Brenna Engineering Services India Sector 22, Gurugram, Haryana

Description The LCR, LCRI, LCRN pumps are non-self-priming Pressure Booster Pump. The vertical in-line design enables the pump to be installed in a horizontal plane single system where the suction and discharge connections are in the same horizontal plane (in-line) and have the same pipe sizes. This design provides a more compact pump design saving space and easy pipe work. Pressure Booster Pump consists of a base and a pump head. The chamber stack and the outer sleeve are secured between the pump head and the base by means of tie bolts. All pumps are equipped with a maintenance-free mechanical shaft seal of the bellow type as standard. These pumps are available in various material versions according to the pumped liquid.   Application Water supply Distribution from waterwork Filtration and transfer at waterworks Pressure boosting for industrial water supply Pressure boosting in high-rise buildings, hotels, etc. Industry Pressure boosting in… Process-water systems Vehicle washing tunnels Washing and cleaning systems

Description LVI pumps are non-self priming, single-stage, vertical in-line, close- coupled type centrifugal pumps having radial suction and radial discharge port. Vertical in line pump is designed for non explosive liquids which are clean, and thin without any solid particles. A viscous liquid affects the pump performance in the following ways. The power consumption of the pump will increase with increase in viscosity. This will require a larger motor for the pump. Head, discharge & pump efficiency will reduce. The volute casing of Vertical in line pump is designed to be robust in construction to take the undue stresses offered by the pipe work. They have a radial suction port and radial discharge port. Standard flanges are PN 16 as per EN 1092-2 and PN 25 as per DIN standard EN 1092-2. ANSI 125 and ANSI 250 as per ASME B16.1 are available on request. The volute casing of Vertical in line pump is provided with a priming & drain hole closed by plugs. The impellers are closed impellers with extra smooth surface finish and machined completely from outside to ensure high efficiency. The direction of rotation of impeller is clock wise when viewed from the motor driving end. They are dynamically balanced to grade 6.3 of ISO 1940. All impellers of Vertical in line pump can be trimmed to adopt them for the duty point requested by the customer.   Application Water supply Industrial applications Fire protection systems Cooling & heating systems Pressure boosting systems   Features These pumps are available with mechanical shaft seal only. The pump impellers are dynamically balanced to grade 6.3 of ISO 1940. Vertical in-line pumps offer largest floor space saving compared to End suction & Horizontal split case pumps. These pumps have the discharge range up to 600 m³/hr and head range up to 150 metres. Motor ratings are up to 132 kW. These pumps are close coupled pumps with TEFC squirrel cage induction motors with main dimensions complying with IEC standards. These pumps are available with our standard range of motors complying with EFF2 motors. They can also be   supplied with EFF1 motors on request The in-line construction offers easy pipe work. Pipe hangers sized for the weight of the pump, piping & fittings offers adequate supports for most installations. The inlet passages of the volute casing are of liberal size & have flow straightening vanes to provide excellent suction performance and extremely quiet operation. Standard flanges for suction and discharge ports will be PN 16 as per DIN standard EN 1092-2 and PN 25 as per DIN standard EN 1092-2. ANSI 125 and ANSI 250 as per ASME B16.1 are available on request.

Application Pumps Compressors Machine tools Cooling towers Fans and blowers Cranes, hoists and lifts Material handling equipments Flour mills, rolling mills, mixers Textile and plastic machineries Agricultural, food processing machinery Printing, packaging and wood working machineries   Features Reliable operation. Easy maintenance. Low payback period. Minimum friction losses. Low noise, smooth running motor. Motors are free from moisture and dust particles. Minimum copper losses due to use of electrolytic grade of copper. Minimum rotor losses due to use of electrolytic grade of aluminium. Motors are fitted with pre-lubricated antifriction ball bearings up to 132 frame. Motors are fitted with dynamically balanced aluminium die cast squirrel cage rotors. Balanced three-dimensional heat transfer principal due to special fins design of stator body.

Lubi Brand Submersible Motor is manufactured in ISO 9001 design with NEMA Standard. Submersible motor is available in Cast Iron, SS 304 & SS 316 construction. Submersible motors are built using advanced technology and components of superior quality that they ensure good mechanical strength and excellent electrical reliability. Submersible Motors are available in 50 as well as 60 Hz. Premium motors are the choice for dependable, maintenance-free operation and provide a long life for your submersible pump operation. Lubi Offers Submersible motor from 3” to 4” oil filled and from 3” to 10” water filled up to 250 HP   Application Civil Irrigation Industrial Fire fighting Water supply   Features          3”, 4” & 6” Oil filled submersible motor  NEMA coupling flange. Completely rewindable. Pressure compensation diaphragm Stainless steel outer shell and shaft. Maintenance free lubricated ball bearings. Cooling and lubrication by non toxic fluid. All single phase motors will require control box. Tropicalized design (lower winding temperature). Mechanical shaft seal (Carbon/Ceramic) provided. High efficiency electrical design (lower operating cost). Single phase motors are permanent split capacitor motors.     4” & 6” Water filled submersible motor NEMA coupling flange. Counter thrust bearing. Pressure compensation diaphragm Tropicalized design (lower winding temperature). All 4” single phase motors will require control box. Water lubricated radial and axial thrust bearings. Motors are pre-filled with clean water + Glycol mixture. High efficiency electrical design (lower operating cost). 4” Single phase motors are capacitor start and run design. Corrosion resistant stainless steel stator jacket and shaft. Easily rewindable (wet wound) induction motor with PE insulated windings. 4″ & 6” Water filled stainless steel submersible motor Counter thrust bearing. 6″ NEMA coupling flange. Pressure compensation diaphragm. Shaft extension made of stainless steel AISI 316. Completely stainless steel AISI 304 construction. Water lubricated radial and axial thrust bearings. Tropicalized design (lower winding temperature). All 4”  single phase motors will require control box. Motors are pre-filled with clean water + Glycol  mixture. High efficiency electrical design (lower operating cost). Motors are pre-filled with clean water + Glycol  mixture. 4” Single phase motors are capacitor start and run design. Easily rewindable (wet wound) induction motor with PE insulated windings. 6″ , 8” & 10” Water filled heavy duty submersible motor NEMA coupling flange. Counter thrust bearing. Pressure compensation diaphragm. Tropicalized design (lower winding temperature). High efficiency electrical design (lower operating cost). Motors are pre-filled with clean water + Glycol mixture. Corrosion resistant stainless steel stator jacket and shaft. Water lubricated heavy duty radial and axial thrust bearings. Easily rewindable (wet wound) induction  motor with PE insulated windings.

These systems are supplied as complete, preassembled and factory tested systems including a close-coupled pump, bladder type pressure tank, pressure switch, pressure gauge (or electronic switch), special connector and flexible pipe for systems with pump over the tank. These systems can provide sufficient water pressure for modern domestic appliances to ensure sufficient water supply. Thus these systems are widely used in domestic water applications to stabilize the pressure in the system and avoid the pump cycling on and off every time a tap is opened somewhere in the house. Application These pumps are suitable for liquids which are potable & rain water other than thin, clean, non-aggressive, non-explosive, not containing solid particles or fibers.Pumps are designed for liquid transfer & pressure boosting systems in: Gardens Agriculture Horticulture Car washing Cooling systems Small industries Drawing water out a well Households, commercial complexes     Features All Impellers are individually balanced to G 6.3 of ISO. All pumps are designed using material which can work with sand found in the borewell. All pumps have been designed using computational fluid dynamics to ensure maximum efficiency. Low friction non-return valve is provided on all pumps to reduce water hammer when the pump is stopped. On all bronze impeller are available in stainless steel to provide high abrasion resistance to sand found in borewell. The entire shaft is protected by stainless steel which can be easily replaced when they wear out during maintenance. All pumps are provided with upthrust bearing to control axial movement of the impeller assembly during transportation as well as start-up. All components are machined using state of the art CNC machines to ensure high dimensional accuracy which gives a longer life to the pump. All journal bearing and impeller wear rings are made of nitrile rubber to ensure that performance of pumps remain the same over a period of time.  

Lubi manufactures wide range of Submersible Pump with the help of innovative technology and latest CNC machines. Lubi produces reliable and quality products. These water pump and motor are as per international standard like CE. The Submersible pump range is manufactured in different type of materials and thus is divided in different types which are Stainless Steel Submersible Pump, Cast Iron Submersible Pump, Noryl Submersible pump. Lubi offers Noryl pump in 3” & 4”. High operating efficiencies of Noryl pumpset result into high water discharge rate and lower power consumption. The pump sets are compact and slim & can be easily installed in narrow wells. Application Civil Irrigation Industrial Fire fighting Water supply Application Civil Irrigation Industrial Fire fighting Water supply   Features All Impellers are individually balanced to G 6.3 of ISO . All pumps are designed using material which can work with sand found in the borewell. All pumps have been designed using computational fluid dynamics to ensure maximum efficiency. Low friction non-return valve is provided on all pumps to reduce water hammer when the pump is stopped. On all bronze impeller are available in stainless steel to provide high abrasion resistance to sand found in bore well. The entire shaft is protected by stainless steel which can be easily replaced when they wear out during maintenance. All pumps are provided with upthrust bearing to control axial movement of the impeller assembly during transportation as well as start-up. All components are machined using state of the art CNC machines to ensure high dimensional accuracy which gives a longer life to the pump. All journal bearing and impeller wear rings are made of nitrile rubber to ensure that performance of pumps remain the same over a period of time.

Description Lubi brand Horizontal split case pump useful for high flow water pumping. Horizontal split case pump ideally suitable for industrial community water pumping, lift irrigation, Fire fighter and water distribution. The pumps are non self priming horizontal split case pumps with radial suction port and radial discharge port. The double suction design helps pump to balance the forces on impeller and split case design offer fast maintenance & lower down time. The pumps have horizontal pump shaft and the volute casing can be dismantled in the horizontal plane along the drive shaft. Horizontal split case pumps are available in two main designs. 1) Single stage 2) Two stage Application Refinery Irrigation Industries Storm water Water works Power Plants Fire – Fighting Fertilizer Plants Processing Plants Water Circulation Sprinkler irrigation Air Conditioning Plants Waste Water Treatment Plants suitable for Paper, Sugar & Textile Mills     Features The pump impellers are dynamically balanced to grade 6.3 of ISO 1940. These pumps are available with gland packing as well as mechanical shaft seal. The pumps are non self priming horizontal split case pumps with radial suction port and radial discharge port. These pumps are available with our standard range of EFF2 motors. They can also be supplied with EFF1 motors on request. These pumps can be supplied as a complete unit with motor, pump, coupling, coupling guard and fabricated steel base frame. These pumps have the discharge range from 20 to 1320 m³/hr and head range from 4 to 88 metres. Motor ratings are from 3 to 160 kW. These pumps are long coupled pumps with TEFC squirrel cage induction motor with main dimensions complying to IEC standards and mounting designation B3 (IM 1001). The split case construction enables removal and dismantling of the internal pump parts e.g. bearings, wear rings, shaft seal and impeller without disturbing the motor & pipe work. Standard flanges for suction and discharge ports will be  PN 16 as per DIN standard EN 1092-2, PN 25 as per DIN standard EN 1092-2, ANSI 125 and ANSI 250 as per  ASME B16.1 are available on request.

Description LES are single-stage End-suction pump according to ISO 2858. Our range also includes several models of pumps which have been developed with duty condition which are not covered in ISO 2858. The volute casing of End suction pump is designed to be robust in construction to take the undue stresses offered by the pipe work. They have an axial suction port and radial discharge port. Standard flanges are PN 16 as per DIN standard EN 1092-2 and PN 25 as per DIN standard EN 1092-2. ANSI 125 and ANSI 250 as per ASME B16.1 are available on request. Application Water Supply Irrigation systems Fire Protection systems Cooling & Air Conditioning systems Industrial washing & cleaning systems Boiler feed and condensate transfer system Irrigation systems for fields including sprinkler & drip Pressure boosting for high rise buildings, hotels industry etc     Features Performance and dimensions comply to ISO 2858. These pumps are available with mechanical shaft seal only. The pump impellers are dynamically balanced to grade 6.3 of ISO 1940. The pumps are non self priming horizontal end suction pumps with axial suction port and radial discharge ports. These pumps are close coupled pumps with TEFC squirrel cage induction motors with main dimensions complying to IEC standards. These pumps have the discharge range from 3 to 660 m³/hr and head range from 4 to 158 meters. Motor ratings are from 0.37 to 132 kW. These pumps are available with our standard range of motors complying with EFF2 motors. They can also be supplied with EFF1 motors on request. Standard flanges for suction and discharge ports will be PN 16 as per DIN standard EN 1092-2, PN 25 as per DIN standard EN 1092-2, ANSI 125 and ANSI 250 as per ASME B16.1 are available on request.

Application For draining flooded rooms or tanks As a sump pump for household applications For clean water containing solids up to 10 mm grain size Extractions of water from ponds, flowing water or pits for collection of rain water Application For draining flooded rooms or tanks As a sump pump for household applications For clean water containing solids up to 10 mm grain size Extractions of water from ponds, flowing water or pits for collection of rain water Application Drainage application, flood control Dewatering for fish pond or basement Slushy water, Waste water without solids, sump drainage

Description Centrifugal Monoblock Pump is available from 2.2 to 3.7 kW in single-phase and from 1.5 to 11 kW in three-phase power supply. First of all motors and pumps are close coupled in a convenient and compact design for quick installation in limited space. Furthermore they are fitted with a maintenance-free, mechanical shaft seal and single piece pump-motor shaft. Therefore these pumps have axial suction port and radial discharge port. The relative humidity of the location where these pumps are installed should be same or less than 95%. Application Water supply systems and irrigation For heating, cooling, air-conditioning and circulation plants. For civil, industrial and fire fighting applications Used for suitable liquids which are thin, clean, non-explosive, non-aggressive, not containing solid particles or fibers As pressure boosting pump for central water systems with low pressure (follow local specifications if increasing network pressure) Features Reliable and robust construction. They provide reliable water supply. These pumps have built-in motor protection, dry running protection. Due to back pull-out design which simplifies inspection and maintenance. Most noteworthy is that these pumps have compact design with almost low noise level. Since they are easy and simple in installation. So these pumps are user-friendly in operation. Especially relevant is that these pumps have been designed to operate in a non-aggressive and non-explosive atmosphere.

Cast Iron submersible Pump made out of premium quality of raw material to ensure that pump is energy efficient, reliable and has a very long life. All components are manufactured as per international standard. All pumps are equipped with a reliable non- return valve to reduce water hammer & friction losses. Cast Iron Submersible Pumps are available from 4” to 12 “. Application Civil Irrigation Industrial Fire fighting Water supply   Features All Impellers are individually balanced to G 6.3 of ISO. All pumps are designed using material which can work with sand found in the borewell. All pumps have been designed using computational fluid dynamics to ensure maximum efficiency. Low friction non-return valve is provided on all pumps to reduce water hammer when the pump is stopped. On all bronze impeller are available in stainless steel to provide high abrasion resistance to sand found in borewell. The entire shaft is protected by stainless steel which can be easily replaced when they wear out during maintenance. All pumps are provided with upthrust bearing to control axial movement of the impeller assembly during transportation as well as start-up. All components are machined using state of the art CNC machines to ensure high dimensional accuracy which gives a longer life to the pump. All journal bearing and impeller wear rings are made of nitrile rubber to ensure that performance of pumps remain the same over a period of time.  

Description LBS BareShaft Pump ideally designed for clear water circulation. In addition to that the back pull out design enables the user to easily maintain the pump without distribution of the pipe line. Furthermore single stage BareShaft Pump is in according to ISO 2858 & DIN 24255. Standard flanges are PN 16 as per DIN standard EN 1092-2 and PN 25 as per DIN standard EN 1092-2. ANSI 125 and ANSI 250 as per ASME B16.1 are available on request. Material of Construction of BareShaft Pump is available in Cast Iron, Bronze & Stainless Steel. Application Water Supply Fire Protection systems Cooling & Air Conditioning systems Industrial washing & cleaning systems Boiler feed and condensate transfer system Pressure boosting for high rise buildings, hotels industry etc Irrigation systems for fields including sprinkler & drip irrigation systems     Features Performance and dimensions comply to ISO 2858. The pump impellers are dynamically balanced to grade 6.3 of ISO 1940. These pumps are available with gland packing as well as mechanical shaft seal. Furthermore these pumps and motors are available with fabricated steel base frame according to EN 23661. These pumps are non self priming horizontal end suction pumps with axial suction port and radial discharge ports. In addition to standard range of  motors complying to EFF2 motors they can also be  supplied with EFF1 motors on request. Since these pumps have the discharge range from 3 to 660 m³/hr and head range from 4 to 158 metres. So the motor ratings  are from 0.37 to 132 kW. Also these pumps are long coupled pumps with TEFC  squirrel cage induction motor with main dimensions complying to IEC standards and mounting designation B3 (IM 1001). These pumps feature the back pull-out design. So the user can remove the motor, bearing bracket and impeller for servicing without disturbing the volute casing and the suction & delivery pipes. Standard flanges for suction and discharge ports will be PN 16 as per DIN standard EN 1092-2, PN 25 as per  DIN standard EN 1092-2, ANSI 125 and ANSI 250 as per ASME B16.1 are available on request.