Aice Tech High Precise Liquid Turbine Flowmeter for DN4 to DN200 Pipeline

• After-sales Service: 1 Year
• Warranty: 1 Year
• Accuracy: ±0.2-0.5%
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: RC-LWGY
• Main Application: Water, Wastewater, Diesel Fuel, Fuel Oil, Nature Gas
• Size: DN4-DN200
• Sensor: Tube/Flange
• Application: Industrial Production
• Type: Turbine Flow Meter
• Measuring Media: Liquids and Gas
• Measuring Principle: Turbine Flowmeter
• Measurement Object: Closed Pipeline
• Certification: CE, ISO
• Measuring Medium: Water, Oil, Alcohol and Other Liquids
• Caliber Range: DN4~DN200 (DN4~80 Common Thread Connection)
• Accuracy Class: ±1%R; ±0.5%R; ±0.2%R
• Output Signal: Square Wave Pulse (Voltage Type), 4~20mA, 1~5V
• Use Environment: -20~60ºC;5%~90%Rh
• Connection Method: Male/Female Threads, Flanges, Clamps
• Communication Method: RS485 Communication Modbus-RTU (Intelligent)
• Body Material: Stainless Steel 1cr18ni9tl\316L (Sanitary)
• Explosion-Proof Grade: Exiaiict4 (Intrinsically Safe) or Exdiibt6
• Protection Class: IP65 (Normal Type); IP68 (Special Custom)
• Transport Package: Cartons
• Specification: 30*30*25cm 6kg
• Trademark: Aice Tech
• Origin: China
• HS Code: 9026100000
• Production Capacity: 500000 Pieces/Year
• Package Size: 30.00cm * 30.00cm * 25.00cm
• Package Gross Weight: 6.000kg

Product Description

LWGY series turbine flow sensor (hereinafter referred to as the sensor) is based on the principle of torque balance and belongs to the velocity type flow meter. The sensor has a simple structure, lightweight, high accuracy, good reproducibility, responsive, easy to install and maintain the use of the characteristics, widely used in petroleum, chemical, metallurgical, water supply, paper and other industries, is the ideal instrument for flow measurement and energy saving.

The sensor is used in conjunction with the display instrument, and is suitable for measuring the liquid in closed pipes with stainless steel 1Cr18Ni9Ti, 2Cr13 and corundum Al2O3, hard alloy does not corrode, and there are no fibers, particles and other impurities. If matched with the display instrument with special functions, it can also carry out quantitative control, over quantity alarm, etc. The explosion-proof type of this product can be used in explosive environments.

The sensor is suitable for media with viscosity less than 5×10-6m2/s at working temperature. For liquids with viscosity greater than 5×10-6m2/s, the sensor should be calibrated with real liquid and then used.

If the user needs to use special forms of sensors, can negotiate the order, need explosion-proof sensors, in the order to specify.

Second, LWGY basic turbine flow sensor
2.1 Structural features and working principle
(1) Structural characteristics
The sensor is a carbide bearing thrust type, which not only ensures accuracy and improved wear resistance, but also has a simple and solid structure as well as easy disassembly and installation.
(2) Working principle
Fluid flow through the sensor shell, due to the impeller blade and the flow direction has a certain angle, the impulse of the fluid so that the blade has a rotating torque, after overcoming the friction torque and fluid resistance blade rotation, in the torque balance speed stability, in certain conditions, speed and flow speed is proportional, because the blade has magnetic conductivity, it is in the signal detector (by permanent magnet and coil composition) of the magnetic field, the rotating blade cutting The magnetic force line, periodically changing the magnetic flux of the coil, so that both ends of the coil induction out of the electrical pulse signal, this signal through the amplifier amplification and shaping, forming a certain amplitude of continuous rectangular pulse wave, can be transmitted to the display meter, showing the instantaneous flow or total amount of fluid. In a certain flow range, the pulse frequency f is proportional to the instantaneous flow rate Q of the fluid flowing through the sensor, and the flow equation is



f - pulse frequency [Hz]
k - instrumentation factor of the sensor [1/m3], given by the calibration sheet. If [1/L] is used as the unit
Q - instantaneous flow rate of the fluid (in working condition) [m3/h]
3600 - Conversion factor
The instrumentation coefficient of each sensor is filled in the calibration certificate by the manufacturer, and the k-value is set into the matching display instrument, which can display the instantaneous flow and cumulative total.
 

	LWGY	DN				Description
Class Type	LWGY					Basic type, +5-24DCV supply.
	LWGB					4~20mA two-wire current output, remote transmission and transfer type
	LWY					Battery-powered field display type
	LWYC					Field display/4~20mA 2-wire current output
Nominal diameter		4				4mm, common turbine flow range 0.04~0.25m^3 /h
		6				6mm, common turbine flow range 0.1~0.6m^3 /h
		10				10mm, common turbine flow range 0.2~1.2m^3 /h
		15				15mm, common turbine flow range 0.6~6m^3 /h Wide range turbine for 0.4~8m^3 /h
		20				20mm, common turbine flow range 0.7-7.m^3 /h
		25				25mm, common turbine flow range 1~10m^3 /h
		32				32mm, common turbine flow range 1.5~15m^3 /h
		40				40mm, common turbine flow range 2~20m^3 /h
		50				50mm, common turbine flow range 4~40m^3 /h
		65				65mm, common turbine flow range 7~70m^3 /
		80				80mm, common turbine flow range 10~100m^3 /h
		100				100mm, common turbine flow range 20~200m^3 /h
		125				125mm, common turbine flow range 25~250m^3 /h
		150				150mm, common turbine flow range 30~300m^3 /h
		200				200mm, common turbine flow range 80~800m^3 /h
Explosion-proof						No mark, non-explosion-proof type
			B			Explosion-proof type
Accuracy grade				A		Accuracy 0.5 grade
				B		Accuracy level 1
Turbine type					A	Wide range turbine
					B	General turbine

Note: DN4-DN40 caliber sensor is threaded connection, the maximum working pressure is 6.3Mpa;
DN50-DN200 caliber sensors are flange-connected, with a maximum working pressure of 2.5Mpa;
DN4-DN10 caliber sensors with front and rear straight pipe sections and filters.
We can match the front and rear straight pipe sections for DN15 or above caliber sensors.
(2) Medium temperature: -20~+120ºC
(3) Ambient temperature: -20~+55ºC
(4) Power supply: voltage: 12V±10%, current: ≤10mA
(5) output voltage amplitude: high level ≥ 8V, low level ≤ 0.8V
(6) Transmission distance: the distance from the sensor to the display instrument can reach 1000m

 LWGY-50 ~ 200 sensor structure and installation size diagram
 

	Nominal diameter	L(mm)	H(mm)	G	L(mm)	D(mm)	d(mm)	Number of holes
LWGY-4	4	275	145	G1/2	215
LWGY-6	6	275	145	G1/2	215
LWGY-10	10	350	165	G1/2	350
LWGY-15	15	75	173	G1
LWGY-20	20	85	173	G1
LWGY-25	25	100	180	G5/4
LWGY-32	32	140	175	G11/2
LWGY-40	40	140	178	G2
LWGY-50	50	150	252			Ф125	Ф18	4
LWGY-65	65	180				Ф145	Ф18	4
LWGY-80	80	200	287			Ф160	Ф18	8
LWGY-100	100	220	322			Ф190	Ф22	8
LWGY-125	125	260				Ф220	Ф26	8
LWGY-150	150	300	367			Ф250	Ф26	8
LWGY-200	200	360	415			Ф310	Ф26	12

Transportation, Storage
The sensor should be packed into a strong wooden box (small-diameter meters can be used in cardboard boxes), do not allow free movement in the box, careful and lightly placed when handling, do not allow brutal loading and unloading.
The storage location should meet the following conditions.
a. Rain and moisture-proof.
b. Not subject to mechanical vibration or shock.
c.Temperature range -20ºC~+55ºC.
d. Relative humidity not more than 80%.
e. No corrosive gases in the environment.