GC Roots Vacuum Pumps

GC Roots vacuum pumps are designed to create high and medium vacuums. The working principle of the Roots pump is...
    Advantages
    • High vacuum is achieved quickly;
    • High pumping rate across a wide pressure range (1-500 Pascal);
    • The pump chamber contains no lubricants;
    • Smooth operation;
    • Low noise;
    • High evacuation rate;
    • Low energy consumption;
    • Simple maintenance;
    • Compact size.

GC Roots vacuum pumps are designed to create high and medium vacuums. The working principle of the Roots pump is based on the intake and exhaust of gas due to the rotation of two rotors inside the pump. The Roots pump cannot discharge gas directly into the atmosphere; therefore, it is typically used in conjunction with a support pump.

Some potential applications for Roots pumps include:
• Gas removal by vacuum
• Vacuum melting
• Vacuum processing of molten steel
• Vacuum heat treatment in the metals industry
• Chemical industry
• Medical applications
• Food production
• Engine manufacturing, etc.

Model

 

GC-70

GC-150

GC-300

GC-600

GC-1200

1 Nominal Pump Rate 50 Hz

m³/hour

250

540

1080

2160

4320

60 Hz

300

650

1300

2590

5200

2 Final Pressure

Pa

3×10-2

3×10-2

3×10-2

3×10-2

3×10-2

3 Allowable Pressure Difference

hPa

100

80

60

45

53

4 Ambient Temperature Range

°C

5-40

5-40

5-40

5-40

5-40

5 Motor Voltage, 50 Hz

V

380

380

380

380

380

6 Motor Power, 50 Hz

kW

1.1

2.2

4

7.5

11

7 Rotation Speed, 50 Hz

rpm

2825

2840

2890

2900

2900

8 Protection IP

44

44

44

44

44

9 Gear Oil Volume

L

0.8

2.8

2.8

7.5

7.5

10 Inner Flange Diameter Inlet

mm

80

50

100

150

200

250

200

Outlet
11 Cooling Water Supply

L/hour

/

/

/

150

150

12 Weight with Motor

kg

80

180

245

575

800

13 Packed Weight

kg

110

240

315

660

950

  • High vacuum is achieved quickly;
  • High pumping rate across a wide pressure range (1-500 Pascal);
  • The pump chamber contains no lubricants;
  • Smooth operation;
  • Low noise;
  • High evacuation rate;
  • Low energy consumption;
  • Simple maintenance;
  • Compact size.