Oil Rotary Vacuum Pump

Two-stage / with cord, and switch/with thermal protector

Two-stage / with cord, and switch/with thermal protector

2-stage exhaust system / with backflow prevention / with gas ballast mechanism / with thermal protector / with switch / input terminal (without cord)

2-stage exhaust system / with backflow prevention function / with gas ballast mechanism / input terminal (without cord)

2-stage evacuation system / with backflow prevention / with gas ballast mechanism / with thermal protector / with switch / with input terminal (without cord)

2-stage exhaust system / with backflow prevention function / with gas ballast mechanism / input terminal (without cord)

2-stage evacuation system / with backflow prevention / with gas ballast mechanism / with thermal protector / with switch / with input terminal (without cord)

Two-stage / terminal only (without cord) / Without thermal protector

Chemical type / 2-stage evacuation system / with reverse flow prevention mechanism / with gas ballast mechanism / with thermal protector / with power supply cord with plug / with switch

Chemical type / 2-stage evacuation system / with reverse flow prevention mechanism / with gas ballast mechanism / with thermal protector / with power supply cord with plug / with switch

Chemical type / 2-stage exhaust system / with reverse flow prevention mechanism / with gas ballast mechanism / with thermal protector / with switch / with terminal only cord

VS650B／VS750B is classified as a rotary vane type Oil Rotary Vacuum pump. Air or water cooling can be selected, and even larger displacements can be achieved by combining with a mechanical booster pump. In addition, stable exhaust performance is obtained by the Oil mist separator and Oil return mechanism which is build-in into the pump. In addition, it is designed with an easy maintainability for oil and element filter exchanges.

VS1501/VS2401 is classified as a single-stage rotary vane type oil vacuum pump.
The water-cooled and forced oil supply system ensures stable pumping performance even under heavy loads.
They are also designed for easy maintenance with a large oil level indicator.

VS300A-W is classified as a rotary vane type Oil Rotary Vacuum pump. Smallest footprint in the class and allows the direct mounting of Mechanical booster pump. In addition, stable exhaust performance is obtained by the Oil mist separator and Oil return mechanism which is build-in into the pump. In addition, it is designed with an easy maintainability for oil and element filter exchanges.

"Model:PVD" is a compact, double-stage rotary vane oil rotary vacuum pump coupled with belt-driven motor.
From the reliability and ease of use over the years, is a small belt-driven oil rotary vacuum pump has gotten used to a lot of customers.
From the low-speed rotation, it performs a quiet and stable exhaust characteristics.

"Model:VD" is a Double stage rotary vane type direct-driven oil rotary vacuum pump equipped
withULVAC's original multi-voltage motor.
This dual stage rotary vane mechanical vacuum achieves lower ultimate pressure.
Design optimization and wide option realized quiet operation and so this pump is
suitable for a wide range of applications.

The "Model:PKS" models are extremely durable, large oil rotary vacuum pumps with very stable pumping characteristics. High-grade cast iron is used, providing strength and resistance to abrasion. They are used in many applications, in areas ranging from the metal and automotive industries, to the chemical, pharmaceutical and food industries.

When an oil rotary pump is started at atmospheric pressure, and operated during low vacuum operation, the pump oil is exhausted along with the exhaust gas that is being pumped. This oil-laden exhaust mist, which consists of tiny oil droplets, appears as "smoke" exiting from the exhaust port of the pump. The TM and "Model:TMX" oil mist traps help to ensure a clean working environment and protect indoor equipment from contamination that would otherwise be caused by this oil mist.

When an oil rotary pump is started at atmospheric pressure, and operated during low vacuum operation, the pump oil is exhausted along with the exhaust gas that is being pumped. This oil-laden exhaust mist, which consists of tiny oil droplets, appears as "smoke" exiting from the exhaust port of the pump. The TM and "Model:TMX" oil mist traps help to ensure a clean working environment and protect indoor equipment from contamination that would otherwise be caused by this oil mist.

When an oil rotary pump is started at atmospheric pressure, and operated during low vacuum operation, the pump oil is exhausted along with the exhaust gas that is being pumped. This oil-laden exhaust mist, which consists of tiny oil droplets, appears as "smoke" exiting from the exhaust port of the pump. The TM and "Model:TMX" oil mist traps help to ensure a clean working environment and protect indoor equipment from contamination that would otherwise be caused by this oil mist.

When an oil rotary pump is started at atmospheric pressure, and operated during low vacuum operation, the pump oil is exhausted along with the exhaust gas that is being pumped. This oil-laden exhaust mist, which consists of tiny oil droplets, appears as "smoke" exiting from the exhaust port of the pump. The TM and "Model:TMX" oil mist traps help to ensure a clean working environment and protect indoor equipment from contamination that would otherwise be caused by this oil mist.

When an oil rotary pump is started at atmospheric pressure, and operated during low vacuum operation, the pump oil is exhausted along with the exhaust gas that is being pumped. This oil-laden exhaust mist, which consists of tiny oil droplets, appears as "smoke" exiting from the exhaust port of the pump. The TM and "Model:TMX" oil mist traps help to ensure a clean working environment and protect indoor equipment from contamination that would otherwise be caused by this oil mist.

When an oil rotary pump is started at atmospheric pressure, and operated during low vacuum operation, the pump oil is exhausted along with the exhaust gas that is being pumped. This oil-laden exhaust mist, which consists of tiny oil droplets, appears as "smoke" exiting from the exhaust port of the pump. The TM and "Model:TMX" oil mist traps help to ensure a clean working environment and protect indoor equipment from contamination that would otherwise be caused by this oil mist.

When an oil rotary pump is started at atmospheric pressure, and operated during low vacuum operation, the pump oil is exhausted along with the exhaust gas that is being pumped. This oil-laden exhaust mist, which consists of tiny oil droplets, appears as "smoke" exiting from the exhaust port of the pump. The TM and "Model:TMX" oil mist traps help to ensure a clean working environment and protect indoor equipment from contamination that would otherwise be caused by this oil mist.

When an oil rotary pump is started at atmospheric pressure, and operated during low vacuum operation, the pump oil is exhausted along with the exhaust gas that is being pumped. This oil-laden exhaust mist, which consists of tiny oil droplets, appears as "smoke" exiting from the exhaust port of the pump. The TM and "Model:TMX" oil mist traps help to ensure a clean working environment and protect indoor equipment from contamination that would otherwise be caused by this oil mist.

When an oil rotary pump is started at atmospheric pressure, and operated during low vacuum operation, the pump oil is exhausted along with the exhaust gas that is being pumped. This oil-laden exhaust mist, which consists of tiny oil droplets, appears as "smoke" exiting from the exhaust port of the pump. The TM and "Model:TMX" oil mist traps help to ensure a clean working environment and protect indoor equipment from contamination that would otherwise be caused by this oil mist.

When an oil rotary pump is started at atmospheric pressure, and operated during low vacuum operation, the pump oil is exhausted along with the exhaust gas that is being pumped. This oil-laden exhaust mist, which consists of tiny oil droplets, appears as "smoke" exiting from the exhaust port of the pump. The TM and "Model:TMX" oil mist traps help to ensure a clean working environment and protect indoor equipment from contamination that would otherwise be caused by this oil mist.

The oil mist trap can collect oil smoke (oil mist) discharged during operation of the oil rotary pump and automatically collect it into the vacuum pump.

Oil rotary pump Oil smoke from the exhaust port is generated especially at around atmospheric pressure. The oil may contaminate the atmosphere due to oil splashes, but this is solved by installing this oil trap.

It is also possible to replace only the element (filter).

The oil mist trap can collect oil smoke (oil mist) discharged during operation of the oil rotary pump and automatically collect it into the vacuum pump.

Oil rotary pump Oil smoke from the exhaust port is generated especially at around atmospheric pressure. The oil may contaminate the atmosphere due to oil splashes, but this is solved by installing this oil trap.

It is also possible to replace only the element (filter).

The oil mist trap can collect oil smoke (oil mist) discharged during operation of the oil rotary pump and automatically collect it into the vacuum pump.

Oil rotary pump Oil smoke from the exhaust port is generated especially at around atmospheric pressure. The oil may contaminate the atmosphere due to oil splashes, but this is solved by installing this oil trap.

It is also possible to replace only the element (filter).

Pipe connection-type oil-mist trap. When the pipe is connected, the suction gas can be discharged into the exhaust duct.
When the pipe is connected, it can be used as a normal oil-mist trap if the top cap is attached.

Exchange of only an element (filter) is also possible.

It is a pipe connection type oil mist trap. By connecting piping, the sucked gas can be exhausted to the exhaust duct.
When not piping, attach the upper cap and use it as a regular Oil mist trap.

It is also possible to replace only the element (filter).

Used to change screw diameter G3/4to G1 when you want to put an Oil-mist trap (OMT, OMI) onyour exhaust port screw G3/4 pump.

The main housing of this product is made of stainless steel and uses a filter element made of glass wool.
KF-25 clamp and Centerring needed for installation.
Since this is a closed type structure, the filter cannot be changed.

The main housing of this product is made of stainless steel and uses a filter element made of glass wool.
KF-25 clamp and Centerring needed for installation.
Since this is a closed type structure, the filter cannot be changed.

It is an air intake filter that incorporates a special filter in the stainless steel Body.

There are two types, one to prevent reverse diffusion of oil into the vacuum piping and the other to prevent mixing of powder into the vacuum pump. KF-25 clamp is required for installation.

The filter can not be replaced because it is sealed

It is an air intake filter that incorporates a special filter in the stainless steel Body.

There are two types, one to prevent reverse diffusion of oil into the vacuum piping and the other to prevent mixing of powder into the vacuum pump. KF-25 clamp is required for installation.

The filter can not be replaced because it is sealed

This is the SUCTION FILTER which special filter is built-in into the stainless body.
There are 2 types; Prevent counter flow of oil diffusion into the vacuum pipe (OFI-050C, 200C) and prevent particles into the vacuum pump. (OFI-050V, 200V)
Since this is a closed type, the filter cannot be changed.

It is an air intake filter that incorporates a special filter in the stainless steel Body.

There are two types, one to prevent reverse diffusion of oil into the vacuum piping and the other to prevent mixing of powder into the vacuum pump. KF-25 clamp is required for installation.

The filter can not be replaced because it is sealed

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

Optional suction pipe parts for changing the suction port diameters of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types, KF flange types, R screw types and adapters.
Refer to the table to select a suitable pipe.

An adaptor used to replace a KF-25 suction pipe with M20 female.
You can use KF-25 adaptor on KF-25 suction pipe devices without removing the standard suction pipe.
Applicable suction pipes
Hose port suction pipe (dia.8, dia.12, dia.15, dia.18, dia.22), A-type suction pipe / B-type suction pipe / C-type suction type

An adaptor used to replace a KF-25 suction pipe with M20 female.
You can use KF-25 adaptor on KF-25 suction pipe devices without removing the standard suction pipe.
Applicable suction pipes
Hose port suction pipe (dia.8, dia.12, dia.15, dia.18, dia.22), A-type suction pipe / B-type suction pipe / C-type suction type

An adaptor used to replace a KF-25 suction pipe with M20 female.
You can use KF-25 adaptor on KF-25 suction pipe devices without removing the standard suction pipe.
Applicable suction pipes
Hose port suction pipe (dia.8, dia.12, dia.15, dia.18, dia.22), A-type suction pipe / B-type suction pipe / C-type suction type

Optional exhaust pipe parts for changing the exhaust port diameter of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types and KF flange types.
Refer to the table to select a suitable pipe.

Optional exhaust pipe parts for changing the exhaust port diameter of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types and KF flange types.
Refer to the table to select a suitable pipe.

Optional exhaust pipe parts for changing the exhaust port diameter of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types and KF flange types.
Refer to the table to select a suitable pipe.

Optional exhaust pipe parts for changing the exhaust port diameter of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types and KF flange types.

Optional exhaust pipe parts for changing the exhaust port diameter of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types and KF flange types.
Refer to the table to select a suitable pipe.

Optional exhaust pipe parts for changing the exhaust port diameter of vacuum pumps.
Various types are provided to meet different types of port diameters including hose port types and KF flange types.
Refer to the table to select a suitable pipe.