Sloan 110, 111, 113, 115, 116 User Guide

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Page 1

Code No. 0816434

Rev. 4 (11/11)

INSTALLATION INSTRUCTIONS FOR OPTIMA® SYSTEM SENSOR ACTIVATED

ROYAL

MODEL 110/111

Unless otherwise noted, Sloan Valve Company warrants this product, manufactured and sold for commercial or industrial uses, to be free from defects in material and workmanship for a period of three (3) years (one (1) year for special finishes, SF faucets, PWT electronics and 30 days for PWT software) from date of first purchase. During this period, Sloan Valve Company will, at its option, repair, replace, or refund the purchase price of any product which fails to conform with this warranty under normal use and service. This shall be the sole and exclusive remedy under this warranty. Products must be returned to Sloan Valve Company, at customer’s cost. No claims will be allowed for labor, transportation or other costs. This warranty extends only to persons or organizations who purchase Sloan Valve Company’s products directly from Sloan Valve Company for purpose of resale. This warranty does not cover the life of the batteries.

THERE ARE NO WARRANTIES WHICH EXTEND BEYOND THE DESCRIPTION ON THE FACE HEREOF. IN NO EVENT IS SLOAN VALVE COMPANY RESPONSIBLE FOR ANY CONSEQUENTIAL DAMAGES OF ANY MEASURE WHATSOEVER.

EXPOSED WITH TRUE MECHANICAL OVERRIDE FLUSHOMETERS

Exposed Closet Flushometers 1-1/2” Top Spud

• Model110/111ES-STMO

• Model113ES-STMO

• Model115ES-STMO

• Model116ES-STMO

Exposed Urinal Flushometers 3/4” Top Spud

• Model186ES-STMO

Exposed Urinal Flushometers 1-1/4” Top Spud

• Model180ES-STMO

MODEL 186 MODEL 180

LIMITED WARRANTY

VALVE ROUGH-IN

MODEL 110/111/113/115/116

2-1/4”

(57 mm)

2-3/4”

(70 mm)

1-1/2”

(38 mm)

T.M.O.

TOP OF

FIXTURE

X VACUUM BREAKER SIZES VARIES

ON MODEL FROM TOP OF FIXTURE TO C/L OF SUPPLY MODEL 110/111 - 11½” (292 mm) MODEL 113 - 23½” (597 mm) MODEL 115 - 24” (610 mm) MODEL 116 - 27” (686 mm)

‡ POSITION OF SENSOR BOX CAN BE RAISED OR LOWERED 1” (25 mm) IF IN CONFLICT WITH

HANDICAP GRAB BARS.

Y SENSOR PLACEMENT VARIES

4-3/4”

(121 mm)

1” I.P.S.

SUPPLY

(25 mm DN)

CL OF

SUPPLY

CL OF

ELEC.

BOX &

FIXTURE

ON MODEL FROM TOP OF FIXTURE TO BOTTOM OF SENSOR PLATE MODEL 110/111 - 19” (483 mm) MODEL 113 - 16” (406 mm) MODEL 115 - 14” (365 mm) MODEL 116 - 17” (432 mm)

Y ‡

MODEL 186

MODEL 180

2-1/4”

(57 mm)

4”

(102 mm)

2-1/4”

(57 mm)

4”

(102 mm)

2-3/4”

(70 mm)

1-1/2”

(38 mm)

TOP OF

FIXTURE

2-3/4”

(70 mm)

1-1/2”

(38 mm)

TOP OF

FIXTURE

CL OF

ELEC.

CL OF

ELEC.

4-3/4”

(121 mm)

T.M.O.

SUPPLY

CL OF

FIXTURE

1-1/2” (38 mm)

4-3/4”

(121 mm)

T.M.O.

SUPPLY

CL OF

FIXTURE

1-1/2” (38 mm)

3/4” I.P.S.

SUPPLY

(20 mm DN)

CL OF

11-1/2”

(292 mm)

1” I.P.S.

SUPPLY

(25 mm DN)

CL OF

11-1/2”

(292 mm)

Page 2

PRIOR TO INSTALLATION

Prior to installation, install the items listed below.

• Electricalwiringtothetransformer •Closetfixture box(120VAC,2ampservicerequired •Watersupplyline foreachEL-154,24VAC,  •Drainline

50 VA transformer used)

IMPORTANT:

• ALLPLUMBINGINGANDELECTRICALWIRINGSHOULD

BE INSTALLED IN ACCORDANCE WITH APPLICABLE CODES AND REGULATIONS.

• WATERSUPPLYLINESMUSTBESIZEDTOPROVIDEAN

ADEQUATE VOLUME OF WATER FOR EACH FIXTURE.

• A24VACSTEP-DOWNTRANSFORMERMUSTBEUSED.

• WHENINSTALLINGAFLUSHOMETER,ITIS

IMPORTANT THAT THE FLUSH MODEL MATCHES THE REQUIREMENTS OF THE PLUMBING FIXTURE.

• FLUSHALLWATERLINESPRIORTOMAKING

CONNECTIONS.

Sloan flushometers are designed to operate with flowing pressure 15 to 100 psi (104 to 689 kPa) of water pressure.

PRESSURE REQUIRED TO THE VALVE IS DETERMINED BY THE TYPE OF FIXTURE SELECTED.

for minimum pressure requirements. Most Low Consumption water closets (1.6 gallon/6.0 liter) require a

minimum flowing pressure of 25 psi (172 kPa). Protect the chrome or special finish of this flushometer —

USE TOOTHED TOOLS TO INSTALL OR SERVICE THE VALVE.

Also, see “Care and Cleaning” section of this manual.

ELECTRICAL BOX INSTALLATION DIAGRAM

FINISHED

TILE WALL

THE MINIMUM

Consult fixture manufacturer

DO NOT

4” (102 mm) SQ. BOX DEVICE COVER (PLASTER RING) 3/4” (19 mm) HIGH — APPLETON ELECT. #8470 OR EQUAL (BY CONTRACTOR)

IMPORTANT:EXCEPTFORCONTROLSTOPINLET,DO

NOT USE PIPE SEALANT OR PLUMBING GREASE ON ANY VALVE COMPONENT OR COUPLING!

Transformer Installation

Install transformer (EL-154) on a 2-gang electrical box, 4” x 4” x 2½” (102 mm x 102 mm x 64 mm) in a convenient location; refer to the illustration at lower left side of this page (Figure 1).

Note: One Sloan EL-154 transformer can operate up to ten OPTIMA equipped flushometers.

transformer to flushometer(s). Wire supplied by others.

Run 18-gauge wire from

DO NOT supply

power to transformer until installation of flushometer is complete.

NOTE: A maximum of ten (10) flushometer units can

operatefromone(1)SloanEL-154transformer,Class2,UL Listed,50VA(min.)at24VAC,platemounted.

Sensor/Solenoid Operator Box Locations

Optima ES-S flushometer exposed True Mechanical Override closet model employs one (1) electrical box. Refer to rough-in illustrations for locations.

NOTE: Install plaster ring so screw holes are on left and right side of box.

NOTE: Break tiles to allow screw holes in plaster to show.

Tools Required for Installation

•SloanA-50Super-Wrench™, •Wirestripper/crimpingtool SloanA-109PlierWrenchor •5/64”hexwrench(supplied)

smoothjawedspudwrench  •Slottedscrewdriver

!!! IMPORTANT !!!

With the exception of Control Stop Inlet, DO NOT use pipe sealant

or plumbing grease on any valve component or coupling!

!!! IMPORTANT !!!

Never open Control Stop to where the flow from the valve exceeds the

flow capability of the fixture. In the event of a valve failure, the fixture

must be able to accommodate a continuous flow from the valve.

!!! IMPORTANT !!!

Protect the chrome or special finish of Sloan Flushometers —

DO NOT USE toothed tools to install or service these valves. Use

aSloanA-50Super-Wrench™,SloanA-109PlierWrenchorsmooth

jawed spud wrench to secure all couplings.

Also see “Care and Cleaning” section of this manual.

!!! IMPORTANT !!!

This product contains mechanical and/or electrical components

that are subject to normal wear. These components should be

checked on a regular basis and replaced as needed to maintain

the valve’s performance.

Figure 1

PLASTER

RING

COVER PLATE

FINISHED PLASTER

WALL

4” (102 mm) SQ. x 2-1/2” (64 mm) DEEP OUTLET BOX — APPLETON ELECT. #4SD1 OR EQUAL (BY CONTRACTOR)

1 - INSTALL OPTIONAL SWEAT SOLDER ADAPTER (ONLY IF YOUR SUPPLY PIPE DOES NOT HAVE A MALE THREAD)

FINISHED WALL

Measure from finished wall to C/L of fixture spud. Cut pipe 1¼”

(32 mm) shorter than this measurement. Chamfer O.D. and I.D. of water supply pipe.

Slide threaded adapter fully onto pipe, until it bottoms out.

Sweat solder the Adapter to pipe.

!!! IMPORTANT !!!

With the exception of Control Stop Inlet, DO NOT use pipe sealant or

plumbing grease on any valve component or coupling!

WATER SUPPLY PIPE

1-1/4”

(32 mm)

SWEAT SOLDER ADAPTER

C/L OF

FIXTURE

SPUD

Page 3

2-INSTALLCOVERTUBE,WALLFLANGEANDCONTROLSTOPTO SUPPLY PIPE

Measure from finished wall to first thread of adapter or threaded

supply pipe (dimension “X”). Cut cover tube to this length.

Slide cover tube over pipe. Slide wall flange over cover tube until

WATER SUPPLY PIPE

against wall.

Thread control stop onto water supply line. Tighten with a wrench

making sure outlet is positioned as required.

Tighten wall flange set screw with hex

WALL

FLANGE

wrench. DO NOT install vandal resistant

IRON PIPE NIPPLE OR COPPER PIPE WITH

SWEAT SOLDER ADAPTER

COVERING TUBE

stop cap at this time.

BAK-CHEK

SET SCREW

STOP

BONNET

CONTROL STOP

CAP

SET SCREW

3–INSTALLVACUUMBREAKERFLUSHCONNECTIONANDBUTTON

SWEAT SOLDER ADAPTER

COVER TUBE

WALL FLANGE

Assemble Pipe, Elbows, Couplings, Nylon Slip Gaskets, Rubber Gaskets and Flanges as illustrated.

Insert Tube into Fixture Spud.

Hand tighten all Couplings.

NYLON

SLIP

GASKET

SPUD

FLANGE

VACUUM

BREAKER

TUBE

SPUD

COUPLING

RUBBER

GASKET

NYLON

SLIP

GASKET

SPUD

FLANGE

VACUUM

BREAKER

TUBE

SPUD

COUPLING

RUBBER GASKET

NYLON

SLIP

GASKET

SPUD

FLANGE

VACUUM

BREAKER

TUBE

SPUD

COUPLING

RUBBER GASKET

4 - INSTALL FLUSHOMETER

Lubricate tailpiece O-ring with water. Insert Adjustable Tailpiece

into Control Stop. Tighten Tailpiece Coupling by hand.

Align Flushometer directly above the Vacuum Breaker Flush

Connection by sliding the Flushometer Body IN or OUT as needed. Tighten Vacuum Breaker Coupling by hand.

Align Flushometer Body and securely tighten first the Tailpiece

Coupling (1), then the Vacuum Breaker and Pipe Couplings (2), and finally the Spud Coupling (3). Use a wrench to tighten these couplings in the order shown.

NOTE

Max. adjustment of Sloan Adjustable Tailpiece is ½” (13 mm) IN or OUT

from the standard 4¾” (121 mm) (C L of Valve to C L of Control Stop).

If roughing-in measurement exceeds 5¼” (133 mm), consult factory for

longer tailpiece.

EBV-1017-A

Valve Handle

G-44 FRICTION RING

BREAKER FINISH

Install True Mechanical Override Button into Flushometer.

Install Valve Handle Cap on opening in back of valve body.

Flushometer

Cap

FLUSHOMETER

BODY

VACUUM

BREAKER

COUPLING

VACUUM

CONNECTION

SPUD

COUPLING

CL OF

FIXTURE

A-31 Gasket

TAILPIECE COUPLING

O-RING

ADJUSTABLE

TAILPIECE

VACUUM

BREAKER

REPAIR KIT

4-3/4”

(121 mm)

± 1/2”

(13 mm)

CL OF

SUPPLY

True Mechanical

Override Button

CONTROL

STOP

Assembly

A-6

Coupling

Nut

Page 4

120 VAC

6 - INSTALL SENSOR BOX MOUNTING PLATE

Install Sensor Mounting Plate using the Screws provided.

Preferred Plaster Ring Orientation

7-ELECTRICALHOOK-UP

Be certain power is OFF to prevent damage to electrical

components. Connect Sensor to Transformer and Solenoid coil EXACTLY as shown.

Connect 24 volt source lead to terminal labeled “24 VAC IN” of

Sensor.

Connect solenoid lead to terminal labeled “TO VALVE” of Sensor.

Connect remaining solenoid lead to remaining 24 volt source lead.

Wiring Diagram

EL-1500-L SENSOR

24 VAC

GRD

SENSOR

MOUNTING PLATE

ATTACH SENSOR MOUNTING

PLATE TO PLASTER RING USING

FOUR (4) SCREWS (SUPPLIED)

TRANSFORMER

Wiring Diagram for Multiple Flush Valves

SENSOR BOX MOUNTING PLATE

ALT. MOUNTING

HOLES IF MUD RING

IS INSTALLED WITH

HOLES ORIENTED

TOP/BOTTOM

Wiring Diagram for One Flush Valve

SENSOR

VALV E

SOLENOID

COIL WIRE

EL-1500-L SENSOR

COIL WIRE

24 VAC COIL

UNIT #1

UNIT #2 THRU #10 (IF USED)

8 - INSTALL SENSOR COVER PLATE

Hang Sensor Cover Plate onto Mounting Plate. Push down on

Cover Plate to firmly seat.

Secure Cover Plate with Screw, provided.

SENSOR BOX

COVER PLATE ASSEMBLY

BACK VIEW FRONT VIEW

COVER PLATE ASSEMBLY WILL HANG ON MOUNTING

TO 24 VAC POWER

PLATE (3) PLACES

TO VALVE

TRANSFORMER

SENSOR

BRACKET (EL-

545)

AFTER PLATE ASSEMBLY IS HUNG ON WALL, TURN

SCREW IN FULL DISTANCE AS SHOWN

Page 5

9 - INSTALL WALL FLANGE AND SECURE SOLENOID HOUSING AND COIL ASSEMBLY

Locate flange on wall at dimensions shown.

L OF

FIXTURE

FLANGE

SET

SCREW

L OF

ELECTRICAL

WIRING

Drill hole to pass wires through.

Mount flange to wall using screws and anchors provided.

Pull wires from transformer and sensor through flange into room.

Install F-15 Tail Pipe to Solenoid Housing.

2-3/4”

(70 mm)

Connect transformer and sensor wire leads to coil wire leads.

Lubricate O-Ring seal of solenoid assembly with water.

While feeding wires back into the wall, carefully insert the F-15

tail into the wall flange and install solenoid operator assembly to Flushometer. Loosen the housing retention nut as needed to aid in positioning the assembly.

F-15

Coil

Retention Nut

10 - FLUSH OUT SUPPLY LINE

Make sure Control Stop is CLOSED.

Remove Flushometer Outer Cover, Inside Cover and lift out Relief

Valve Assembly. Install Flushometer Inner Cover and Outer Cover, and wrench tight.

Open Control Stop. Turn on water supply to flush line of any debris

or sediment.

Shut off Control Stop, remove Covers, remove diaphragm kit and

flush under clean water.

Reinstall Diaphragm Kit and Relief Valve Assembly. Reinstall Inside Cover. Thread on Outer Cover and wrench tight. Do Not open Control Stop until Step 13.

Secure solenoid operator to Flushometer by tightening the solenoid coupling. Tighten housing retention nut.

Secure flange set screw with provided hex key.

Important: Do not remove coil from solenoid plunger guide unless power has been disconnected. Failure to do so may damage sensor, coil and transformer.

Page 6

11 - POWER AND START-UP MODE

Note: It is recommended that all electronic connections be tested with the water supply OFF.

Turn Power ON. The self adaptive sensor automatically adapts to the surrounding environment when 24 volt supply is activated. No manual

adjustments are required.

Start-up mode will take approximately five (5) minutes to complete its cycle and is important that no non-permanent target is present at this time.

A continuous red light visible in sensor window indicates sensor is in the start-up mode. If the red light is flashing, this indicates that the sensor is picking up a target. Unless this target is a permanent fixture in the sensor’s environment (i.e., a wall or stall door), it must be removed from the view of the sensor. If this target is permanent, the sensor will adapt itself around this target. In this case, the start-up mode may take up to ten (10) minutes. When the start-up cycle is completed, no light is visible in sensor window.

Note: If 24 volt power supply is interrupted at any time for more than fifteen (15) seconds, the start-up mode automatically repeats itself when power is restored.

If indicator light flashes three (3) times slowly, three (3) times rapidly and again three (3) times slowly and continually repeats this signal, this

indicates incorrect wiring or a short in the 24 volt supply. The EL-1500 Series Sensors self-adaptive sensor is equipped with the sentinel flush feature (automatically flushes Flushometer every twenty-four (24) hours after last use).

12 - DETECTION / ACTIVATION

When an object is detected, a slowly flashing red light will appear

in the sensor window. After approximately eight (8) to ten (10) seconds, the light will flash rapidly indicating sensor is armed and ready to activate solenoid when the object leaves the detection area. The solenoid will be activated within two (2) to four (4) seconds after non-detection.

13 - TURN WATER ON AND ADJUST CONTROL STOP

Adjust Control Stop after each flush until the rate of flow delivered

Adjust Control Stop to meet the flow rate required for proper

cleansing of the fixture. Open Control Stop COUNTERCLOCKWISE one (1) FULL turn from the closed position.

Activate Flushometer by placing hand in front of OPTIMA Sensor

Lens for ten (10) seconds and then moving it away.

properly cleanses the fixture.

!!! IMPORTANT !!!

All Sloan Flushometers are engineered for quiet operation. Excessive

water flow creates noise, while too little water

flow may not satisfy the needs of the fixture. Proper

adjustment is made when plumbing fixture is cleansed

after each flush without splashing water out from the lip

AND a quiet flushing cycle is achieved.

Never open Control Stop to where the flow from the valve exceeds the flow capability of the fixture. In the event of a valve failure, the fixture must be able to accommodate

a continuous flow from the valve.

14 - VANDAL RESISTANT CONTROL STOP CAP INSTALLATION AND REMOVAL

Thread the Plastic Sleeve onto the

Stop Bonnet until it is snug (hand tight only; do not use pliers or a wrench).

Place the metal Control Stop

Cap over the plastic Sleeve and using the palm of the hand, push or “pop” the Cap over the fingers of the Sleeve. The Cap should spin freely on the insert.

!!! IMPORTANT !!!

DO NOT install the cap onto the sleeve unless the

sleeve has been threaded onto the control stop bonnet.

Ifassembledwhenoffofthecontrolstop,thesleeve

WILL NOT come apart from the cap!

To remove Vandal Resistant Stop cap — Using a large flat

screwdriver, gently lift the Cap from the Control Stop as follows. Insert the screwdriver blade between the bottom edge of the Cap and the flat surface of the Control Stop body. Using the screwdriver as a lever, push the screwdriver handle straight back toward the wall. Gently lift the Cap from the Sleeve. It may be necessary to work the screwdriver around the diameter of the cap to further lift the Cap from the Sleeve.

Once the Cap has been lifted away from

the Control Stop, grasp the Cap and pull it off the Sleeve.

Page 7

OPERATION

1. A continuous, invisible light beam is emitted from the OPTIMA Sensor.

2. When a user enters the beam’s effective range, for water closets 22” - 42” (559 mm - 1067 mm) and for urinals 15” - 30” (381 mm - 762 mm), the beam is reflected into the OPTIMA’s scanning window and transformed into a low voltage electrical signal that activates a ten-second time delay circuit. The time delay circuit eliminates false operation from passers-by in the rest room. Once the time delay is completed, the output circuit is alerted and continues in a “hold” mode for as long as the user remains within the effective range of the sensor.

3. When the user steps away from the OPTIMA Sensor, the loss of reflected light initiates an electrical “onetime” signal that energizes the Solenoid Operator, and activates the Flushometer to flush the fixture. This occurs on the water closet approximately three (3) seconds after indication. This delay is built into the Sensor to help prevent false flushing due to movement by the user. The circuit for both water closets and urinals then automatically resets and is ready for the next user.

TROUBLESHOOTING GUIDE

NOTE: Upon detection of the user, the red indicator light flashes slowly for a period of eight (8) seconds. When the user leaves the detection range, stops flashing the Sensor locks to flush inside and initiates the flush sequence. At which time it flashes rapidly indicating a target has been acquired. And the valve flushes after a three (3) second delay.

1. PROBLEM: Valve does not function (red light does not flash

CAUSE: No power is being supplied to sensor.

SOLUTION: Ensure that the main power is turned “ON.” Check transformer,

CAUSE: EL-1500 Series Sensor is not operating.

SOLUTION: Replace EL-1500 Series Sensor.

2. PROBLEM: Valve does not function (red light flashes when user

INDICATOR: Red light stops flashing when user steps away and

CAUSE: No water is being supplied to the valve.

SOLUTION: Make certain that water supply is turned “ON” and the Control

CAUSE: EL-128-A cartridge is fouled or jammed.

SOLUTION: Turn electronic power to valve “OFF” (failure to do so could result

INDICATOR: The red light stops flashing when user steps away

CAUSE: EL-163-A solenoid shaft assembly is fouled or

SOLUTION: Turn electronic power to valve “OFF” (failure to do so could result

INDICATOR: Theredlightflashesthree(3)shortflashes,three(3)

CAUSE: EL-1500 Series Sensor wiring connections are

SOLUTION: Rewire Sensor to valve. One solenoid lead connects to the “TO

CAUSE: Wiring to Sensor is ground shorted.

when user steps in front of sensor).

leads and connections. Repair or replace as necessary.

steps in front of Sensor).

valve makes a “clicking” sound but does not flush.

Stop is open.

in damage to the solenoid coil). Remove the solenoid operator from the valve and remove the EL-128-A cartridge. Clean and/or repair as necessary.

but the valve does NOT make a “clicking” sound and does NOT flush.

jammed.

in damage to the solenoid coil). Remove EL-101 or EL-166 nut from the solenoid operator. Remove the coil from the solenoid operator. Use a spanner wrench or pliers to remove the EL-163-A solenoid shaft assembly from valve. Clean and/or replace as necessary. Be sure to replace plunger spring when reassembling Solenoid Shaft Assembly.

long flashes then three (3) short flashes (“S-O-S”) and continues to repeat this cycle even when user steps out of the sensor’s detection range.

incorrect.

VALVE” connection on Sensor. One transformer lead connects to the “24 VAC IN” connection on Sensor. Second solenoid lead and second transformer lead connect together.

SOLUTION: Find short in wiring circuit and correct.

CAUSE: EL-165-2 solenoid coil is burnt out or coil is not

connected to solenoid plunger shaft.

SOLUTION: Reinstall or replace coil as necessary.

3. PROBLEM: Volume of water is insufficient to adequately siphon fixture.

CAUSE: Control Stop is not open wide enough.

SOLUTION: Adjust control stop for desired water delivery.

CAUSE: Low Consumption unit is installed on Water

Saver or Conventional fixture.

SOLUTION: Replace Diaphragm component parts of valve with kit that

corresponds to appropriate flush volume of fixture.

CAUSE: Inadequate water volume or pressure available

from supply.

SOLUTION: Increase pressure or supply (flow rate) to the valve. Consult

factory for assistance.

4. PROBLEM: Length of flush is too long (long flushing) or valve fails to shut off.

CAUSE: Water Saver valve is installed on Low

Consumption fixture.

SOLUTION: Replace Diaphragm component parts of valve with kit that

corresponds to appropriate flush volume of fixture.

CAUSE: Relief valve in diaphragm is not seated properly

or bypass hole in diaphragm is clogged.

SOLUTION: Disassemble inside Diaphragm component parts and wash parts

thoroughly. Replace worn parts if necessary.

5. PROBLEM: Water splashes from fixture.

CAUSE: Supply flow rate is more than necessary.

SOLUTION: Adjust Control Stop to meet flow rate required for proper

cleansing of the fixture.

If further assistance is required, please contact

Sloan Tech Supportat:

1-888-SLOAN-14 (1-888-756-2614)

CARE AND CLEANING

DO NOT use abrasive or chemical cleaners to clean flushometers that may dull the luster and attack the chrome or special decorative finishes of flushometer components. Use ONLY soap and water, then wipe dry with clean cloth or towel.

While cleaning the fixture, protect the exposed flushometer from any splattering of cleaner. Acids and cleaning fluids can discolor or remove chrome plating.

Page 8

PARTS LIST

10A/10B

9A/9B

Item Part Description No. No.

1 ‡ Solenoid Operated Valve Assembly 2 H-700-A ‡ Bak-Chek

Control Stop 3 H-1010-A Vandal Resistant Stop Cap 4A H-633-AA 1” (25 mm) Sweat Solder Kit 4B H-532 Adapter, 1” NPT to 1” Tube (Concealed) H-535 Adapter, ¾” NPT to ¾” Tube (Concealed) 5A V-600-AA 1½” (38 mm) CP Vacuum Breaker Assembly†

(Models 110/111, 113, 115, and 116)

5B V-600-AA 1¼” (32 mm) x 9” (229 mm) CP Vacuum Breaker

Assembly (Model 180 ES-S)

5C V-600-AA ¾” (19 mm) x 9” (229 mm) CP Vacuum Breaker

Assembly (Model 186 ES-S)

6A F-5-AT 1½” (38 mm) Spud Coupling Assembly CP

(Models 110/111, 113, 115, and 116) 6B F-5-AU 1¼” (32 mm) Spud Coupling Assembly CP (Model 180) 6C F-5-AW ¾” (19 mm) Spud Coupling Assembly CP (Model 186) 7 F-15 Tail Assembly 8 B-110-A Flange Assembly 9A EL-635-A CP Cover Plate with Sensor (Mounting Plate and Screws

included) (Models 110/111, 113, 115, and 116) 9B EL-645-A CP Cover Plate with Sensor (Mounting Plate and Screws

included) (Models 180 and 186) 10A EL-1500-L Sensor (Models 110/111, 113, 115, and 116) 10B EL-1500 Sensor (Models 180 and 186)

11 (See part breakdown

below)

Solenoid Breakdown

11C

11A

11B

11D

11H

11J

11F

11G

11E

Item Part Description No. No.

11 EL-124-2 CP 24V Solenoid Assembly 11A EL-101 CP Nut for Solenoid 11B EL-102-2 Face Plate for 24V Solenoid 11C EL-162-2 CP 24V Solenoid Housing 11D EL-165-2 24V Coil 11E EL-164 Solenoid Flux Plate 11F A-6 CP Handle Coupling 11G EL-163-A Solenoid Shaft Assembly Includes Gasket, Plunger,

Plunger Spring, and Solenoid Shaft 11H EL-104 Adapter for Solenoid 11J DO-22 O-Ring 11K EL-128-A Actuator Cartridge Assembly Repair Kit Includes Spring,

Plunger Guide, Solenoid Valve Seat, Valve Piston

Assembly, and O-Ring 12 C-2-A True Mechanical Override Button 13 EBV-1017-A CP Valve Handle Cap

‡ Part number varies with valve model variation; consult factory.

† Height varies with valve model variation; consult factory.

The information contained in this document is subject to change without notice.

11K

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