Crompton Greaves Limited

Commercial Motors By FHP Motors Division Smart solutions. Strong relationships. Crompton Greaves Limited

Single Phase Motors Range Product Parameters/Features 1. Voltage a. 90V to 130V b. 190 to 240 V 2. Frequency a. 50 Hz b. 60 Hz 3. Enclosure a. Totally Enclosed Fan Cooled ( TEFC)- IP44 b. Drip Proof Fan Cooled ( DPFC)- IP23 c. Drip Proof ( DP) IP23 d. Totally Enclosed Air Over Motor ( TEAOM) IP44 e. OPEN ( Screen Protected ) Construction 4. Mounting a. Foot B3 b. Flange B5 c. Face B14 d. Foot & Flange B3B5 e. Resilient Base f. Resilient Ring g. Stator Pad / Lug Mounted / Bolted Foot h. Endshield Pad i. Through Stud j. Special Mounting to customers' specifications 5. Insulation Class a. Class B ( Default) or Class F on request 6. Thermal Protection ( On Request) a. Auto Reset b. Or Manual reset 7. Type of Frames a. MS Rolled Steel ( NEMA Dimensions, IEC On Request) 8. Certifications a. CE Approved b. UL Component ( Limited Range) c. UL and CSA Approval on request d. Dimensionally, motors in Frame NEMA 42, 48 and 56 ( IEC frames on request). e. The motors conform to the following North American standards, as applicable. i. CSA C 22.2 No 100-95 : Motors and Generators ii. CSA C 22.2 No 77-95 : Motors with inherent overheating protection iii. UL 1004 Electric Motors iv. UL 2111 Overheating Protection for Motors 9. Rating/Duty a. All standard motors are continuously rated to comply with performance standards. b. Special motors for cyclic or short time duties, however, can be offered against specific applications. 10. Number of Speeds a. Based on the customer requirements Up to 5 Speed One polarity b. Dual pole, Dual Speed Single phase Motors.

Single Phase Motors Working Principle By the nature of the market for FHP Motors, the main demand is for single phase types. The most common of these are Split Phase, Capacitor Start Induction Run, Capacitor Start and Run, Capacitor Start Capacitor Run, and Shaded Pole. In order to be self-starting, an electric motor must have a rotating field. The phase displacement in a 3- phase supply produces this, but a single phase motor requires an auxiliary (starting) winding designed to give a displacement similar to a 2-phase supply before the effect is produced. It can be achieved in various ways, each of which has produced a motor with particular characteristics as follows. Split Phase Start, Induction Run (SP) The starting winding uses fine wire and thus has a higher resistance. It is also arranged to have a low reactance. The current in the start winding thus leads that in the main winding and a rotating field is set up. The start winding works at a high current density and it must be switched out as soon as possible when the machine reaches about 75% speed. These motors are suitable for low inertia loads and infrequent starting. Starting current is relatively large and account should be taken of this, when installing, to avoid excessive voltage drop. Capacitor Start and Run (PSC) Capacitor run motors use a capacitor, permanently connected in series with one of the stator windings, to achieve a compromise between good starting torque and good running characteristics. This design is lower in cost than other capacitor motors that incorporate capacitor switching systems. It achieves better running characteristics than a split phase motor.

Capacitor Start, Induction Run (CSIR) A capacitor is inserted in series with the start winding to reduce the inductive reactance to a low or even negative value. The start winding current therefore leads the main windings current by almost 90. A large a.c. electrolytic capacitor is used and, since this is short time rated, it must be switched out as soon as the motor has run up to about 75% speed. These motors are suitable for loads of higher inertia or more frequent starting than with the Split Phase Motors. Starting torque is improved and starting current reduced. Capacitor Start, Capacitor Run (CSCR) A large electrolytic capacitor is used for starting but this is switched out when the machine runs up to speed and a smaller paper capacitor is left in circuit while the machine continues to operate. Thus the good starting performance of the capacitor start motor is combined with the good running performance of the capacitor start and run motor. OPEN-CIRCUITING DEVICES Split phase and all capacitor-start models must have some means of switching the starting circuit out once the motor has accelerated up. A centrifugal switch, a speed sensitive device, opens by the centrifugal action of weighted flyers, generally at 75-80% full load speed. Alternatively, a current relay is adopted. The operating coil is connected in series with the run winding and actuated as the current falls during the acceleration period, thus switching out the starting circuit. The centrifugal switch can also be used solely as a speed sensitive device for operation of external circuits. CAPACITORS There are electrolytic short-time rated capacitors used on capacitor - start models, usually mounted on the motor frame. Electrolytic capacitors might deteriorate when stored without use for long periods. They are normally reactivated by switching the motor on and off.normally rated for 1.7 % Duty Cycle and Temperature of 70 Deg C. Motor Run Capacitors are made up of Metalized Poly Propylene (MPP) and are continuously rated and temperature 85 Deg C.

EXTERNAL THERMAL OVERLOAD PROTECTOR (TOP) This overload device is usually mounted in the motor endshield. It comprises a temperature sensitive, bimetal disc with a heater and snap - action switch contacts. It is connected in series with one of the main supply leads. The trigger temperature of the bimetal disc is thus, a function of both the motor mains current, via the heater, and the interior temperature of the motor. The snap action of the bimetal disc is caused by reversal of the disc curvature. The bimetal characteristics offer both automatic and manual reset. If manual reset is required, the normal resetting temperature of the bimetal disc is arranged below that of the normal conditions. It will, therefore, only restart on manual resetting of the bimetal disc. The TOP operates in the following critical overheating conditions: Overload : Here the combination of the abnormally high supply current and rising winding temperature actuates the bimetal disc. Locked Rotor : The abnormally high locked rotor supply current, through the TOP heaters, actuates the bimetal disc much faster than if it were responding only to increasing winding temperature. The characteristics of the bimetal disc are selected according to the particular requirements of each motor. For example, to safeguard against the high starting current of a split phase motor the typical TOP would be designed to operate within five seconds from cold. For the more favourable starting current characteristics of the capacitor-start motor, this period is increased to about twelve seconds. Starting current characteristics of capacitor-start-and-run motors are even more favorable, and because the capacitor is continuously rated and much less vulnerable, operating time for the TOP can be increased up to several minutes. Fitment of TOP is designed to limit 1. Initial peak temperatures under stalled motor conditions 2. Under prolonged stalled conditions after the first hour will not exceed 3. Under overload conditions the following temperatures should not be exceeded : EMBEDDED THERMAL OVERLOAD PROTECTORS Small thermostat device, set to operate at 140 + 10 C and connected in series with the mains supply, are usually considered adequate protection on general purpose motors. These are inexpensive and auto-reset type. ( Embedded inside the windings) RELIABILITY Each component goes through rigorous quality control at every stage of manufacture. With well-equipped material testing laboratories to back up the modern manufacturing process, the final product is a highly reliable motor. Use of critical components ( Capacitors, Winding Wires, Centrifugal Gears, OC Switches, Thermal Protectors etc) from the world s leading suppliers also enhances the reliability of our products.

General Purpose Motors MS Rolled body Construction Specifications & Features Power Out put Range : 187W to 2250W Polarity : 2, 4, 6 and 8 Pole Frame Size : NEMA B48, B56, 143T & IEC 80 to 112 Number of Speeds : Up to 5 Speeds. Enclosure : Totally Enclosed, Drip Proof, Open Type of Motor : PSC, CSIR, CSCR, Spilt Phase and 3 Phase Type of Protection : Auto or Manual as required (For 1 Phase) Shaft : 1 or 2 Side Extension, with En3, En8 or SS410 Material Mounting : Foot, Flange, Resilient Base, Ring, Belly Band, Stud etc Noise and Vibration : Generally complies with NEMA & BIS Certifications : CE (CSA and UL will be processed on request)

Standard Range Single Phase 220-240V 50 Hz 4 Pole Foot Mounted Motors ( * Flange (B5), Face(B14), Foot + Flange, Foot + Face are available on request) Cat. KW HP Fr. Type Encl. Amp STT POT PUT STA Drawing Ref SP01 0.18 1/4 B48 CSCR DP 2.5 350 250 220 9.5 GQ2914465 SP02 0.25 1/3 B48 CSCR DP 2.6 300 210 200 12.5 GQ2914465 SP03 0.37 1/2 B48 CSCR DP 2.65 300 210 200 16 GQ2914465 SP04 0.18 1/4 B56 CSIR DP 2.8 300 250 220 12 FQ2911525/52 SP05 0.25 1/3 B56 CSIR DP 3 300 210 200 13 FQ2911525/54 SP06 0.37 1/2 B56 CSIR DP 4.5 300 210 200 17 FQ2911525/54 SP07 0.55 3/4 B56 CSCR DP 5 350 250 220 26 FQ2911491/56L SP08 0.75 1 B56 CSCR DP 6 250 210 190 33 FQ2911491/56L SP09 1.10 1 1/2 B56 CSCR DPFC 7.2 200 150 200 45 FQ2911524/59 SP10 1.50 2 100S CSCR TEFC 10.5 250 250 190 59 BKF130/104 SP11 0.18 1/4 B56 CSIR TEFC 2.6 350 250 220 10 Fq2911522/54 SP12 0.25 1/3 B56 CSIR TEFC 2.8 300 210 200 13 FQ2911522/56 SP13 0.37 1/2 B56 CSIR TEFC 4.2 250 210 200 21 FQ2911522/56 SP14 0.55 3/4 B56 CSCR TEFC 5 350 250 220 26 FQ2911522/58 SP15 0.75 1 B56 CSCR TEFC 6 250 210 190 33 FQ2911522/59 SP16 1.10 1 1/2 100S CSCR TEFC 8.8 250 220 180 40 BKF130/103 SP17 1.50 2 100S CSCR TEFC 10.5 250 250 190 59 BKF130/104 SP18 2.20 3 100S CSCR TEFC 13.5 200 200 150 75 BKF130/105 SP19 0.18 1/4 B48 PSC TE 1.5 60 150 -- 3.4 GQ2914218 SP20 0.25 1/3 B48 PSC TE 1.8 50 150 -- 4.2 Gq2914218 SP21 0.37 1/2 B56 PSC TE 2.5 40 150 -- 10 Gq291159 SP22 0.55 3/4 B56 PSC TE 3.5 35 150 -- 15 Gq291159 SP23 0.75 1 B56 PSC TE 4 30 150 -- 20 Gq291159 Amp Rated Current in Amps at Rated or Full Load STT - Starting torque ( % of Full Load Torque) POT - Pull Out Torque ( % of Full Load Torque) PUT Pull Up Torque ( % of Full Load Torque) STA Starting Amperes

Single Phase 220-240V 50 Hz 2 Pole Foot Mounted Motors Cat. KW HP Fr. Type Encl. Amp STT POT PUT STA Dim Drawing SP24 0.18 1/4 B56 CSIR DP 2.2 250 200 150 10 FQ2911525/52 SP25 0.25 1/3 B56 CSIR DP 3 250 200 150 13.5 FQ2911525/54 SP26 0.37 1/2 B56 CSIR DP 3.7 250 200 150 17 FQ2911525/54 SP27 0.55 3/4 B56 CSCR DP 5.2 250 200 150 27 FQ2911491/56L SP28 0.75 1 B56 CSCR DP 6 250 250 160 35 FQ2911491/56L SP29 1.10 1 1/2 B56 CSCR DPFC 7 230 200 150 38 FQ2911524/59 SP30 1.50 2 B56 CSCR DPFC 9 200 200 150 43 FQ2911524/59L SP31 2.20 3 B56 CSCR DPFC 14.5 200 200 150 75 FQ2911524/59EL SP32 0.18 1/4 B56 CSIR TEFC 2.2 250 200 150 10 FQ2911522/54 SP33 0.25 1/3 B56 CSIR TEFC 3 250 200 150 13.5 FQ2911522/54 SP34 0.37 1/2 B56 CSIR TEFC 3.7 250 200 150 17 FQ2911522/56 SP35 0.55 3/4 B56 CSCR TEFC 5.2 250 200 150 27 FQ2911522/58 SP36 0.75 1 B56 CSCR TEFC 6 250 250 160 35 FQ2911522/59 SP37 1.10 1 1/2 B56 CSCR TEFC 7 230 200 150 38 FQ2911522/59 SP38 1.50 2 B56 CSCR TEFC 9 200 200 150 43 FQ2911522/59L SP39 2.20 3 B56 CSCR TEFC 14.5 200 200 150 75 FQ2911522/59EL SP40 0.18 1/4 B48 PSC TE 2 40 200 -- 8 GQ2914218 SP41 0.25 1/3 B48 PSC TE 2.3 40 200 -- 12 GQ2914218 SP42 0.37 1/2 B56 PSC TE 2.5 40 200 -- 13 GQ291159 SP43 0.55 3/4 B56 PSC TE 3.5 35 150 14 GQ291159 SP44 0.75 1 B56 PSC TE 4 30 150 20 GQ291159 Amp Rated Current in Amps at Rated or Full Load STT - Starting torque ( % of Full Load Torque) POT - Pull Out Torque ( % of Full Load Torque) PUT Pull Up Torque ( % of Full Load Torque) STA Starting Amperes

Standard Range Single Phase 220-240V 50 Hz 6 Pole Foot Mounted Motors Cat. KW HP Fr. Type Encl. Amp STT POT PUT STA Dim Drawing SP45 0.18 1/4 B48 CSCR DP 2.2 220 220 150 9 GQ2914465 SP46 0.25 1/3 B48 CSCR DP 2.8 300 250 200 11 GQ2914465 SP47 0.18 1/4 B56 CSIR DP 2.5 220 220 150 9 FQ2911525/52 SP48 0.25 1/3 B56 CSIR DP 3 300 250 200 11 FQ2911525/54 SP49 0.37 1/2 B56 CSIR DP 3.5 220 220 150 16 FQ2911525/54 SP50 0.55 3/4 B56 CSCR DP 4.1 200 200 150 20 FQ2911491/56L SP51 0.75 1 B56 CSCR DPFC 5.2 200 200 150 24 FQ2911524/59EL SP52 0.18 1/4 B56 CSIR TEFC 2.5 220 220 150 9 FQ2911522/54 SP53 0.25 1/3 B56 CSIR TEFC 3 300 250 200 11 FQ2911522/56 SP54 0.37 1/2 B56 CSIR TEFC 3.5 220 220 150 16 FQ2911522/56 SP55 0.55 3/4 B56 CSCR TEFC 4.1 200 200 150 20 FQ2911522/58 SP56 0.75 1 B56 CSCR TEFC 5.2 200 200 150 24 FQ2911522/59 SP57 1.10 1 1/2 B56 CSCR TEFC 7.5 200 200 150 45 FQ2911522/59EL SP58 1.10 1 1/2 100S CSCR TEFC 7.8 210 210 160 47 BKF130/104 SP59 1.50 2 100S CSCR TEFC 11 200 200 150 60 BKF130/105 SP60 0.18 1/4 B48 PSC TE 1.5 50 150 -- 3 GQ2914218 SP61 0.25 1/3 B48 PSC TE 2.1 30 150 -- 4 GQ2914218 SP62 0.37 1/2 B48 PSC TE 2.7 30 150 -- 5.6 GQ2914218 SP63 0.55 3/4 B56 PSC TE 3.7 30 150 -- 17 GQ291159 SP64 0.75 1 B56 PSC TE 4.2 30 150 -- 22 GQ291159 Single Phase 220-240V 50 Hz 8 Pole Foot Mounted Motors Cat. KW HP Fr. Type Encl. Amp STT POT PUT STA Dim Drawing SP65 0.18 1/4 B56 PSC DP 2.2 40 170 -- 4.5 FQ2911525/54 SP66 0.25 1/3 B56 PSC DP 2.5 35 160 -- 5 FQ2911525/54 SP67 0.37 1/2 B56 PSC DP 3 35 150 -- 6 FQ2911491/56L SP68 0.75 1 100S CSCR TEFC 6 30 150 -- 18 BKF130/104 SP69 1.50 2 100S CSCR TEFC 11 30 150 -- 40 BKF130/105

General Purpose Motors Cast Iron Construction Specifications & Features Power Output Range : 187W to 3750W Polarity : 2, 4 Pole Frame Size : IEC 80 to 132 Number of Speeds : Up to 3. Enclosure : Totally Enclosed Fan Cooled Type of Motor : PSC, CSIR, CSCR, Spilt Phase Type of Protection : Auto or Manual as required (For 1 Phase) Shaft : 1 Side Ext. with En3, En8 or SS410 Material Mounting : Foot, Flange, Face etc Noise and Vibration : Generally complies with BIS and IEC60034-30 Certifications : CE & BIS

Standard Range Single Phase 220-240V 50 Hz 4 Pole Foot Mounted Motors Cat. KW HP Fr. Type Encl. Amp STT POT PUT STA Dim Drawing SP70 0.18 1/4 IEC 80 CSIR TEFC 2.3 350 250 220 9.5 GQ2917001, GQ291171/1 SP71 0.25 1/3 IEC 80 CSCR TEFC 2.5 300 210 200 12.5 GQ2917001, GQ291171/1 SP72 0.37 1/2 IEC 80 CSCR TEFC 2.8 300 200 170 15 GQ2917001, GQ291171/1 SP73 0.75 1 IEC 80 CSCR TEFC 5 200 200 150 24 GQ2917001, GQ291171/1 SP74 0.75 1 IEC 90 CSCR TEFC 5 250 200 180 32 GQ291204 SP75 1.10 1 1/2 IEC 100 CSCR TEFC 7.2 220 220 150 45 GQ291125, G291153 SP76 1.50 2 IEC 100 CSCR TEFC 12 210 200 150 50 GQ291125, G291153 SP77 1.50 2 IEC 112 CSCR TEFC 11.5 230 230 170 65 GQ291107/S SP78 2.20 3 IEC 112 CSCR TEFC 17 210 215 150 75 GQ291107/S, G291187 SP79 3.00 4 IEC 112 CSCR TEFC 20 200 200 150 80 GQ291107/M SP80 3.75 5 IEC 132 CSCR TEFC 22 250 250 150 85 GQ291104 SP81 0.18 1/4 IEC 80 PSC TEFC 1.2 50 190 -- 3 GQ2917001, GQ291171/1 SP82 0.25 1/3 IEC 80 PSC TEFC 1.5 50 190 -- 3.7 GQ2917001, GQ291171/1 SP83 0.37 1/2 IEC 80 PSC TEFC 2.3 40 190 -- 6 GQ2917001, GQ291171/1 SP84 0.75 1 IEC 80 PSC TEFC 4.5 35 190 -- 14.5 GQ2917001, GQ291171/1 SP85 1.50 2 IEC 100 CSCR TEFC 7 30 190 -- 32 GQ291125, G291153 SP86 2.20 3 IEC 112 CSCR TEFC 16.5 30 190 -- 70 GQ291107/S, G291187 SP87 3.75 5 IEC 112 CSCR TEFC 22 30 190 -- 80 GQ291104 Amp Rated Current in Amps at Rated or Full Load STT - Starting torque ( % of Full Load Torque) POT - Pull Out Torque ( % of Full Load Torque) PUT Pull Up Torque ( % of Full Load Torque) STA Starting Amperes

General Purpose Motors Aluminum Pressure Die Cast Body Construction Standard Range Cat. KW HP Fr. Type Encl. Amp STT POT PUT STA Dim Drawing S88 0.12 1/6 IEC 63 PSC TEFC 1.1 50 190 -- 2.5 GQ291215 S89 0.18 1/4 IEC 63 PSC TEFC 1.2 50 190 -- 3 GQ291215 S90 0.25 1/3 IEC 71 PSC TEFC 1.5 50 190 -- 3.7 GQ291215 S91 0.37 1/2 IEC 71 PSC TEFC 2.3 40 190 -- 6 GQ291215 S92 0.55 3/4 IEC 80 PSC TEFC 3.2 35 190 -- 9 GQ291215 S93 0.75 1 IEC 80 PSC TEFC 4.5 35 190 -- 14.5 GQ291215 S94 2.2 3 IEC 112 PSC TEFC 16.5 30 190 -- 45 GQ291215 S95 0.12 1/6 IEC 63 CSIR TEFC 2.3 250 200 150 9.5 GQ291193 S96 0.18 1/4 IEC 71 CSIR TEFC 2.5 250 200 150 9.8 GQ291193 S97 0.37 1/2 IEC 71 CSCR TEFC 2.8 220 200 150 15 SGQ2508 S98 0.55 3/4 IEC 80 CSCR TEFC 3.2 200 200 150 18 SGQ2508 S99 0.75 1 IEC 80 CSCR TEFC 5 200 200 150 24 SGQ2508 S100 2.2 3 IEC 112 CSCR TEFC 12 210 200 150 61 SGQ2509 S101 0.12 1/6 IEC 63 PSC TEFC 1 50 190 -- 2.4 GQ291215 S102 0.18 1/4 IEC 63 PSC TEFC 1.1 50 190 -- 2.9 GQ291215 S103 0.25 1/3 IEC 71 PSC TEFC 1.4 50 190 -- 3.5 GQ291215 S104 0.37 1/2 IEC 71 PSC TEFC 2.6 50 200 -- 5.6 GQ291215 S105 0.55 3/4 IEC 71 PSC TEFC 3.7 50 200 -- 8 GQ291215 S106 0.75 1 IEC 80 PSC TEFC 4.5 35 200 -- 14 GQ291215 S107 1.1 1 1/2 IEC 80 PSC TEFC 5.5 35 230 -- 17 GQ291215 S108 1.5 2 IEC 90 PSC TEFC 6.5 35 230 -- 20 GQ291215 S109 2.2 3 IEC 100 PSC TEFC 10.5 30 200 -- 30 GQ291215

Flameproof Enclosure- FLP Motors Cast Iron Construction Cat. KW HP Fr. Type Encl. Amp STT POT PUT STA Dim Drawing S110 0.18 1/4 FP50 CSIR TEFC 3 250 250 180 15 FQ291760 S111 0.25 1/3 FP50 CSIR TEFC 4 250 250 180 18 FQ291760 S112 0.37 1/2 FP50 CSIR TEFC 5 250 250 180 22 FQ291760 S113 0.55 3/4 FP50 CSCR TEFC 4.2 300 200 160 25 FQ291760 S114 0.75 1 FP50 CSCR TEFC 5 210 210 160 30 FQ291760 S115 0.37 1/2 FP50 CSIR TEFC 4.2 350 210 180 17 GQ291232 S116 0.37 1/2 FP50 PSC TEFC 3 40 230 -- 15 FQ291760 S117 0.55 3/4 FP50 PSC TEFC 3.5 30 190 -- 16 FQ291760 S118 0.75 1 FP50 PSC TEFC 4 30 180 -- 17 FQ291760 Amp Rated Current in Amps at Rated or Full Load STT - Starting torque ( % of Full Load Torque) POT - Pull Out Torque ( % of Full Load Torque) PUT Pull Up Torque ( % of Full Load Torque) STA Starting Amperes

Three Phase Motors MS Rolled Body Construction 3 Phase 415 V 50 Hz, Star-Delta Connection Cat. KW HP Fr. Type Encl. Amp STT POT PUT STA Dim Drawing TP01 0.37 1/2 B 56 3Ph DPFC 1.2/2.5 250 250 200 7 FQ2911521 TP02 0.75 1 B 56 3Ph TEFC 2/3.5 225 225 170 10 FQ2911522/59 TP03 1.5 2 100S 3Ph TEFC 3.6/6.2 250 250 170 18 BKF130/104 TP04 0.37 1/2 80 3Ph DPFC 1.7/3 200 200 170 8 GQ291137 TP05 0.75 1 80 3Ph DPFC 2/3.5 200 250 170 9.1 GQ291137 TP06 1.1 1 1/2 90 3Ph DPFC 2.8/4.8 250 250 200 18 GQ291137 TP07 1.5 2 90 3Ph DPFC 3.6/6.2 300 300 200 20 GQ291137 TP08 2.2 3 100L 3Ph DPFC 5/8.6 300 300 200 28 GQ291137 Amp Rated Current in Amps at Rated or Full Load STT - Starting torque ( % of Full Load Torque) POT - Pull Out Torque ( % of Full Load Torque) PUT Pull Up Torque ( % of Full Load Torque) STA Starting Amperes

Our motors efficiently drives various applications in Industrial, Agriculture and Domestic Appliances segments Wet Grinder Floor Mill Vegetable/Meat Slicer Transformer Fan Industrial Exhaust Fan Lawn Mower Air Compressors Paint Mixing Machine Wheel Balancing M/C

Vacuum Pump Soda Vending Machine Box Strapping M/C Cardamom Drier Paddy Thrasher Milking Pump Motor Commercial Wet Grinder Stone Cutter Machines Pumps

Contact Details Registered Office Crompton Greaves Limited. CG House, 6th Floor, Dr. Annie Besant Road. Worli, Mumbai - 400 030, Maharastra, INDIA Export House CG International Division Jagruti Building, 2nd floor Kanjur Marg(East), Mumbai - 400042 Maharashtra, INDIA Tel: +91 22 6755 8000 Fax: +91 22 2577 4066