These pumps consist of a number of ring section diffuser casings, bolted suction and delivery casings. Various models are available to operate between 1450 rpm and 2900 rpm at 50 Hz power supply frequency, SS304,SS316 MOC Constructions.These pumps consist of a number of ring section diffuser casings, bolted suction and delivery casings. Various models are available to operate between 1450 rpm and 2900 rpm at 50 Hz power supply frequency, SS304,SS316 MOC Constructions.

Performance Range
Flow Range (Q)	0.4 - 240.0 m3/hr
Delivery Head	Max. 305 metre (30.5 Bar)
Liquid Temperature	-15 °C ~ +70 °C
MOC	SS-304 and SS-316
Speed (n)	2900 rpm
Power (P)	Up to 110 kW

Applications

• Water Treatment and Reverse Osmosis Systems
• In Demineralisation Plant (DM Plant)
• In Food and Beverage Industry
• In Mineral Water Plants
• Cooling and Air Conditioning Systems (HVAC)
• Pressure Boosters for Municipal Water Supply

Centrifugal pumps are designed in accordance with ISO standard 2858-1975 and are widely used in various industries.

Specifications

Flow Range

• 0.4 - 240.0 m³/hr

Delivery Head

• Max: 305 m

Liquid Temperature

• -15 °C to +70 °C

Applications

• General cooling pumps
• Feed pumps
• Refinery service pumps
• Petro-chemical pumps

Non-clog Sewage Pumps are centrifugal pumps with inbuilt self-priming mechanism. After installation, once the pump casing is filled initially with the pumped liquid, the pump is ready to use. The specialty of such pumps is that they permit the pumping out of mud, dirt, and suspended solids. These pumps are suitable for handling water and noncorrosive liquids.

Applications

• Pumping of sewage and effluents in Bungalows, Apartments, Office, Public Buildings, Schools, Hotels, Restaurants and Hospitals
• Water recycling plants
• Pumping of surface rain water
• Dewatering of trenches and pits

These dewatering pumps are known for their dependability at work sites. Most models have strong, lightweight aluminium and stainless-steel body parts and feature hardened impellers with nitrile rubber adjustable wear parts for long life. These tough pumps do not require total submersion and will operate under severe conditions. If necessary, explosion-proof versions for use in mining or landfill dewatering are available.

These pumps, equipped with a vortex impeller, are suited for pumping water containing moderately abrasive or stringy solid materials which tend to clog conventional centrifugal impellers. The “open” impeller is located and turns at the top of the pump chamber, causing a powerful vortex that induces a pumping action in the water below it. Since most of the pumped water does not actually pass through the impeller, wear and clog-potential are minimized.

Moniba Pumps is a Sealless Magnetic Drive Pump Manufacturer in India who offer pumps designed as per ASME B 73.1 Standard to operate from over a wide temperature range, as listed below, without the need of any Heating/Cooling Medium. The pumps are available in CLOSE COUPLED or SEPARATE MOUNTED configuration. All liquid ends are interchangeable within the frame size, as are drive components to give optimum match of hydraulic and magnetic performance.

• Head M: From 15-200
• Flow M3/hr: From 2-300
• Temp. °C: -80 to + 300
• Sys. Pressure Bar: Up to 150
• Mounting: Close Coupled or Separate Mounted
• Design Std.: ASME B 73.1

• Head M: From 32-660
• Flow M3/hr: From28-1320
• Temp. °C: -110 to + 570
• Sys. Pressure Bar: Up to 2175
• Mounting: Close Coupled or Separate Mounted
• Design Std.: ASME B 73.1

Moniba Pumps’ Air Operated Double Diaphragm Pumps can be used for difficult-to-pump applications in Petrochemical Plants, Oil and Gas, Pharmaceutical, Food Processing, Mining, Marine and various other applications. Air Operated Double Diaphragm Pumps (AODD) are easy to maintain, provide reliable performance, and eliminate downtime. Moniba Pumps has been a leading AODD Pumps Manufacturer in India for a long time and has provided engineered pumping solutions to several companies on the basis of these Pumps.

Moniba Pumps is a notable Industrial Hose Pump Manufacturer in India. Some of the benefits offered by the Industrial Hose Pumps manufactured at Moniba Pumps are as follows:

• It eliminates the requirement for adding a lubrication fluid inside the pump housing, because there is no friction on the surface of the tube therefore giving a longer tube life.
• The pump can transfer food products with no contamination hazards, as the pump housing is lubrication free.
• With no lubrication fluid required, hose replacement is greatly simplified and cost-effective without having to drain and dispose of a messy and possibly contaminated oil or glycerine solution.

Features and Benefits

Features

• No mechanical seal or its API systems
• No coupling
• No external lubrication
• Vacuum light
• Hermetically sealed with Secondary fluid Containment
• No rigid foundation
• Compact - saves 40% space
• Flame proof and Explosion Proof

Benefits

• Zero emission
• No alignment
• No product loss
• Long MTBF
• Low vibration and noise level
• Negligible maintenance
• Low cost of operation

Polypropylene Pumps are commonly used for chemicals such as Fresh Water, Salt Water, DI Water, Citric Acid, Fluosilicic Acid, Formaldehyde, Muratic Acid, Nitric Acid, Phosphoric Acid, Potassium Hydroxide, Potassium Permanganate, Sodium Hydroxide, Sulfuric Acid, and many other similar applications.

The hi-tech lining process involves high pressure moulding at high temperature to ensure uniform thickness of lining free from cavities, air pockets, etc. A unique feature is the dove-tail grooves provided on the metal casing and backplate. This ensures a firm grip between the metal and lining material. A dynamically balanced, solid moulded, semi-open impeller with metallic insert gives mechanical strength and durability.

Material of Construction

• Lining: PFA, FEP, PVDF
• Casing and Backplate: Cast Steel, Stainless Steel 316
• Shaft: Shafts are designed for high torque and power transmission with minimum vibration, deflection and noise level.
• Sleeve: Ceramic, Alloy-20, Hastelloy-C, Hastelloy-B, Monel, Titanium, Silicon Carbide etc.
• Seals: Mechanical Seals available with an option of being mounted either externally or internally.
• Gaskets: PTFE gaskets are provided at the joints.
• Casing / Backplate: The wetted areas are lined with compatible polymer. The casing has a rugged foot-mounting.
• Impeller: The impeller has a radial semi-open design with large, contoured flow passages. It is dynamically balanced and provided with back vanes to reduce axial thrust for improved product life.

Solvent cementable plastic, universal use, good chemical resistance, easy to join with special adhesives.

Specification	Value
Dimensions	6–400 mm / ¼ –24 inch
Temperature	0 °C – + 60 °C / 32 °F – + 140 °F

Solvent cementable plastic, universal use, good chemical resistance, easy to join with special adhesives.

Specification	Value
Dimensions	16–225 mm / ¼ –24 inch
Temperature	0 °C – + 80 °C / 32 °F – + 210 °F

Polypropylene, socket, butt and BCF- / IR-Plus fusion.

Specification	Value
Dimensions	PROGEF Standard 16–500 mm PROGEF Plus 20–315 mm PROGEF Natural 20–110 mm
Temperature	0 °C – + 80 °C

All ecoFIT components are suitable for the safe and efficient distribution of water, wastewater and chemicals. Even under weather influence it can be used in a wide temperature range from -58 °F to 140 °F.

Specification	Value
Temperature Range	-58 °F to 140 °F

Polyvinylidene fluoride, (butt, socket, IR-Plus and BCF-Plus fusion), excellent chemical resistance.

Specification	Value
Dimensions	SYGEF Standard 16–315 mm SYGEF Plus 16–450 mm
Temperature	-20 °C – + 140 °C

A broad range, especially designed for harsh environments, consisting sensors, transmitters, actuators, and controllers, which is simple to use and highly reliable.

The Mixing Agitator has an in-built leakage sensor and the device for the over temperature protection for the windings of the stator. The Mixing Agitator has a stainless steel pressing impeller, which:

• Is of the sweptback shape through the optimised design
• Results in high efficiency and self-cleaning function

MA Series Submersible Mixer has a special installation system which can:

• Facilitate quick installation and dismantling of the submersible mixer

The supporting frame and lower support are fixed on the wall and bottom using expansion bolts. The installation and positioning of the submersible mixer will produce a great impact on the effect of mixing. It is advised that specialised designer's instructions be followed for the same.

Applications

• Ideal for biological treatment tanks
• Dilute lime storage tanks
• Heat-exchanger
• Ponds & river water circulations
• Mixing of sewage wet wells
• Stirring
• Dissolving of equalization tanks

Performance Range

Performance Range
PH Value	5 ~ 9
Density	Not Exceed 1150 kg/m³
Liquid Temp (max)	5° ~ 40°C
Frequency	50/60 Hz
MOC	Stainless Steel 304, Stainless Steel 316

The AR Series Submersible Aerator utilizes the rotation of the impeller coupled directly to the motor to create a centrifugal force, which makes local low pressure suck in water. Meanwhile, the entrance of the impeller results in a vacuum to draw air from the atmosphere. Water and air mix in the Channel of Aeration housing. The air-water-mixture current is discharged speedily by the centrifugal force. Due to the water spurting extremely strong, it makes the fluid create convection and circulation effectively. Moreover, the air becomes tiny bubbles. On one hand, the bubbles rise slowly, on the other hand, the atmospheric oxygen is dissolved in water.

Applications

• For BOD and COD Reduction in Waste Water Treatment
• For Aeration, Agitation, and Mixing in Waste Water Treatment Plant
• Sewage Treatment Plant and industrial Waste Water Treatment facilities

Performance Range

Performance Range
Air Flow Range	40 ~ 875 m³/hr
OTR (max)	Up to 85 (kg-O₂/h)
Liquid Temp (max)	5° ~ 40°C
Frequency	50/60 Hz
MOC	Cast Iron