x1090 4240 PFC_IO_SIGNAL_SET_DAMPING_TIME UINT16 Second 000~+100(Default:3) setting/ Input signal Read /Write average time 0:NO 0x1091 4241 PFC_IO_SIGNAL_SET_PULSE_OUTPUT_MODE UINT16 1:NC Pluse output mode Read /Write 2: Frequency output 0x1092 4242 PFC_IO_SIGNAL_SET_PULSE_OUTPUT_UNIT-High Read /Write 0x1093 4243 PFC_IO_SIGNAL_SET_PULSE_OUTPUT_UNIT+1...
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0x10A5 Parameter setting- Alarm setting Data Type Unit Range Definition Authority 0x10A5 4261 PFC_ALARM_SET_MAX_FLOW_RATE-High Read /Write 0x10A6 4262 PFC_ALARM_SET_MAX_FLOW_RATE+1 Read /Write +0.0000 ~ Line FLOAT64 Max. flow rate size(m)^2 *7.85 0x10A7 4263 PFC_ALARM_SET_MAX_FLOW_RATE+2 Read /Write 0x10A8 4264 PFC_ALARM_SET_MAX_FLOW_RATE-Low Read /Write 0x10A9 4265 PFC_ALARM_SET_MIN_FLOW_RATE-High Read /Write 0x10AA 4266 PFC_ALARM_SET_MIN_FLOW_RATE+1...
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0x10B9 Parameter setting- System setting Data Type Unit Range Definition Authority 0: English 0x10B9 4281 PFC_SYSTEM_SET_LANGUAGE UINT16 1: Chinese (Traditional ) Language Read /Write 2: Chinese (Simple) PFC_SYSTEM_SET_ANALOGY_INPUT_4MA 0x10BA 4282 _INFO-High Analog setting/ 4 mA FLOAT32 0~9999 Read /Write Value PFC_SYSTEM_SET_ANALOGY_INPUT_4MA 0x10BB 4283...
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0x10C9 Parameter setting- Analog Simulation Data Type Unit Range Definition Authority 0:None 1: Flow rate 2: Flow capacity 0x10C9 4297 PFC_SIMULATION_FUNC_STATE UINT16 3: Current output Simulation fuction select Read /Write 4: Frequency output 5: Output1 status 6: Output2 status 0x10CA 4298 PFC_SIMULATION_FLOW_SPEED-High Read /Write 0x10CB 4299 PFC_SIMULATION_FLOW_SPEED+1 Read /Write...
11.4 吊裝 流量計應採用正確吊裝方法進行吊裝,吊裝設備的安全載荷及防護措施應符合有關規定。 禁止在傳送器箱體(一體式流量計)或接線盒(分離型流量計)處用繩拴起吊流量計。 11.5 正確安裝 正確地選擇安裝點和正確安裝流量計都是非常重要的環節,若在安裝環節失誤,輕者影 響測量精度,重者會影響流量計的使用壽命,甚至會損壞流量計。 選擇安裝位置時需特別注意 a. 測量電極的軸線必須近似於水平方向(與水平線夾角一般為 10°以內) 。 b. 測量管道內必須完全充滿液體。 c. 流量計的前方最少要有 5×D(D 為流量計內徑)長度的直管段,後方最少要有 2×D (D 為流量計內徑)長度的直管段。 d. 流體的流動方向和流量計的箭頭方向一致。 e. 請避免在管道內出現真空現象,會損壞流量計的內襯,。 f. 在流量計附近應無強電磁場,流量計安裝場所的磁場強度應小於 400A/m (避免安裝在大型電機或變壓器等設備附近) 。 g. 在流量計附近應有充裕的空間,以便安裝和維護。 h. 若測量管道有振動,在流量計的兩邊應有固定的支座。...
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i. 測量不同介質的混合液時,混合點與流量計之間的距離最少要有 30×D(D 為流量計 內徑長度) 。 j. 為方便今後流量計的清洗和維護,應安裝旁通管道。 k. 安裝 PTFE 內襯的流量計時,連接兩法蘭的螺栓應注意均勻擰緊,否則容易壓壞 PTFE 內襯,盡可能使用扭力板手。 l. 流量計應避免強烈振動和過大的溫度變化,同時要防止腐蝕性液體的對流量計造成 損害。 m. 如果安裝地點易受陽光曝曬,應增加遮陽設施。 n. 安裝感測器時,應盡可能的使測量管與製程管道位於同一個軸線上。 對 DN50 及以下公稱通徑的感測器,其軸線偏離不超過 2mm。DN65~DN150 其軸 線偏離不超過 3mm,≥DN200 其軸線偏離不超過 4mm。 o. 法蘭之間加裝的墊片,應有良好的耐腐蝕性能,該墊圈不得伸入管道內部,阻礙流體 流動。 p. 緊固流量計螺栓、螺母,其螺紋應完整無損,潤滑良好。應依據法蘭尺寸、力矩大小 採用力矩板手緊固螺栓。 q. 在感測器鄰近管道進行焊接或火焰切割時,要採用隔離措施,防止襯裏受熱,且必須 確認流量計未通電運行,防止損壞流量計。...