KIRLOSKAR KOSN Series Instruction manual

Kirloskar “KOSN Series”
Centrifugal Submersible Pump
A Kirloskar Group Company
KIRLOSKAR BROTHERS LIMITED
INSTALLATION, OPERATION & MAINTENANCE MANUAL
KOSN Series
CM - 9862
WORKS :
Ujjain Road, Dewas - 455 001 (M.P.)
Phone : [phone] Fax : [phone]
Toll Free No. 1800 103 4443
CORPORATE OFFICE :
“YAMUNA”, Survey No. 98 (3-7), Baner,
Pune 411 045 (India)
Phone : [phone]
E-mail : [email protected] Visit us at : www.kirloskarpumps.com
REGISTERED OFFICE :
Udyog Bhavan, Tilak Road,
Pune - 411 002 (India)
Tel. : [phone] Fax : [phone]
E-mail : [email protected]
KIRLOSKAR BROTHERS LIMITED
A Kirloskar Group Company
A View of KBL Dewas Manufacturing Plant
06019860

FOR PROMPT SERVICE & SPARES
Register on our website : www.kirloskarpumps.com
Our products are meant for pumping
water and they do not have any significant effect
on environment during their use, if properly
selected and used as per instructions
given in this manual.
Customers are advised to dispose unusable
components through appropriate disposal agencies to
avoid the impact on work environment.
CONGRATULATIONS............
Congratulations......... on your acquiring one of the finest pumps in the
country.
The Kirloskar Openwell Submersible New- version Series in your
possession is scientifically designed by using the state of art design software
(Pro/E, ANSYS, CFD) for better aesthetics, performance, optimum material
Contents etc. These pumps are reliable, robust, compact in size and cheaper in
their class. Careful selection of materials, manufacturing and testing assures
you a satisfactory performance over a long period of time.
These pumps will give you years of trouble free performance if it is
handled with due care. This booklet is a step in this direction. It covers general
instructions on installation, operation and maintenance of KOSN Pumps. Please
read this booklet comply with the instructions and your pump is bound to serve
you well.
1. HANDLING 01
2. PUMP DESIGNATION KEY 01
3. FEATURES & APPLICATION 01
4. OPERATING CONDITION 02
5. INSTALLATION 02
6. ELECTRICAL CONNECTION 04
7. PRIMING 05
8. MAINTENANCE 05
9. TROUBLE SHOOTING CHART 06
10. CAUSE AND REMEDY CHART 07
11. DISMENTLING PROCEDURE 12
12. DISPOSAL 12
13. EXPLODED VIEW 13
14. PART LIST 14
15. OUTLINE DRAWING 15
16. PUMP MODELS 16
17. PRODUCT RANGE 17
18. WARRANTY CERTIFICATE 18
CONTENTS

1. Handling : When the entire pump is to be lifted in vertical direction, then it is
recommended to lift the pump at the Lifting bolt by means of straps/ropes as shown in
figure 1.1 If pump to be moved from one place to another place then it is recommended to
lift th e pump at mounting casing by means of han d.
figure 1.1
2. Pump designation key : Following 7 key characters designate Kirloskar KOSN
series monoblocs.
Example KOSN-128
K O S N 1 28
Name of Type of Type of Version Power Head at 0
firm pump pump rating in HP discharge
Kirloskar Open Well Submersible New 1 for 1 HP Shut of
1.5 for 1.5 h ead
HP etc
3. Features:
Kirloskar Openwell Submersible New version Pumps of designed for a wide
range of applications.
Designed for underwater applications - No need of priming and foot valve.
Easy installation - Foundation and installation platform or pump house not
required .
Can withstand wide voltage fluctations from 160-260 V.
Desined to prevent overloading and motor burning.
1
LIFTING ROPE
Dynamically balanced rotating parts to ensure minimum vibrations during
running .
Replacable wearing parts and hence longer life .
Easy mainten ance and spares availability .
Applications :
Submerged pump in Fountains, Wells, Sumps and Water tanks .
Water supply for domestic use in high riseApartments, Buildings and Hotels.
Gardening and sprinklers/conventional irrigation .
Industries, for clear water handling .
2
4. Operating Conditions :
4.1 Pumped Liquids :
Kirloskar Openwell Submersible New version Pumps are suitable only to pump
thin, non-explosive liquids, not containing solid particles. The liquid must not attack the
pump materials chemically. When pumping liquids with density and/or viscosity higher
than that of water, suitability of motor winding with correspondingly higher outputs must
be checked, if required.
4.2 Submerged Condition :
The pump must be submerged in water more than 1 meter .
4.3 Technical Data :
Maximum Liquid Temperature - 500 C
Rated voltage - 210 volt for single phase
- 380 volt for three pahse
Voltage Range - 160-260 for single phase
350-415 for three phase
Type of Duty - S 1 continuos
Direction of rotation - Anti-clock wise form suction side.
Frequency - 50Hz
Sound Level - 80dB
Degree of protection -IP-68
Class of Insulation - ‘PP’
5. INSTALLATION
5.1 Guidelines :
For avoiding the un-necessary troubles in Installation, Operation M a in t e n a n ce
and for Utmost Performance of the Pump, we are suggesting few guidelines. We hope by
following these guidelines our customer will able to install the pump easily and operate
the pump at optimum performance.

3
WRONG WRONG
Fig. 5.1
5.2 Guideline for Installation :
5.2.1 Location : The pump should be installed in horizontal position and submerged in
the water more than 1 meter . This will eliminate dry run an d pump will give better
performance. The pump does not require any foundation ; however if installing dug
cum borewell , surface should be plain . The pump should not be installed in tilted
position. (Ref. fig. 5.1)
5.2.2 Guideline for Piping :
ØPipe size should be as per flange size to get higher discharge. It is not
recommended to reducepipe size. If length of deliverypipe is more than 3 m., use
high er pi p e ( Please r efer t a ble 1. 1 and 1.2 for proper pipe si z e) .
ØTh e pi pin g should be airt ight. Any leakage in p ipe may drastically
affect the performance of the pump. ( ref. fig. 5.2 )
ØThe suction pipe should be as short as possible for getting better discharge.
( in case of dug cum borewell type arrangement. )
ØNo. of bends and other fittings should be as minimum as possible to reduce
frictional losses. ( ref. fig. 5.3 )
ØAdequate supports should be provided to pipes so that its dead weight should
not fall on delivery casing completely.
RIGHT
Fig. 5.2
RIGHT
6 Guideline for Electrical Connections :
ØProper earthing connection should be made at the bolts provided for earthing.
ØProper size of cable should be used between supply and motor terminals to
minimize voltage drop and to carry full load current (FLC) as well as the maximum
current in the operating voltage range specified.
4
ØFor delivery pressure more than 20 meters, it is recommended to install a check
( non-return ) valve in the discharge line. The check valve placed near the pump
is to protect the pump from excessive backpressure to prevent the water running
back through the pump in case of sudden failure of prime mover .
No. OF LEADS 3
V1 U1
W1
U1 V2W2
CONNECTION
STAR OR DELTA No. OF LEADS 3
V
UW
TO LINES
STAR DELTASTARTING
No. OF LEADS 6
V2U2
V1
W2
W2 U1
CONNECTION DIAGRAM OF
THREE PHASE MOTORS
LEADS FROM
MOTOR
SINGLE PHASE 50 Hz
SUPPLY
CONNECTION DIAGRAM OF
SINGLE PHASE MOTOR
PHASE NEUTRAL
ØNuts at terminal should be tightened properly.
ØNo. of joints in cable should be less as possible, preferably joints should be
avoided.
Fig. 5.3
WRONG CORRECT

5
ØWires and connections should be properly insulated. If not it may lead to fatal shock.
ØProper backup protection (reputed make starter, main switch and fuse) should
be used.
Guideline for Starting the Pump
7.1 Check following before starting the pump :
ØThe shaft rotates freely by hand.
ØElectrical connection is proper as per above mentioned diagram .
ØThe motor is filled with clear cold water by opening both the lifting bolts. Th e
water should be filled through one hole till the water comes out of the other .
ØUsage of bend at suction.
ØRemove Suction and Delivery Rubber Packing before Installation
7.2 Check following during running condition :
ØThe direction of rotation is correct.
ØThe pump is running smoothly.
ØSee that the prime mover is not overloaded .
ØAvoid idle running on operation against closed discharge valve for a longer
period of time .
Maintenance :
8.1 When the pump will not be used for a long time :
ØWhen pump is kept unused for a long time, switch off the power. Drain water
in th e pump an d t a n k to avoi d damages, i . e. risk of wa t er free zing.
Unscrew drainage screw. Protect water supply pipe and accessories from frost :
insulate them or store them inside.
ØThere is a possibility for the motor not to start in spite of switching on the
power because of the sticking and solidification of the dirty particle in the
pump head. In that case, it requires some service before usage. Switch off the
power, then r otate t h e stiff shaft at the back of th e mot or with a
screwdriver to make it easy, safety an d reliable for its operation as usual.
8.2 Recommended spares for two years of normal working
1. Impeller.
2. Bush bearings.
3. Capacitors (In case of single phase pump)
4. Paper packing.
5. Oil seal .
6. Teflon coated plate .
8.3 Check the following periodically ( six monthly )
1. Impeller wear out
2. Oil seal wear out
3. Bearing bush wear out
4. Pipe connections
5. Strainer chocking
7
8
6
9. TROUBLE SHOOTING CHART :
Types of Failure
Failure to deliver water
Pump does not deliver
rated discharge
Pump does not deliver
rated head
Pump losses water
after ats rt
Pump over loads
prime mover
Vibration
Bearing wear rapidly
Seized pump
Irregular delivery
Wrong direction of rotation
Inlet insufficiently submerged
Pump not upto rated speed
Viscosi ty/specific gravity greater than rated
Impeller blocked or damaged
Internal leakage
Gas or vapour in liquid
Speed to high
Total head lower than recommended
Worn or loose thrust plate
Rotor out of balance
Bent shaft
Thrust plate rubbing on bush
Excessive thrust
Lack of lubrication
Pump does not deliver rated capacity
Pipes exert forces on pump
foreign matters in pump
Visc osity lower than rated
Speed to low
Lead in delivery pipe work
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CAUSE & REMEDY CHART (In case of any problem, please check the underlined instructions). 1. PUMP DOES NOT WORK
S. No. CAUSES HOW TO CHECK REMEDIES
1 2 3 4 5 6 7
No power in main control panel/capacitor box. Defective capacitor box/starter or incorrect wir ing. Faulty pressure switch & other control devices for defects. Pump has been stored unfavorable condition for a long time before installation or defective submersible motor or cable Defective capacitor (for single phase pumpset). Pump choked. Rotor seized due to prolonged shut down of pumpset.
Check for blown out fuses in main. Check for tripped circuit breakers. Check the wiring, connection, voltage, relay and coil size of the starter. Check pressure switch & other control devices for defects. Switch off the main power line, de-link pump power leads from capacitor box/ starter. Check the motor winding insulation resistance with the help of a megger to see whether the insulation resistance reading is atleast 20m. ohm and check for defective cable. Switch off the main power line. Discharge the capacitor and check the condition. Remove the pump from the well. Ensure whether the pump rotates freely and the pump is free from excessive sand, silt & mud. Remove the pump from the well ensure that the motor shaft rotates freely.
Replace blownout f uses. If new fuse also blows out recheck all electrical wiring and earthing. Check fuse wire size against actual requirement. Check the wiring to capacitor box/starter. If the circuit breakers trips again, recheck all electrical wiring including earthig. Rectify or replace defective parts of capacitor box/starter. Reconnect the capacitor box/ starter correctly. Change the relay and coil size of the capacitor box/starter for actual requirement. Repair or replace faulty pressure switch or control devices. When megger reading shows less than 20m. ohm remove the pumpset and cable and recheck values on the ground. Repair or replace motor and/or cable. Replace the capacitor if required. If the pump portion is damaged, repair or replace theparts. Incase of repairing, make sure that the pump is rinsed with water before installation. Repair or replace the rotor.
7
S. No. CAUSES HOW TO CHECK REMEDIES
3. PUMP DELIVERS INSUFFICIENT WATER OR VERY LOW TOTAL HEAD
S. No. CAUSES HOW TO CHECK REMEDIES
1 2 3 4 5 6 7
Gate valve/check valve fitted in the riser pipe defective/cl osed. Low water level. Water inlet strainer of the pump is clogged. Defective pump. Pumping system total is higher than the pump head capacity. Low voltage or low frequenc y of supply resulting lesser speed. Defective capacitor (for single phase pumpset).
Inspect the gate valve/check valve. Check draw down level. Ensure that the pump is submerged in by atleast 2 feet below th e draw down water level. Remove pump from the well and inspect. Remove the pump from the well ensure that the pump rotates freely and the pump is free from excessive sand, silt and mud. Check the selection of the pumping system. Check the voltage at starter / capacitor box when pump operates. Check power cable size and drop cable size. Switch off the main power line. Discharge the capacitor and check the condition.
If closed open the gate valve / check valve. If defective, rectify or replace it. If possible lower the pumpset. When the yeild of the well not matches with the pumps discharge. Fit one gate valve in delivery pipe and throttle according to the yeild. Install the dry run preventor. Clean the strainer, if the strainer is damaged, replace it. When the pump portion is damaged, repair or replace the parts. In case of repairing, make sure that pump is rinsed with water before reinstallation. Select and change the pumpset suitable for the system head. When cable size are found inadiquate change cable and replace to adequate size. Replace the capacitor if required.
1 2 3 4
Well water yeild reduced. Leak in riser pipe and / or surface pipe and / or valves. Water inlet strainer to the pump partially blocked Worn out impeller, bushes, thrust assembly.
Check draw down water level. Ensure that the pump ia always submerged in water during operation. Check for leakage. Remove the pump and inspect. Remove the pump from the well, ensure that the water is free f rom excessive s and silt and mud.
If possible lower the pumpset, adjust the gate valve of the riser pipe to match the yeild of the borewell install dry run preventor. Remove the leakages. Clean the strainer, if damaged replace it. Repair or replace pump parts.
8

3. PUMP DELIVERS INSUFFICIENT WATER OR VERY LOW TOTAL HEAD
S. No. CAUSES HOW TO CHECK REMEDIES
5 6 7 8 9
Wrong direction of rotation (three phase) Partially closed gate valve/check valve. Low Voltage. Riser pipe inner passage coated with deposits from water. Clogged impeller. Smaller size riser pipe is used.
Refer electrical Drawing. Inspect the gate valve / check valve. When the pump operates, check the voltage at capacitor box/starter. Check power cable size and drop cable size. Remove the pump and inspect the water inlet strainer and impeller. Excessive head loss due to smaller dia pipe.
Interchange any two phase or the power line connections. Open the valve fully, if stuck free the valve. When cable size are found inadequate change cable and replace to adequate size. Clean or replace the pipes. Dismantle and clean the impellers or replace the pump parts. Clean or replace the damaged strainer. Change with adequate capacity pipes.
4. TRIPPING OF CIRCUIT BREAKERS OVERLOAD PROTECTORSOR FUSES BLOWN UPDURING OPERATION OF PUMP
S. No. CAUSES HOW TO CHECK REMEDIES
1 2 3 4
Low or high voltage. Defective capacitor box/starter or incorrect wir ing. Defective capacitor (for single phase pumpset). Power line cable shortaed, earthed or cable insulation damaged.
Check voltage at starter/capacitor box whether it is with in 10%. Check power cable and drop cable size. Check the wiring, connection, voltage, relay and coil size of the starter. Switch off the main power line. Discharge the capacitor and check the condition. Switch off the main power line and inspect.
When cable size are found inadequate change cable and replaces to adequate size. Rectify or replace defective parts of capacitor box/starter. Reconnect the capacitor box/ starter correctly. Change the relay and coil size of the capacitor box/starter for actual requirement. Replace the capacitor if required. If required change the cable.
9
5. PUMP STARTS VERY OFTEN
S. No. CAUSES HOW TO CHECK REMEDIES
1 2 3 4
Improper setting of pressure s witch or defec tive pressure switch. Leakage in the system. Water level monitor is not properly set or def ective. Inadequate size of tank.
Check the pressure switch setting and examine defect in the switch. Check all pipes, valves, tank and all plumbings for leaks. Check the water level monitor setting and inspect for defects. Check tank size against consumption and pump discharge capacity.
Adjust and reset the pressure switch or replace the s witch if def ective. Arrest leakage or replace component wherever neces s ary. Adjust and reset the water level, replace monitor if defective. Change to an adequate sized tank.
6. ABSORBED POWER / CURRENT IS EXCESSIVE.
S. No. CAUSES HOW TO CHECK REMEDIES
1 2 3 4 5 6 7 8
Defective fuse or single phasing. Abrassive wear of pump bushes and thrust assembly. Well water yeild reduced. Low volt age. High voltage/high frequency. Resulting in high motor speed. Cable defective. Loose connections. Improper selection of pumpset.
Check for blown out fuses. Check for higher sand content, solids & mud. Check draw down water level and ensure that the pumpset is always submerged in water during operation. When the pump operates, check the voltage at capacitor box/starter. Check power cable size and drop cable size. Check the voltage frequency at capacitor box/s tarter. Check the cable for damage. Check for loose connections, as loose connection will drop more voltage results as low voltage. Verify the pumpset datas with f ield conditions.
Replace blownout fuses. If new fuses also blows out rechack all electrical wiring and earthing. Check fuse wire size agaist actual requirement. Remove the pumpset from the well and inspect. Replace the wornout pump bushes and thrust assembly. If possible lower the pumpset adjust the gate valve of the riser pipe to match the yeild of the borewell install dry run prevent. When cable size are found inadequate change cable and replace to adequate size. Use an appropriate voltage stabilizer. When cable size are found inadequate change cable and replace to adequate size. Check the joints and connections, connect the joints permanently. Avoid excessive joints. If the pump selection is wrong select the suitable pump.
10

7. PUMP RUNS ROUGHLYAND NOISY / EXCESSIVE VIBRATION
S. No. CAUSES HOW TO CHECK REMEDIES
1 2 3 4 5
Abrasive wear of pump bushes and thrust assembly. Clogged impeller / strainer. Mechanical friction. Water level of well is insufficient. Vibration of delivery pipe.
Check for higher sand content, solids & mud. Remove the pump and inspect the water inlet strainer and impeller. Due to dry running of pump and failure of thrust assembly. Check draw down water leel and ensure that the pump is always submerged in water during operation. Check whether the valves are properly functioning or not.
Remove the pumpset from the well and inspect. Replace the wornout pump bushes and thrust assembly. Dismantle and clean the impellers or replace the pump parts. Clean or replace the damaged strainer. Remove the pumpset from the well and inspect. Replace the wornout pump parts. When the yeild of well not matches with the pumps discharge, fit one gate valve in delivery pipe and throttle according to the yeild. Install a dry run Preventor. Change the defective check valve or gate valve. Provide proper supports to the delivery pipe.
11 12
11 Dismantling Procedure
Remove the suction housing and delivery pipe.
Unscrew the nut and remove the suction and delivery flange.
Unscrew the nut and remove the delivery casing from the mounting casing .
Unscrew the nyloc nut and remove washer and impeller from shaft .
Remove oil seal from mounting casing.
Unscrew the nut from tie rod and remove mounting casing from motor body.
Unscrew the cable plug and remove cable grommet.
Remove cover NDE. Please ensure that cable does not get damaged.
Remove the shaft along with the rotor.
12 Disposal
Our products are meant for pumping water and they do not have any significant
effect on environment during their use. If properly selected and used as per
instructions given in the manual. Customers are advised to dispose off unusable
components through government or private disposal waste collection to avoid the
harmful impact (if any) on the environment .

13. EXPLODED VIEW
13
PART LIST
14
Part description
Part No.
Gasket for Delivery Flange
Gaske for Suction Flange
Nut for Suction Flange
Stud for Del. Casing & Suc. Flange
Suction Flange
Drain Plug for Casing
Stud for Del. Casing & Del. Flange
Nut for Delivery Flange
Delivery Flange
Delivery Casing
Stud for Delivery Casing
Impeller Nut
Washer for Impeller Nut
Packing for Del. Casi. Mounti. Casi.
Nut for Del. Casi. & Mounti. Casing
Impeller
Mounting Casing
Lifting Bolt
Packing for Lifting Bolt
‘O’ Ring betn Motor Body & Mont Cas.
Collared Bush
Cap for Winding
Motor Body
Screw for Clamping Plate
Clamping Plate
Diaph ragm
End Cover
Stator
Circlip
Rotor Shaft
Thrust Plate
Locating Pin/Dowel Pin
Key for Impeller
Rotor (Motor)
Tie Rod
Rubber pad for Motor Support
Nut for Motor Body Housin. Cover NDE
Cover NDE
Qty.
0513.1
0513
580.1
590
490.1
0601
0590.1
0580
0490
0101
0593
0330
0621
0510
0586
0151
0296.1
0303
0516
1161
1091
1228
0130
1340
2103
0919
1187
0911
2069
0189
1234
0611
0320
0164
0341
1174
3032
4015
1
1
2
2
1
1
1
2
1
1
4/6
1
1
1
4/6
1
1
2
2
2
2
2
1
2
1
1
1
1
2
1
2
2
1
1
3
1
3
1

15
14. OUTLINE DRAWING :
KOSN - SERIES PUMP
KOSN - 0520 PUMP
16
MODEL SUC. DEL. L W H W1 W2 H1 H2 H3 A B C D P N S
KOSN -0516
KOSN -0827
KOSN -116
KOSN -123
KOSN -128
KOSN -128
KOSN -128
KOSN -134
KOSN -1.522
KOSN -1.525
KOSN -1.540
KOSN -216
KOSN -225
KOSN -0523
KOSN -0527
25
25
50
32
25
40
50
25
50
50
32
65
50
25
25
25
25
40
25
25
40
40
25
40
40
25
40
40
25
25
295
373
373
365
378.5
380.5
380.5
373
397
390
385
430.5
416.5
333
333
171
176.5
189.5
190.5
186
187.5
187.5
176.5
189.5
187.5
225
176
190.5
185
185
268
250.5
276 281 273 271 271
250.5
276 271 298 260 281 262 262
82
86.8
88.5
91.5
90
91
91
86.8
88.5
91
112.5
80
91.5
89.2
89.2
89
89.7
101
99
96
96.5
96.5
89.7
101
96.5
112.5
96
99
95.5
95.5
110
105
110
105
105
105
105
105
110
105
125
100
105
97
97
128
115.5
135 145 135 135 135
115.5
135 135 146 132 148 135 135
30
30
28
28
30
28
28
30
28
28
24
28
28
27
27
25
73
71
70
78.5
64
64
73
71
64
66
73.5
73.7
78.5
78.5
30
30
32
25
30
32
32
30
32
32
25
32
32
27
27
23 21 28
27.5
23.5
23.5
23.5
21 28
23.5
21
34.5
29
23.5
23.5
142.7
133.7
198.2
125.7
139.2
126.7
126.7
133.7
198.2
191.2
121.7
200.7
200.7
141
141
39 39 39 39 39 39 39 39 39 39 39 50 39 44 44
133
163
163
163
163
163
163
163
187
187
187
204
204
140.5
140.5
68
68
68
68
68
68
68
68
68
68
68
68
68
33
33

17
Product range manufactured by Kirloskar Brothers Limited, Dewas
For details contact the dealer
Pump Series
KDS+/++
KDT+
KS+
KOS
SP
KJV/H,KJ+
MINI,DC,DHX
Submersible
Ku4 Winner
NW,KE,KH
KHDT+,SR
KV, DV
Alternator
Motor
Construction Feature
Monobloc
Monobloc
Monobloc
Monobloc
Monobloc/Coupled
Monobloc
Monobloc
------------
Coupled
Monobloc/Coupled
------------
------------
Drive Unit
Electric Motor
(1 and 3 Phase)
Electric Motor
(1 and 3 Phase)
Electric Motor
(1 and 3 Phase)
Electric Sub. Motor
(1 and 3 Phase)
Electric Motor
(Monobloc)
Electric Motor
(1 and 3 Phase)
Electric Motor
(1 and 3 Phase)
Electric Sub. Motor
(1 and 3 Phase)
Engine / Motor
Electric Motor
----------------
----------------
Power Rating
1.5 HP - 30.0 HP
1.0 HP - 20.0 HP
3.0 HP - 10.0 HP
0.5 HP - 10.0 HP
0.5 HP - 5.0 HP
0.5 HP - 3.0 HP
0.25 HP - 1.0 HP
0.5 HP - 75.0 HP
---------------------
---------------------
2 KVA - 50 KVA
0.5 HP - 120 HP
18
This product is warranted against manufacturing defects and workmanship
under normal use and service for the period of 24 months from the date of
manufacturing OR 12 months from date purchase of the end user whichever
is earlier.
We undertake to repair or replace the product at our discretion or any part
thereof, for which we are satisfied that it was originally defective in material or
workmanship, provided that product or its parts are returned to our nearest
regional office / dealer on freight paid basis, within the warranty period. This
warranty does not cover any consequential damage of any nature.
This warranty excludes every condition, whether statutory or otherwise,
whatsoever is not expressly set out here.
Product Model:______________ ___________________________________
Sr. No. :______________________________________________________
Date of Purchase :_______________________________________________
Bill/Cash Memo No. :_____________ _______________________________
SPECIAL INSTRUCTIONS: “ Customers are advised to go through th e product
manual carefully for proper installation, use and servicing product & genuine
spare parts. It is also advisable to go through the company’s published literature,
catalogue or other official publication. Any deviation, if made by the customers
will void the warranty obligations. Repair by trained mechanics will get you better
results.”
This card must be produced at the time of claiming the warranty along with
purchase documents.
Dealer’s stamp and signature :___________________