Constructional Features
Advantages
Applications
Pump Sizes
P-501 Series

 

 

 

The liquid alternately entering and clearing the rotor buckets at high speed constitutes a series of liquid piston that surge in rapid succession in and out of the rotor buckets. Air enters through the inlet ports of the cone which are located at the point where the liquid, surges away from the rotor (A) and into the casing. Discharge ports are at the point in the rotating cycle where the liquid again surges back into the rotor buckets (B) permitting the compression and discharge of the air. This effect is continuous and is repeated thousands of time per minute, producing an un-interrupted air flow without pulsation/vibration.
When the inlet is connected to closed system and the outlet to atmosphere the machine will draw air and gases from the system and discharges into the atmosphere and will act as Vacuum Pump. When the inlet is connected to the atmosphere and the outlet to a closed system the machine will draw air from the atmosphere and discharges into the system and will act as Compressor.
The liquid ring acts not only as a piston to compress the gas/air but also absorbs the heat produced due to compression friction and any latent heat from vapour condensation occurring.

CONSTRUCTIONAL FEATURES:

Body, Heads, Cones are made of close grained heavy duty cast iron and rotor of spheroidal graphite(SG) iron free from the cavities and blow holes. The shaft is made of carbon steel and carries the only one moving part, the rotor which is balanced for vibration free runing. The shaft is carried on both the ends antifriction Ball/roller bearings which maintain the close running clearence between working parts through out the working life of the pump.
The Pumps can also be supplied with contact parts in phosphor bronze and stainless steel of suitable grade.
The bearings of pumps are arranged for grease lubrication. The stuffing box which prevents the leakage of gases and or air from the machine to the atmosphere or vice versa is proportioned for efficient operation by using a good quality packing rope. Replacebale shaft sleeves of phosphor bronze/stainless steel are provided at the stuffing box portion of the pump.

SPECIAL ADVANTAGES:

Premier PV series vacuum pumps will have two inlet and four oulet flanges. For normal operation two discharge flanges of any one side are connected in parallel by outlet manifold and other side flanges are blanked.
Due to the twin inlets available the pump can be operated as two independent vacuum pumps of half the capacity at different vacuum levels.
Enhanced capacity can be achived when handling saturated gas by using inlet spray nozzles provided near the suction flanges of the pumps.
Large ports ensure liquid/particulate matter carried over from the process can be handled without disruption.
The rotor design improves efficiency; maximises capacity/speed range and reduces noise levels.

APPLICATIONS:

Paper Industry Sugar Ondustry Chemical & Pharmaceutical Industry
Minerial Beneficiation/Washeries Textile Industry Steel Plants
Thermal & Atomic power plants Fertilizer plants

PUMP SIZES:

We are presently manufacturing PV Series Vacuum Pumps as listed below.

Premier Series Nash Series PVL-5 CL 201 PVM-5 CL 202 PVH-5 CL 203 PVL-7 CL 301 PVM-7 CL 302 PVH-7 CL 303 PVL-10 CL 401 PVM-10 CL 402 PVH-10 CL 403 PVL-20 CL 701 PVM-20 CL 702 PVH-20 CL 703 PVL-30 CL 1001 PVM-30 CL 1002 PVH-30 CL 1003 PVL-45 CL 1501 PVM-45 CL 1502 PVL-60 CL 2001 PVM-60 CL 2002 PVH-60 CL 2003 PVL-90 CL 3001 PVM-90 CL 3002 PVH-90 CL 3003 PVL-120 CL 4001 PVM-120 CL 4002 PVH-120 CL 4003 PVL-180 CL 6001 PVM-180 CL 6002 PVH-180 CL 6003 PVL-270 CL 9001 PVM-270 CL 9002 PVH-270 CL 9003