Keen Pump K(H)GS2 Quick guide

1 Effective June 2016 -
471 US Hwy 250 East, Ashland, Ohio 44805
PH: 419-207-9400 FX: 419-207-8031
INSTALLATION AND SERVICE INSTRUCTIONS AND
REPAIR PARTS LIST FOR 2HP “SEMI-OPEN”
K(H)GS2 CENTRIFUGAL SUBMERSIBLE
GRINDER SEWAGE PUMPS
__________________________________________________________________________________
P/N O&M-K(H)GS2

2 Effective June 2016 -
MODELS
Standard Flow w/ Radial Cutters
CATALOG NO.
HP
PH
VOLTS
CORD
DISCH
KGS2-2001
2
1
208
10-5
1.25
KGS2-2401
2
1
240
10-5
1.25
KGS2-2003
2
3
208
14-7
1.25
KGS2-2303
2
3
230
14-7
1.25
KGS2-4603
2
3
460
14-7
1.25
High Head w/ Radial Cutters
CATALOG NO.
HP
PH
VOLTS
CORD
DISCH
KHGS2-2001
2
1
208
10-5
1.25
KHGS2-2401
2
1
240
10-5
1.25
KHGS2-2003
2
3
208
14-7
1.25
KHGS2-2303
2
3
230
14-7
1.25
KHGS2-4603
2
3
460
14-7
1.25
Standard Flow & High Head w/ Radial Cutters INTERNAL CAPACITORS
CATALOG NO.
HP
PH
VOLTS
CORD
DISCH
KGS2-2001C
2
1
208
10-3
1.25
KGS2-2401C
2
1
240
10-3
1.25
KHGS2-2001C
2
1
208
10-3
1.25
KHGS2-2401C
2
1
240
10-3
1.25
Standard Flow w/ Axial Slicers
CATALOG NO.
HP
PH
VOLTS
CORD
DISCH
KGSL2-2001
2
1
208
10-5
1.25
KGSL2-2401
2
1
240
10-5
1.25
KGSL2-2003
2
3
208
14-7
1.25
KGSL2-2303
2
3
230
14-7
1.25
KGSL2-4603
2
3
460
14-7
1.25
High Head w/ Axial Slicers
CATALOG NO.
HP
PH
VOLTS
CORD
DISCH
KHGSL2-2001
2
1
208
10-5
1.25
KHGSL2-2401
2
1
240
10-5
1.25
KHGSL2-2003
2
3
208
14-7
1.25
KHGSL2-2303
2
3
230
14-7
1.25
KHGSL2-4603
2
3
460
14-7
1.25

3 Effective June 2016 -
Standard Flow & High Head w/ Axial Slicers INTERNAL CAPACITORS
CATALOG NO.
HP
PH
VOLTS
CORD
DISCH
KGSL2-2001C
2
1
208
10-3
1.25
KGSL2-2401C
2
1
240
10-3
1.25
KHGSL2-2001C
2
1
208
10-3
1.25
KHGSL2-2401C
2
1
240
10-3
1.25
Read all instructions in this manual before operating pump.
Most accidents can be avoided by using COMMON SENSE.

4 Effective June 2016 -
KEEN PUMP is not responsible for losses, injury or death resulting from a failure to observe these
safety precautions, misuse, abuse or misapplication of pumps or equipment.
PUMP SPECIFICATIONS:
SPECIFICATIONS
WARNING!
THE PUMP MUST BE WIRED BY A QUALIFIED
ELECTRICIAN, USING AN APPROVED STARTER
BOX AND SWITCHING DEVICE.
On 3 phase pumps only, “Motor Protection”
must be provided by the installer. All 3 phase
pumps must be installed with magnetic starters
having 3 leg overload protection in accordance
with the NEC (National Electric Code). For
duplex installations, both pump motors must
have separate overload protection.
Pumps with seal leak detectors must be
connected to the proper control circuitry.
DANGER!
HAZARDOUS MOVING PARTS. To reduce risk of
injury, disconnect power before servicing. Never
put fingers near grinder impeller or in pump inlet
when pump cord is connected or pump is
operating.
For use with maximum 140 degrees F liquid.
DANGER!
In the initial installation, before sewage is
admitted to the basin, there is no danger on
entering the basin. AFTER SEWAGE HAS BEEN
IN THE BASIN, THERE IS DANGER. Sewage
water produces methane and hydrogen sulfide
gasses, both of which are highly poisonous. A
breathing device may be required. Never enter
the basin unless cover is open and outside
blower is used to force fresh air into the basin.
Also the worker in the basin must wear a
harness attached to the surface so he can be
pulled out in case of asphyxiation.
NEVER WORK ALONE!
WARNING!
Do not exceed working load limit of lifting chain,
cable or rope. Do not use lifting chain, cable or
rope where failure could result in loss of life.
Examine all lifting devices, chain, cable or rope
for damage before and after each lift. Do not use
any lifting devices that are not rated for and
designed to lift the weights involved with these
pumps. DO NOT LIFT PUMP BY POWER CORD.
Do not install or remove pump with person(s) in
the basin.
This pump is designed to handle materials
which could cause illness or disease through
direct exposure. Wear and use protective
clothing when working on the pump or piping.
WARNING !
Any wiring to be done on pumps should be
done by a qualified electrician.
NEVER operate a pump with a power cord that
has frayed or brittle insulation.
NEVER let cords or plugs lay in water.
NEVER handle connected power cords with
wet hands.
NEVER be in contact with the liquid being
pumped while pump cord is connected to
electrical supply.
Only qualified personnel should install, operate
or repair pump.
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
* * * * * * * * * USE AND CARE * * * * * * * * * * * *
DO NOT pump hazardous material not
recommended for pump. NEVER introduce:
Explosives
Flammable Material
Lubricating Oil and/or Grease
Chemicals, Solvents, etc.
Gasoline
Any Petroleum Product
Regulatory agencies advise that the following
items should not be introduced into any sewer:
Glass
Metal
Diapers
Clothing, socks, rags, etc.
Plastic objects (toys, utensils, etc.)
Sanitary napkins or tampons
DO NOT pump without safety devices in place.
For hazardous locations, use pumps listed and
classified for such locations.
DO NOT use non-explosion rated pumps in locations
considered hazardous in accordance with the
National Electric Code, ANSI/NFPA 70-1993.
IMPORTANT!
KEEN PUMP is not responsible for losses, injury or
death resulting from failure to observe these safety
precautions.

5 Effective June 2016 -
WIRING DIAGRAMS
(Internal Capacitors)
SINGLE PHASE, 208/240V, 10/3 CABLE
WIRES
OHM
208V
OHM
240V
WHITE (1)
BLACK (3)
1.0
1.6

6 Effective June 2016 -
SINGLE PHASE, 208/240V, 10/5 CABLE
WIRES
OHM
208V
OHM
240V
WHITE (1)
BLACK (3)
1.0
1.6
WHITE (1)
RED (2)
6.2
6.8
BLACK (3)
RED (2)
5.2
5.2

7 Effective June 2016 -
3-PHASE, 208/230/460V, 14/7 CABLE
WIRES 230 VOLT
OHM
WHITE
BLACK
WHITE
RED
BLACK
RED
WIRES 460 VOLT
WHITE
BLACK
WHITE
RED
BLACK
RED

8 Effective June 2016 -
PUMP SPECIFICATIONS
DISCHARGE…………………………. 1-1/4” NPT OR 2-Bolt Flange, Vertical
LIQUID TEMPERATURE…………… 120 degrees F (Continuous)
140 degrees F. (Intermittent)
MOTOR HOUSING………………….. Cast Iron, ASTM A-48, Class 30
CORD CAP…………………………… Cast Iron, ASTM A-48, Class 30
VOLUTE………………………………. Cast Iron, ASTM A-48, Class 30
SEAL PLATE…………………………. Cast Iron, ASTM A-48, Class 30
IMPELLER……………………………. 440C StainlessSteel (Hardened Available)
10 vane, Semi-Open with Pump-out Vanes, Dynamically Balanced
SHREDDING RING (Cutter).............. Hardened 440C Stainless Steel
56-60 Rockwell C
GRINDER IMPELLER (Cutter)……. Hardened 440C Stainless Steel
56-60 Rockwell C
RETAINER PLATE (Slicer)............... Hardened 440C Stainless Steel
56-60 Rockwell C
SLICER IMPELLER (Slicer)….……. Hardened 440C Stainless Steel
56-60 Rockwell C
SHAFT………………………………… 416 Stainless Steel
SHAFT SEAL………………………… Mechanical Main (Motor) Secondary (Pump)
Silicon Carbide –Rotating Face Silicon Carbide –Rotating Face
Silicon Carbide –Stationary Face Silicon Carbide –Stationary Face
Nitrile - Elastomer
300 Series Stainless Steel - Hardware
BEARING (UPPER)………………… Single Row, Ball, Oil Lubricated
BEARING (LOWER)………………... Single Row, Ball, Oil Lubricated
SLEEVE BEARING ………………… Bronze with Oil Groove
HARDWARE…………………………. 300 Series Stainless Steel
O-RINGS……………………………… Buna-N
CORD…………………………………. 10-3 AWG, Type SOOW (“C” Model)
10-5 AWG, Type SOOW (Single Phase)
14-7 AWG, Type SOOW (Three Phase)
30’Length Standard. Other Lengths Available.
CORD ENTRY………………………. Watertight Sealed Design
Agency-Approved, Watertight Strain Relief Cord Grip –Outer Jacket Seal
Epoxy Potted –Inner Conductor Seal
MOTOR (SINGLE PHASE)………… 2 HP, 3450 RPM, 60 Hz
208 or 240 volts Available
Includes Overload Protection in the Motor.
Oil Filled, Class F
Capacitor Start / Capacitor Run

9 Effective June 2016 -
Start Capacitor Run Capacitor
208 & 240 Volt Models.................... 216-259 mfd, 250 VAC 50 mfd, 370 VAC
MOTOR (THREE PHASE)…………. 2 HP, 3450 RPM, 60 Hz
Tri-voltage, 208 / 230 / 460 volts
On-Winding temperature sensor, requires temperature sensor circuitry
in control panel
Oil Filled, Class F
OPTIONAL EQUIPMENT…………. Seal Materials
Additional Cable Lengths
Impeller Trims

10 Effective June 2016 -
Installation
USAGE:
The 2 HP grinder pumps are for pumping
domestic sewage. One pump can handle the
sewage from a maximum of 2 homes.
These pumps are not to be used for
pumping commercial or industrial sewage
from factories, schools, motels, apartments,
etc..
This pump is intended to grind and pump all
normal sewage for home use. It will handle
reasonable quantities of disposable diapers,
sanitary napkins, paper towels, rubber
material, wood, cigarette butts, string,
plastic and other material not normally
found in sewage.
CAUTION!
Pump is not to be disassembled in the field
except at certified service stations or at the
factory. Warranty is void if pump is taken
apart for any reason other than to replace
grinder impeller and grinder ring, which is
covered in these instructions.
PACKAGING
Each pump is packaged with 30 feet of
power cord in a carton that is marked with
the Model Number. Longer cords are
available –consult factory.
INSPECTING PUMP
Before making any piping or electrical
connections, check pump for any shipping
damage. Turn grinder impeller to be sure it
is free. DO NOT TURN IMPELLER WITH
FINGERS AS EDGES ARE SHARP. Use allen
wrench in the impeller screw to turn the
impeller.
CAUTION!
No persons should be in the basin when
pump is lowered into position! DO NOT lift
pump in a manner where failure could result
in loss of life.
After pump is installed in basin, NEVER
WORK ON MOTOR OR GRINDER UNIT
WITHOUT DISCONNECTING MOTOR LEAD
WIRES FROM CONTROL PANEL. DO NOT
RELY UPON OPENING THE CIRCUIT
BREAKER ONLY!
ELECTRICAL:
MOTOR OVERLOAD PROTECTION
Single phase motors are provided with an
on-winding thermal overload switch. If
motor overloads or overheats for any
reason, the switch opens, stopping motor.
As soon as the motor cools to normal
temperature, the switch automatically
closes and restarts motor.
MOISTURE DETECTION
All 2 HP, dual seal grinder pumps with
external start kit or 3-phase, contain an
electrode for detecting water within the unit.
The electrode is housed within the
secondary seal chamber, isolated from the
motor chamber. If the electrode detects
water within the oil-filled housing, it will
close the circuit to the red alarm light in the
control panel, indicating the pump must be
serviced before the upper seal fails.
MOTOR POWER CORDS
Pump models with seal leak detector, single
phase use a 10AWG-5C cord, three phase
use a 14AWG-7C cord. Models without seal
leak use a 10AWG-3C cord. The three power
conductors are BLACK, WHITE and RED.
The ORANGE conductor connects to the
seal leak probe and GREEN conductor
connects to the ground screw inside the
cord cap.
For single phase,
BLACK is “Common”
WHITE is “Run”
RED is “Start”.
IMPORTANT!
Ground wires must be connected in the
control box to grounding bar, which is
connected to a good suitable ground.
MOTOR IS NOT SAFE UNLESS PROPERLY
GROUNDED.
IMPELLER ROTATION: When looking at the
bottom of the pump and through the inlet of
the volute, rotation of the impeller is
COUNTER-CLOCKWISE.

11 Effective June 2016 -
TROUBLESHOOTING
The troubles listed below are potential problems involving the pump. Other troubles can occur from
faulty control box operation. Consult control box instructions for troubleshooting list involving the
control box.
PROBLEM PROBABLE CAUSE
Pump will not run. Tripped breaker, blown fuse, poor electrical connection, interruption of
power, improper power supply.
Float switch defective or restricted.
On single phase pumps, electronic start switch or capacitors blown.
Overload in motor tripped.
Solid material lodged in pump inlet.
Pump runs, but does not Pump impeller may be air locked. Start and stop pump several times to
pump liquid from basin. purge air. Check to ensure vent hole in volute is open and clean.
Lower “OFF” float may be set too low, allowing air into pump.
Pump inlet or valves in discharge pipe may be clogged.
Discharge valve may be closed.
Pump hums, but does not run. Incorrect voltage.
Pump inlet plugged.
Cutter jammed or loose on shaft, worn or damaged.
Pump delivers low volume Low voltage.
of water. On three phase pumps, motor running backwards.
Discharge restricted.
Check valve stuck closed or installed backwards.
Pump motor damaged / worn.
Pump may be air locked.
Cutter loose or jammed on shaft, worn or damaged.
Pump is noisy. Grinder impeller may be rubbing against grinder ring due to
misalignment, bent shaft or object stuck in impeller.
Grinder assembly may be partially clogged.
Pump cavitation due to low discharge pressure.
Pump cycles frequently. Check valve stuck closed or installed backwards.
Ground water entering basin.
Fixtures are leaking.
Pump will not turn off. Float switch defective or movement restricted.
H-O-A switch in panel is in “HAND” position.
Pump may be air locked.
Excessive inflow / pump not sized for the application.
Grease and solids Pump “ON” switch may be set too high.
accumulated in basin and Debris may have accumulated around lower float weight causing pump
will not pump out. to turn off too soon. Clean debris away from weight and cord.
Red light illuminated at Moisture detection in double seal pumps indicating service is required.
control box. Lower seal has failed. Secondary seal still functioning.
Circuit breaker trips. Electrical short to ground.
Check troubleshooting in control panel before pulling pump.
Check all electrical cords for damage.
Pull pump and take resistance readings of motor to determine if problem
is in the pump or control box.

12 Effective June 2016 -
REPLACING GRINDER IMPELLER AND
SHREDDING RING “RADIAL CUTTERS”
Note: This is the only disassembly operation permitted in the field.
All other repairs must be performed at an authorized service center or the factory.
STANDARD TOOLS REQUIRED:
Standard socket wrench set.
Standard set of open end wrenches.
Hammer.
Vise grip pliers.
Allen head socket set.
Screwdrivers.
Wire brush.
CAUTION –Disconnect all power and control wires to motor at the control panel before starting
the disassembly operations. Do not rely upon opening the circuit breaker only.
IMPORTANT –Pump should be sanitized with bleach before starting work.
Pump should be thoroughly cleaned of trash and deposits before starting
disassembly operations.
Wear protective gloves and clothing.
Always use a rag on the impeller when turning to prevent cutting hands on the
sharp edges of the shredding ring.
DISASSEMBLY OF SHREDDING RING AND GRINDER IMPELLER
1. Hold the grinder impeller by prying against the impeller cutting bar and remove the allen head cap
screw from the end of the shaft.
2. Use a large screwdriver in the slot end of the shaft and tap (counterclockwise) on one of the large cutter
vanes with a hammer. Tap in a counterclockwise direction (thread is right hand).
3. If the impeller removes easily, clean and replace if worn.
4. Make sure the pump impeller has not loosened when the grinder impeller was removed. This can be
checked on reassembly of grinder impeller and shredding ring. The tips of the impeller cutter vanes
should extend 1/8” below the bottom of the shredding ring. If the distance is greater, the pump impeller
has loosened. If the distance is less, the shredding ring is not properly seated.
5. After the volute case has been removed, insert screwdriver in slot end of shaft and tap hammer against
the outer vane of the ductile iron pump impeller (clockwise) to ensure it is threaded tight against
shoulder on shaft.
6. Use large screwdriver to tap stainless steel cutter ring from cast iron volute.
7. Clean all threads with a wire brush and file smooth any nicked threads. Use NEVER-SEEZE or other
graphite compound on threads before replacing grinder impeller.

13 Effective June 2016 -
8. Make sure allen head cap screw in bottom of pump shaft is tight. Make sure the impeller turns freely by
hand after reassembly. Some drag will be present due to the shaft seals. There should not be any
binding or tight spots when turning the grinder impeller.
REPLACING IMPELLER AND RETAINER PLATE
“AXIAL SLICERS”
Note: This is the only disassembly operation permitted in the field.
All other repairs must be performed at an authorized service center or the factory.
STANDARD TOOLS REQUIRED:
Standard socket wrench set.
Ball-peen Hammer.
Feeler Gauges (minimum range .008-.012 inches)
Vise grip pliers.
Allen head socket set.
Screwdrivers.
Wire brush.
CAUTION –Disconnect all power and control wires to motor at the control panel before starting
the disassembly operations. Do not rely upon opening the circuit breaker only.
IMPORTANT –Pump should be sanitized with bleach before starting work.
Pump should be thoroughly cleaned of trash and deposits before starting
disassembly operations.
Wear protective gloves and clothing.
Always use a rag on the impeller when turning to prevent cutting hands on the
sharp edges of the impeller and slicer plate.

14 Effective June 2016 -
DISASSEMBLY OR REPLACING OF SLICER PLATE AND SLICER IMPELLER
1. Remove Slicer retainer (3 bolts).
2. Use a ball-peen hammer to tap onto (3 blade) rotary slicer impeller. Tap in a counterclockwise direction
(thread is right hand).
3. Remove “disk-shaped” slicer plate. May have to pry with screwdriver.
4. Once slicer plate is removed, shims will be visible on threaded shaft.
5. Slicer parts can now be cleaned and reassembled or replaced.
6. If discarding all shims, you must use new shims from shim kit.
7. Place (Qty:2) .01 inch shims onto threaded shaft, making certain to align keyway of stock with shaft.
8. Place new or cleaned slicer plate onto threaded shaft, making sure shims stay in place along keyway.
9. Place new or cleaned rotary (3 blade) slicer impeller onto threaded shaft, turning (Clockwise).
10. Rotate onto shaft with hands until snug. Use ball-peen hammer to lock onto shaft.
11. IMPORTANT: USING FEELER GAUGES, CHECK DISTANCE BETWEEN SLICER PLATE AND
SLICER IMPELLER. DISTANCE TOLERANCE (.008-.012 INCHES).
12. If tolerance is satisfactory, go to step 13. If tolerance is beyond or under range, go back to step 7.
13. Place new or cleaned slicer retainer onto volute bottom.
14. Make sure the impeller turns freely by hand after reassembly. Some drag will be present due to the
shaft seals. There should not be any binding or tight spots when turning the slicer impeller.
START KIT REPLACEMENT “C” MODEL
1. Place pump in upright position.
2. Loosen cord cap retaining bolts (1). Keen recommends that a rag or towel be wrapped around the joint
where the cord cap and bearing housing meet.
3. Slowly move cord cap upward until any pressure that may be present is released, remove the retaining
bolts and lift off cord cap.
4. Remove resistor mounting screws (2) and replace resistor as required. Wire per attached diagram and
reinstall.
5. Remove start switch (3) mounting screw and replace start switch as required. Wire per attached
diagram and reinstall.
6. Remove bracket mounting screws (4) as required, to lift entire assembly from casting.
7. Remove capacitor screw from backside of dual bracket (5) and replace start/run capacitors as required.
8. Clean mating surfaces and inspect O-Ring for cuts or damage (replace if necessary). Reinstall cord
cap.
9. Check power cord at plug with ohm meter for shorts to ground.

15 Effective June 2016 -

16 Effective June 2016 -
REPAIR PARTS LIST

17 Effective June 2016 -

18 Effective June 2016 -
Pump Model Numbers w/ Axial Slicers
KGSL2-2001/2301/2401(C)
KHGSL2-2001/2301/2401(C)
KGSL2-2003/2303/4603
KHGSL2-2003/2303/4603
REF.
#
DESCRIPTION
QTY.
PART NUMBER
QTY.
PART NUMBER
Castings
1
Bearing Plate, Upper, Cast Iron
1
KGX2004
1
KGX2004
1
Assembly, Upper Bearing Plate “C” Models
1
KGA2070-5-03
-
-
2
Housing, Lower Bearing, Cast Iron
1
K0467-2-01X
1
K0467-2-01X
3
Seal Plate, Lower, Cast Iron (w/ bushing)
1
K0447-5-01X
1
K0447-5-01X
4
Volute Case, Cast Iron
1
K0444-2-01
1
K0444-2-01
5
Adapter, Discharge, Vertical, 1-1/4" NPT, Cast iron
1
K0448-2-01
1
K0448-2-01
Repair parts
7
Seal, Shaft, Lower and Upper, Sil. Carbide, Type 21
2
KG2172
2
KG2172
8
O-Ring, Buna-N, Motor, Cord Cap, Brg. Hsg.,5-7/8 OD
4
KG2010
4
KG2010
9
O-Ring, volute adapter, Buna-N, 6.234 ID
1
K0166-1-08
1
K0166-1-08
10
Bearing, Ball, Upper Ball, 1.575OD
1
KG2003
1
KG2003
11
Bearing, Ball, LOWER, 2.047OD
1
KG2009
1
KG2009
Hardware & Miscellanies parts
12
Screw, Cap, 1/2-13UNC x 1" LG, SST
2
CS1/2X1SS
2
CS1/2X1SS
13
Screw, Cap, 5/16-18UNC x 1-3/4" LG, SST
4
CS5/16X1-3/4SS
4
CS5/16X1-3/4SS
14
Screw, Cap, 5/16-18UNC x 1-1/4" LG, SST
4
CS5/16X1-1/4SS
4
CS5/16X1-1/4SS
15
Screw, Cap, 5/16-18UNC x 1-1/2" LG, SST
4
CS5/16X1-1/2SS
4
CS5/16X1-1/2SS
16
Screw, Cap, 10-32UNC x 5/8" LG, SST
1
CS10X5/8SS
1
CS10X5/8SS
17
Screw, RD Head, Drive, #4-7UNC x 1/4 “ LG, SST
4
DS4X1/4SS
4
DS4X1/4SS
18
Screw, Cap, C-sunk, 1/4-20UNC x 5/8" LG, SST
3
K0317-1-02
3
K0317-1-02
19
Screw, Skt Hd, (Allen) 1/4 -20UNC x 3/4 “ LG, SST
1
SCS1/4X3/4SS
1
SCS1/4X3/4SS
20
Washer, Impeller, KGS series
1
K0451-1-01
1
K0451-1-01
22
Shim, 5/8” ID x 1.00” OD x .005, SST
2
K0458-1-01
2
K0458-1-01
23
Nameplate, FM
1
KNP0001
1
KNP0001
24
Handle, Lifting, SST
1
KG2017
1
KG2017
25
Oil, KEEN I.C.E. Dielectric
68 oz
K0181-1-01
68 oz
K0181-1-01
26
Assembly, Housing & Stator 208 Volt 1 ph
1
KGA2097-5-200
-
-
26
Assembly, Housing & Stator 240 Volt 1 ph
1
KGA2097-5-100
-
-
26
Assembly, Housing & Stator 208/230/460 Volt 3 ph
-
-
1
KGX2098
Housing, motor, Cast iron
1
KGX2006
1
KGX2006
Stator 208 Volt 1 ph
1
KG2007
-
-
Stator 240 Volt 1 ph
1
K0477-1
-
-
Stator 208/230/460 Volt 3 ph
-
-
1
KG2013
27
Assy, Cord Cap, 30 ft. length cord. 10/6
1
KGX2099-10630
-
-
27
Assy, Cord Cap, 30 ft. length cord. 10/3 “C” Model
1
KGX2099-103
-
-
27
Assy, Cord Cap, 30 ft. length cord. 14/8
1
-
1
K0133-5-30
28
Rotor and shaft assembly, 1 & 3 phase , Hazloc
1
KGX2096
1
KGX2096
29
Pre-insulated Crimp Wire Connector 6LU61
6
WC2-10
8
WC2-10
30
Impeller, SST, High Flow, 5.50” Dia.
1
K0464-2-02
1
K0464-2-02
30
Impeller, SST, High Head, 6.50” Dia.
1
K0464-2-01
1
K0464-2-01
31
Plate, Slicer, SST, High Flow
1
K0452-2-01
1
K0452-2-01
31
Plate, Slicer, SST, High Head
1
K0452-2-200
1
K0452-2-200
32
Impeller, Slicer, 3-Blade, SST
1
K0454-2-100
1
K0454-2-100
33
Plug, 1/4" NPT pipe, SST
3
PLUG1/4
3
PLUG1/4
34
Assy, Wire, Moisture Detector w/ resistor
1
K0138-1-01
1
K0138-1-01
35
Resistor, 330k ohm
1
K0381-1-01
1
K0381-1-01
35
Sensor, Moisture
1
KG2160
1
KG2160
36
Capacitor, Start, 216-259 Mfd, 250 VAC
1
K0408-1-02
-
-
37
Capacitor, Run, 50 Mfd, 370 VAC
1
K0341-1-01
-
-

19 Effective June 2016 -
38
Assembly, Start switch (230V)
1
K0653-5-01
-
-
40
Washer, Lock, 3/8” SST
2
LWASH3/8SS
2
LWASH3/8SS
41
Screw, Cap, 3/8-16UNC x 1” LG, SST
2
CS3/8X1SS
2
CS3/8X1SS
42
Plate, Slicer retainer, SST
1
K0453-1-01
1
K0453-1-01
Pump Model Numbers w/ Radial
Cutters
KGS2-2001/2301/2401(C)
KHGS2-2001/2301/2401(C)
KGS2-2003/2303/4603
KHGS2-2003/2303/4603
REF.
#
DESCRIPTION
QTY.
PART NUMBER
QTY.
PART NUMBER
Castings
1
Bearing Plate, Upper, Cast Iron
1
KGX2004
1
KGX2004
1
Assembly, Upper Bearing Plate “C” Models
1
KGA2070-5-03
-
-
2
Housing, Lower Bearing, Cast Iron
1
K0467-2-01X
1
K0467-2-01X
3
Seal Plate, Lower, w/ Bushing, Cast Iron
1
K0447-5-01X
1
K0447-5-01X
4
Volute Case, Cast Iron
1
K0444-2-01
1
K0444-2-01
5
Adapter, Discharge, Vertical, 1-1/4" NPT, Cast iron
1
K0448-2-01
1
K0448-2-01
Repair parts
7
Seal, Shaft, Lower and Upper, Sil. Carbide, Type 21
2
KG2172
2
KG2172
8
O-Ring, Buna-N, Motor, Cord Cap, Brg. Hsg.,5-7/8 OD
4
KG2010
4
KG2010
9
O-Ring, volute adapter, Buna-N, 6.234 ID
1
K0166-1-08
1
K0166-1-08
10
Bearing, Ball, Upper Ball, 1.575OD
1
KG2003
1
KG2003
11
Bearing, Ball, LOWER, 2.047OD
1
KG2009
1
KG2009
Hardware & Miscellanies parts
12
Screw, Cap, 1/2-13UNC x 1" LG, SST
2
CS1/2X1SS
2
CS1/2X1SS
13
Screw, Cap, 5/16-18UNC x 1-3/4" LG, SST
4
CS5/16X1-3/4SS
4
CS5/16X1-3/4SS
14
Screw, Cap, 5/16-18UNC x 1-1/4" LG, SST
4
CS5/16X1-1/4SS
4
CS5/16X1-1/4SS
15
Screw, Cap, 5/16-18UNC x 1-1/2" LG, SST
4
CS5/16X1-1/2SS
4
CS5/16X1-1/2SS
16
Screw, Cap, 10-32UNC x 5/8" LG, SST
1
CS10X5/8SS
1
CS10X5/8SS
17
Screw, RD Head, Drive, #4-7UNC x 1/4 “ LG, SST
4
DS4X1/4SS
4
DS4X1/4SS
18
Screw, Cap, 1/4-20UNC x 1" LG, SST
3
CS1/4X1SS
3
CS1/4X1SS
19
Screw, Skt Hd, (Allen) 1/4 -20UNC x 3/4 “ LG, SST
1
SCS1/4X3/4SS
1
SCS1/4X3/4SS
20
Washer, Impeller, KGS series
1
K0451-1-01
1
K0451-1-01
21
Retaining Ring, Disc, 2hp slicer impeller, SST
1
K0558-3-01
1
K0558-3-01
22
Shim, 5/8” ID x 1.00” OD x .005, SST
2
K0458-1-01
2
K0458-1-01
23
Nameplate, FM
1
KNP0001
1
KNP0001
24
Handle, Lifting, SST
1
KG2017
1
KG2017
25
Oil, KEEN I.C.E. Dielectric
68 oz
K0181-1-01
68 oz
K0181-1-01
26
Assembly, Housing & Stator 208 Volt 1 ph
1
KGA2097-5-200
-
-
26
Assembly, Housing & Stator 240 Volt 1 ph
1
KGA2097-5-100
-
-
26
Assembly, Housing & Stator 208/230/460 Volt 3 ph
-
-
1
KGX2098
Housing, motor, Cast iron
1
KGX2006
1
KGX2006
Stator 208 Volt 1 ph
1
KG2007
-
-
Stator 240 Volt 1 ph
1
K0477-1
-
-
Stator 208/230/460 Volt 3 ph
-
-
1
KG2013
27
Assy, Cord Cap, 30 ft. length cord. 10/6
1
KGX2099-10630
-
-
27
Assy, Cord Cap, 30 ft. length cord. 10/3 “C” Model
1
KGX2099-103
-
-
27
Assy, Cord Cap, 30 ft. length cord. 14/8
1
-
1
K0133-5-30
28
Rotor and shaft assembly, 1 & 3 phase , Hazloc
1
KGX2096
1
KGX2096
29
Pre-insulated Crimp Wire Connector 6LU61
6
WC2-10
8
WC2-10
30
Impeller, SST, High Flow, 5.50” Dia.
1
K0464-2-02
1
K0464-2-02
30
Impeller, SST, High Head, 6.50” Dia.
1
K0464-2-01
1
K0464-2-01
31
Ring, Grinder, SST, High Flow
1
KG2149-2-01
1
KG2149-2-01

20 Effective June 2016 -
31
Ring, Grinder, SST, High Head
1
KG2072-2-01
1
KG2072-2-01
32
Impeller, Grinding, SST
1
KG2150-2-01
1
KG2150-2-01
33
Plug, 1/4" NPT pipe, SST
3
PLUG1/4
3
PLUG1/4
34
Assy, Wire, Moisture Detector w/ resistor
1
K0138-1-01
1
K0138-1-01
35
Resistor, 330k ohm
1
K0381-1-01
1
K0381-1-01
35
Sensor, Moisture
1
KG2160
1
KG2160
36
Capacitor, Start, 216-259 Mfd, 250 VAC
1
K0408-1-02
-
-
37
Capacitor, Run, 50 Mfd, 370 VAC
1
K0341-1-01
-
-
38
Assembly, Start switch (230V)
1
K0653-5-01
-
-
40
Washer, Lock, 3/8” SST
2
LWASH3/8SS
2
LWASH3/8SS
41
Screw, Cap, 3/8-16UNC x 1” LG, SST
2
CS3/8X1SS
2
CS3/8X1SS