Pump Comparison Chart | Viking Pump, Inc.

Comparison Chart

Viking Pump Series ranked in order of Maximum Capacity, by Pumping Principle. Click on a series name or pumping principle for more information.

Pumping Principle	Maximum Capacity		Pump Series	No. of Sizes in Series	Maximum Cataloged Pressure		Matls*	Maximum Temp.		Maximum Viscosity
Pumping Principle	GPM	M3/hr	Pump Series	No. of Sizes in Series	PSI	Bar	Matls*	Deg F	Deg C	SSU	cSt
Internal Gear	10	2.3	Gerotor	4	100	7	CI	450	230	2,500	550
	60	14	Ammonia	5	50	3.4	CI	NA	NA	NA	NA
	75	17	High Speed Compact	6	250	17	CI, S, SS	500	260	15,000	3,300
	95	22	LP Gas	12	100	7	CI, DI	NA	NA	NA	NA
	140	32	Abrasive Liquids	12	150	10	CI, DI	250	120	500,000	110,000
	200	45	Motor Speed	6	175	12	DI	300	150	100,000	22,000
	200	45	Universal Mag Drive	5	200	14	CI, S, SS	500	260	250,000	55,000
	450	103	Asphalt	6	100	7	CI	450	230	250,000	55,000
	450	103	General Purpose	14	250	17	CI	450	230	250,000	55,000
	500	114	Viking Mag Drive	12	125	8.5	CI, S, SS	500	260	250,000	55,000
	1500	340	Heavy Duty	12	200	14	CI, S, SS	700	370	2,000,000	440,000
	1600	363	Universal Seal	12	200	14	CI, DI, S, SS	700	370	2,000,000	440,000
	1600	363	Jacketed Universal Seal	12	200	14	CI, DI, S, SS	700	370	2,000,000	440,000
External Gear	20	4.5	Mag-Drive CMD	5	150	10	C	150	65	25,000	5,500
	32	7.3	Spur Gear	23	500	34	CI, DI	450	230	75,000	16,500
	32	7.3	VI-CORR	4	200	14	C	200	90	25,000	5,500
	32	7.3	Mag Drive Spur Gear	23	500	34	CI	450	230	75,000	16,500
	32	7.3	Mag Drive VI-CORR	4	200	14	C	200	90	25,000	5,500
	32	7.3	Fluid Power	19	2500	172	CI	NA	NA	NA	NA
Rotary Lobe	9.2	2	AccuLobe	1	175	12	SS	300	150	75,000	16,500
	480	109	Concept SQ	8	220	15	SS	350	177	500,000	110,000
	600	136	DuraLobe	12	200	14	SS	300	150	500,000	110,000
	650	148	Classic+	11	175	12	SS	350	177	500,000	110,000
	820	184	Industrial Lobe	3	400	27	SS	400	205	2,000,000	440,000
	1014	230	SL	15	220	15	SS	300	150	500,000	110,000
Vane	160	36	LVP	6	200	14	SS	500	260	2,300	500

* Materials Key: CI=Cast Iron; DI=Ductile Iron; S=Steel; SS=Stainless Steel, C=Composite