Jet Pump Injectors | McMaster-Carr

Filter by

Housing Material

Power Source

For Use With

Acetic Acid (White Vinegar) (50% Concentration)

Air

Ammonia

Ammonium Hydroxide (30% Concentration)

Citric Acid (10% Concentration)

Ethyl Acetate

Ethylene Glycol

Hydrochloric Acid (35% Concentration)

Hydrofluoric Acid (48% Concentration)

Hydrogen Peroxide (90% Concentration)

Inert Gas

Isopropyl Alcohol

Methanol (Methyl Alcohol)

Intake Pipe Size

Suction Pipe Size

Discharge Pipe Size

For Suction Tube ID

Pump Type

Operating Pressure

Intake Gender

Discharge Gender

Liquid Suction Flow Rate @ 10 Feet of Lift

Liquid Suction Flow Rate @ 5 Feet of Lift

Maximum Temperature

Overall Length

Liquid Suction Flow Rate @ 20 Feet of Lift

Suction Connection Port

Suction Gender

Suction Connection

Export Control Classification Number (ECCN)

REACH

RoHS

DFARS Specialty Metals

Exempt

Discharge Connection Port

Minimum Temperature

Overall Width

49 Products

Chemical-Resistant Plastic Liquid-Powered Jet Pumps

Made from PVC, these pumps are highly corrosion resistant and lightweight. Use them to produce emulsions, elevate water, and transport grains and other small particles. When high-pressure liquid enters the intake, it creates suction that draws a second liquid or gas into the pump body and discharges a pressurized blend of the two. The discharge pressure is greater than the suction flow but lower than the intake pressure. They have no moving parts or seals, eliminating downtime for lubrication and repairs. They're also known as eductors, ejectors, and injectors.

Note: Liquid suction flow rate is calculated using water at 100 psi with no feet of discharge head.

Liquid Suction Flow Rate, gpm						Suction		Intake		Discharge		Overall
@ 5 ft. of Lift	@ 10 ft. of Lift	@ 20 ft. of Lift	Max. Suction Lift, ft.	Operating Pressure, psi	Max. Temp., °F	Pipe Size	Thread Type	Pipe Size	Thread Type	Pipe Size	Thread Type	Lg.	Wd.		Each
For Use With Grain, Slurry, Water
PVC Plastic
8	7	5	27	100	70°	3/4	NPT	1/2	NPT	3/4	NPT	5 3/4"	2"	0000000	0000000
14	12	9	27	100	70°	1	NPT	1/2	NPT	1	NPT	6 7/8"	2 1/2"	0000000	000000
24	22	16	27	100	70°	1 1/4	NPT	3/4	NPT	1 1/4	NPT	9 1/8"	3"	0000000	000000
40	36	27	27	100	70°	1 1/2	NPT	1	NPT	1 1/2	NPT	11"	3 1/2"	0000000	000000
73	66	49	27	100	70°	2	NPT	1 1/4	NPT	2	NPT	14 1/4"	4"	0000000	000000
127	114	86	27	100	70°	2 1/2	NPT	1 1/2	NPT	2 1/2	NPT	18 1/2"	5"	0000000	00000000
237	213	160	27	100	70°	3	NPT	2	NPT	3	NPT	24 1/4"	6"	0000000	00000000

Metal Liquid-Powered Jet Pumps

Powered by liquid, use these to pump a second liquid or to produce emulsions, elevate water, and transport grains and other small particles. When high-pressure liquid enters the intake, it creates suction that draws a second liquid into the pump body and discharges a pressurized blend of the two. The discharge pressure is greater than the suction flow but lower than the intake pressure. They have no moving parts or seals, eliminating downtime for lubrication and repairs. They're also known as eductors, ejectors, and injectors.

Note: Liquid suction flow rate is calculated using water at 100 psi with no feet of discharge head.

Bronze is more corrosion resistant than steel.

316 stainless steel pumps are the most corrosion-resistant metal option.

Liquid Suction Flow Rate, gpm						Suction		Intake		Discharge		Overall
@ 5 ft. of Lift	@ 10 ft. of Lift	@ 20 ft. of Lift	Max. Suction Lift, ft.	Operating Pressure, psi	Temp. Range, °F	Pipe Size	Thread Type	Pipe Size	Thread Type	Pipe Size	Thread Type	Lg.	Wd.		Each
For Use With Grain, Slurry, Water
Steel
8	7	5	27	80	-20° to 150°	3/4	NPT	3/8	NPT	3/4	NPT	5 7/8"	1 1/4"	0000000	0000000
8	7	5	27	80	-20° to 150°	3/4	NPT	1/2	NPT	3/4	NPT	5 7/8"	1 1/4"	0000000	000000
14	12	9	27	80	-20° to 150°	1	NPT	1/2	NPT	1	NPT	7 1/8"	1 3/4"	0000000	000000
24	22	16	27	80	-20° to 150°	1 1/4	NPT	3/4	NPT	1 1/4	NPT	9"	2 3/8"	0000000	000000
40	36	27	27	80	-20° to 150°	1 1/2	NPT	1	NPT	1 1/2	NPT	11"	2 5/8"	0000000	000000
73	66	49	27	80	-20° to 150°	2	NPT	1 1/4	NPT	2	NPT	14 3/8"	3 1/2"	0000000	000000
127	114	86	27	80	-20° to 150°	2 1/2	NPT	1 1/2	NPT	2 1/2	NPT	18 1/8"	4 1/2"	0000000	00000000
237	213	160	27	80	-20° to 150°	3	NPT	2	NPT	3	NPT	23 7/8"	6 1/8"	0000000	00000000
Bronze
8	7	5	27	15-200	-20° to 150°	3/4	NPT	3/8	NPT	3/4	NPT	5 7/8"	1 1/4"	0000000	000000
8	7	5	27	15-200	-20° to 150°	3/4	NPT	1/2	NPT	3/4	NPT	5 7/8"	1 1/4"	0000000	000000
14	12	9	27	15-200	-20° to 150°	1	NPT	1/2	NPT	1	NPT	7 1/8"	1 3/4"	0000000	000000
24	22	16	27	15-200	-20° to 150°	1 1/4	NPT	3/4	NPT	1 1/4	NPT	9"	2 3/8"	0000000	000000
40	36	27	27	15-200	-20° to 150°	1 1/2	NPT	1	NPT	1 1/2	NPT	11"	2 5/8"	0000000	000000
73	66	49	27	15-200	-20° to 150°	2	NPT	1 1/4	NPT	2	NPT	14 3/8"	3 1/2"	0000000	00000000
127	114	86	27	15-200	-20° to 150°	2 1/2	NPT	1 1/2	NPT	2 1/2	NPT	18 1/8"	4 1/2"	0000000	00000000
237	213	160	27	15-200	-20° to 150°	3	NPT	2	NPT	3	NPT	23 7/8"	6 1/8"	0000000	00000000
316 Stainless Steel
8	7	5	27	15-200	-150° to 150°	3/4	NPT	3/8	NPT	3/4	NPT	5 7/8"	1 1/4"	0000000	000000
8	7	5	27	15-200	-150° to 150°	3/4	NPT	1/2	NPT	3/4	NPT	5 7/8"	1 1/4"	0000000	000000
14	12	9	27	15-200	-150° to 150°	1	NPT	1/2	NPT	1	NPT	7 1/8"	1 3/4"	0000000	000000
24	22	16	27	15-200	-150° to 150°	1 1/4	NPT	3/4	NPT	1 1/4	NPT	9"	2 3/8"	0000000	00000000
40	36	27	27	15-200	-150° to 150°	1 1/2	NPT	1	NPT	1 1/2	NPT	11"	2 5/8"	0000000	00000000
73	66	49	27	15-200	-150° to 150°	2	NPT	1 1/4	NPT	2	NPT	14 3/8"	3 1/2"	0000000	00000000
127	114	86	27	15-200	-150° to 150°	2 1/2	NPT	1 1/2	NPT	2 1/2	NPT	18 1/8"	4 1/2"	0000000	00000000
237	213	160	27	15-200	-150° to 150°	3	NPT	2	NPT	3	NPT	23 7/8"	6 1/8"	0000000	00000000

Steam-Powered Jet Pumps

Use plant steam to pump liquids and gases, prime pumps, and remove fumes. When high-pressure steam enters the intake, it creates suction that draws a second liquid or gas into the pump body and discharges a pressurized blend of the two. The discharge pressure is greater than the suction flow but lower than the intake pressure. Gas suction flow is calculated using steam at atmospheric pressure. They have no moving parts or seals, eliminating downtime for lubrication and repairs. They're also known as eductors, ejectors, and injectors.

Note: Liquid suction flow rate is calculated using 80 psi steam at 0-40 feet of discharge head.

Bronze is more corrosion resistant than steel.

316 stainless steel pumps provide the most corrosion resistance.

Liquid Suction Flow Rate, gpm			Gas Suction Flow, cfm				Intake Pressure, psi			Suction		Intake		Discharge		Overall
@ 5 ft. of Lift	10 ft. of Lift	@ 20 ft. of Lift	@ 20 psi Steam	@ 50 psi Steam	@ 80 psi Steam	Max. Suction Lift, ft.	For Liquids	For Gases	Temp. Range, °F	Pipe Size	Thread Type	Pipe Size	Thread Type	Pipe Size	Thread Type	Lg.	Wd.		Each
For Use With Air, Inert Gas, Steam, Water
Steel
6	5	3	5	4	3	20	35-150	20-80	-20° to 150°	1/2	NPT	3/8	NPT	1/2	NPT	4 1/2"	1 1/8"	0000000	0000000
10	9	5	8	6	6	20	35-150	20-80	-20° to 150°	3/4	NPT	1/2	NPT	3/4	NPT	5 7/8"	1 1/4"	0000000	000000
17	15	9	14	11	10	20	35-150	20-80	-20° to 150°	1	NPT	3/4	NPT	1	NPT	7 1/8"	1 3/4"	0000000	000000
31	27	15	24	20	17	20	35-150	20-80	-20° to 150°	1 1/4	NPT	1	NPT	1 1/4	NPT	9"	2 3/8"	0000000	000000
51	44	25	40	32	28	20	35-150	20-80	-20° to 150°	1 1/2	NPT	1	NPT	1 1/2	NPT	11"	2 5/8"	0000000	000000
93	80	46	73	58	51	20	35-150	20-80	-20° to 150°	2	NPT	1 1/4	NPT	2	NPT	14 3/8"	3 1/2"	0000000	000000
Bronze
6	5	3	5	4	3	20	35-150	20-80	-20° to 150°	1/2	NPT	3/8	NPT	1/2	NPT	4 1/2"	1 1/8"	0000000	000000
10	9	5	8	6	6	20	35-150	20-80	-20° to 150°	3/4	NPT	1/2	NPT	3/4	NPT	5 7/8"	1 1/4"	0000000	000000
17	15	9	14	11	10	20	35-150	20-80	-20° to 150°	1	NPT	3/4	NPT	1	NPT	7 1/8"	1 3/4"	0000000	000000
31	27	15	24	20	17	20	35-150	20-80	-20° to 150°	1 1/4	NPT	1	NPT	1 1/4	NPT	9"	2 3/8"	0000000	000000
51	44	25	40	32	28	20	35-150	20-80	-20° to 150°	1 1/2	NPT	1	NPT	1 1/2	NPT	11"	2 5/8"	0000000	000000
93	80	46	73	58	51	20	35-150	20-80	-20° to 150°	2	NPT	1 1/4	NPT	2	NPT	14 3/8"	3 1/2"	0000000	000000
316 Stainless Steel
6	5	3	5	4	3	20	35-150	20-80	-150° to 150°	1/2	NPT	3/8	NPT	1/2	NPT	4 1/2"	1 1/8"	0000000	000000
10	9	5	8	6	6	20	35-150	20-80	-150° to 150°	3/4	NPT	1/2	NPT	3/4	NPT	5 7/8"	1 1/4"	0000000	000000
17	15	9	14	11	10	20	35-150	20-80	-150° to 150°	1	NPT	3/4	NPT	1	NPT	7 1/8"	1 3/4"	0000000	000000
51	44	25	40	32	28	20	35-150	20-80	-150° to 150°	1 1/2	NPT	1	NPT	1 1/2	NPT	11"	2 5/8"	0000000	00000000
93	80	46	73	58	51	20	35-150	20-80	-150° to 150°	2	NPT	1 1/4	NPT	2	NPT	14 3/8"	3 1/2"	0000000	00000000

Water Aspirator Pumps

Pick up chemical spills and remove liquids in vacuum filtering systems—these pumps create suction to draw up liquids and gases as water flows through them. They’re made of HDPE and polyethylene, so they won’t break down when exposed to highly corrosive chemicals and acids. The suction end has a barbed tube connector, which attaches to your vacuum tubing. The connector stays attached to your vacuum tubing and connects to the pump when you’re ready to use it again. These pumps also have an internal check valve to prevent backflow.

				Suction		Intake			Discharge		Overall
Flow Rate, gpm	Maximum Vacuum, in. of Hg	Minimum Operating Pressure, psi	Temperature Range, °F	For Tube ID	Gender	Pipe Size	Thread Type	Gender	Outlet Connection Type	Gender	Length	Width	Includes		Each
1.5	27	11	-140° to 240°	1/4", 5/16", 3/8"	Male	3/8	NPT	Male	Open	Female	3"	3"	4 1/2" Length of 3/8" OD Polyethylene Tubing	00000000	000000