Gardner Denver V-VC 75 真空泵Gardner Denver
V-VC 75
Gardner Denver V-VC 75 真空泵
Gardner Denver
V-VC 75
固定价格 不含增值税
€990
出厂年份
2012
状况
二手
位置
Kraków 

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价格和位置
固定价格 不含增值税
€990
- 位置:
- Ul. Rynek główny, 28, 31-010 Kraków, Polska

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优惠详情
- 广告编号:
- A21821003
- 更新:
- 最近更新时间为 29.04.2026
描述
Technical data:
Product number: V-VC 75
Year of manufacture: 2012
Motor power: 2.2 kW
Capacity: 84 m³/h
MAX vacuum: 0.2 mbar
Noise level: 74 dB
Rotational speed: 1500 rpm
Weight: 90 kg
Dimensions [H x L x W]: 6011 x 281 x 310 mm
Dsdpfx Aoy H Swnjnbeut
The pump achieves a vacuum of 0.2 mbar, as confirmed by the sensor measurement shown in the attached video below.
A display reading of 2.8 -1 on the sensor means a vacuum of 2.8 x 10⁻¹, which equals 0.28 mbar.
After full overhaul/major service
The pump is in perfect condition
- New oil
- New exhaust separators
Oil-lubricated vacuum pump, suction unit – a device used in vacuum technology for removing gases (creating a vacuum) in a closed space. Pumps are classified based on their operating principle as: positive displacement, jet, ion-sorption, ion-magnetic, molecular, condensation, adsorption, and ionic pumps.
The most important parameters of vacuum pumps are:
- Ultimate pressure (lowest pressure the pump can achieve),
- Pumping speed and its dependency on pressure,
- Capacity (usually measured in m³ of evacuated gas per unit of time).
该广告为自动翻译,可能存在翻译错误。
Product number: V-VC 75
Year of manufacture: 2012
Motor power: 2.2 kW
Capacity: 84 m³/h
MAX vacuum: 0.2 mbar
Noise level: 74 dB
Rotational speed: 1500 rpm
Weight: 90 kg
Dimensions [H x L x W]: 6011 x 281 x 310 mm
Dsdpfx Aoy H Swnjnbeut
The pump achieves a vacuum of 0.2 mbar, as confirmed by the sensor measurement shown in the attached video below.
A display reading of 2.8 -1 on the sensor means a vacuum of 2.8 x 10⁻¹, which equals 0.28 mbar.
After full overhaul/major service
The pump is in perfect condition
- New oil
- New exhaust separators
Oil-lubricated vacuum pump, suction unit – a device used in vacuum technology for removing gases (creating a vacuum) in a closed space. Pumps are classified based on their operating principle as: positive displacement, jet, ion-sorption, ion-magnetic, molecular, condensation, adsorption, and ionic pumps.
The most important parameters of vacuum pumps are:
- Ultimate pressure (lowest pressure the pump can achieve),
- Pumping speed and its dependency on pressure,
- Capacity (usually measured in m³ of evacuated gas per unit of time).
该广告为自动翻译,可能存在翻译错误。
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