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Vacuum Generators, Vacuum Ejectors
Vacuum generators and ejectors are machines that generate a vacuum. Vacuum generation methods are different, and vacuum generators are used to create a vacuum using compressed air and carry it by suction. When the compressed air flows into the diffuser, it is jetted at a high speed and the pressure drops, creating a vacuum. It is composed of a nozzle and a diffuser, and the degree of the vacuum pressure changes depending on the shape and dimensions. Ejectors, on the other hand, use water, steam, oil, etc. to create a vacuum. This is a mechanism in which the material that has been heated and turned into steam is injected at a high speed, so that the lower stage is compressed. It consists of jets, cylinders, boilers, pipe heaters, heat insulators with different widths, etc. The ejected steam is cooled and returns to the boiler again. Shapes and performances vary depending on the type, such as those with a solenoid valve, elbow type, and compact type.
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Vacuum Generator with Pressure Sensor VQ Series
PISCO
*The CAD data for this series is being revised. This data will be made available as soon as the modifications have been completed.
[Features]
Combination type vacuum generator, optimal for controlling large flow rates.
Pressure sensor specification (30‑mm wide, dual-output, NPN open collector output pressure sensor)Additional Function Type Ultimate Vacuum(kPa) Suction Flow(l/min) Air Supply Port Connecting Port Shape Vacuum Port Connecting Port Shape Vacuum Port One-Touch Fitting Size Air Supply Port One-Touch Fitting Size Nozzle Dia. Application Air Consumption Flow Rate(l/min) Type of Related Component Filter / Valves For Vacuum Generation / Vacuum Destructive Valve Square -93 ～ -66 95$36$42 One-Touch Coupling One-Touch Coupling Ø8 ～ Ø10 Ø6 / Ø8 / Ø10 1.0mm Single Item 23$46$150 - From: ₹ 26,520.76 Days to Ship: 12 Day(s) or more 
12 Day(s) or more
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| Days to Ship |
| Additional Function |
| Type |
| Ultimate Vacuum(kPa) |
| Suction Flow(l/min) |
| Air Supply Port Connecting Port Shape |
| Vacuum Port Connecting Port Shape |
| Vacuum Port One-Touch Fitting Size |
| Air Supply Port One-Touch Fitting Size |
| Nozzle Dia. |
| Application |
| Air Consumption Flow Rate(l/min) |
| Type of Related Component |
You can add up to 6 items per a category to the compare list.  | |
| Brand | PISCO |
| Product Series | |
| CAD |
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| From | ₹ 26,520.76 |
| Days to Ship | 12 Day(s) or more |
| Additional Function | Filter / Valves For Vacuum Generation / Vacuum Destructive Valve |
| Type | Square |
| Ultimate Vacuum(kPa) | -93 ～ -66 |
| Suction Flow(l/min) | 95$36$42 |
| Air Supply Port Connecting Port Shape | One-Touch Coupling |
| Vacuum Port Connecting Port Shape | One-Touch Coupling |
| Vacuum Port One-Touch Fitting Size | Ø8 ～ Ø10 |
| Air Supply Port One-Touch Fitting Size | Ø6 / Ø8 / Ø10 |
| Nozzle Dia. | 1.0mm |
| Application | Single Item |
| Air Consumption Flow Rate(l/min) | 23$46$150 |
| Type of Related Component | - |
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Specification/Dimensions
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Additional Function
- Silencers
- Filter
- Valves For Vacuum Generation
- Reverse Check Valve (Vacuum Retention)
- Mechanical Type, Pressure Switch for Vacuum
- With LED Display, Pressure Switch for Vacuum
- Air Timer Type Vacuum Release Valves
- Vacuum Destructive Valve
- Vacuum Destruction Support
- Central Exhaust Specification
- Not Provided
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Type
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Ultimate Vacuum(kPa)
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Suction Flow(l/min)
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Air Supply Port Connecting Port Shape
- M5
- Rc1/8
- R1/8
- R1/4
- Rc1/4
- R3/8
- R1/2
- One-Touch Coupling
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Vacuum Port Connecting Port Shape
- M5
- Rc1/8
- R1/8
- R1/4
- R3/8
- M3
- Rc1/4
- M6
- R1/2
- One-Touch Coupling
- Others
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Vacuum Port One-Touch Fitting Size
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Air Supply Port One-Touch Fitting Size
- Ø3
- Ø4
- Ø6
- Ø8
- Ø10
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Nozzle Dia.
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Application
- Single Item
- Manifolds
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Air Consumption Flow Rate(l/min)
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Type of Related Component
- Holders / Brackets
- Replacement Filters
- Pressure Switches for Maintenance Components
- Vacuum Fall Prevention Valves
Related Categories to Vacuum Generators, Vacuum Ejectors
FAQ Vacuum Generators, Vacuum Ejectors
- Question: What is a vacuum generator?
- Answer: A vacuum generator is a device that creates a vacuum by removing air or gas from a specific space. Vacuum generators are commonly used in various industries such as manufacturing, electronics, packaging, and robotics, where precise handling of materials is required. They typically use compressed air to create suction and generate a vacuum.
- Question: What is an ejector in vacuum technology?
- Answer: An ejector is a device that uses the Venturi effect, a principle where compressed air is forced through a nozzle to create a vacuum. Ejectors are highly efficient and do not have moving parts, making them durable and easy to maintain. They are widely used for applications like clamping, lifting, and holding objects securely using vacuum power.
- Question: Which type of vacuum generator or ejector is best suited for a specific application?
- Answer: The choice between a vacuum generator and ejector depends on factors such as the required vacuum level, flow rate, and the availability of a high-pressure fluid or gas source. Consult with a vacuum specialist to determine the most suitable device for your application.
- Question: What factors should I consider when choosing a vacuum generator or ejector?
- Answer: When selecting a vacuum generator or ejector, consider the following factors: • Vacuum level: Determine the vacuum level your application requires. • Flow rate: The rate at which air is removed to maintain the vacuum. • Compressed air consumption: Look for energy-efficient models that consume less air. • Application type: Consider the environment and the type of object or material being handled. • Maintenance needs: Evaluate the reliability and ease of maintenance.
- Question: What is a multi-stage vacuum ejector, and when should it be used?
- Answer: A multi-stage vacuum ejector consists of multiple nozzles that work together to create a higher vacuum level with lower air consumption. Each stage increases the efficiency of air evacuation, making multi-stage ejectors ideal for applications requiring a deeper vacuum or for handling porous materials where standard single-stage ejectors may not perform as efficiently. Multi-stage ejectors are often used in industries like automotive manufacturing and food processing, where energy efficiency and high vacuum levels are essential.
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