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Electric

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	Voltage Voltage

3.5 to 7V
DC

	For Use With For Use With

Air

Inert Gas

Water

	Maximum Vacuum Maximum Vacuum

1 × 10^-12 torr
@ 72° F

1 × 10^-8 torr
@ 72° F

1.5×10^-3 torr
@ 72° F

1.5×10^-2 torr
@ 72° F

3 × 10^-3 torr
@ 72° F

10^-4 torr @
72° F

	Maximum Flow Rate Maximum Flow Rate

	Power Power

	Intake Connection Type Intake Connection Type

Tube

Pipe

Hose

	Pump Type Pump Type

Vacuum

	Electrical Connection Type Electrical Connection Type

Plug

Hardwire

	Maximum Pressure Maximum Pressure

	Phase Phase

Single

Three

	Frequency Frequency

50 Hz

60 Hz

	Discharge Thread Type Discharge Thread Type

NPT

BSPP

	Volume Volume

	Intake Connection Style Intake Connection Style

	Discharge Pipe Size Discharge Pipe Size

	Thermal Protection Thermal Protection

With Thermal Overload
Protection

Without Thermal Overload
Protection

	System of Measurement System of Measurement

Inch

	Overall Height Overall Height

	Overall Width Overall Width

	Current Current

	Maximum Temperature Maximum Temperature

Less than 100° F

100° to 124° F

150° to 199° F

	NEMA Style NEMA Style

5-15

6-15

	Housing Material Housing Material

Aluminum

Iron

Plastic

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82 Products

About Vacuum Pumps

About Air Compressors


C	A
C	B

Since these pumps don't require lubrication, there’s no risk of oil contamination. Maximum flow rate is the rate at which air is pumped before a vacuum is created. Flow rate steadily decreases as the pump generates the vacuum. The larger the tank, the longer it will take to form a vacuum.

Style A pumps are often used for air and gas sampling, controlling compressed air flow, and vacuum filtration. They are also suitable for pressure applications up to 18 psi

Style B pumps are often used for aeration, leak detection, and liquid-level control.

Style C pumps withstand harsh operating conditions. Use to service machinery and refrigeration and circulation systems.

Repair kits include a replacement diaphragm.

115V AC, Single Phase—With Thermal Overload Protection

								Intake			Discharge			O'all
Style	Max. Vacuum, in. of Hg	Max. Flow Rate, cfm	Max. Pressure, psi	Temp. Range, °F	Volume, dB	Horsepower	Current, A	Pipe Size	Thread Type	Gender	Pipe Size	Thread Type	Gender	Lg.	Wd.	Ht.		Each
NEMA 5-15 Plug
C	27.5	1.75	125	35° to 100°	70	1/6 hp	3.5	1/4	NPT	Female	1/4	NPT	Female	11 1/2"	5 5/8"	8 5/8"	000000	0000000

115V AC/230V AC, Single Phase—With Thermal Overload Protection

								Intake			Discharge			O'all
Style	Max. Vacuum, in. of Hg	Max. Flow Rate, cfm	Max. Pressure, psi	Temp. Range, °F	Volume, dB	Horsepower	Current, A	Pipe Size	Thread Type	Gender	Pipe Size	Thread Type	Gender	Lg.	Wd.	Ht.		Each
NEMA 5-15 Plug
C	27.5	5	125	35° to 100°	75	1/2 hp	6/12	1/4	NPT	Female	1/4	NPT	Female	13 1/4"	12 3/8"	9"	000000	0000000
Hardwire
C	27.5	10.5	125	35° to 100°	75	1 1/2 hp	10/21	1/4	NPT	Female	1/4	NPT	Female	21"	12 1/4"	8 1/2"	000000	00000000

120V AC, Single Phase—With Thermal Overload Protection

								Intake		Discharge		O'all
Style	Max. Vacuum, in. of Hg	Max. Flow Rate, cfm	Max. Pressure, psi	Temp. Range, °F	Volume, dB	Horsepower	Current, A	Connection Style	For Tube ID	Connection Style	For Tube ID	Lg.	Wd.	Ht.		Each
NEMA 5-15 Plug
A	20	0.6	18	35° to 100°	72	1/45 hp	1.2	Barbed	3/8"	Barbed	3/8"	7 1/4"	4"	5 1/2"	00000000	0000000

Repair Kit for Style A

00000000

Each

000000

120V AC/240V AC, Single Phase—With Thermal Overload Protection

								Intake			Discharge			O'all
Style	Max. Vacuum, in. of Hg	Max. Flow Rate, cfm	Max. Pressure, psi	Temp. Range, °F	Volume, dB	Horsepower	Current, A	Pipe Size	Thread Type	Gender	Pipe Size	Thread Type	Gender	Lg.	Wd.	Ht.		Each
NEMA 5-15 Plug
B	26	4.5	10	30° to 100°	65	1/4 hp	2.1/4.3	1/4	NPT	Female	1/4	NPT	Female	14"	5 5/8"	6"	0000000	0000000
C	27.5	3.2	125	35° to 100°	70	1/6 hp	3.5	1/4	NPT	Female	1/4	NPT	Female	11 1/2"	11 1/4"	5 7/8"	000000	000000

Portable Oil-Free Electric Vacuum Pumps

These pumps weighs only 16 pounds and have a handle, so they're convenient for on-site sampling, atomizing, and vacuum filtration. They're also for use in pressure applications up to 60 psi. Since they don't require lubrication, there’s no risk of oil contamination. Maximum flow rate is the rate at which air is pumped before a vacuum is created. Flow rate steadily decreases as the pump generates the vacuum. The larger the tank, the longer it will take to form a vacuum. Tube and fitting ID will also affect flow.

Repair kits include filter/muffler components, a gasket, a leaf valve, limiters, and an O-ring.

Pumps
							Intake		Discharge		Overall					Repair Kits
Max. Vacuum, in. of Hg	Max. Flow Rate, cfm	Max. Pressure, psi	Temp. Range, °F	Volume, dB	Horsepower	Current, A	Tube Connection Type	For Tube ID	Tube Connection Type	For Tube ID	Lg.	Wd.	Ht.		Each		Each
120V AC, Single Phase—With Thermal Overload Protection
NEMA 5-15 Plug
25.5	1.1	60	35° to 100°	65	1/8 hp	4.2	Barbed	3/8"	Barbed	3/8"	7 3/4"	5 7/8"	11"	0000000	0000000	0000000	000000

Oil-Free Electric Vacuum Pumps with Tank

Generate a vacuum on demand with these pumps that come mounted on a 10-gal. ASME code vacuum tank for quick startup. They're often used in vacuum-forming applications, such as product packaging. They need no lubrication, so oil won't contaminate your process. Maximum flow rate is the rate at which air is pumped before a vacuum is created. Flow rate steadily decreases as the pump generates the vacuum. The larger the tank, the longer it will take to form a vacuum. Tube and fitting ID will also affect flow.

						Intake		Discharge			Overall
Max. Vacuum, in. of Hg	Max. Flow Rate, cfm	Temp. Range, °F	Volume, dB	Horsepower	Current, A	Tube Connection Type	For Tube ID	Pipe Size	Thread Type	Gender	Lg.	Wd.	Ht.	Includes		Each
120V AC, Single Phase—With Thermal Overload Protection
NEMA 5-15 Plug
26	7.1	45° to 100°	58	1/3 hp	4	Barbed	3/8"	3/8	NPT	Female	30"	12 3/8"	24 1/2"	10-gal. ASME-Code Vacuum Tank, Muffler, Shut-Off Valve, Three-Position Switch, Vacuum Gauge	0000000	000000000

Electric Vacuum Pumps


	NEMA 5-15
	NEMA 6-15

Use these pumps in applications such as degassing and servicing refrigeration and freezer systems. Maximum flow rate is the rate at which air is pumped before a vacuum is created. Flow rate steadily decreases as the pump generates the vacuum. The larger the tank, the longer it will take to form a vacuum. Tube and fitting ID will also affect flow.

						Intake			Discharge			Overall
Max. Vacuum	Max. Flow Rate, cfm	Temp. Range, °F	Volume, dB	Horsepower	Current, A	Port Size	Tube Connection Type	Gender	Pipe Size	Thread Type	Gender	Lg.	Wd.	Ht.	Oil Capacity, oz.		Each
115V AC, Single Phase—With Thermal Overload Protection
NEMA 5-15 Plug
1.5×10 ^-2 torr @ 72° F	3	30° to 180°	70	1/2 hp	7	1/4", 3/8", 1/2"	Flared	Male	1/2	NPT	Male	14 1/2"	5 5/8"	12"	27	0000000	0000000
1.5×10 ^-2 torr @ 72° F	5	30° to 180°	70	1/2 hp	7	1/4", 3/8", 1/2"	Flared	Male	1/2	NPT	Male	14 1/2"	5 5/8"	12"	21	0000000	000000
1.5×10 ^-2 torr @ 72° F	7	30° to 180°	70	1/2 hp	7	1/4", 3/8", 1/2"	Flared	Male	1/2	NPT	Male	14 1/2"	5 5/8"	12"	23	0000000	000000
1.5×10 ^-2 torr @ 72° F	10	30° to 180°	70	1/2 hp	7	1/4", 3/8", 1/2"	Flared	Male	1/2	NPT	Male	14 1/2"	5 5/8"	12"	26	0000000	000000
115V AC/230V AC, Single Phase—With Thermal Overload Protection
NEMA 6-15 Plug
1.5×10 ^-2 torr @ 72° F	3	30° to 180°	70	1/2 hp	3.5/7	1/4", 3/8", 1/2"	Flared	Male	1/2	NPT	Male	14 1/2"	5 5/8"	12"	27	0000000	000000
1.5×10 ^-2 torr @ 72° F	5	30° to 180°	70	1/2 hp	3.5/7	1/4", 3/8", 1/2"	Flared	Male	1/2	NPT	Male	14 1/2"	5 5/8"	12"	21	0000000	000000
1.5×10 ^-2 torr @ 72° F	7	30° to 180°	70	1/2 hp	3.5/7	1/4", 3/8", 1/2"	Flared	Male	1/2	NPT	Male	14 1/2"	5 5/8"	12"	21	0000000	000000
1.5×10 ^-2 torr @ 72° F	10	30° to 180°	70	1/2 hp	3.5/7	1/4", 3/8", 1/2"	Flared	Male	1/2	NPT	Male	16"	5 5/8"	12"	26	0000000	000000

Electric High-Vacuum Pumps

Quick Clamp Intake Connection

Barbed Intake Connection

Achieve powerful vacuum and continuous flow for applications such as vacuum drying, solvent evaporation, and distillation. Maximum flow rate is the rate at which air is pumped before a vacuum is created. Flow rate steadily decreases as the pump generates the vacuum. The larger the tank, the longer it will take to form a vacuum. Tube and fitting ID will also affect flow.

						Intake				Overall
Max. Vacuum	Max. Flow Rate, cfm	Temp. Range, °F	Volume, dB	Horsepower	Current, A	Connection Style	Gender	For Tube ID	Discharge Connection Style	Lg.	Wd.	Ht.	Oil Capacity, qt.		Each
115V AC, Single Phase—With Thermal Overload Protection
NEMA 5-15 Plug
1.5×10 ^-3 torr @ 72° F	2.8	50° to 100°	50	1/2 hp	5.3	Quick Clamp	Female	__	Quick Clamp Hose	18 1/4"	6 1/8"	9 1/8"	1.22	0000000	000000000
3 × 10 ^-3 torr @ 72° F	12.8	50° to 100°	55	1 hp	8	Quick Clamp	Female	__	Quick Clamp Hose	22 3/8"	8 1/8"	11 3/8"	2.55	0000000	00000000
120V AC, Single Phase—Without Thermal Overload Protection
NEMA 5-15 Plug
10 ^-4 torr @ 72° F	0.9	50° to 100°	54	1/3 hp	5	Barbed	Male	7/16"	Open Outlet	17 7/8"	9"	12 5/8"	0.63	0000000	00000000
10 ^-4 torr @ 72° F	3.2	50° to 100°	54	1/2 hp	7	Barbed	Male	7/16"	Open Outlet	20"	12"	15"	2.25	0000000	00000000
10 ^-4 torr @ 72° F	5.6	50° to 100°	54	1/2 hp	7	Barbed	Male	13/16"	Open Outlet	20"	12"	15"	2.25	0000000	00000000

Electric Ultra-High-Vacuum Pumps

Achieve vacuum levels up to 1 x 10 ^-12 torr with these ultra-high-vacuum pumps. Each unit includes two pumps—a diaphragm pump and a turbomolecular pump—that work together to create extremely high levels of vacuum in your chamber. Units are compact, so they fit on top of a workbench or table.

Pumps are ready to use as soon as they’re plugged in and connected to a chamber. Since they don’t use oil, they won’t introduce contaminants into your system. They hardly vibrate, minimizing interference with sensitive instruments and measurement devices.

Pumps with claw-clamp intake connections require a ring and four double-claw clamps (all sold separately) to connect to other components. Claw-clamp connections are also known as ISO-K fittings. These pumps include a gauge with quick-clamp connections, which requires a quick clamp and a ring (both sold separately) to connect. Quick-clamp connections are also known as KF fittings.

Pumps with flanged intake connections and the included gauge each require a gasket (sold separately) to connect to your chamber. Flanged connections are also known as CF fittings.

Pumps with Thermal Overload Protection—Three-Prong Plug

				Intake Connection				Gauge Port Connection				Discharge Connection (BSPP Threads)		O'all
Max. Vacuum	Max. Flow Rate, cfm	Volume, dB	Current, A	For Tube OD	Flange OD	Trade Number	High Vacuum Connection Type	For Tube OD	Flange OD	Trade Number	High Vacuum Connection Type	Pipe Size	Gender	Ht.	Wd.		Each
Claw-Clamp Intake Connection—120V AC/240V AC, Single Phase
1 × 10 ^-8 torr @ 72° F	142	50	4.6	2 1/2"	3 3/4"	63	ISO-K	1"	1.57"	25	ISO-KF	1/8	Male	12 1/8"	11 7/8"	000000	000000000
Flanged Intake Connection—120V AC/240V AC, Single Phase
1 × 10 ^-12 torr @ 72° F	142	50	4.6	2 1/2"	4 1/2"	63	CF	1 1/2"	2 3/4"	40	CF	1/8	Male	13 7/8"	11 7/8"	000000	00000000

Clamps for Pumps with Claw-Clamp Intake Connection

Double-Claw Clamp

Clamp with Wing Nut

For Claw-Clamp Intake Connection—Double-Claw with Bolt
For Tube OD	For Flange OD	Trade Number	High Vacuum Connection Type	Material	Max. Vacuum		Each
2 1/2", 3", 4"	3.74", 4.33", 5.12"	63, 80, 100	ISO-K	Aluminum	1 × 10 ^-9 torr @ 72° F	0000000	00000
For Quick-Clamp Gauge Connection—Clamp with Wing Nut
1"	1.57"	25	ISO-KF	Aluminum	1 × 10 ^-7 torr @ 72° F	0000000	00000

Rings for Pumps with Claw-Clamp Intake Connection

Ring

				Material
For Tube OD	For Flange OD	Trade Number	High Vacuum Connection Type	O-Ring	Inner Ring	Max. Vacuum	Max. Temp., °F		Each
For Claw-Clamp Intake Connection
2 1/2"	3.74"	63	ISO-K	Viton® Fluoroelastomer Rubber	304 Stainless Steel	1 × 10 ^-9 torr @ 72° F	400°	0000000	000000
For Quick-Clamp Gauge Connection
1"	1.57"	25	ISO-KF	Fluoroelastomer Rubber	304 Stainless Steel	1 × 10 ^-7 torr @ 72° F	300°	0000000	0000

Gaskets for Pumps with Flanged Intake Connection

Gasket

For Tube OD	For Flange OD	Gasket Material	Specifications Met		Each
1 1/2"	2 3/4"	Copper	ASTM B152-179, ASTM F68-77	0000000	00000
2 1/2"	4 1/2"	Copper	ASTM B152-179, ASTM F68-77	0000000	0000

High-Flow Low-Pressure Compressed Air Blowers

Also known as regenerative blowers, use these to produce high-flow compressed air with low pressure or vacuum to operate pump drives, lift tables, and conveying systems. Compressed air blowers are also used for drying, exhausting, and aeration.

Air circulates inside the blower housing to compress air, which generates pressure or vacuum. Single-stage blowers circulate air once and then exhaust. Two-stage blowers circulate air twice and then exhaust, creating higher pressure or vacuum than single-stage blowers with the same horsepower.

Inverter-rated blowers have a motor that can run at slow speeds without overheating, so they can be used with a motor speed control (variable frequency drive).

Single Stage

Blowers
						Overall			Pipe Size				Air-Intake Filters		Relief Valves
Maximum Pressure	Max. Flow Rate @ psi	Vacuum Rating	hp	Full Load Current @ V AC	Vol., dB	Lg.	Wd.	Ht.	Inlet	Outlet		Each		Each		Each
Single Phase, 120/208/230V AC
NPT Female Inlet and Outlet
1 psi 29 in. of H₂O	27 cfm @ 0	1.9 in. of Hg 27 in. of H₂O	1/8	2.3 A @ 115 1.2 A @ 208 1.2 A @ 230	57	9"	8"	9"	1	1	0000000	0000000	00000000	0000000	00000000	0000000
1 psi 39 in. of H₂O	42 cfm @ 0	2.6 in. of Hg 35 in. of H₂O	1/3	3.8 A @ 115 2.0 A @ 208 1.9 A @ 230	63	10"	9"	9"	1	1	0000000	000000	00000000	000000	00000000	000000
2 psi 42 in. of H₂O	52 cfm @ 0	3.0 in of Hg 40 in. of H₂O	1/2	6.0 A @ 115 3.2 A @ 208 3.0 A @ 230	68	13"	10"	10"	1 1/4	1 1/4	0000000	000000	00000000	000000	00000000	000000
2 psi 52 in. of H₂O	92 cfm @ 0	3.5 in. of Hg 48 in. of H₂O	1	9.8 A @ 115 5.2 A @ 208 4.9 A @ 230	68	13"	11"	12"	1 1/2	1 1/2	0000000	000000	00000000	000000	00000000	000000
2 psi 65 in. of H₂O	127 cfm @ 0	4.4 in. of Hg 60 in. of H₂O	1 1/2	17.5 A @ 115 10.0 A @ 208 9.0 A @ 230	74	16"	13"	14"	1 1/2	1 1/2	0000000	00000000	00000000	000000	00000000	000000
Single Phase, 120/230V AC
NPT Female Inlet and Outlet
2 psi 56 in. of H₂O	57 cfm @ 0	3.8 in. of Hg 52 in. of H₂O	1/2	6.0 A @ 115 3.0 A @ 230	56	10"	10"	10"	1 1/4	1 1/4	0000000	000000	000000	00	000000	00
3 psi 72 in. of H₂O	148 cfm @ 0	5.3 in. of Hg 72 in. of H₂O	2 1/4	24.0 A @ 115 12.0 A @ 230	70	14"	13"	13"	2	2	0000000	00000000	000000	00	000000	00
3 psi 76 in. of H₂O	102 cfm @ 0	5.3 in. of Hg 72 in. of H₂O	1 1/2	14.0 A @ 115 7.0 A @ 230	64	12"	11"	12"	1 1/2	1 1/2	0000000	00000000	000000	00	000000	00
Three Phase, 190/230/380/460V AC (Inverter Rated)
NPT Female Inlet and Outlet
2 psi 56 in. of H₂O	103 cfm @ 0	4.1 in. of Hg 56 in. of H₂O	1	2.2 A @ 380 4.4 A @ 190 3.7 A @ 230 2.1 A @ 460	64	11"	11"	12"	1 1/2	1 1/2	0000000	00000000	000000	00	000000	00
3 psi 79 in. of H₂O	150 cfm @ 0	6.5 in. of Hg 88 in. of H₂O	2 3/4	7.5 A @ 190 7.3 A @ 230 4.3 A @ 380 4.4 A @ 460	70	14"	13"	15"	2	2	0000000	00000000	000000	00	000000	00
3 psi 92 in. of H₂O	221 cfm @ 0	7.1 in. of Hg 96 in. of H₂O	4 1/2	12.5 A @ 190 12.6 A @ 230 7.2 A @ 380 7.3 A @ 460	72	16"	15"	17"	2	2	0000000	00000000	000000	00	000000	00
4 psi 116 in. of H₂O	150 cfm @ 0	7.7 in. of Hg 104 in. of H₂O	3 1/4	9.7 A @ 190 10.3 A @ 230 5.6 A @ 380 6.0 A @ 460	70	14"	13"	15"	2	2	0000000	00000000	000000	00	000000	00
Three Phase, 208/230/460V AC
NPT Female Inlet and Outlet
2 psi 43 in. of H₂O	53 cfm @ 0	2.9 in. of Hg 40 in. of H₂O	1/2	2.0 A @ 208 2.0 A @ 230 1.0 A @ 460	68	11"	10"	10"	1 1/4	1 1/4	0000000	000000	00000000	000000	00000000	000000
2 psi 52 in. of H₂O	92 cfm @ 0	3.5 in. of Hg 48 in. of H₂O	1	3.4 A @ 208 3.2 A @ 230 1.6 A @ 460	68	13"	11"	12"	1 1/2	1 1/2	0000000	000000	00000000	000000	00000000	000000
2 psi 65 in. of H₂O	127 cfm @ 0	4.4 in. of Hg 60 in. of H₂O	1 1/2	5.1 A @ 208 4.9 A @ 230 2.5 A @ 460	74	14"	13"	14"	1 1/2	1 1/2	0000000	00000000	00000000	000000	00000000	000000
Three Phase, 208/230/460V AC (Inverter Rated)
NPT Female Inlet and Outlet
4 psi 105 in. of H₂O	207 cfm @ 0	6.5 in. of Hg 88 in. of H₂O	5	13.0 A @ 208 12.0 A @ 230 6.0 A @ 460	72	17"	15"	15"	2	2	0000000	00000000	00000000	000000	00000000	000000
4 psi 110 in. of H₂O	265 cfm @ 0	6.6 in. of Hg 90 in. of H₂O	6	19.5 A @ 208 18.2 A @ 230 9.1 A @ 460	79	17"	17"	18"	2	2	0000000	00000000	00000000	000000	00000000	000000
5 psi 125 in. of H₂O	420 cfm @ 0	8.1 in. of Hg 110 in. of H₂O	10	35.0 A @ 208 29.5 A @ 230 15.0 A @ 460	78	22"	18"	20"	2 1/2	2 1/2	0000000	00000000	00000000	000000	00000000	000000
Three Phase, 220/275/380/480V AC (Inverter Rated)
NPT Female Inlet and Outlet
2 psi 64 in. of H₂O	57 cfm @ 0	4.4 in. of Hg 60 in. of H₂O	1/2	2.6 A @ 200 2.6 A @ 275 1.5 A @ 380 1.5 A @ 480	56	10"	10"	10"	1 1/4	1 1/4	0000000	000000	000000	00	000000	00
Three Phase, 230/460V AC (Inverter Rated)
NPT Female Inlet and Outlet
4 psi 105 in. of H₂O	795 cfm @ 0	7.0 in. of Hg 95 in. of H₂O	18	52.0 A @ 230 26.0 A @ 460	79	29"	18"	20"	2 1/2	4	0000000	00000000	00000000	000000	00000000	00000000

Two Stage

Blowers
						Overall			Pipe Size				Relief Valves
Maximum Pressure	Max. Flow Rate @ psi	Vacuum Rating	hp	Full Load Current @ V AC	Vol., dB	Lg.	Wd.	Ht.	Inlet	Outlet		Each		Each
Three Phase, 208/230/460V AC (Inverter Rated)
NPT Female Inlet and Outlet
5 psi 140 in. of H₂O	65 cfm @ 0	11.1 in. of Hg 151 in. of H₂O	2	5.8 A @ 208 5.2 A @ 230 2.8 A @ 460	72	16"	13"	14"	1 1/4	1 1/4	0000000	000000000	0000000	0000000
5 psi 141 in. of H₂O	81 cfm @ 0	11.1 in. of Hg 151 in. of H₂O	3	8.3 A @ 208 7.4 A @ 230 4.0 A @ 460	73	16"	14"	15"	1 1/4	1 1/4	0000000	00000000	0000000	000000

Miniature Low-Flow Air Compressors/Vacuum Generators

					Overall
Max. Pressure, psi	Max. Flow Rate @ psi	Vacuum Rating, in. of Hg	Full Load Current	Vol., dB	Lg.	Wd.	Ht.	For Tube ID	Lubricant Required	Electrical Connection Type		Each
12V DC
3	0.019 cfm @ 3 0.042 cfm @ 0	12	40 mA	45	1 3/4"	15/16"	1 5/16"	0.14"	No	Hardwire	0000000	0000000
10	0.064 cfm @ 10 0.117 cfm @ 0	22	442 mA	45	3 1/16"	1 3/16"	2 3/16"	0.16"	No	Hardwire	0000000	000000
12	0.148 cfm @ 12 0.254 cfm @ 0	25	2.3 A	52	4 7/8"	1 7/8"	3 1/16"	0.13"	No	Hardwire	0000000	000000
3.5-7V DC
2	0.008 cfm @ 2 0.013 cfm @ 0	12	32-37 mA	45	1 5/8"	11/16"	1"	0.12"	No	Hardwire	0000000	000000

Pump-Out Plug-In Wet/Dry Vacuum Cleaners

No need to manually empty the water from this vacuum tank—this vacuum cleaner pumps the water out for you. Use the drain for manual emptying.

Note: For dry pickup, remove the pump unit.

									Discharge Connection
Cap., gal.	Suction Rate, gpm	Discharge Rate, gpm	Ht.	Wd.	Dp.	hp	Voltage	Hose Dia. (Lg.)	Thread Type	Gender	Thread Size	Specifications Met	Includes		Each
Plastic Tank
20	6	6	34 1/2"	19 1/2"	19 1/2"	6	120V AC	1 1/4" (8 ft.) 2 1/2" (6 ft.)	GHT	Male	3/4"	UL Listed	1 1/4" Dia. Accessories (Two 20" Lg. Extension Wands, Floor Nozzle), 2 1/2" Dia. Accessories (Two 20" Lg. Extension Wands, Floor Nozzle, Utility Nozzle, Crevice Tool), Collection Bag, Tool Holder	000000	0000000

Replacement Cartridge Filter Retainer	Each	00000
Replacement Foam Sleeve (1/Pkg.)	Pkg.	0000
Replacement Fine-Dust Collection Bags (2/Pkg.)	Pkg.	00000
Replacement Cartridge Filter (1/Pkg.)	Pkg.	00000

Vacuum Aspiration Systems

Vacuum up liquid for sampling and disposal using these compact and portable systems. Running their pump draws liquid through the tubing and into a collection bottle. An inline filter protects the pump motor from liquid and other contaminants.

1-gal. systems need a pipette or disposable dropper (sold separately) placed in the free end of the aspirator tubing.

68-oz. systems have a gauge and adjustment knob for changing the vacuum pressure to suit your application. Apply vacuum pressure by pressing the button on the hand-held controller, which is convenient for prolonged use. These systems include an adapter with a stainless steel tip that’s good for vacuuming small amounts of liquid with precision. There’s also an adapter for using them with pipette tips (sold separately). To measure how much liquid you collect, the collection bottle has graduation marks.

Adapters with stainless steel tips give you extra control, which is useful for vacuuming small amounts of liquid from precise areas.

Adapters with eight channels vacuum eight streams of liquid at once. For those without tips, attach eight of your own pipette tips.

Add quick-disconnect kits to easily attach and detach your tubing from the collection bottle’s lid.

Vacuum Aspiration Systems

68-oz. System

1-gal. System

				Tube			Overall
Capacity	Grad. Marks	Flow Rate, gpm	Vacuum Range, in. of Hg	ID	Length	Material	Height	Width	Depth	Autoclavable	Temp. Range, °F	Specifications Met	Includes		Each
120V AC—Two-Prong Plug
Polycarbonate Plastic Bottle and ABS Plastic Base
68 oz. / 2,000 ml	100 ml	4	1 to 22	1/4"	39"	Silicone Rubber	13 1/2"	8"	9 1/2"	Yes	45° to 95°	CE Marked	Adapter for Pipette Tips, Adapter with 1 1/2" Stainless Steel Tip, Graduated Collection Bottle, Hand-Held Controller, Inline Filter, Vacuum Gauge, Vacuum Pressure Adjustment Knob	000000	0000000
Polypropylene Plastic Bottle and Polypropylene Plastic Base
1 gal. / 3,800 ml	__	3.4	__	1/4"	39"	PVC Plastic	16 1/2"	6 3/4"	9"	Yes	45° to 95°	UL Listed	Inline Filter	000000	000000

Replacement Filters

Replacement Filter

For Capacity	Pkg. Qty.		Pkg.
68 oz.	1	00000000	000000
1 gal.	12	00000000	00000

Pipette Tips for 68-oz. System

Tip
Length	Material	Color	Pkg. Qty.		Pkg.
2"	Polypropylene Plastic	Yellow	100	0000000	00000

Adapters for 68-oz. System

One-Channel Adapter with Stainless Steel Tip

Eight-Channel Adapter with Stainless Steel Tips

Eight-Channel Adapter without Tips

	Tip
Number of Channels	Length	Material		Each
1	3 1/8"	Stainless Steel	00000000	000000
8	1 1/2"	Stainless Steel	00000000	000000
8	__	__	00000000	000000

Quick-Disconnect Kits for 68-oz. System

Quick-Disconnect Kit

Includes		Each
Male and Female Adapters, Silicone Tubing	00000000	0000000

Pipettes for 1-gal. System

		Pipette
Capacity, ml	Graduation Marks	Diameter	Length	Material	Color	Band Color		Each
1	0.1 ml	1/4"	13 3/4"	Borosilicate Glass	Clear	Red	0000000	000000

Disposable Droppers for 1-gal. System

		Stem
Capacity, ml	Length	OD	Material	Color	Pkg. Qty.		Pkg.
2	5 3/4"	1/4"	Borosilicate Glass	Clear	250	000000	000000
2	9"	1/4"	Borosilicate Glass	Clear	250	000000	00000

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