Instantaneous Flow Intelligent Vortex Flowmeter DN65 Temperature and Pressure Integrated

• Customization: Available
• After-sales Service: Factory After Serice by Real Time
• Warranty: 1 Year
• Model NO.: DN65 temperature and pressure integrated
• Application: Industrial Production
• Type: Vortex Flow Meter
• Measuring Media: Liquid, Gas, Steam (Saturated Steam, Superheated S
• Measurement Object: Open Channel
• Certification: ISO
• Transport Package: Carton
• Trademark: AILEIKE
• Origin: Jiangsu
• HS Code: 9026100000
• Production Capacity: 5000
• Package Size: 80.00cm * 60.00cm * 50.00cm
• Package Gross Weight: 15.000kg
• Lead Time: 5 days (1 - 5 Pieces) ; 7 days (6 - 10 Pieces) ; 15 days (11 - 50 Pieces) ; To be negotiated ( > 50 Pieces)

Product Description

Product Display
01	02	03	04	05
Intelligent LCD meter head	ABS waterproof joint	Stainless steel bellows	Thickened condenser tube	Flange material
Instantaneous flow, cumulative flow Display temperature and pressure Built in operatio buttons Can be set and adjusted in real-time	Effective isolation from the outside world Steam and water vapor enter Ensure accurate measurement Long service life	Specially made corrugated pipe Significant compressive performance Enhance and prolong the service life	2mm wall thickness Significant improvement in overall compressive strength	Made of stainless steel material Good toughness and high temperature resistance Long term use is not easy to rust

Product Information
Product name	Vortex Flowmeter
Measurement accuracy	Level 1.0, Level 1.5  2.5-level plug-in type
Flow range	Liquid: 0.35~7.0m/s   Gas: 5.0~60.0m/s   Steam: 6.0~70.0m/s
Measurement medium	Liquid, gas, steam(Saturated steam, superheated steam)
Medium temperature	Room temperature: -25 ºC to+100 ºC(Above 100 ºC as required)
Table body material	304 stainless steel(Other material agreement ordering)
Medium pressure	16Bar  25Bar 40Bar(≥ 4.0Mpa protocol ordering)
Protection grade	Normal type: IP65
Explosion proof grade	Intrinsic safety type: iaIICT1-T5
Ambient condition	Environmental temperature -25 ºC~+55 ºC  Humidity: 5-90% (RH50 ºC)
Power supply	Pulse type 12VDC~+24VDC Current type 12VDC~+24VDC 4-20mA Battery powered 3.6V
Output signal	Frequency pulse signal 2~3000Hz, low level ≤ 1V, high level ≥ 5V Two wire 4-20mA signal explosion-proof load ≤ 300 Ω Non explosion proof load ≤ 500 Ω

Structural function
1,Pressure	2,Instantaneous flow rate and units
3,Temperature	4,Total quantity and unit

Left shift, parameter setting confirmation key, and exit subdirectories key
Factory settings include shortcut keys, downward movement keys, and decreasing number keys
Up and Down arrow keys
Right shift, enter parameter settings

Selection recommendation

Selection Table										Remarks
Enterprise standard	ALK									enterprise standard
code		E28A								Liquid
		E28B								Gas
		E28C								Steam
Nominal Diameter			xxxxxx							DN25-2000 optional
Structural style				D1						Full pipe flange clamp type
				D2						Simple insertion type
				D3						Ball valve plug-in type
				D4						High voltage type
				D5						Anti corrosion type
Compensation method					A					No compensation
					B					Temperature compensation
					C					Pressure compensation
					D					Temperature and pressure compensation
OUTPUT						0				No output
						1				Pulse output
						2				4~20mA
						3				HART
						4				RS485
Pressure							A			Normal pressure
							B			High pressure
Temperature								1		Normal atmospheric temperature
								2		High temperature
Power supply mode									A	Internal battery power supply with no output
									B	24VDC
									C	Dual power supply

Flow range

Sensor Communication (mm)	Liquid		Gas
	Measurement range (m3/h)	Output frequency range (Hz)	Measurement range (m3/h)	Output frequency range (Hz)
15	1.2-6	118-590	4~28	400~2700
20	1.5-10	56-374	6~40	224~1500
25	2~16	41~330	8~50	170~1030
40	2.5~25	12~120	25~180	120~870
50	3.5~40	9~105	35~300	92~735
65	7.5~70	9~83	50~500	59~588
80	12~130	7~80	80~800	50~493
100	18~160	6~49	120~1200	36~370
125	25~250	4 ~ 40	180~1800	30~300
150	50~400	4~38	320~2800	31~270
200	70~700	3~30	560~6000	22~240
250	120~1200	2.5~25	890~8000	18~170
300	200~2000	2.4~24	1360~12000	17~150
(300)	200~1800	11~98	1560~15000	83~830
(400)	350~3000	11~92	2750~27000	83~836
(500)	500~4000	10~79	4300~43000	84~834
(600)	700~5600	9.5~76	6200~61000	83~830
(800)	900~7200	7~55	11000~110000	83~829
(1000)	1300~12000	6.3~56	17000~170000	83~820
>(1000)	agreement		agreement

Installation diagram
Gas installation diagram
When measuring gas, instruments are installed in vertical pipelines with no restrictions on gas flow direction. However, if the pipeline
contains a small amount of liquid,to prevent liquid from entering the instrument measuring tube, the airflow should flow from bottom to top.
Liquid installation diagram
When measuring liquids, in order to ensure that the pipeline is filled with liquid, it is necessary to install vertical or inclined pipelines Flow should be ensured from bottom to top. If there is a small amount of gas in the pipeline, the instrument should be installed at a lower position.

Installation method

 

1, Shrinking diameter	2,Expanding diameter
3,1 * 90 ºC bent pipe	4,2 * 90 ºC bend in the same plane
5,stop valve	6,2 * 90 ºC bend pipe not in the same plane
7,When a vortex flow sensor is combined with a pressure sensor and a temperature sensor to form a measurement system, the location map of the pressure and temperature measurement points is shown

Matters needing attention

1. Try to avoid strong electrical equipment, high-frequency equipment, and strong switching power supply equipment as much as possible.
2. Avoid direct effects from high-temperature heat sources and radiation sources.
3. Avoid high temperature environments and highly corrosive gas environments.
4. Vortex flowmeter instruments should be avoided from being installed on pipelines with strong vibration as much as possible.
5. Instruments should be installed indoors, and when installed outdoors, attention should be paid to waterproofing, with special attention paid
At the electrical interface, the cable should be bent into a U-shape to prevent water from entering through the cable
Enter the amplifier casing.
6. There should be ample space around the instrument installation point for installation and connection
Line and regular maintenance.