Tri-clamp Electromagnetic Flow Meter Manufacturer

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Electromagnetic Flow Meter

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Ultrasonic Flow Meter

Turbine Flow Meter

Thermal Mass Flow Meter

Coriolis Mass Flow Meter

Metal Tube Rotameter

Precession Vortex Flowmeter

Ultrasonic Level Meter

Radar Level Meter

Radar-Flowmeter

Oval Gear Flow Meter

Water Quality Analyzer

Throttling Device

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Introduction

Application

Technical Data

Installation

Introduction

Tri-clamp electromagnetic flow meter is a kind of volume flow meter. Tri-clamp electromagnetic flow meter is made of stainless steel, which can be easily disassembled and cleaned quickly, so it is not easily polluted during use, and can effectively prevent the accumulation of measuring fluid residues in the measuring tube.
Wafer electromagnetic flow meter working: The product is based on Faraday's law of electromagnetic induction, used to measure the conductance greater than 20 μS/cm volume of conductive liquid flow. In addition to measuring the general volume of conductive liquid flow, but also can be used to measure strong acid, alkali and other strong corrosive liquids and mud, pulp, etc.

Advantages

Tri-clamp Electromagnetic Flow Meter Advantages and Disadvantages:
Tri-clamp electromagnetic flow meter is easy to be installed and dismantled.
It adopts Harmless food grade stainless steel as raw material, so it can touch with food directly.
It is easy to clean, customer just need open the tri-clamp and dismantle the flow meter, then can start cleaning.
Stainless steel material has long service life, and SS316 is a kind of anti-corrosive stainless steel, so it can be used to measure most of drinks.
Tri-clamp electromagnetic flow meter can withstand high temperature disinfection. For example, milk factory needs steam disinfection once a day or twice a day, tri-clamp is the best choice for their milk flow measurement.
It is easy to delivery. It has small size and light weight so it can save your freight fee.
It has multiple output signals for choose. It has current output and pulse output for connecting with PLC or other devices. And you can also read flow measurement by RS485/HART/Profibus.

Application

Tri-clamp electromagnetic flow meter is mainly used in drinking water, milk, ground water, beer, wine, jam, juice and other food & drink industries. It is also widely used in paper pulp, gypsum slurry because it can be cleaned easily.
It adopts harmless stainless steel material so it can measure food directly. And it can withstand high temperature steam disinfection.
Local display type can withstand -20-60 deg C temperature, remote display can withstand -20-120 deg C.

Water Treatment

Food Industry

Pharmaceutical Industry

Petrochemical

Paper Industry

Chemical Monitoring

Metallurgical Industry

Public Drainage

Coal Industry

Technical Data

Table 1: Tri-clamp Electromagnetic Flow Meter Parameters

Size	DN15mm-DN200mm
Nominal Pressure	1.6Mpa
Accuracy	±0.5%(Standard) ±0.3% or ±0.2%(Optional)
Liner	FEP, PFA
Electrode	SUS316L, Hastelloy B, Hastelloy C, Titanium, Tantalum, Platinum-iridium
Structure Type	Integral type, remote type, submersible type, ex-proof type
Medium Temperature	-20~+60degC(Integral type)
Medium Temperature	Remote type(PFA/FEP) -10~+160degC
Ambient Temperature	-20~+60degC
Ambient Humidity	5~90%RH(relative humidity)
Measuring Range	Max 15m/s
Conductivity	>5us/cm
Protection Class	IP65(Standard); IP68(Optional for remote type)

Output Signal	4-20mA pulse frequency relay
Communication	MODBUS RTU RS485, HART(Optional), GPRS/GSM(Optional)
Power Supply	AC220V(Can be used for AC85-250V) DC24V(Can be used for DC20-36V) DC12V(Optional),Battery Powered 3.6V(Optional)
Power Consumption	<20W
Explosion Proof	ATEX Exdll T6Gb

Table 2: Tri-clamp Electromagnetic Flow Meter Electrode Material Selection

Electrode material	Applications
SUS316L	Applicable in water, sewage and low corrosive mediums. Widely used in industries of petrol, chemistry, carbamide,etc
Hastelloy B	Having strong resistance to hydrochloric acid of any consistance which is below bioling piont. Resistable against vitriol, phosphate, hydrofluoricacid, organic acid etc which are oxidable acid, alkali and non-oxidable salt.
Hastelloy C	Be resistant to oxidable acid such as nitric acid, mixed acid as well as oxidable salt such as Fe+++, Cu++and sea water.
Titanium	Applicable in seawater, and kinds of chloride, hypochlorite salt, oxidable acid (including fuming nitric acid), organic acid, alkali etc. Not resistant to a pure reducing acid(such as sulphuric acid, hydrochloric acid corrosion. But if acid contains antioxidant(such as Fe+++, Cu++) is greatly reduce corrosion.
Tantalum	Having strong resistance to corrosive mediums that is similar with glass. Almost is applicable to all chemical mediums. Except for hydrofluoric acid,oleum and alkali.
Platinum-iridium	Almost be applicable in all chemical mediums except for ammonium salt.

Table 3: Tri-clamp Electromagnetic Flow Meter Sizing Chart

Diameter	φA(mm)	φB(mm)	φC(mm)	φD(mm)	φE(mm)	H(mm)	L(mm)
DN15	50.5	43.5	16	76	2.85	303	200
DN20	50.5	43.5	19	83	2.85	310	200
DN25	50.5	43.5	24	83	2.85	310	200
DN32	50.5	43.5	31	94	2.85	321	200
DN40	50.5	43.5	35	94	2.85	321	200
DN50	64	56.5	45	108	2.85	335	200
DN65	77.5	70.5	59	115	2.85	342	250
DN80	91	83.5	72	135	2.85	362	250
DN100	119	110	98	159	2.85	386	250
DN125	145	136	129	183	3.6	410	300
DN150	183	174	150	219	3.6	446	300
DN200	233.5	225	199	261	3.6	488	350

Table 4: Tri-clamp Electromagnetic Flow Meter Sizing Chart Flow Range ( Unit: m³/h )

Size	Flow Range & Velocity Table
(mm)	0.1m/s	0.2m/s	0.5m/s	1m/s	4m/s	10m/s	12m/s	15m/s
15	0.064	0.127	0.318	0.636	2.543	6.359	7.630	9.538
20	0.113	0.226	0.565	1.130	4.522	11.304	13.56	16.956
25	0.177	0.353	0.883	1.766	7.065	17.663	21.2	26.494
32	0.289	0.579	1.447	2.894	11.575	28.938	34.73	43.407
40	0.452	0.904	2.261	4.522	18.086	45.216	54.26	67.824
50	0.707	1.413	3.533	7.065	28.260	70.650	84.78	105.98
65	1.19	2.39	5.97	11.94	47.76	119.40	143.3	179.10
80	1.81	3.62	9.04	18.09	72.35	180.86	217.0	271.30
100	2.83	5.65	14.13	28.26	113.04	282.60	339.1	423.90
125	4.42	8.83	22.08	44.16	176.63	441.56	529.9	662.34
150	6.36	12.72	31.79	63.59	254.34	635.85	763.0	953.78
200	11.3	22.61	56.52	113.04	452.16	1130.40	1356	1696
Suggest Velocity: 0.5m/s - 15m/s

Table 5: Tri-clamp Electromagnetic Flow Meter Model Selection

QTLD/T		X	X	X	X	X	X	X	X	X
Caliber size	DN15-DN200 (1/2"-8")
Structure	Compact		1
	Remote		2
	Compact with explosion proof		3
	Remote with explosion proof		4
Accuracy	±0.5%			1
	±0.2%			2
	Others			3
Electrode Material	SS316L				1
	Hastelloy B				2
	Hastelloy C				3
	Others				4
Sensor Material	SS304					1
	SS316					2
Power Supply	85~265 VAC						E
	20~36 VDC						G
	Others						X
Signal Output /Communication	4~20 mA + Pulse + RS485 Modbus							A
	4~20 mA + HART							B
	4~20 mA + Profibus							C
	GPRS							D
Protection Grade	IP65 Transmitter + IP65 sensor								1
	IP65 Transmitter + IP68 sensor (remote)								2
Transmitter	Square									A
	Round									B

Installation

Tri-clamp Electromagnetic Flow Meter Installation & Maintainance
Installation
1. The sensor is installed vertically (fluid flows from bottom to top). In this position, when the liquid is not flowing, solid matter will precipitate, and oily matter will not settle on the electrode if it floats up.
If it is installed horizontally, the pipe must be filled with liquid to avoid air pockets from affecting the measurement accuracy.
2. The inner diameter of the pipe should be the same as the inner diameter of the flow meter to avoid throttling.
3. The installation environment should be far away from strong magnetic field equipment to prevent interference.
4. When using electric welding, the welding port must be far away from the sensor to prevent damage to the lining of the clamp-type electromagnetic flowmeter due to overheating of the sensor or flying in of welding slag.

lnstall at the lowest point and vertical upward direction Don't install at the highest point or vertical downward diection	When drop is more than 5m, install exhaust valve at the downstream
lnstall at the lowest point when used in open drain pipe	Need 10D of upstream and 5D of downstream
Dont' install it at the entrance of pump, install it at the exit of pump	lnstall at the rising direction

Maintenance
Routine maintenance: only need to make periodic visual inspections of the instrument, check the environment around the instrument, remove dust and dirt, ensure that no water and other substances enter, check whether the wiring is in good condition, and check whether there are newly installed strong electromagnetic field equipment or newly installed wires near the instrument Cross-instrument. If the measuring medium easily contaminates the electrode or deposits in the measuring tube wall, it should be cleaned and cleaned regularly.

Electromagnetic Flow Meter Tri-clamp

Table 1: Tri-clamp Electromagnetic Flow Meter Parameters

Table 2: Tri-clamp Electromagnetic Flow Meter Electrode Material Selection

Table 3: Tri-clamp Electromagnetic Flow Meter Sizing Chart

Table 4: Tri-clamp Electromagnetic Flow Meter Sizing Chart Flow Range ( Unit: m³/h )

Table 5: Tri-clamp Electromagnetic Flow Meter Model Selection