Pentair Pool Products Hydromatic SKHS 100 Manual

Submersible High Head
Sewage Ejector
Available Horsepower:
1/2, 1, 1-1/2, 2
SKHS Series
NOTE! To the installer: Please make sure you provide
this manual to the owner of the pumping equipment or to
the responsible party who maintains the system.
Pump Installation and Service Manual
W-03-379 (Rev. 2/18/09)

2
Thank you for purchasing your
Hydromatic®pump. To help
ensure years of trouble-free
operation, please read the follow-
ing manual carefully.
Before Operation:
Reasonable care and safe methods
should be practiced. Check local
codes and requirements before
installation.
Attention:
This manual contains important
information for the safe use of
this product. Read this manual
completely before using this
product and refer to it often for
continued safe product use.
DO NOT THROW AWAY OR
LOSE THIS MANUAL. Keep it
in a safe place so that you may
refer to it often.
WARNING: Before handling
these pumps and controls,
always disconnect the power
first. Do not smoke or use
sparkable electrical devices or
flames in a septic (gaseous) or
possible septic sump.
To reduce risk of electrical shock:
1. Risk of Electrical Shock:
This pump has not been
investigated for use in
swimming pool areas.
2. Risk of Electrical Shock:
Connect only to a properly
grounded receptacle.
Septic tank to be vented
in accordance with local
plumbing codes.
Do not smoke or use sparkable
electrical devices or flame in a
septic (gaseous) or possible
septic sump.
If septic sump conditions exist
and if entry into sump is
necessary, then (1) provide
proper safety precautions per
OSHA requirements and (2)
do not enter sump until
these precautions are strictly
adhered to.
Do not install pump in location
classified as hazardous per
N.E.C., ANSI/NFPA 70 - 1999.
Failure to heed above cautions
could result in injury or death.
General
Information
Pump
Warning
4. Use steel or plastic pipe for
all connecting lines between
pump and sewer outlet.
Note: Some city regulations
do not allow installing a pump
with plastic pipe. Check local
regulations.
5. In applications where the
pump may sit idle for months
at a time, it is recommended
that the pump(s) be cycled
every month to ensure the
pumping system is working
properly when needed.
6. A Hydromatic check valve
should be installed in
discharge pipe.
7. An audible alarm system for
high water conditions should
be installed in every pump for
maximum protection. Contact
your Hydromatic distributor for
proper control panel.
NOTE: Wire pump(s) and
panel to comply with local and
state codes.
8. Use pump partially or
completely submerged for
pumping waterlike liquids
(temperature to 140°F). The
SKHS Series will pump solid
materials up to 2" (spherical)
in diameter. This pump has
not been investigated for use
in swimming pool areas.
9. CAUTION: Do not pump
flammable liquids. Strong
chemicals or salt water
should not be pumped
without consulting your
Hydromatic distributor for
proper seals and coatings.
Installation
Instructions
These important instructions
must be followed for satisfactory
performance of your pump.
Before installation, check
your local electrical and
plumbing codes.
1. Provide proper pit on sewage
tank. Run time minimum is
two minutes. For maximum
pump life three minutes is
recommended.
2. Make sure sump is free of
string, cloth, nails, gravel, etc.
before installing pump.
3. Do not set pump directly on
the bottom of sump if it is
not solid. Raise the pump by
placing bricks or concrete
blocks underneath it.

3
Pump
Installation
Simplex SKHS Series
Duplex SKHS Series

4
Pump
Servicing
Read the following instructions
carefully before replacing any
parts. Reasonable care and safe
methods should be practiced.
Check local codes and
requirements before installation.
Only competent electrician
should make the installations.
Before removing the pump from
its installation for repairs, check
first to see if the trouble is
caused by:
1. Miswiring of the pump into
the terminal block.
2. Miswiring of the float level
controls into the panel.
3. Miswiring inside the
control panel.
4. Tripped circuit breaker. If the
breaker is manually reset and
then trips off again, the
problem could be:
a. short circuit in motor or
control panel
b. water in the motor
housing
c. insufficient amp capacity
of wiring or breakers, or low
voltage supply
d. improper panel wiring
5. Tripped overload. If overload
is manually reset and then
trips off again, the problem
could be:
a. pump or piping clogged
b. pump motor or bearings
may be defective
c. start capacitor in motor
may have failed
d. pump may be miswired to
terminal block head lower
than rating, pumping too
much liquid
6. Air locked pump. Disconnect
piping at union and run until
all air bubbles are expelled.
7. Wrong impeller rotation.
The rotation should be
counterclockwise when
looking at the impeller. Correct
improper rotation on three
phase pumps by reversing any
two line leads. No rotation
check is necessary on single
phase pumps.
8. Closed discharge gate valve.
9. Plugged impeller or pipeline.
10.Discharge head may be too
high. Check elevation against
design point of pump.
11. Floats not hanging free in
the sump.
12.Malfunctioning floats.
WARNING: Be certain power
to pump is off! Disconnect
pump power cord from
terminals and remove pump
from sump.
1. Clean any dirt or trash from
the outside of the pump
before dismantling.
2. Check for an obstruction in
the impeller by looking
through the suction hole of
the pump. The shaft should
turn freely if unobstructed.
Keep fingers, clothing or any
40
0
10
20
30
TOTAL DYNAMIC HEAD-FEET
50
60
032 64 96 128 160 192
CAPACITY-U.S. G.P.M.
70
80
1/2 HP
1 HP
1-1/2 HP
2 HP

5
material from suction inlet.
Serious injury may occur
if pump is connected to
power source.
3. Obtain an ohmmeter to test
for burned or broken wires or
for defective stator winding.
Set ohmmeter scale pointer to
RX1 scale and check the
meter by putting both meter
leads together and adjusting
the needle knob until the
meter reads zero. If the meter
cannot be adjusted to zero, the
batteries need to be replaced.
For three phase pumps, attach
one meter lead to the white
cord wire of the power cord
and the other meter lead to the
black cord wire. This reading
should equal the resistance of
one phase (see winding
resistance chart). Repeat the
above procedure for white and
red wires and red and black
wires. Each of the three
separate readings should read
approximately the same. If no
resistance is obtainable for any
of the three phases, either a
wire is broken, there is a bad
connection, or the winding is
defective. Skip steps 5 and 8 if
resistance is OK. Disconnect
from power supply.
Remove plug (#24) from top
of motor housing and pour oil
into container, preferably
clear, so that oil can be
observed.
1. If oil is clear, it will indicate
motor is not burned and there
has been no water leak into
the motor. If oil is cloudy, it
will indicate water in motor,
or, if oil is black, it will
indicate a burned stator.
2. After draining oil, carefully
remove the hex head cap
screws (#5) from the motor
housing (#3). Carefully lift off
the motor housing (#3),
exposing the capacitor (1ø
only) and the motor assembly.
3. On single phase (one phase)
units, check capacitor using
ohmmeter. With ohmmeter
scale set at R X 1000, attach
meter leads to capacitor. The
meter needle should go to
zero and come back slowly. If
it does not, the capacitor
should be replaced.
4. Disconnect power cord leads
and unscrew the green ground
lead from top of motor.
5. On three phase units,
carefully loosen the power
cord assembly (#1) from the
motor housing (#3). With
power cord loose, remove the
four wire nuts and screws (#2)
and carefully lift off the motor
housing (#3) and the motor
assembly.
6. Unscrew wire nuts (#2) and
remove the power cord (#1)
from the pump. Using the
spade terminals coming from
the motor (#4) check the
winding resistance with
an ohmmeter.
7. Attach one meter lead to the
motor terminal T1 and the
other meter lead to motor
terminal T4. See Winding
Resistance Chart for appropri-
ate resistance reading. If no
resistance is obtainable for
either the start or main
winding, either there is a bad
connection or the winding
is defective.
8. For three phase pumps,
remove hex head cap screws
(#5) from the motor housing
(#3) and lift up until all wire
nut connections (#2) are
outside the motor housing
(#3). Unscrew wire nuts and
remove the motor housing
(#3) from the pump.
9. Twist the three power leads of
one end of the power cord
together. Then at the other
end, with an ohmmeter, check
any two leads. Also check the
third lead with either of the
first two. If a zero reading is
indicated for any wire, the
wire is broken and a new
power cord assembly must
be ordered.
10.Set ohmmeter scale pointer to
R X 100K scale. Connect one
meter lead to one lead of the
stator and touch the other
meter lead to the motor
housing (#14). If the resistance
to ground is less than 500,000
ohms, there is moisture in the
winding or leakage through
stator insulation. The stator
must be dried out and then
rechecked on the ohmmeter. If
the resistance is still less than
500,000 ohms after drying, the

6
stator must be replaced. A
zero reading indicates a direct
short, and the stator will have
to be replaced.
11. If the winding is grounded,
remove the pipe plug (#24) in
the top of the pump and drain
the oil into a glass container.
A milky appearance to the oil
will indicate that water has
entered through worn or
damaged seals or O-rings.
If this is the case, the
mechanical seals and all
O-rings will have to be
replaced. If no apparent
moisture is seen, the stator
must be checked with a high
pot tester. Using a voltage of
1500 volts for 115 volt motors
and 2000 volts for 230 volt
motors, touch one probe to
the white lead and the other
probe to the stator laminations
for only one second. Buzzing
will indicate arcing is
occurring at a breakdown of
insulation or a small amount
of moisture is present. The
stator will then have to be
dried out or replaced.
The high pot test is very
destructive, so each time the
same stator is checked, the
voltage should be lowered
about 250 volts. If not, you
may cause the stator to
short by breaking down
the insulation.
CAUTION: Due to the high
voltage, use extreme care when
using the high pot tester. A
dangerous shock can be
avoided with careful handling
of the test probes.
12.Repeat step 3, this time
attaching the meter leads to
the stator wires. If a zero
reading is obtained, the
winding is defective and the
stator must be replaced.
13.Unscrew the hex head cap
screws (#16) and remove the
volute (#11).
14.Remove the impeller (#16) on
single phase pumps by first
holding the rotor shaft with a
screwdriver and then tapping
the impeller off the shaft
carefully with a plastic or
rubber hammer. Note that
threads are right-hand. If
pump is three phase, remove
the impeller washer (#14) and
impeller screw (#15) before
unscrewing the impeller
as above.
15.The impeller should spin free.
The impeller holds the
rotation carbon ring of the
lower mechanical seal (#7)
against the stationary ceramic
seat by compressing a
stainless steel spring.
16.Remove the flat head machine
screws (#13) from the clamp
ring (#12) and lift the adapter
housing (#6) from the bearing
seal plate (#20).
17.Remove the four hex head
bolts from motor shell and lift
the motor (#4) from the seal
plate (#20). A screwdriver
can be inserted under the
stator shell in order to remove
the stator.
18.Bump the end of the shaft
with a plastic hammer. This
will push the rotor and shaft
and also push the lower
bearing from the seal plate
(#20). Now remove the shaft,
rotor, and bearing assembly
(#A4) from the ceramic seat
and rubber sleeve of seal (#7)
from the seal plate (#20).
19.If water was found in the oil,
the mechanical seal (#7) must
be replaced.
20.Turn the bearing by hand; if it
feels rough when turned or
looks rusted, it should be
replaced. Obtain a bearing
puller to remove the bearing. If
a puller cannot be placed over
the bearing, remove the outer
face by cracking in a vise.
Now the outer face and balls
can be removed, allowing the
inner face to be pulled.
Reassembly:
1. Thoroughly clean the seal
plate (#20), particularly the
seal and bearing pockets.
All sand and dirt must
be removed.
2. If the seal (#2) was removed
as in step 14, coat the
replacement seal with O-ring
lube and use a plastic pusher
to press it into the seal plate
(#20). Make sure the rubber
ring goes in first. Do not use
any sharp objects that may
damage the seal.
3. Push the shaft, rotor and ball
bearing assembly into the seal
plate (#20), being careful not
to chip the ceramic of the
stationary seal half. Make sure
the rubber ring goes in first.

7
4. Replace the motor (#4) if it is
visibly burned or if the
ground resistance test (step 3)
or the winding resistance test
has failed. Replace the four
motor bolts.
5. Remove the old O-ring (#19),
regardless of condition, and
replace. Place the new
O-ring over the seal plate
(#20) shoulder.
6. Clean the adapter housing
(#6) thoroughly, then position
it onto the seal plate (#20).
Coat the rubber ring on the
rotating seal half with O-ring
lube and press the seal onto
the shaft with the rubber ring
facing the impeller.
7. Clamp ring (#12) over the
bearing/seal plate (#20) and
use the flat head machine
screws (#13) to fasten down.
CAUTION: Mixing old and
new seal parts will cause
immediate seal failure. When
replacing seal, use a complete
new seal only. Place seal spring
and washer seat over motor
shaft and the impeller on the
shaft. On three phase pumps,
replace pin impeller washer
(#14) and screw (#15).
8. Turn impeller (#16). It should
turn freely with no drag.
9. Set the seal housing and
adapter housing assembly
onto the volute case (11) and
secure with three hex head
screws (18).
10.Reach in the eye of the volute
(11) and turn impeller (16)
again. It should turn freely
with no drag.
11. If necessary to replace the
power cord assembly (1) refer
to the wiring diagrams in this
manual. Secure wires together
with wire nuts (#2) only.
12.First slip the power lead wires
through the holes in the motor
housing (#3) assembly. Coat
the cord grip threads with pipe
dope or apply Teflon®tape
and screw the new power cord
assembly (#1) into the motor
housing (#3). Tighten down
the knurled nut with either
pliers or a pipe wrench. Place
the ground screw through the
terminal of the green ground
wire and tighten into the top
of the motor housing (#4).
Referring to wiring diagrams
in this manual, secure wires
together with wire nuts (#2).
Do not tape leads together as
the hot oil will deteriorate the
tape and cause motor failure.
Secure motor housing (#3) to
adapter (#6) by using four hex
head screws (#5).
13.Before filling the motor
housing with oil, an air test
should be performed. Apply 7
to 8 pounds of air pressure in
the 1⁄4" NPT tap (#24) on the
top of the motor housing.
(Note: Too much pressure will
damage the seal.) Then
submerge the pump in water
and check for leaks. If a leak
occurs, isolate where it is
coming from and correct the
problem by replacing the
sealing part. If there are no
leaks, fill the motor and seal
housing with high grade
transformer oil to at least one
inch below top of housing.
Do not fill the motor housing
completely; allow air space
for expansion. Replace oil
plugs (24).
14.Connect power cord wires to
terminals, connect power, and
check pump running. Motor
should run smoothly and be
free of vibration. Replace
pump back into pit.

8
SKHS50
Parts List
25
26 27
1
24
2
23
19
3
4
5
6
8
9
10
11
19
7
1213141516
20
18
5926 0109
Ref. No. Description Part No. Qty.
1 POWER CORD ASSY. 13216-001-5 (115V/1 PH.-20') 1
1 POWER CORD ASSY. 13216-020-5 (208-230V 1 PH.-20') 1
1 POWER CORD ASSY. 13216-089-5 (ALL 3 PH.-20') 1
2 CONNECTOR-WIRE 73-001-1 (ALL 3 PH.) 4
3 MOTOR HOUSING 56-023-2 1
4 MOTOR 14958-000-1 (115V 1 PH.) 1
4 MOTOR 14958-001-1 (230V 1 PH.) 1
4 MOTOR 14958-002-1 (208/230/460V 3 PH.) 1
4 MOTOR 14958-003-1 (575V 3 PH.) 1
4 MOTOR 14958-004-1 (208V 1 PH.) 1
5 SCREW-HHC 19100A012 4
6 ADAPTER 12709-000-2 1
7 SEAL-TYPE 21 1556-000-1 1
8 DISCHARGE FLANGE 208-000-2 1
10 FLANGE GASKET 324-001-1 1
11 VOLUTE CASE 6818-002-2 1
12 CLAMP RING 5677-000-3 1
13 SCREW-FLAT HEAD 984-001-1 3
14 IMPELLER WASHER 518-002-1 1
15 SCREW-FLAT HEAD 111-008-1 1
16 IMPELLER 4781-105-2 1
18 SCREW-HHC 101-010-1 3
19 O-RING 77-003-1 2
20 BEARING/SEAL PLATE 6846-000-2 1
21 FLOAT SWITCH ASS’Y 14595-120-1 (115V 1 PH.) 20' 1
21 FLOAT SWITCH ASS’Y 13967-025-1 (208/230V 1 PH.) 20' 1
23 HANDLE ASS’Y 60-000-5 1
24 PIPE PLUG 14981-001-1 1
25 NAMEPLATE 13425-004-1 (ALL 1 PH.) 1
25 NAMEPLATE 13425-003-1 (ALL 3 PH.) 1
26 OIL — O.7
27 DRIVE SCREW 4580-001-1 2
NOT SHOWN SEALANT 14801-010-1 EX.
WIRING DIAGRAMS
Ref. No. Description Part No. Qty.

9
SKHS100
Parts List
1 POWER CORD ASSY. 13216-018-5 (208-230V 1 PH.-20') 1
1 POWER CORD ASSY. 11644-089-5 (ALL 3 PH.-20') 1
2 CONNECTOR-WIRE 73-001-1 (ALL 3 PH.) 4
3 MOTOR HOUSING 56-023-2 1
4 MOTOR 14958-008-1 (208V 1 PH.) 1
4 MOTOR 14958-005-1 (230V 1 PH.) 1
4 MOTOR 14958-006-1 (208/230/460V 3 PH.) 1
4 MOTOR 14958-007-1 (575V 1 PH.) 1
5 SCREW-HHC 19100A012 4
6 ADAPTER 12709-000-2 1
7 SEAL-TYPE 21 1556-000-1 1
8 DISCHARGE FLANGE 208-000-2 1
9 SCREW-HHC 19103A052 2
10 FLANGE GASKET 324-001-1 1
11 VOLUTE CASE 6818-002-2 1
12 CLAMP RING 5677-000-3 1
25
26 27
1
24
2
23
19
3
4
5
6
8
9
10
11
19
7
1213141516
20
18
5926 0109
13 SCREW-FLAT HEAD 984-001-1 3
14 IMPELLER WASHER 518-002-1 1
15 SCREW-FLAT HEAD 111-008-1 1
16 IMPELLER 4781-107-2 1
18 SCREW-HHC 101-010-1 3
19 O-RING 77-003-1 2
20 BEARING/SEAL PLATE 6846-000-2 1
21 FLOAT SWITCH ASS’Y 13967-025-1 (208/230V 1 PH.) 1
23 HANDLE ASS’Y 60-000-5 1
24 PIPE PLUG 14981-001-1 1
25 NAMEPLATE 13425-069-1 1
26 OIL — O.7
27 DRIVE SCREW 4580-001-1 2
NOT SHOWN SEALANT 14801-010-1 EX.
WIRING DIAGRAMS
Ref. No. Description Part No. Qty. Ref. No. Description Part No. Qty.

10
SKHS150
Parts List
25
26 27
1
24
2
23
19
3
4
5
6
8
9
10
11
19
7
1213141516
20
18
5926 0109
Ref. No. Description Part No. Qty.
1 POWER CORD ASSY. 13216-018-5 (208-230V 1 PH.-20') 1
1 POWER CORD ASSY. 11644-089-5 (ALL 3 PH.-20') 1
2 CONNECTOR-WIRE 73-001-1 (ALL 3 PH.) 4
3 MOTOR HOUSING 56-023-2 1
4 MOTOR 14958-101-1 (230V 1 PH.) 1
4 MOTOR 14958-102-1 (208/230/460 3 PH.) 1
4 MOTOR 14958-103-1 (575V 3 PH.) 1
4 MOTOR 14958-104-1 (208V 1 PH.) 1
5 SCREW-HHC 19100A012 4
6 ADAPTER 12709-000-2 1
7 SEAL-TYPE 21 1556-000-1 1
8 DISCHARGE FLANGE 208-000-2 1
9 SCREW-HHC 19103A052 2
10 FLANGE GASKET 324-001-1 1
11 VOLUTE CASE 6818-002-2 1
12 CLAMP RING 5677-000-3 1
13 SCREW-FLAT HEAD 984-001-1 3
14 IMPELLER WASHER 518-002-1 1
15 SCREW-FLAT HEAD 111-008-1 1
16 IMPELLER 4781-111-2 1
18 SCREW-HHC 101-010-1 3
19 O-RING 77-003-1 2
20 BEARING/SEAL PLATE 6846-000-2 1
21 FLOAT SWITCH ASS’Y 14595-020-1 (208/230V 1 PH.) 1
23 HANDLE ASS’Y 60-000-5 1
24 PIPE PLUG 14981-001-1 1
25 NAMEPLATE 13425-069-1 1
26 OIL — O.7
27 DRIVE SCREW 4580-001-1 2
NOT SHOWN SEALANT 14801-010-1 EX.
WIRING DIAGRAMS
PURPLE
BROWN
MOTOR
MOTOR
208/230 V
Ref. No. Description Part No. Qty.

11
SKHS200
Parts List
1 POWER CORD ASSY. 13216-018-5 (208-230V 1 PH.-20') 1
1 POWER CORD ASSY. 11644-089-5 (ALL 3 PH.-20') 1
2 CONNECTOR-WIRE 73-001-1 (ALL 3 PH.) 4
3 MOTOR HOUSING 56-023-2 1
4 MOTOR 14958-105-1 (208/230V 1 PH.) 1
4 MOTOR 14958-106-1 (208V 3 PH.) 1
4 MOTOR 14958-107-1 (230/460V 3 PH.) 1
4 MOTOR 14958-108-1 (575V 3 PH.) 1
5 SCREW-HHC 19100A012 4
6 ADAPTER 12709-000-2 1
7 SEAL-TYPE 21 1556-000-1 1
8 DISCHARGE FLANGE 208-000-2 1
9 SCREW-HHC 19100A052 2
10 FLANGE GASKET 324-001-1 1
11 VOLUTE CASE 6818-002-2 1
12 CLAMP RING 5677-000-3 1
25
26 27
1
24
2
23
19
3
4
5
6
8
9
10
11
19
7
1213141516
20
18
5926 0109
13 SCREW-FLAT HEAD 984-001-1 3
14 IMPELLER WASHER 518-002-1 1
15 SCREW-FLAT HEAD 111-008-1 1
16 IMPELLER 4781-112-2 1
18 SCREW-HHC 101-010-1 3
19 O-RING 77-003-1 2
20 BEARING/SEAL PLATE 6846-000-2 1
23 HANDLE ASS’Y 60-000-5 1
24 PIPE PLUG 14981-001-1 1
25 NAMEPLATE-1PH. 13425-069-1 1
26 OIL — O.7
27 DRIVE SCREW 4580-001-1 2
NOT SHOWN SEALANT 14801-010-1 EX.
WIRING DIAGRAMS
PURPLE
BROWN
MOTOR
MOTOR
208/230 V
Ref. No. Description Part No. Qty. Ref. No. Description Part No. Qty.

Item # W-03-379 Rev. 2/18/09Part # 5625-379-1
– Your Authorized Local Distributor –
USA
740 East 9th Street, Ashland, Ohio 44805
Tel: [phone] Fax: [phone] www.hydromatic.com
CANADA
269 Trillium Drive, Kitchener, Ontario, Canada N2G 4W5
Tel: [phone] Fax: [phone]
© 2008 Hydromatic®Ashland, Ohio. All Rights Reserved.
LIMITED WARRANTY
HYDROMATIC warrants to the original consumer purchaser (“Purchaser” or “You”) of HYDROMATIC products
that they will be free from defects in material and workmanship for the Warranty Period of (whichever occurs
first): 12 months from date of original installation, or 36 months from date of manufacture.
Our warranty will not apply to any product that, in our sole judgement, has been subject to negligence,
misapplication, improper installation, or improper maintenance. Without limiting the foregoing, operating a
three phase motor with single phase power through a phase converter will void the warranty. Note also that
three phase motors must be protected by three-leg, ambient compensated, extra-quick trip overload relays of
the recommended size or the warranty is void.
Your only remedy, and HYDROMATIC’s only duty, is that HYDROMATIC repair or replace defective products
(at HYDROMATIC’s choice). You must pay all labor and shipping charges associated with this warranty and
must request warranty service through the installing dealer as soon as a problem is discovered. No request
for service will be accepted if received after the Warranty Period has expired. This warranty is not transferable.
HYDROMATIC SHALL NOT BE LIABLE FOR ANY CONSEQUENTIAL, INCIDENTAL, OR CONTINGENT
DAMAGES WHATSOEVER.
THE FOREGOING WARRANTIES ARE EXCLUSIVE AND IN LIEU OF ALL OTHER EXPRESS AND
IMPLIED WARRANTIES, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF
MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE FOREGOING WARRANTIES
SHALL NOT EXTEND BEYOND THE DURATION EXPRESSLY PROVIDED HEREIN.
Some states do not allow the exclusion or limitation of incidental or consequential damages or limitations on
the duration of an implied warranty, so the above limitations or exclusions may not apply to You. This warranty
gives You specific legal rights and You may also have other rights which vary from state to state.
This warranty supersedes and replaces all previous warranty publications.
HYDROMATIC
740 East 9th Street, Ashland, OH 44805
Phone: [phone] • Fax: [phone] • Web Site: http://www.hydromatic.com