FR80 turbine flowmeter (bearing type)-Fornitore globale

1st Floor, Building 2, No. 89 Huguang East Road, Meilian Industrial Park, Minhang District, Shanghai (201108)

Principle, structure

Turbine flowmeter is a type of velocity flowmeter. As shown in the figure below, a turbine is placed at the center of the pipeline, supported by bearings at both ends. When the fluid passes through the pipeline, it impacts the turbine blades, generating a driving torque on the turbine, causing it to overcome friction torque and fluid resistance torque and rotate Within a certain flow range, for a certain viscosity of the fluid medium, the rotational angular velocity of the turbine is proportional to the fluid flow velocity Thus, the fluid velocity can be obtained by the rotational angular velocity of the turbine, and the fluid flow rate through the pipeline can be calculated.

The speed of the turbine is detected by a sensing coil installed outside the casing When the turbine blades cut the magnetic field lines generated by the permanent magnet inside the casing, it will cause changes in the magnetic flux in the sensing coil The sensing coil sends the detected magnetic flux periodic change signal to the preamplifier, amplifies and shapes the signal, generates a pulse signal proportional to the flow rate, and sends it to the unit conversion and flow integration circuit to obtain and display the accumulated flow value; At the same time, the pulse signal is also sent to the frequency current conversion circuit, which converts the pulse signal into an analog current quantity and indicates the instantaneous flow rate value.

characteristic

● Install high reliability long-life bearings

Excellent repeatability, suitable for ingredients

Excellent low flow velocity measurement performance

Extremely fast response, suitable for use in batch control and proportioning control scenarios

Multi blade structure rotor with high precision

● Steam cleaning is allowed

Equipped with high and low alarm function, it can drive relays

● Equipped with 10 point nonlinear correction function

Standard RS485 communication (MODBUS protocol)

Modular circuit design and rich self diagnostic functions, easy to maintain

● Compact type suitable for equipment installation

Applicable medium temperature for bearing types
Bearing material	temperature range	purpose
440C stainless steel ball bearing	﹣40℃ to 120℃	Non aqueous medium
Ceramic journal bearings	﹣75℃ to 120℃	liquid
Graphite journal bearing	﹣75℃ to 160℃	liquid
Tungsten carbide journal bearing	﹣50℃ to 180℃	liquid

application

Finished oil, light crude oil, gasoline, light oil, jet fuel, light diesel, naphtha, ethylene, etc

Lubricating oil, hydraulic oil, etc

● Water, pure water, distilled water, deionized water, desalinated water, softened water, etc

Alcohol, benzene, toluene, xylene, butadiene, carbon tetrachloride, methylamine, acrylonitrile, etc

Formaldehyde, oxalic acid, caustic soda, carbon disulfide, etc

Milk, coffee, etc

High temperature media such as thermal oil and kerosene

Selection Guide


FR80 flange type	FR80 sanitary clamp type	FR80 thread type
Caliber: DN10～DN250	Caliber: DN15～DN50	Caliber: DN4～ DN50
Equipped with self-lubricating bearings	Equipped with self-lubricating bearings	Equipped with self-lubricating bearings
Accuracy: ± 0.5%/± 0.2%	Accuracy: ± 0.5%/± 0.2%	Accuracy: ± 0.5%/± 0.2%
Power Supply: AC 85～ 265 V	Power Supply: AC 85～265 V	Power Supply: AC 85 ～265 V
DC 16～36V	DC 16 ～36V	DC 16～36V
Output: 4-20 mA, pulse	Output: 4-20 mA, pulse	Output: 4-20 mA, pulse
Equipped with two sets of normally open contact output drivers:	Equipped with two sets of normally open contact output drivers:	Equipped with two sets of normally open contact output drivers:
Driver: 24V DC, Current<30 mA	Driver: 24V DC, Current<30 mA	Driver: 24V DC, Current<30 mA
Communication: RS485 （Modbus)	Communication: RS485 （Modbus)	Communication: RS485 （Modbus)
Equipped with 10 point non-linear correction function	Equipped with 10 point non-linear correction function	Equipped with 10 point non-linear correction function
Equipped with density setting function and mass unit capability	Equipped with density setting function and mass unit capability	Equipped with density setting function and mass unit capability
Low flow rate of 0.1m/s	Low flow rate of 0.1m/s	Low flow rate of 0.1m/s
Quick response type, response time 50ms	Quick response type, response time 50ms	Quick response type, response time 50ms

Technical Parameter

performance parameter
Accuracy:	0.5% of rate and 0.2% of rate
Repeatability:	± 0.1% of the measured value
Response time:	Maximum 50 milliseconds relative to input change
Stability:	Stability for more than 6 months is ± 0.1% of the measured value
The impact of environmental temperature:	Exceeding the working temperature range is ± 0.25%
The impact of installation location:	If the sensor is fully loaded and there are sufficient straight pipe sections in front and behind, the installation will not be affected
Start time:	Starting from zero traffic takes 50 milliseconds
Preheating time:	It takes 5 minutes from power transmission to reaching the rated measurement accuracy
Sensor parameters
Size:	DN4 to DN250
Temperature range of the tested fluid:	-29 to 120℃; - 29 to 300 ℃ (high temperature customized type)
Sensor body material:	AISI 304 SST， Can choose 316L
Material of impeller and accessories:	AISI 304 SST， Can choose 316L
Ball bearing material:	316L SST bearings or ceramic bearings
Process connection:	DIN PN10 to PN63
Coil impedance:	1600 ohm
Converter parameters
Environmental temperature range:	-20 to 140° F (-29 to 60 ℃ )
Converter shell material:	Low copper die cast aluminum Nema 4X, IEC60529 IP66 (standard), customizable stainless steel converter housing
Converter sealing ring:	rubber
Power Supply:	AC 86 to 265V, 50/60HZ, 1A quick fuse; DC 16.8V to 31.2V, 1A quick fuse; Or powered by a 3.6V battery
Communication protocol:	RS485 communication (MODBUS protocol)
Protection level:	IP65&IP68
Electrical interface:	2 PG13.5
Power:	3W
Output:	4 to 20 mA current output (for instantaneous flow), pulse output (for total flow)
Equipped with high and low alarm outputs, two sets of normally open contacts, driving capability: 24VDC, 30mA

FR80 index parameters

component	describe
1A \\ 1B \\ 1C \\ 1D	Sensor casing
2	locating ring
3	Locknut
4	Signal line connector
5	Detection probe
6	support
7	Impeller and bearing components

FR80 sensor size and flow range

Size (mm)	Flow range		Size (mm)	Flow range
	Minimum m ³/h	Maximum m ³/h		Minimum m ³/h	Maximum m ³/h
4	0.005	0.317	50	0.71	49.5
6	0.01	0.712	65	1.2	84
10	0.028	1.978	80	1.81	127
15	0.064	4.5	100	2.83	198
20	0.113	7.9	125	4.42	309
25	0.177	12.4	150	6.36	445
32	0.289	20.3	200	11.3	792
40	0.452	31.7	250	17.67	1236

FR80 turbine flowmeter converter

Model

Function

casing

FR80-AC

Power Supply: AC 86 to 265 V; LCD display; Equipped with 4 to 20mA output, pulse output, and RS485 communication; Equipped with high and low alarms

die-casting aluminum

FR80-DC

Power Supply: DC 16 to 36 V; LCD display; Equipped with 4 to 20mA output, pulse output, and RS485 communication; Equipped with high and low alarms

die-casting aluminum

FR80-B

Power supply: 3.6V lithium battery, LCD display, no output

die-casting aluminum

FR80 flange type external dimensions

Size (mm)	Flange end face size L (mm)	Outer diameter of flange D (mm)		Height H (mm)		Approximately weight (kg)
		PN16	PN40	PN16	PN40	PN16	PN40
10	80	90	90	144	144	3.0	3.0
15	75	95	95	146	146	3.0	3.0
20	85	105	105	151	151	4.0	4.0
25	100	115	115	156	156	4.5	4.5
32	120	140	140	169	169	6.0	6.0
40	140	150	150	180	180	7.0	7.0
50	150	165	165	192	192	9.0	9.0
65	175	185	185	210	210	11.0	11.0
80	200	200	200	224	224	13	13
100	220	220	235	244	251	16.0	19.0
125	250	250	270	271	281	23	27
150	300	285	300	300	307	31.0	37.0
200	360	340	375	353	370	43	53
250	420	395	450	406	433	64.0	80.0

FR80 threaded connection type external dimensions

Size (DN)	End face size L (mm)	Outer diameter of the body (mm)	thread specification	Height H (mm)
4	50	36	M30*1.5	113
6	50	36	M30*1.5	113
10	50	36	M30*1.5	113
15	75	40	G1	117
20	85	44	G1	121
25	100	52	G1-1/4	129
32	120	58	G1-1/2	134
40	140	69	G2	146
50	150	81	G2-1/2	158

FR80 clamp connection type external dimensions

FR80 external dimensions clamp connection
size(DN)	End face sizeL(mm)	Clamp outer diameterD（mm)	heightH(mm)
15	75	51	124
20	80	51	124
25	100	51	124
32	120	51	124
40	140	64	137
50	150	77.5	151
65	175	91	164

FR80 installation requirements

FR80 Pressure Loss Curve

Ordering Tips

When placing an order, please specify the flow direction, type, diameter, and expected measurement range of the medium. We can help you complete precise calibration at the factory.

If it is a viscous medium, please indicate the viscosity, temperature, type of medium, and flow range.

Model Selection Table

FR80-	turbine meter
	orifice
		DN4 DN6 DN10 DN15 DN20 DN25 DN32 DN40 DN50 DN65 DN80 DN100 DN125 DN150 DN200 DN250 (special pipe diameters such as DN300 are agreed upon for delivery)
		output signal
			Pulse+4 to 20mA current signal
			Pulse+0 to 5V voltage signal
			High point low point normally open contact signal (switch value full range setting)
			Connection method
				Threaded sealed connection
				Flange connection
				Sanitary grade clamp connection
				Quick sealing hose connector
				accuracy
					Accuracy 0.2% (applicable to pipelines above DN15)
					Accuracy 0.5% (applicable to pipelines above DN10)
					Accuracy 1.0
					Voltage resistance level
						EN 1092-1(DIN)PN10					ASME B16.5(ANSI)CLASS150
						EN 1092-1(DIN)PN16					ASME B16.5(ANSI)CLASS300
						EN 1092-1(DIN)PN25					ASME B16.5(ANSI)CLASS600
						EN 1092-1(DIN)PN40					ASME B16.5(ANSI)CLASS900
						EN 1092-1(DIN)PN63					ASME B16.5(ANSI)CLASS1500
						EN 1092-1(DIN)PN100					ASME B16.5(ANSI)CLASS2500
						EN 1092-1(DIN)PN250					JIS 10K
						EN 1092-1(DIN)PN400					JIS 20K
						Special standards for product application areas
						System power supply mode
							12 to 24V DC
							86 to 265V AC
							3.6V lithium battery (for pulse signal or display selection only)
							Material of the liquid receiving body
								Stainless steel 1.4301 (304)
								Stainless steel 1.4435 (316L)
								Internal impeller and accessory material
									403F stainless steel
									Stainless steel 1.4435 (316L)
									Hastelloy C
									Bearing material
										Stainless steel 440C ball bearing (non water environment)
										Ceramic journal bearings
										Graphite journal bearing
										Tungsten carbide journal bearing
										(Special alternative) VARIO
											Customized with special parameters
The above selection table does not include selection codes. If you need selection codes, please contact us or fill in your information