Series CL-40/60/80/100 Gas Chlorinator
High Capacity Feed Rates Up To 10,000ppd (200kg/hr)

DESCRIPTIONThe SUPERIOR™ Series CL-40/60/80/100 Gas Chlorinator is amanually adjusted and this equipment’s design permits easy addi!onstate-of-the-art, vacuum-operated, solu!on feed type, for very highof a number of automa!c ﬂow rate control devices. A high eﬃciency,

chlorine gas feed rates up to 10,000 pounds per 24 hours (200 kg/water operated ejector produces the vacuum necessary to operatehr). The vacuum regulator is mounted onto a special wall moun!ngthe system. A back-ﬂow check valve system prevents pressurized

adaptor, using a very heavy-duty, posi!ve yoke clamp connec!onwater from entering the chlorinator. A spring-opposed diaphragmthat allows for ease of maintenance. A chlorine gas ﬂow meter

vacuum regulator controls the chlorine gas ﬂow rate and also acts as

panel indicates the amount of chlorine being fed and may be locatedthe safety shut-oﬀ valve.

wherever it is most convenient and safest. Chlorine ﬂow rate isCHLORINATORS.COM|772-461-0666

ONSF PPIUQ JEIHQGDADD TON CONTAINERS
AS REQUIRED.

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1. TON CONTAINER SCALE WITH TRUNION
2. CHLORINE TON CYLINDER
3. FLEXIBLE CONNECTOR
4. EXPANSION CHAMBER
5. PRESSURE SWITCH
6. BURST DISK
7. HEADER VALVE
8. 1” SCHEDULE 80 SEAMLESS CARBON STEEL PIPE
9. HAMMERED PIPE UNION # MANIFOLD
10. MANIFOLD UNION # LIQUID INLET
11. MANIFOLD UNION # GAS OUTLET
12. EVAPORATOR !VAPORIZER"
13. PRESSURE RELIEF VALVE
14. CHLORINE GAS FILTER
15. PRESSURE GAUGE# DIAPHRAGM PROTECTEDY

16. CHLORINE BALL VALVE !PRESSURE"
17. PRESSURE REDUCING VALVE!OPTIONAL. ELECTRONICALLY OPERATED"
18. VACUUM REGULATOR
19. WALL MOUNTING ADAPTOR!WITH DRIP LEG & HEATER"
20. FLOW METERING PANEL, MANUALLY ADJUSTED.
!SUPERIOR AUTOVALVE OPTIONAL"
21. EJECTOR
22. CHECK VALVE
23. PVC PIPE UNION WITH VITON O#RING
24. SCHEDULE 80PVC PIPE # VACUUMXWXVCNOTE:B

DRAWING IS FOR ILLUSTRATIVE PURPOSES, ONLY. OTHER SAFETY AND OPERATIONAL COMPONENTS ARE NOT SHOWN.

CONTACT CHEMICAL INJECTION TECHNOLOGIES, INC., FOR ACTUAL DESIGN DETAILS.

WHAT MAKES THE SUPERIOR™ DESIGN BETTER?
Even though lower capacity gas chlorinators have evolved

museum from the 1960’s. Huge vacuum regulators and complicatedsigniﬁcantly since the introducon of the all-vacuum direct cylinder

diﬀerenal regulators, with large numbers of parts made of materials

mounted design in 1960, the higher feed rates, from 4,000 to 10,000

such as PVC were used by every manufacturer. The design innovators

PPD (80 to 200 KG/HR) have suﬀered from stagnaon in design andof the 1960’s and 1970’s just seemed to stop at that higher level ofmaterials of construcon. While the “Sonic” ﬂow regulang principle

chlorine gas feed. SUPERIOR engineers had a long history of using

was adopted to virtually every brand of low and medium capacity gas

newer, more chlorine resistant, stronger materials as well as striving

chlorinator, the higher capacies were treated as some kind of design for simpler, more compact, and easier to maintain equipment.

SYSTEM OPERATION
The vacuum regulator is securely clamped onto the regulator mounng

pre-set level, the diaphragm in the regulator moves to open the chlorine inlet

adaptor of a chlorine gas manifold. Water under pressure ﬂows through thesafety valve, perming gas to ﬂow from the chlorine cylinder. The spring-ejector at high velocity which causes a strong vacuum to be created. This

opposed diaphragm and inlet valve regulate the vacuum at this point. Chlorine

opens the check valve in the vacuum piping between the ejector and meteringgas passes through the remote ﬂow meter panel and rate control valve to thepanel, and transmits a vacuum signal through the remote meter tube/rateejector. The gas mixes with the ejector water and the resulng chlorine/watervalve panel and back to the vacuum regulator. When the vacuum reaches asoluon is discharged into the water being treated.

Series CL-40/60/80/100 Gas Chlorinator

FEATURES

1The SUPERIOR™
“Super” High Capacity

series is very unique,using a proven “Sonic” gas

2

All vacuum regulator
parts are made ofABS, PVDF, HALAR,Tantalum or Teﬂon materials

34The enre inlet valve
assembly is easily

removed as a complete“capsule” without the need to

All external bolts andnuts are Titanium forcomplete corrosion
resistance..a SUPERIOR™

ﬂow regulang system that
replaces outdated diﬀerenalto eliminate potenal damage
by liquid chlorine. No PVC is

diasassmble the enre vacuum
regulator. When cleaning orexclusive. There are no
stainless steel or monel nutspressure regulators,
reducing the number ofused in this vital component.
PVC will be severely damaged

maintenance is required, thismakes the job so much easierand bolts to corrode andfreeze up in the presence ofparts and signiﬁcantly
increasing reliability.

by liquid chlorine.

and requires almost no parts
replacement other than a few

moist chlorine gas. There arealso no plasc threads used.

o-rings when necessary.

5

All vacuum ﬁ#ng holes
are heavily reinforced
to prevent thepossibility of cracking fromover-ghtening ﬁ#ngs.

6

A “Diaphragmless”checkvalve design oﬀers very
low cracking pressureand fricon loss. Checkvalves are complete modules
and can be close-coupled
to the ejector or locatedanywhere in the vacuum
piping system for maximum
ﬂexibility.

FLOW METER CAPABILITIES

7Extensive use ofFlouroplasc materials
throughout the system
ensures against dry, wet, orliquid chlorine a!ack, andgreatly increases reliabilty
and equipment life.

MODULAR DESIGN

8All-vacuum operaon,
combined with modular
design of the major
operang components, allows
pressurized chlorine gas to beisolated from the operang
areas for greater safety.

MATERIALS OF CONSTRUCTION

SUPERIOR™’s modular design concept allows

SUPERIOR™ High Capacity Gas Chlorinators

One of SUPERIOR’S™ major compevethe chlorine gas indicang meter and ﬂow rate

have been designed to give the maximum

advantages is the use of the ﬁnest, strongest

control valve to be located wherever it is most

ﬂexibility in system installaon. Eachand most durable materials available. Extensive

convenient for the operator, and also in thecomponent of the chlorinator, vacuum regulator,

use of Fluoroplascs and ﬁberglass reinforced

safest locaon. A dual English/Metric scale

metering tube panel, check valve, and ejector

thermoplascs allow SUPERIOR™ Gas

variable area ﬂow metering tube is provided

can be placed wherever it is safest and mostChlorinators to withstand a!ack by chlorine inwith a maximum capacity of 4000 PPD - 80

convenient for operang personnel. The

any form and to give the longest operaonal life.

Kg/hr (MODEL CL-40), 6000 ppd - 120 Kg/hr

regulator may be mounted on the chlorine gas

Many parts are guaranteed for the life of the(Model CL-60), 8000 PPD - 160 Kg/hr (Modelmanifold in a safe storage area while the remoteequipment against chlorine damage.

CL-80), 10,000 ppd - 200 Kg/hr (Model CL-100)

meter tube panel is placed in an easily accessible. All metering tubes are interchangeable andplace since it operates completely under

may be changed in the ﬁeld without special

vacuum. The ejector can be located wherevertools.

plumbing and/or hydraulic condions make itmost desirable. Modular design also makes it
easy and inexpensive to expand or upgrade thesystem.

Series CL-40/60/80/100 Gas Chlorinator

SPECIFICATIONS
The chlorinator shall be SUPERIOR™ MODEL CL-40/60/80/100
manufactured by Chemical Injec!on Technologies, Inc., Ft. Pierce, Florida,and shall have a maximum capacity of _______ pounds per day (Kg/hr)of
chlorine feed and shall be equipped with a chlorine ﬂow meter of _______
pounds per day (Kg/hr).
The chlorinator shall be of modular design consis!ng of a vacuum
regulator, ﬂow meter/rate valve panel, check valve and ejector. Each ofthese assemblies shall be capable of being individually located whereversafety and/or operator convenience dictates.
The vacuum regulator shall mount directly on the regulator moun!ngadaptor of a chlorine gas wall manifold by means of a posi!ve yoke typeclamp. The chlorine valve/chlorinator inlet adaptor shall be constructed ofcorrosion-proof ﬂuoroplas!c material which shall be inert to the eﬀects ofwet, dry or liquid chlorine. No PVC materials shall be used in the vacuum
regulator design to avoid damage by liquid chlorine. A pressure relief valve
shall be incorporated into the vacuum regulator to prevent pressure from

STANDARD ACCESSORIES (Included with Chlorinator)building up in the system. All external screws and nuts shall be made of
1 - Remote Vacuum Regulator

1 - Adaptor Manifold1 - Remote Metering Panel

10 - Lead Adaptor Gaskets

The ﬂow meter/rate control valve panel shall be separate from the

1 - Remote Ejector Assembly

1 - Vent Insect Screen

vacuum regulator and ejector assemblies and shall be capable of

1 - Check Valve Assembly25’ - 3/8” Vent Tubing

Titanium to prevent corrosion.

moun!ng wherever it is safest and most convenient for opera!ng
personnel. “Sonic” Chlorine gas ﬂow regula!on design shall be used,
OPTIONAL ACCESSORIES AVAILABLE

without need of diﬀeren!al pressure regulator(s).
Vacuum shall be created by a ﬁxed-throat venturi/ejector system. A
spring loaded “diaphragmless” type check valve system shall prevent water

Inlet Water Assembly

Gas Masks

Wall Manifold Kits

Gas Detectors

Booster Pumps

ScalesAutoma#c Flow Propor#oning

Residual Analyzers

Automa#c Residual Control

Others Available

from entering the gas system. The ejector assembly shall be capable ofwithstanding water pressure up to 150 PSIG (10.2 Bars).

Ton Container Adaptors

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