Goorui Side Channel Blower
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Regenerative blower Hong Kong Fenglisheng Group Co.,Ltd. Dongguan Foersheng Intelligent M&E Co.,Ltd.

Single stage Double stage for high pressure Single stage for ultra high pressure Double stage for ultra high pressure

Company profile & Applications 01 Advantages & Working principle of GOORUI blower- 02 GOORUI GHBH series- 05-22 GOORUI GHBG series- 23-28 GOORUI GHBT series- 29-34 Accesories, Customized blowers, Applications - 51-56

Company profile Dongguan Foersheng M&E Technology Co.,Ltd , is one of the leading suppliers of vacuum equipment with more than 10 years' experience in designing, producing and marketing in China. Our company was established in 2000, located in Dongguan city, Guangdong province, China. It is subordinated to Hongkong Fenglisheng International Group Limited. We own independent intellectual property rights and created the famous blower brand of GOORUI. The brand name of GOORUI, is originated from the University of Hanover, Germany in 1933. GOORUI blower possesses the core R&D technology in...

Our Blower features as following : Oil free with low noise, No routine maintenance Easy installation which can be Vertical / horizontal/ Random installation Longlife time which working 20000hours continously,SKF & NSK bearing used CCC, CE, RoHs, ISO9001-2008 certification approved Insulation class: F, Protection class: Ip54 Pressure range: 80 - 1040 mbar; Vacuum range: 70 - 730 mbar Power range: 400w-25kw (three phase), 400w-2.2kw(single phase) Frequency: 50/60HZ (frequency change scope 28-60hz by Frequency inverter) Environment temperature:-10°C-50°C; Inlet air temperature: under 50 °C...

Factory Views GOORUI imports German three coordinate measuring machine to keep the elaboration. All the blowers adopt Sweden SKF or Japanese NSK bearing, ADC 12 die-casting aluminum covering, and multidirectional test the impellers, we ensure every blower should to be strictly tested before delivery. ROHS Certification GOORUI Certification

Model Introduction Goorui High-pressure Blower H: High pressure series G: Ultrahigh pressure series' Horse Power (HP) D: Decimal point Unit Conversion Voltage grade Beginning units Beginning units Multiply by Beginning units 1 :Single stage A:Singel stage with high airflow 2: Double stage B:Double stage with high airflow 3: Three stage C:Single stage with low pressure Suction capacity Beginning units Multiply by To Get Absolute Pressure The pressure measured Irom absolute zero,using ideal vacuum as the datum.The measured pressure is always greater than the reference pressure. Total Pressure...

GHBH series Specification for pressure &vacuum operation. Single-phase motor

GHBH Series performance curves The performance curves data of GOORUI regenerative blower are tested under atmospheric pressure and air temperature at 15° C. It is allowed error by ±10%. When our suction and environment temperature is less than 25" C, the differential pressure in the form still can be Vacuum Selection Diagram 50Hz_Compressor Selection Diagram 50Hz Vacuum Selection Diagram 60Hz Compressor Selection Diagram 60Hz Vacuum The total pressure differential Ap Compressor

GHBH series Specification for pressure &vacuum operation. Three-phase motor Power Voltage Sound Max airflow Rated vacuum Rated pressure Pressure relief valve/filter

GHBH Series2 performance curves The performance curves data of GOORUI regenerative blower are tested under atmospheric pressure and air temperature at 15° C. It is allowed error by ±10%. When our suction and environment temperature is less than 25° C, the differential pressure in the form still can be Vacuum Selection Diagram 50Hz CompHessor Selection Diaaram 50Hz

Specification for pressure &vacuum operation. Three-phase motor Sound Max airflow Rated vacuum Rated pressure Pressure relief valve/filter

GHBH Series3 performance curves The performance curves data of GOORUI regenerative blower are tested under atmospheric pressure and air temperature at 15° C. It is allowed error by ±10%. When our suction and environment temperature is less than 25" C, the differential pressure in the form still can be Vacuum Selection Diagram 50Hz Vacuum Selection Diagram 60Hz Compressor Selection Diaaram 50Hz The total pressure differential Ap

Specification for pressure &vacuum operation. Three-phase motor Weight Sound Max airflow Rated vacuum Rated pressure Pressure relief valve/filter mbar mbar

GHBH Series4 performance curves The performance curves data of GOORUI regenerative blower are tested under atmospheric pressure and air temperature at 15° C. It is allowed error by ±10%. When our suction and environment temperature is less than 25" C, the differential pressure in the form still can be Vacuum Selection Diagram 50Hz Compressor Selection Diagram 50Hz The total pressure differential Ap

Specification for pressure &vacuum operation. Three-phase motor Weight Sound Max airflow Rated vacuum Rated pressure Pressure relief valve/filter

GHBH Series5 performance curves The performance curves data of GOORUI regenerative blower are tested under atmospheric pressure and air temperature at 15° C. It is allowed error by ±10%. When our suction and environment temperature is less than 25° C, the differential pressure in the form still can be Vacuum Selection Diagram 50Hz_Compressor Selection Diagram 50Hz •a Vacuum Thelolalpressure differentia) Ap Compressor > Vacuum Selection Diagram 60Hz_Compressor Selection Diagram 60Hz

Specification for pressure &vacuum operation. Three-phase motor Sound Max airflow Rated vacuum Rated pressure Pressure relief valve/filter

GHBH Series6 performance curves The performance curves data of GOORUI regenerative blower are tested under atmospheric pressure and air temperature at 15° C. It is allowed error by ±10%. When our suction and environment temperature is less than 25° C, the differential pressure in the form still can be Vacuum Selection Diagram 50Hz Compressor Selection Diagram 50Hz The total pressure OiffeienUal Ap Vacuum Selection Diagram 60Hz Compressor Selection Diagram 60Hz The total pressure differential Ap