Leonard MEGATRON 7N Installation Adjustment Service

INSTALLATION ADJUSTMENT SERVICE

MEGATRON MODEL 7N

Valve assemblies are ASSE 1017 listed

Valve assemblies are CUPC listed

Note: IMPORTANT! Provide serial numbers for both valves when ordering parts!!

INSTALLATION

8

0

0

6

20

1

30

0
0

0

10

4

R

LEONARD

40

0

50

-10

2

0

0

2
1

60

°C
°F

0

0

4

8

0

0

6

80

0

10

6

20

0

1

30

0
0

0

6

10

4

8

4

LEONARD

40

0

1
2

4

0

0

10

2

50

-10

2

2

0

0

0

11

2

2
kg/cm

0

4

1

psi

1

60

°C

0
6
1

°F

0

0

4
1

1

Bulletin M-5070Z

March 2012

LEONARD VALVE CO.
CRANSTON RI USA

TYP TM

US. Patents 2.970, 3,061,195 3.152,760

ASSE
1017

8

0

0

6

20

1

30

0

0

0

10

4

R

LEONARD

40

0

50

-10

2

0

0

2
1

60

°C
°F

0

0

4

1

1. Type TM Parallel Systems are factory pre-assembled and
tested and include large and small thermostatic water
mixing valves which function as a system to meet both
high and low demand for tempered water.

2. System should be installed at a location where it can
easily be cleaned, adjusted or repaired.

3. System supplies must be connected as shown (Hot-left,
Cold-right). Exercise caution when soldering.

Maximum Operating Pressure 125PSI (860 KPA) for Hot and Cold Water.

LEONARD VALVE CO.
CRANSTON RI USA

TYP TM

US. Patents 2.970, 3,061,195 3.152,760

ASSE
1017

8

0

0

6

20

1

30

0
0

0

10

4

R

LEONARD

40

0

50

-10

2

0

0

2
1

60

°C
°F

0

0

4
1

8

0

0

6

20

1

30

0

0

0

10

4

R

LEONARD

40

0

50

-10

2

0

0

2

1

60

°C
°F

0

0

4
1

4. Flush pipes thoroughly after system has been
connected.

5. Assemblies installed on a recirculated hot water system

MUST be piped according to LEONARD’S
REQUIRED PIPING METHOD #5 (see page 4).

6. Refer to page 3 of this bulletin for correct Setup
Instructions.

CAUTION

All thermostatic water-mixing valves have limitations. They will not provide the desired
accuracy outside of their flow capacity range. Consult the capacity chart on page 8. Minimum
flow must be no less than as shown.

1360 Elmwood Avenue, Cranston, RI 02910 USA

Phone: [phone] Fax: [phone]

Email: [e-mail]

Web Site: http://www.leonardvalve.com

TM-1520A-2P ADJUSTMENT AND SERVICE ONLY

Leonard Type TM Thermostatic Water Mixing
Valves are simple in design and may be easily
cleaned, adjusted and repaired. If the installation
is accessible, servicing may be completed without
disconnecting the valves.

NOTE: Parallel Systems include Thermostatic
Water Mixing Valves, which must be regularly
maintained to provide best performance.
Frequency of cleaning depends on quality of local
water conditions and usage. See Maintenance
Guide and Record MGR-1000

WARNING

These mixing valves are equipped with an adjustable high temperature limit stop factory set at approximately
120°F (49°C) with an incoming hot water supply temperature of 150°F (65.5°C). If the hot water supply
temperature of the job is greater than 15 0°F (65.5°C), the valves when turned to full HOT will deliver water in
excess of 120°F (49°C) and the limit stop MUST BE RESET BY THE INSTALLER!

TO RESET ADJUSTABLE HIGH TEMPERATURE LIMIT STOP:

TM-1520A SMALL MIXING VALVETM-1520A LARGE MIXING VALVE

FINE

COLDHOT

STOP

SCREW

H

LTR

POINTER

C

LEONARD

THERMOSTATIC

SET SCREW

SNAP

CAP

1. Loosen LTR screw

2. Remove SNAP CAP, SCREW & WASHER, Remove
POINTER.

3. Temporarily place POINTER on the spline rod, turn RIGHT
for warmer temperature, turn LEFT for cooler temperature.
When valve is delivering warmest temperature desired, remove
the pointer.

4. Replace POINTER on the spline rod so that its RIGHT edge is
resting against the STOP SCREW located on the RIGHT SIDE
OF THE COVER.

5. The new maximum temperature has now been set. Test this
temperature by holding a thermometer under the flow of water
to be certain it is as desired.

* LIMIT STOP MUST BE RESET AND RECHECKED

EACH TIME HANDLE IS REMOVED.

ASSE
1017

1. Loosen LTR SET SCREW, remove POINTER SCREW.

2. Adjust POINTER to maximum desired temperature.

3. Remove POINTER, replace POINTER on spline rod with
STOP (which is cast into the underside on the pointer),
resting against the BOTTOM side of the WEB on the FINE
ADJUSTMENT SCREW.

4. If fine adjustment is needed, adjust FINE ADJUSTMENT
SCREW on the cover, loosen for hotter or tighten for cooler
temperature.

5. Replace POINTER and check temperature, if set to desired
temperature replace POINTER SCREW, and tighten LTR
SET SCREW.

6. The new maximum temperature has now been set. Test this
temperature by holding a thermometer under the flow of
water to be certain it is as desired.

* LIMIT STOP MUST BE RESET AND

RECHECKED EACH TIME HANDLE IS REMOVED.

ADJUSTMENT

SCREW

WEB

REST AGAINST SCREW

IMPORTANT! ALL MIXING VALVES MUST BE SET AT THE SAME

OPERATING TEMPERATURE.

SEE PAGES: 6 & 7 FOR COMPLETE PARTS BREAKDOWN

Check for significant variations in outlet flow. Thermostatic valves will NOT provide the desired accuracy
outside of their flow capacity range. Minimum flows must be no less than shown (see Flow Capacities, page 8).

If installed on a recirculated hot water system, make certain the valve is piped according to Leonard’s Required
Piping Methods (see page 4).

REMEMBER! THIS IS A CONTROL DEVICE WHICH MUST BE CLEANED AND MAINTAINED
ON A REGULAR BASIS. (SEE MAINTENANCE GUIDE AND RECORD, MGR-1000).

2

SETUP INSTRUCTIONS

TM-1520A-2P

THERMOMETER

V1L

V2L

LVL

LEONARD VALVE CO.
CRANSTON RI USA

US. Patents 2.970, 3,061,195 3.152,760

SVL

HOT

INLET

8

0

0
6

20

1

30

0
0

0

10

4

R

LEONARD

40

0

50

-10

2

0

0

2

1

60

°C
°F

0

0
4

1

V2R

V1R

LVR

LEONARD VALVE CO.

TYP TM

CRANSTON RI USA

TYP TM

US. Patents 2.970, 3,061,1 95 3 . 15 2,760

SVR

COLD

INLET

1. The Parallel Unit MUST be piped according to a Leonard
Required Piping Method 5 (see page 4).

2. Make sure full hot and cold supplies to this assembly are
operating. The temperature of the hot water source must be
properly set and maintained.

3. The circulator (if used) must be turned OFF before setup.

4. Turn on enough fixtures for a flow of at least 30

GPM (114
l/min.) downstream from this system. Make sure each fixture
is set to deliver full "HOT" water.

5. Close outlet ball valves V1R,V2R, V1L.

6. Make sure ball valve V2L is in the full open position.

7. Set outlet temperature of the mixing valve LVL to the required
level.

8. Open ball valve V2R and shut ball valve V2L at the mixing
valve.

9. Set outlet temperature of the mixing valve LVR to the same
temperature as step 7.

10. Turn off enough fixtures for a flow of at least 2 GPM (7.6
l/min) downstream from this system. Make sure each fixture
is set to deliver full "HOT" water.

11. Open V1L, shut off ball valve V2R

12. Set outlet temperature of mixing valve SVL to the same
temperature as Step 7.

13. Open V1R and shut V1L, set outlet temperature of SVR
mixing valve to the same temperature as STEP 7.

14. Open all outlets. System is operational. To balance
circulation system temperature, see page 4 .

3

REQUIRED PIPING METHOD #5

HIGH TEMPERATURE FIXTURES

SYSTEM FIXTURES

ISOLATION

BALL VALVE FOR

SETUP

VALVE

WATER

SOURCE

COLD
SUPPLY

HOT

8

0

0

6

20

1

30

0
0

0

10

4

LEONARD

40

0

50

2

-10

0

0

2
1

60

°C
°F

0

0

4

8

0

0

6

1

30

0
0

0

10

4

40

0

2

0

0

2
1

°C
°F

0

0

4
1

8

0

0

6

20

1

30

0

0

0

10

4

LEONARD

40

0

50

2

-10

0

0

2
1

60

°C
°F

0

0

4
1

BALANCING

1

LEONARD VALVE CO.
CRANSTON RI USA

TYP TM

LEONARD VALVE CO.
CRANSTON RI USA

TYP TM

VALVE #2

HEAT

TRAP

HIGH TEMPERATURE RETURN

8
0

0
6

CHECK

20

1

30

0
0

0

10

4

LEONARD

40

0

50

2

-10

0

0

2
1

60

°C
°F

0

0

4
1

VALVE

TEMPERED
RETURN

AQUASTAT

CIRCULATOR

8
0

0
6

20

1

30

0
0

0

10

4

LEONARD

40

0

50

-10

2

0

0

2
1

60

°C
°F

0

0
4
1

BALANCING
VALVE #1

C

CIRCULATOR

PROCEDURE TO BALANCE CIRCULATION SYSTEM

1. MAKE SURE NO WATER IS BEING DRAWN IN THE BUILDING. OPEN BALANCING VALVE #1
APPROXIMATELY HALF WAY AND START CIRCULATOR. KEEP BALANCE VALVE #2 CLOSED AT THIS TIME

2. OBSERVE TEMPERATURE UNTIL IT STABILIZES.

3. CLOSE BALANCING VALVE #1 SLIGHTLY IF TEMPERATURE IS TOO HOT, OR OPEN IT SLIGHTLY IF
TEMPERATURE IS TOO COLD. ALLOW TEMPERATURE TO STABILIZE, REPEAT UNTIL DESIRED

CIRCULATION TEMPERATURE IS SET.

4. IF UNABLE TO REACH DESIRED TEMPERATURE WITH VALVE #1 IN THE FULL OPEN POSITION, OPEN
BALANCE VALVE #2 IN SMALL INCREMENTS (i.e. 1/8, ¼, 3/8, ETC) UNTIL DESIRED TEMPERATURE IS
ACHIEVED.

REMEMBER! THIS IS A CONTROL DEVICE WHICH MUST BE CLEANED AND

MAINTAINED ON A REGULAR BASIS (SEE MAINTENANCE GUIDE AND RECORD, MGR-

1000).

4

TM-1520A INSTRUCTIONS

INSTRUCTIONS FOR SERVICING

LARGER TM1520A VALVE

DRIVING

POINTER

BALL

THERMOSTAT

GROUP

1. Loosen LTR set screw.

2. Remove screw, snap cap, and pointer .

3. Turn off hot and cold supplies at screwdriver checkstops. Remove
cover screws to release cover and thermostat group.

PORT
SLEEVE

4. To clean, port sleeve assembly (the thimble must slide freely on
the port sleeve): unscrew the check nut as far as it will go, then
screw the port sleeve nut into
may then be lifted out.

5. To clean thermostat coil, remove coil sleeve stud and take off
thermostat group.

6. Clean with a non-corrosive cleaning solution. DO NOT USE

ABRASIVES!

7. When reassembling, make sure driving ball of thermostat group
engages the ball socket of the port sleeve assembly.

BALL
SOCKET

FLANGE
PACKING

THIMBLE

CHECK
NUT

PORT
SLEEVE
NUT

base. The port sleeve and thimble

INSTRUCTIONS FOR SERVICING

SMALLER TM1520A VALVE

LTR SET SCREW

POINTER SCREW

POINTER

TEMPERATURE

ADJUSTING SCREW

1. Remove screw and pointer.

2. Loosen LTR set screw.

3. Turn off hot and cold supplies at screwdriver checkstops. Remove
M20-2C(CP) cover screws to release cover and thermostatic
control assembly.

4. To remove bridge assembly, M20-1-8B, remove pointer rod nut
(MU-10B) and pull bridge assembly off control rod.

BRIDGE ASSY

MU-10B

POINTER ROD NUT

5. To clean, submerge bridge in clean water or non-corrosive
cleaning solution. DO NOT USE ABRASIVES! Be certain
thimble moves freely on the port sleeve. Note! Driving stud
(M20-14B) must engage slot in thimble when reassembling.

6. To clean thermostat coil, remove retaining ring and stop, loosen
gland nut. Push rod through cover. Be careful not to pull coil out
of shape.

7. Clean with a non-corrosive cleaning solution. DO NOT USE

ABRASIVES!

CONTROL ASSEMBLY

M20-1-8B

M20-14B
DRIVING
STUD

TM20-1-12B

THERMOSTATIC

PORT SLEEVE

THIMBLE

M20-5B

P.S. HOLDER NUT

M20-3C
COVER

GASKET

M20-2C
COVER

SCREWS

PACKING & GASKETS

PORT SLEEVE/BRIDGE
ASSEMBLY

THERMOSTAT GROUP

CHECKSTOPS

TROUBLESHOOTING INSTRUCTIIONS

Note: Provide valve serial number when ordering parts for each valve!

Large Valve

1. Leak at stem

2. Leak between valve cover and base.

3. Valve delivers either all hot or all cold
water, or will not mix consistently.

4. Aft e r cleaning or replacing port
sleeve/bridge assembly, valve performance
is not consistent.

5. Hot water by-pass into cold line (or cold into
hot).

6. Supplies cannot be shut off completely.
Supplies leak at checkstop bonnets.

Repair Kit 1/125Y

Repair Kit R/125

Repair Kit R/125 or TGM­125

Repair Kit 2/50Y

See pages 6 & 7 for parts Breakdowns

5

Small Valve

Repair Kit 1/M20
(Packings & Gaskets)

Repair Kit R/M20 TM-20
(Rebuilding Kit) or M20­1-8B Bridge Assembly

Repair Kit R/M20
(Rebuilding Kit) or M20­G2 Thermostat Group

Repair Kit 4/M20
(Checkstop Kit)

TM1520A LARGE VALVE PARTS

TM-15B/125

57-L

SNAP CAP

TM-25C

POINTER

TM-29/29A

POINTER SCREW

W/WASHER

TM-16A/125

DIAL PLATE

FLANGE PACKING

CHECKSTOP PARTS

LOWER STEM & PACKING

03

1529

SPRING

YELLOW

SWIVEL

09/125

SWIVEL NUT

UPPER STEM

04/125

010

MU-5A

O'RING
013

SCREEN

LOCK-TYPE POINTER

COVER

TM-25D

STOP

30
FRICTION
SPRING

TM-16
COVER
SCREWS

TM21/125

BONNET PACKING

STRAINER CAP

05

TM-02

BONNET

014

CAP PACKING

06

TGM-2/125

THERMOSTAT GROUP

TM-8

COIL SLEEVE
STUD

MU-5A

O'RING (2)

TM-28A

POINTER ROD

TM-3/125

PORT SLEEVE NUT

ASSY

TGM-1/125

PORT SLEEVE ASSY

REPAIR KITS

REPAIR KIT 1/125Y PACKINGS & GASKETS

**=2 EA.

03**

LOWER STEM

& PACKING

REPAIR KIT R/125 TM-1520A REBUILDING KIT

MU-5A

O'RING (4)

1529
SPRING

YELLOW

TM-3/125

PORT SLEEVE

NUT ASSY.

**

C

TM21/125

FLANGE PKG

TM-28A

POINTER ROD

MU-5A

O'RING (2)

LEONARD

THERMOSTATIC

H

013**

SCREEN

CAP PACKING

05**

BONNET PKG.

014**

TM21/125

FLANGE PKG

POINTER SET SCREW

TM-36

REMEMBER! THIS IS A CONTROL DEVICE WHICH MU ST BE
CLEANED AND MAINTAINED ON A REGULAR BASIS. SEE
MAINTENANCE GUIDE AND RECORD MGR-1001.

NOTE: AFTER INSTALLING NEW PARTS IT WILL BE
NECESSARY TO RESET THE ADJUSTABLE HIGH
TEMPERATURE LIMIT STOP ON EACH VALVE (SEE PAGE 2).

6

THERMOSTAT GROUP

TGM-1/125

PORT SLEEVE ASSY

REPAIR KIT 2/50Y CHECKSTOP KIT

2 EA:

03

LOWER STEM

& PACKING

MU-5A

O'RING

SPRING

YELLOW

1529

TGM-2/125

COIL SLEEVE

STUD

013

SCREEN

014

CAP PACKING

TM-8

BONNET PKG.

05

TM1520A SMALL VALVE PARTS

MU-10B

M20-2C

COVER

SCREWS

7520

POINTER SCREW

6910

LTR SET SCREW

7628

POINTER

M-20-1-8B

BRIDGE ASSEMBLY

57-D(RF)

GLAND NUT

MU-4C

GLAND PACKING

(2 REQ'D)

HOLDER NUT O'RING

M20 -1C(R F )(CP)

COVER

M20-5B

P.S. HOLDER NUT

(2 REQ'D)

M20-6B

(2 REQ'D)

M20-1B

BRIDGE

M20-3C

COVER

GASKET

M20-G2

THERMOSTAT GRO UP

DURA-trol

M20-4B

P.S. HOLDER

(2 REQ'D)

PORT SLEEVE

ASSEMBLY

M20-3B

P.S. PACKING

(2 REQ'D)

R

POINTER ROD NUT

M20-G1

M20-14B
DRIVING
STUD

CHECKSTOP PARTS REPAIR KITS

REPAIR KIT 1/M20 PACKINGS & GASKETS

MU-4C

GLAND PKG.

(2 EACH)

M20-3A

BONNET PKG.

(2 EACH)

M20-9A
SPRING
(2 EACH)

M20-3C
COVER

GASKET

M20-6A

LOWER STEM

& PKG. (2 EACH)

O'RING (2 EACH)

REPAIR KIT R/M20 REBUILDING KIT

CHECKSTOPS

M20-3A BONNET

PACKING

M20-6A LOWER

STEM & PACKING

AND PACKING

M20-9A

CHECK SPRING

MU-5A UPPER

MU-4A

UPPER STEM

M20-2A RF/CP

CHECK BONNET

STEM PKG.

M20-6B

HOLDER NUT

MU-5A
O'RING
(2 EACH)

REMEMBER! THIS IS A CONTROL DEVICE WHICH MUST BE
CLEANED AND MAINTAINED ON A REGULAR BASIS (SEE
MAINTENANCE GUIDE AND RECORD, MGR-1000).

NOTE: AFTER INSTALLING NEW PARTS IT WILL BE
NECESSARY TO RESET THE ADJUSTABLE HIGH
TEMPERATURE LIMIT STOP ON EACH VALVE (SEE PAGE 2).

7

M20-3C
COVER

GASKET

THERMOSTATIC

CONTROL ASSEMBLY

REPAIR KIT 4/M20 REBUILDING KIT

2 EACH:

LOWER STEM

& PACKING

M20-6A

MU-5A UPPER

STEM O'RING

M20-9A
SPRING

BONNET PKG.

REPAIR KIT 2/M20 PORT SLEEVE KIT

M20-6B

M20-3B

P.S. PACKING

(2 EACH)

M20-G1

PORT

SLEEVE ASSY.

HOLDER NUT

0'RING (2 EACH)

M20-1-12B

M20-3A

TM1520A SMALL VALVE PARTS

7520

POINTER SCREW

CHECKSTOP PARTS REPAIR KITS

6910

LTR SET SCREW

7628

POINTER

M-20-1-8B

BRIDGE ASSEMBLY

03305

DIAL PLATE

57-D(RF)

GLAND NUT

MU-4C

GLAND PACKING

(2 REQ'D)

M20-14B
DRIVING
STUD

M20-1C(RF)(CP)

COVER

M20-5B

P.S. HOLDER NUT

(2 REQ'D)

M20-6B

HOLDER NUT O'RING

(2 REQ'D)

M20-1B

BRIDGE

M20-3C
COVER

GASKET

M20-G2

THERMOSTAT GROUP

DURA-trol

M20-4B

P.S. HOLDER

(2 REQ'D)

PORT SLEEVE

ASSEMBLY

M20-3B

P.S. PACKING

(2 REQ'D)

R

MU-10B

POINTER ROD NUT

M20-G1

M20-14B

DRIVING
STUD

MU-4A RF

UPPER STEM

M20-9A

AND PACKING

CHECK BONNET

MU-5A UPPER

STEM PKG.

M20-2A RF

CHECKSTOPS

M20-3A BONNET

PACKING

M20-6A LOWER

STEM & PACKING

CHECK SPRING

REMEMBER! THIS IS A CONTROL DEVICE
WHICH MUST BE CLEANED AND
MAINTAINED ON A REGULAR BASIS (SEE
MAINTENANCE GUIDE AND RECORD)

NOTE: AFTER INSTALLING NEW PARTS IT

WILL BE NECESSARY TO RESET THE
ADJUSTABLE HIGH TEMPERATURE LIMIT
STOP ON EACH VALVE (SEE PAGE 2).

REPAIR KIT 1/M20 PACKINGS & GASKETS

M20-6B

MU-4C

GLAND PKG.

(2 EACH)

M20-9A

CHECK SPRING

(2 EACH)

M20-3A

BONNET PKG.

(2 EACH)

M20-3C
COVER

GASKET

M20-6A

LOWER STEM

& PKG. (2 EACH)

HOLDER NUT

O'RING (2 EACH)

MU-5A

O'RING

(2 EACH)

REPAIR KIT R/M20 REBUILDING KIT

M20-3C

COVER

GASKET

M20-1-12B

THERMOSTATIC

CONTROL ASSEMBLY

REPAIR KIT 2/M20 PORT SLEEVE KIT

M20-3B

P.S. PACKING

(2 EACH)

M20-G1

PORT

SLEEVE ASSY.

M20-6B

HOLDER NUT

O'RING (2 EACH)

REPAIR KIT 4/M20 CHECKSTOP KIT

M20-3A

BONNET PKG.

(2 EACH)

MU-5A

O'RING

(2 EACH)

M20-9A

CHECK SPRING

(2 EACH)

M20-6A

LOWER STEM

& PKG. (2 EACH)

8

TEMPERED WATER

OPTIONAL OUTLET SETUP PIPING

(BY OTHERS)

MAIN OUTLET

BALL VALVE

TO BUILDING

The addition of this piping arrangement (extra
tee and ball valve) eliminates the need to turn
fixtures on and off throughout the building at
setup. The flows required in the setup

8
0

0

6

20

1

30

0
0

0

10

4

R

LEONARD

40

0

50

-10

2

0

0

2
1

60

°C
°F

0

0

4
1

instructions (page 3) are set by using Ball Valve
A. (make sure main outlet ball valve is closed).

BALL VALVE A

CAUTION! ALL THERMOSTATIC WATER MIXING VALVES AND SYSTEMS HAVE
LIMITATIONS! THEY WILL NOT PROVIDE THE DESIRED PERFORMANCE OUTSIDE
OF THEIR FLOW CAPACITY RANGE! CONSULT THE CAPACITY CHART BELOW
AND OBSERVE MINIMUM FLOWS SHOWN.

FLOW CAPACITIES

DOUBLE FLOWRATE WHEN BOTH VALVES ARE OPERATING

SINGLE VALVE ASSEMBLY FLOWRATES SHOWN

(MINIMUM FLOW RATE HAS BEEN DOUBLED TO 2GPM)

SYSTEM PRESSURE DROP (PSIG)

1.4.97

25 30

168

636

2.11.7

180
681

10
.7

98

371

15 20

120 143

541

454

35 40

2.82.4

195
738

210
795

45 50

3.1 3.4

237

248

897 939

PSI
BAR

GPM

l/min

TM-1520A-2P

PARALLEL

MINIMUM

FLOW
(GPM)

(l/min)

2.0
8

5

.3

72

273

LIMITED WARRANTY

Leonard Valve Company (hereinafter, “Leonard”) warrants the original purchaser that products manufactured by Leonard will be free from defects in material or
workmanship under normal conditions of use, when properly installed and maintained in accordance with Leonard’s instructions, for a period of one year from the
date of shipment. During this period, Leonard will at its option repair or replace any product, or part thereof, which shall be returned, freight prepaid, to the Leonard
factory and determined by Leonard to be defective in materials or workmanship. Leonard provides no warranty, express or implied, which extends beyond the
description contained herein. LEONARD SPECIFICALLY DISCLAIMS ANY AND ALL IMPLIED WARRANTIES OF MERCHANTABILITY OR OF
FITNESS FOR A PARTICULAR PURPOSE. Nonetheless, some jurisdictions may not allow the disclaimer of certain implied warranties, in w hich case Leonard
hereby limits such implied warranties to the duration of the limited warranty period contained herein. Some jurisdictions may not allow limitations on how long an
implied warranty lasts, so the foregoing durational limitation may not apply to you. In no event will Leonard be liable for labor or incidental or consequential
damages. Any alteration or improper installation or use of this product will void this limited warranty. If any provision of this limited warranty is prohibited by law
in the applicable jurisdiction, such provision shall be null and void, but the remainder of this limited warranty shall continue in full force and effect.

© 2012 Leonard Valve Company
Printed in USA