The
2BV6 series vacuum pumps are developed from the 2BV5 series. Their parameters and performance are exactly the same as those of the corresponding models of the 2BV5 series. The only difference is that the 2BV6 series is longer. The 2BV5 series features a coaxial design of the machine pump, with the pump directly installed on the motor shaft. In contrast, the 2BV6 series connects the pump shaft and the motor shaft with a coupling and fixes the pump and the motor on the same horizontal plane using a bracket. In this way, the material of the pump shaft can be made of special materials such as stainless steel as required, and it can also be connected to an explosion-proof motor. The pumping volume ranges from 165 to 500 m³/h, and the ultimate vacuum is 3300 pa. The product models include 2BV6110, 2BV6111, 2BV6121, 2BV6131, and 2BV6161. It adopts an explosion-proof motor, direct drive, and bracket structure connection. The standard configuration includes an explosion-proof motor, imported mechanical seals, bearings, and SS304 stainless steel material. It is suitable for sucking gas and steam, and the suction pressure can reach 33 mbar (absolute), which is equivalent to a 97% vacuum degree. When used as a compressor, the maximum pressure is 0.26 mpa (absolute).
Technical Data
|
Pump Model
|
Rated Power
|
Capacity
|
Working fluid flow
|
weight
|
noise
|
|
|
(KW)
|
(m3/h)
|
(m3/h)
|
(kg)
|
dB(A)
|
|
2BV6110
|
4
|
165
|
0.8
|
145
|
63
|
|
2BV6111
|
5.5
|
230
|
1
|
197
|
68
|
|
2BV6121
|
7.5
|
280
|
1.2
|
221
|
69
|
|
2BV6131
|
11
|
400
|
1.8
|
303
|
73
|
|
2BV6161
|
15
|
500
|
2.4
|
439
|
74
|
|
model
|
Maximum suction Force Capacity m3/h
|
Entrance and Exit mouth
|
Water inlet
|
Motor power kW 50Hz
|
Engine explosion proof grade
|
Pump, speed Speed, speed
|
Management LiquidFlow rate
L/min bell
|
|
2BV6-060
|
27
|
G1
|
G3/8 inch
|
2P-1.1kW
|
|
2840
|
2.5
|
|
2BV6-061
|
52
|
G1
|
G3/8 inch
|
2P-1.5kW
|
|
2840
|
2.5
|
|
2BV6-070
|
80
|
G1.5 inch
|
G3/8 inch
|
2P-3kW
|
|
2860
|
3
|
|
2BV6-071
|
110
|
G1.5 inch
|
G3/8 inch
|
2P-4kW
|
|
2880
|
4.7
|
|
2BV6-110
|
165
|
DN50 type
|
G1/2 inch
|
4P-4kW
|
|
1440
|
6.7
|
|
2BV6-111
|
230
|
DN50 type
|
G1/2 inch
|
4P-5.5kW
|
Explosion-
proof
|
1440
|
10
|
|
2BV6-121
|
280
|
DN65 type
|
G3/4 inch
|
4P-7.5kW
|
DIIBT4/
DIICT4 type
|
1440
|
12
|
|
2BV6-131
|
400
|
DN65 type
|
G3/4 inch
|
4P-11kW
|
|
1460
|
17
|
|
2BV6-161
|
500
|
DN80 type
|
G3/4 inch
|
6P-15kW
|
|
970
|
23
|
|
- High reliability, ensuring stable operation and reducing the risk of breakdowns and downtime.
- Easy maintenance. The structural design facilitates inspection and maintenance, reducing the cost of use.
- Mechanical seals are adopted as standard, providing excellent sealing performance and preventing leakage.
- Oil-free design, which is beneficial to environmental protection and avoids oil pollution in the working environment.
- Smooth operation, with noise as low as 62 decibels, creating a quiet working atmosphere.
- With a self-priming function, it is easy to operate without the need for complex auxiliary devices.
- Uniform corrosion-resistant design, suitable for chemical and highly corrosive environments, and extending the service life.
- It can be used to create a vacuum or generate pressure to meet diverse process requirements.
- Reliable quality. Manufactured in accordance with ISO9001 standards, ensuring product quality.
- Direct coupling design, easy to install, space-saving, and convenient for system layout.
- When the cavitation protection port of the pump is open (or connected to a separator), it can ensure maximum suction, eliminate cavitation noise, and protect the pump body.
- The entire series uses aluminum bronze impellers, which have high strength, good corrosion resistance, and durability. When the liquid flow parts are made of stainless steel, the pump can operate under harsher conditions.
It is widely used in the chemical industry, explosion-proof working environments, or highly corrosive working environments, such as industrial vacuum systems, chemical processing, food processing, pharmaceutical manufacturing, environmental technology, the plastics industry, paper and printing, HVAC systems, water treatment, pneumatic conveying, distillation processes, semiconductor manufacturing, solar panel manufacturing, composite materials, cryopumps and cryogenic systems, vacuum insulation panels, aerospace testing, the automotive industry, electronic manufacturing, oil and gas processing, industrial deaeration, plastic extrusion, CNC router vacuum tables, woodworking, etc. It is used for pumping explosive gases or working in flammable and explosive environments. There are multiple options for the pump head material, including standard cast iron, full pump stainless steel 304, and full pump stainless steel 316L, which can be adapted to different working conditions.
Oil-free Liquid Ring Vacuum Pump, Corrosion-resistant Liquid Ring Vacuum Pump, Energy-saving Liquid Ring Vacuum Pump, Explosion-proof Liquid Ring Vacuum Pump, Chemical Liquid Ring Vacuum Pump
Notes
·
Single-Stage Liquid Ring Vacuum Pump – Reliable and Efficient Industrial Vacuum Solution
The single-stage liquid ring vacuum pump is designed for industrial applications requiring efficient and consistent vacuum solutions. Its simple yet robust design ensures reliable performance with minimal maintenance, making it ideal for handling wet and vapor-laden gases.
·
Key Features:
·
o Single-stage design: Provides streamlined and efficient vacuum operations.
o Water-sealed operation: Ensures effective handling of wet and vapor-laden gases.
o Energy-efficient: Optimized for reduced energy consumption in industrial settings.
o Durable construction: Built for long-term reliability with minimal maintenance.
o Versatile applications: Adaptable to diverse industrial vacuum requirements.
Applications:
o Chemical processing: Ideal for vapor recovery and gas separation processes.
o Power generation: Used in turbine exhaust systems and condensers.
o Food and beverage production: Hygienic and efficient vacuum solutions.
o Pulp and paper industries: Moisture control and vacuum drying applications.
o Environmental solutions: Gas handling in wastewater treatment plants.
The image should display the pump in an industrial environment, such as a chemical plant or power station, with clear labels for features like the single-stage mechanism, water seal, and durability. Use icons or graphics to highlight its energy efficiency and low-maintenance design.
