LZB series glass rotor flowmeterDetailed product description：

LZB series glass rotor flowmeter

Glass rotor flowmeter is mainly used in various departments such as chemical, petroleum, light industry, medicine, fertilizer, synthetic fiber, food, dye, environmental protection, and scientific research to measure the instantaneous flow rate of single-phase non pulsating liquids or gases. Direct display, simple structure, easy to use, and low price.  
According to user requirements, the measuring cone tube is made of various materials such as high borosilicate glass, polysulfone, organic glass, polycarbonate, etc. Selection of upper and lower limit alarm functions with attached live signal output.  
The structure and appearance of the flowmeter can be designed and manufactured specifically for users.  

Ordinary type: LZB - (); Corrosion resistant type: LZB - () F

Flow specification table of glass rotor flowmeter

Diameter mm	model	flow range		accuracy class	pressure resistance MPa	Allow tested media Quality condition		Remark
		liquid	gas			Temperature °C	Pressure MPa
two	LZB-2	0.4-4 0.6-6 1-10 1.6-16 ml/min	6-60 10-100 16-160 25-250 ml/min	four	≤0.4	-20～+120℃	≤0.25	Both hydrogen, oxygen, and nitrogen can be measured
three	LZB-3	2.5-25 4-40 6-60 10-100 ml/min	40-400 60-600 100-1000 160-1600 ml/min	two point five
four	LZB-4	1-10 1.6-16 2.5-25 L/h	16-160 25-250 40-400 L/h	two point five	≤1.5		≤1
six	LZB-6	2.5-25 4-40 6-60 L/h	40-400 60-600 100-1000 L/h
ten	LZB-10	6-60 10-100 16-160 L/h	100-1000 160-1600 250-2500 L/h
fifteen	LZB-15	16-160 25-250 40-400 L/h	0.25-2.5 0.4-4 0.6-6 mthree/h	one point five	≤0.9		≤0.6	Can be equipped with guide rods
twenty-five	LZB-25	40-400 60-600 100-1000 L/H	1-10 1.6-16 2.5-25 mthree/h
forty	LZB-40	0.16-1.6 0.25-2.5 mthree/h	4-40 6-60 mthree/h		≤0.6		≤0.4
fifty	LZB-50	0.4-4 0.6-6 mthree/h	10-100 16-160 mthree/h
eighty	LZB-80	1-10 1.6-16 mthree/h	50-250 80-400 mthree/h
one hundred	LZB-100	5-25 8-40 mthree/h	120-600 200-1000 mthree/h

Glass rotor flowmeter size specification table:

Nominal Diameter mm	type	maximum flow					Remark
		H1	H2	H3	D	E=L*W
two	A	one hundred and seventy	one hundred and ninety-two	two hundred and ten	eight	29×24	Pipe connection
	B	one hundred and ten	one hundred and thirty-two	one hundred and fifty	eight	29×24
	C	eighty	one hundred and two	one hundred and twenty	eight	29×24
three	A	one hundred and seventy	one hundred and ninety-two	two hundred and ten	eight	29×24
	B	one hundred and ten	one hundred and thirty-two	one hundred and fifty	eight	29×24
	C	eighty	one hundred and two	one hundred and twenty	eight	29×24
four		one hundred and seventy-eight	two hundred and four	two hundred and thirty	ten	43×33
six		one hundred and seventy-eight	two hundred and four	two hundred and thirty	ten	43×33
ten		one hundred and seventy-eight	two hundred and eight	two hundred and forty-four	twelve	48×40
fifteen		Φ95	Φ65	four hundred and seventy	Φ15	4-Φ14	flange connection
twenty-five		Φ115	Φ85	four hundred and seventy	Φ25	4-Φ14
forty		Φ145	Φ110	five hundred and seventy	Φ40	4-Φ18
fifty		Φ160	Φ125	five hundred and seventy	Φ50	4-Φ18
eighty		Φ185	Φ150	six hundred and sixty	Φ80	4-Φ18
one hundred		Φ205	Φ170	six hundred and sixty	Φ100	4-Φ18

LZB series glass rotor flowmeter