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Protective Coatings 09905-1 FTW09118

09905 PROTECTIVE COATINGS

1.00 GENERAL

1.01 WORK INCLUDED

A. Furnish labor, materials, equipment and incidentals necessary to apply protective coatings to material and equipment as specified herein, including the preparation of surfaces prior to application of coatings.

B. Protective coatings shall be applied to the following surfaces:

1. Metal surfaces 2. Structural steel located in the following areas:

a. Ozone Generation Area b. Ozone Destruct Area

3. New piping, except stainless steel.

1.02 QUALITY ASSURANCE

A. ACCEPTABLE MANUFACTURERS

Products which meet the specifications manufactured by the following companies will be acceptable: 1. Tnemec Company, Inc. 2. Carboline 3. Ameron International Performance Coatings and Finishes Group 4. The Sherwin-Williams Company 5. International Paint, LLC 6. ICI Devoe High Performance Coatings 7. Plasite Protective Coatings

1.03 STANDARDS The applicable provisions of the following standards shall apply as if written here in their entirety: ANSI American National Standards Institute, 25 West 43rd Street, New York, NY 10036 NACE National Association of Corrosion Engineers, 1440 South Creek Drive, Houston, TX

77084-4906 OSHA Occupational Safety and Health Administration, U.S., Department of Labor, 200

Constitution Avenue, NW, Washington DC 20210 SSPC The Society for Protective Coatings, 40 24th Street, 6th Floor, Pittsburgh, PA 15222-

4656 In the event of a conflict between the published standards, codes, and this specification, the more stringent requirement shall govern.

1.04 JOB CONDITIONS

A. Primers factory-applied to equipment shall be those specified. Where possible, notify manufacturers which shop prime coats will be required in order to be compatible with field-applied finish coats. Where equipment is purchased which has the manufacturer's standard primer or a factory finish which is other than as specified in this section, remove the factory-applied paint system or apply passivators or other special coatings as required to make the surface compatible with the finish coat specified.


B. ENVIRONMENTAL CONDITIONS

1. Do not apply coatings under conditions that are unsuitable for the production of good results. Remove trash and debris from enclosed buildings and thoroughly clean prior to application of coatings. Do not begin application of coatings in areas where other trades are working, or where construction activities result in airborne dust or other debris. Do not apply coatings in conditions which do not conform to the recommendations of the coatings manufacturer.

2. Coatings shall only be applied when conditions fall within the parameters listed in the manufacturer's printed data.

3. Do not apply any coatings when weather conditions are unfavorable. In the event that climatic conditions are not conducive for best results, postpone application of coatings until conditions conform to the manufacturer's recommendations and the provisions of this specification. Do not apply coatings to a wet or damp surface in wet or damp weather conditions, or when there is dust in the air. Surfaces exposed to direct sunlight shall be shaded by awnings or other protective devices while coatings are being applied. When necessary, provide temporary heating devices of a type that produces no fumes which will discolor the paint system.

4. Apply coatings to surfaces which will be under water constantly or which periodically will be under water during operation of the project in accordance with requirements for submerged structures to a point 1'-0" above the maximum water level. Mask the line of demarcation between the coating systems to a straight level line.

1.05 GUARANTEES

A. Protective coating shall be guaranteed for a period of one (1) year from the date of the Owner's acceptance of the project.

B. A warranty inspection shall be conducted in the eleventh month following completion of painting and coatings. Any defective work discovered at this date shall be corrected by the Contractor in accordance with the specifications at no additional cost to the Owner. Other corrective measures may be required during the one (1) year warranty period.

2.00 PRODUCTS

2.01 MATERIALS Materials shall be the manufacturer's top of line quality products, as listed herein. Products used on this project shall be as indicated below. Primers and finish coats shall be manufactured by the same manufacturer. Coatings shall be from the same batch. Products shall be as follows: TYPE A ALKYD-PHENOLIC UNIVERSAL PRIMER Tnemec Series 1 Purple Prime Sherwin-Williams Kem Kromik Universal International Paint, LLC Interlac 573 ICI Devoe Devguard 4165 Carboline Rustbond 8HB Ameron Amercoat 185HS

TYPE B EPOXY-POLYAMIDE PRIMER Tnemec Series 66 Sherwin-Williams Copoxy Primer International Paint, LLC Intergard 251; Intergard 269 for valves and gates,

submerged structural steel and misc. metals, and submerged piping

ICI Devoe Devran 201 Carboline 893 Ameron Amerlock 400/2


TYPE C ALKYD ENAMEL Tnemec Series 23 Enduratone Sherwin-Williams DTM Alkyd Enamel International Paint, LLC Interlac 665 ICI Devoe Devguard 4308 Carboline DTM58 Ameron Amercoat 5450

TYPE D EPOXY-POLYAMIDE COATINGS Tnemec Series 66 Sherwin-Williams Macropoxy 646 Epoxy International Paint, LLC Intergurd 475HS; Interseal 670HS for valves and

gates, PVC pipe and conduit, submerged structural steel and misc. metals, and submerged piping

ICI Devoe Devran 224 HS Carboline 890 Ameron Amercoat 395FD

TYPE E EPOXY-POLYAMIDE COATINGS FOR POTABLE

WATER Tnemec Series N140 Pota-Pox Plus Sherwin-Williams Tank Clad Epoxy International Paint, LLC Interline 850 or Interseal 670HS (NSF colors) ICI Devoe Bar-Rust 233H Carboline 891 Ameron Amerlock 400/2

TYPE F EPOXY-POLYAMIDE COATINGS FOR WALKING

SURFACES Tnemec Series 66 Hi-Build Epoxoline Sherwin-Williams Tile Clad HS International Paint, LLC Interseal 670HS ICI Devoe Devoe AST 250 Non-Skid Carboline 890 Ameron Amerlock 400/2 w/886 Non-Skid Additive

TYPE G HIGH BUILD ACRYLIC POLYURETHANE ENAMEL Tnemec Series 73 Endura-Shield Sherwin-Williams Hi-Solids Polyurethane International Paint, LLc Interthane 870HS ICI Devoe Devthane 359 Carboline 133HB Ameron Amercoat 450H

TYPE H ALIPHATIC POLYURETHANE ENAMEL Tnemec Series 1074 Endura-Shield II Sherwin-Williams Hi-Solids Polyurethane International Paint, LLC Interthane 990HS ICI Devoe Devthane 379UVA Carboline 134 HS Ameron Amercoat 450H

TYPE I MODIFIED ACRYLIC COATINGS Tnemec Series 29 Tuferyl Sherwin-Williams DTM Acrylic ICI Devoe Devflex 4206 Ameron Amercoat 220 Carboline 3359 International Paint, LLC Intercryl 520


TYPE J SILICONE ALUMINUM COATINGS FOR HIGH TEMPERATURE

Tnemec Series 39 Silicon Aluminum Sherwin-Williams Silver Brite Aluminum B59S8 International Paint, LLC Intertherm 50 ICI Devoe Devoe HT-12 Ameron Amercoat 878 Carboline 4674 TYPE K EPOXY CONCRETE COATING Tnemec Series 46H-413 Hi-Build Tneme-Tar Sherwin-Williams Tar Guard Epoxy International Paint, LLC Interzone 954 ICI Devoe Devtar 247

Ameron Amercoat 78HB Coal Tar Epoxy TYPE L

EPOXY CONCRETE COATING - HFS

Tnemec Series 434/435 Perma-Shield System

2.02 COLOR SELECTION

A. The color chart shall include the complete available range of colors, including tints and shades. The Owner shall select the colors.

B. Use a multi-color system coatings for any surface receiving more than one (1) coat. Each coat shall be tinted differently from the preceding coat in a manner that will allow the various coats to be easily distinguished. Colors shall generally be from light to dark shades, but the Contractor may have the option to select tint shades to insure coats will receive adequate coverage without bleeding or otherwise showing through the preceding coat.

C. Piping and equipment shall be color-coded in accordance with the requirements of the Texas Commission on Environmental Quality (TCEQ).

3.00 EXECUTION

3.01 PREPARATION

A. Thoroughly clean surfaces before applying coating. Where field cleaning is required, apply one (1) coat of shop primer to the surface to protect the surface until field cleaning is performed.

B. Each surface shall have a primer, except in the instance where field cleaning is required and the manufacturer's printed literature states that the coating may be applied without a primer and approval of the Engineer is obtained. Shop-applied primer shall be thoroughly cleaned of oil, grease, and other contaminants, and nicks or other defects shall be spot-primed before subsequent coats are applied.

C. Thoroughly clean surfaces that are blasted of abrasive material, and apply coating to surfaces before any corrosion occurs on the surface. Apply coatings no later than the same day they are blasted. In the event that surfaces are not coated immediately after cleaning, and rust reforms on the blasted surfaces, re-blast surfaces. Remove abrasives used in the blasting operations, rust, scale, and other foreign materials accumulating from the cleaning operations from the site. Sweep abrasive blasted surfaces clean after blasting is complete.

D. The adequacy of the preparation of surfaces shall be determined by comparing the surface with SSPC-Vis-1 "Pictorial Surface Preparation Standards for Painting Steel Surfaces". Prepare surfaces in accordance with the following requirements:


1. TYPE SP1 NEAR WHITE BLASTING: Surfaces shall receive one (1) coat of sacrificial rust inhibitive shop primer to protect the surfaces until time for cleaning and preparation of surfaces at the project site. Metal surfaces shall be cleaned to a "Near White" condition by abrasive blasting in accordance with SSPC SP10 "Near White Blast Cleaning", using 16 to 35 mesh grit. Take precautions to prevent gouging and channeling of metal. The resulting surface profile shall be in accordance with the coating manufacturer's recommendations. Protect soft metal parts, gears or other parts of the equipment that may be damaged by the cleaning process or by the introduction of grit or dust. Replace any oils or lubricants that are contaminated by the cleaning process.

2. TYPE SP1A: Equipment that contains mechanical parts that would be damaged by field cleaning may be factory-blasted to a "Near White" condition by abrasive blasting before the equipment is assembled. Apply a single coat of primer that is compatible with the next coat to the surface and allow to thoroughly cure before assembly or shipping. This type of surface preparation may only be performed on the sensitive components. All other components will be prepared in accordance with Type SP1 Near White Blasting.

3. TYPE SP2 COMMERCIAL BLAST CLEANING: Thoroughly clean metal surfaces of mill scale, rust, and other foreign matter by abrasive blasting to gray metal in accordance with SSPC-SP6 "Commercial Blast Cleaning". Perform abrasive blasting after erection, unless otherwise approved by the Engineer.

4. TYPE SP3 CONCRETE SURFACES: Thoroughly cure concrete surfaces prior to application of coatings. Allow a minimum of 30 days curing time to elapse before coatings are applied. Concrete surfaces which are scheduled to receive coatings shall be dry and shall be prepared by light abrasive blasting in accordance with SSPC-SP7 "Brush Blast Cleaning". Blasting shall be sufficient to remove dirt, dust, efflorescence, oil, grease, stains, and other foreign matter and shall provide adequate surface roughening for good adhesion.

5. TYPE SP4 SHOP PREPARATION OF METAL SURFACES: Exterior metal surfaces, except those specified for field preparation, may be shop cleaned by blasting to a gray metal finish in accordance with SSPC-SP-6 "Commercial Blast Cleaning", as described above. The blasted surface shall be primed immediately as scheduled.

6. TYPE SP5 FIELD PREPARATION OF SHOP PRIMED SURFACES: Slag and weld metal accumulations and splatters not removed by the fabricator shall be removed in the field by chipping or grinding. Sharp edges shall be peened, ground or otherwise blunted. Areas adjacent to welds or any area where shop primer has been damaged shall be thoroughly cleaned in accordance with SSPC SP2 "Hand Tool Cleaning" preparation and reprimed. In order to prevent injury to surrounding painted surfaces, blast cleaning may require the use of a lower air pressure, a shorter blast distance to the surface, and shielding and masking. If damage is too extensive or uneconomical to touch-up, the entire item shall be recleaned and coated in accordance with the provisions of these specifications. Welds and irregular surfaces shall receive a field coat of the specified primer prior to the application of the first field coat.

3.02 APPLICATION

A. Surface preparation and application of coatings shall be in accordance with applicable standards of the Society for Protective Coatings (SSPC) and the manufacturer's recommendations. Do not apply the prime coat until the Owner's field representative is notified and approval is obtained for the surface preparation. Coating shall be applied by skilled workmen and shall be brushed out or sprayed evenly, without runs, crazing, sags, or other blemishes. Apply coating by brush or spray as noted in the specifications.

B. Apply the first coat to the surface, including cutting in around edges, before the second coat is applied. The second coat and any successive coats shall not to be applied before notifying the Owner's field representative and obtaining approval. Each coat shall be tested before the successive coat is applied.


C. Each coat shall be thoroughly dry before application of the successive coat. The full drying time recommended by the manufacturer shall be allowed. Sand enamel between coats.

D. Protect adjacent materials from damage, including over spray or spillage. Provide drop cloths or other protective tarps to cover floors, equipment or other adjacent materials.

3.03 SCHEDULES Protective coatings shall be applied in accordance with the following paint schedule:


PROTECTIVE COATINGS PAINT SCHEDULE

SPEC NO.

PREPNO.

SURFACE DESCRIPTION APPLICATION VEHICLE TYPE

SHEEN NO. OF COATS

PRODUCT TYPE

DFT (MILS)

SS-1 SP2 or

SP4

Structural Steel EXTERIOR AND INTERIOR

Brush or Spray Alkyd Pheonolic

Gloss 1 2 3

TYPE A TYPE C TYPE C

2.0 3.0 3.0

Total Dry Film Thickness 8.0 mils SS-2 SP2

or SP4

Equipment, Pumps, Motors, Valves and Piping INTERIOR AND EXTERIOR

Brush or Spray Arcylic Polyurethane

Gloss 1 2 3

TYPE B TYPE D TYPE G

2.0 4.0 3.0

Total Dry Film Thickness 9.0 mils SS-3 SP2

or SP4

Structural Steel and Miscellaneous Metals ABOVE WATER SURFACES

Brush or Spray Acrylic Polyurethane

Gloss 1 2 3

TYPE B TYPE D TYPE G

2.0 5.0 3.0

Total Dry Film Thickness 10.0 mils SS-4 SP1 Structural Steel and Miscellaneous Metals

SUBMERGED Brush or Spray Epoxy

Polyamide Gloss 1

2 3

TYPE B TYPE D TYPE D

2.0 5.0 5.0

Total Dry Film Thickness 12.0 mils SS-5 SP1 Piping

SUBMERGED Brush or Spray Epoxy

Polyamide Gloss 1

2 3


2.0 5.0 5.0

Total Dry Film Thickness 12.0 mils SS-6 SP1A Valves and Gates Brush or Spray Epoxy

Polyamide Gloss 1

2 3


2.0 5.0 5.0

Total Dry Film Thickness 12.0 mils SS-7 SP1 Water Storage Tanks

SUBMERGED OR ABOVE WATER Brush or Spray Epoxy

Polyamide Gloss 1

2 TYPE E TYPE E

6.0 6.0

Total Dry Film Thickness 12.0 mils SS-8 SP2 Water Storage Tanks

EXTERIOR Brush or Spray Epoxy

Polyamide Polyurethane

Gloss 1 2 3

TYPE B TYPD D TYPE H

2.0 5.0 2.5

Total Dry Film Thickness 9.5 mils SS-9 SP3 Concrete Floor Surfaces of Chemical Storage

Area INTERIOR

Brush or Spray Epoxy Polyamide

Gloss 1 TYPE F 5.0 mils

SS-10 SP1 High Temperature Surfaces Brush Silicone Alum. 1 TYPE J 1.5


2 TYPE J 1.5 Total Dry Film Thickness 3.0 mils

SS-11 SP4 Electrical Equipment EXTERIOR

Brush Alkyd Enamel

Gloss 1 2 3

TYPE A TYPE C TYPE C

2.0 3.0 3.0

Total Dry Film Thickness * * See Paragraph 3.03B or 3.04B

END OF SECTION

June 12, 2009 - DRAFT 16075-1 8205A10 pw://Carollo/Documents/Client/TX/Fort Worth/8205A10/Specifications/Pre-Select/16075 (Addendum No. 1)

SECTION 16075

ELECTRICAL IDENTIFICATION

PART 1 GENERAL

1.01 SUMMARY

A. Section includes requirements for: 1. Identifying electrical, instrumentation, and process equipment and

components. 2. Material, manufacturing and installation requirements for identification devices.

B. Related Sections: 1. Contract Documents are a single integrated document, and as such all

Divisions and Sections apply. It is the responsibility of the CONTRACTOR and its subcontractors to review all sections to ensure a complete and coordinated project.

1.02 REFERENCES

A. Refer to Section 16050.

1.03 DEFINITIONS


1.04 SYSTEM DESCRIPTION

A. Nameplates: 1. Provide a nameplate for each piece of mechanical equipment, process

equipment, valve, pump, mixer, feeder, fan, air-handling unit, motor, switch, receptacle, controller, instrument transducer, instrument power supply, solenoid, motor control center, starter, panelboard, switchboard, individually mounted or plug-in type circuit protector or motor controller, disconnect switch, bus duct tap switch, time switch, relay and for any other control device or major item of electrical equipment, either located in the field or within panels.

2. Provide all nameplates of identical style, color, and material throughout the facility.

3. Device nameplates information: a. Designations as indicated on the Drawings and identified on the Process

and Instrumentation Drawings. b. Device tag and loop number ID (e.g. EDV-60.0101.01). c. Circuit ID (e.g. LPA-11). d. Area served (e.g. Lighting Chemical Building).

B. Wire Numbers: 1. Coordinate the wire numbering system with all vendors of equipment so that

every field wire has a unique number associated with it for the entire system: a. Wire numbers shall correspond to the wire numbers on the control

drawings or the panel and circuit numbers for receptacles and lighting.

June 12, 2009 16075-2 8205A10 pw://Carollo/Documents/Client/TX/Fort Worth/8205A10/Specifications/Pre-Select/16075 (Addendum No. 1)

b. Wire numbers shall correspond to the terminal block number to which they are attached in the control panel.

c. Internal panel wires on a common terminal shall have the same wire number.

d. Multiconductor cables shall be assigned a cable number that shall be attached to the cable at intermediate pull boxes and stub-up locations beneath freestanding equipment. All multi-conductor and instrumentation cables shall be identified at pull points as described above: 1) Label armored multiconductor cable using the conduit number as

indicated on the Drawings, following the requirements for conduit markers in Section 16130.

2. Provide the following wiring numbering schemes throughout the project for field wires between Vendor Control Panels, (VCP), Motor Control Centers, (MCC), field starters, field instruments, etc.

OR

Where: ORIGIN LOC. = Designation for originating panel or device ORIGIN TERM. = Terminal designation at originating panel or device DEST. LOC. = Designation for destination panel or device DEST. TERM. = Terminal designation at destination panel or device or PLC I/O address at destination panel

a. Identify equipment and field instruments as the origin. b. VCP’s are always identified as the destination. c. Location is the panel designation for VCP, or LCP. For connections to

MCC’s, location is the specific starter tag and loop number. Location is the tag and loop number for motor starters, field instruments and equipment. Any hyphen in the panel designation or tag and loop number shall be omitted.

d. Terminal designation is the actual number on the terminal block where the conductor terminates at field devices and vendor control panels. For multiconductor cables, all terminal numbers shall be shown, separated by commas.

e. Terminal designations at motor leads shall be the motor manufacturer’s standard terminal designation (e.g.T1, T2, T3, etc.).

f. Terminal designations at VCP’s where the field conductor connects to a PLC input or output shall be the PLC address (Note: the following PLC I/O numbering scheme is typical for Allen Bradley, the numbering scheme should be modified to match that of the actual PLC manufacturer used for the project): 1) Discrete Point: W:X:Y/Z

Analog Point: W:X:Y.Z


Where: W = I for input, O for output X = PLC number (1, 2, 3…) Y = Slot number (01, 02, 03…) Z = Terminal number (00,01,02…) for a discrete point or a word number for an analog point (1,2,3…)

g. Terminal designations at VCP’s where the conductor does not connect to a PLC I/O point shall be the terminal number with a “C” prefix (e.g. C0010). For common power after a fuse or neutrals after a switch, the subsequent points shall have and capital letter suffix starting with “A” (e.g.. C0010A).

1.05 SUBMITTALS

A. Furnish submittals in accordance with Sections 01300 and 16050.

B. Product Data: 1. Nameplates:

a. Color. b. Size:

1) Outside dimensions. 2) Lettering.

c. Material. d. Mounting means.

2. Nameplate Schedule: a. Show exact wording for each nameplate. b. Include nameplate and letter sizes.

3. Wire Numbers: a. Manufacturer’s catalog data for wire labels and label printer.

C. Record Documents: 1. Update the conduit schedule to reflect the exact quantity of wire numbers

including spares and destination points for all wires.

1.06 DELIVERY, STORAGE, AND HANDLING


1.07 WARRANTY


1.08 SYSTEM START UP


PART 2 PRODUCTS

2.01 MANUFACTURERS

A. Nameplates and Signs: 1. One of the following:


a. Brady. b. Seton.

B. Conductor and Cable Markers: 1. Heat-shrinkable tubing:

a. One of the following or equal: 1) Raychem. 2) Brady. 3) Thomas & Betts. 4) Kroy.

C. Conduit and Raceway Markers: 1. One of the following or equal:

a. Almeteck: Almeteck type mini-tag.

D. Medium Voltage Raceway Voltage Labels: 1. One of the following or equal:

a. Brady. b. Seton.

2.02 MATERIALS

A. Nameplates: 1. Fabricated from white-center and red face or black-center, white face

laminated plastic engraving stock: a. 3/32-inch thick material. b. Two-ply. c. With chamfered edges. d. Block style engraved characters of adequate size to be read easily from a

distance of 6 feet: 1) No characters smaller than 1/8-inch in height.

B. Signs: 1. Automatic equipment and high voltage signs:

a. Suitable for exterior use. b. In accordance with OSHA regulations.

C. Conductor and Cable Markers: 1. Machine printed black characters on white tubing. 2. Ten point type or larger.

D. Conduit and Raceway Markers: 1. UV resistant holder and letters. 2. Black letters on yellow background. 3. Minimum 1/2-inch high letters.

E. Medium Voltage Circuit Raceway Labels: 1. Vinyl plastic. 2. Minimum 1-inch high letters.


2.03 SOURCE QUALITY CONTROL

A. Nameplates: 1. Provide all nameplates for control panel operator devices (e.g. pushbuttons,

selector switches, pilot lights, etc.): a. Same material and same color and appearance as the device

nameplates, in order to achieve an aesthetically consistent and coordinated system.

PART 3 EXECUTION

3.01 INSTALLATION


B. Nameplates: 1. Attach nameplates to equipment with rivets, bolts or sheet metal screws,

approved waterproof epoxy-based cement or install in metal holders welded to the equipment.

2. On NEMA 4, NEMA 4X, or NEMA 7 enclosures, use epoxy-based cement to attach nameplates.

3. Nameplates shall be aligned and level or plumb to within 1/64 inch over the entire length: a. Misaligned or crooked nameplates shall be remounted, or provide new

enclosures at the discretion of the ENGINEER.

C. Conductor and Cable Markers: 1. Apply all conductor and cable markers before termination. 2. Heat-shrinkable tubing:

a. Tubing shall be shrunk using a heat gun that produces low temperature heated air.

b. Tubing shall be tight on the wire after it has been heated. c. Characters shall face the open panel and shall read from left to right or

top to bottom. d. Marker shall start within 1/32 inch of the end of the stripped insulation

point.

D. Conduit Markers: 1. Furnish and install conduit markers for every conduit in the electrical system

that is identified in the conduit schedule or part of the process system: a. Conduit markings shall match the conduit schedule.

2. Mark conduits at the following locations: a. Each end of conduits that are greater that 10 feet in length. b. Where the conduit penetrates a wall or structure. c. Where the conduit emerges from the ground, slab, etc. d. The middle of conduits that are 10 feet or less in length.

3. Mark conduits after the conduits have been fully painted. 4. Position conduit markers so that they are easily read from the floor.


5. Secure all conduit markers with nylon cable ties: a. Provide with ultraviolet resistant cable ties for conduit markers exposed to

direct sunlight. 6. Conduit shall be identified with 0.036 minimum thickness solid brass tags with

stamped 3/16-inch minimum height characters. Tags shall be attached to the raceway with Type 316 stainless steel wires.

7. Mark conduits before construction review by ENGINEER for punch list purposes.

8. Label intrinsically safe conduits in accordance with the requirements of the National Electrical Code (NEC).

E. Medium Voltage Raceway Labels: 1. Apply at 50 foot intervals stating the voltage level contained within the

raceway.

F. Labeling: 1. Furnish and install permanent warning signs at mechanical equipment that

may be started automatically or from remote locations: a. Fasten warning signs with round head stainless steel screws or bolts. b. Locate and mount in a manner to be clearly legible to Operations

Personnel. 2. Furnish and install permanent and conspicuous warning signs on equipment

(front and back), doorways to equipment rooms, pull boxes, manholes, and where the voltage exceeds 600 volts.

3. Place warning signs on utilization equipment that has more than one source of power. Use warning signs to identify every panel and circuit number of the disconnecting means all external power sources: a. Place warning signs on utilization equipment that has 120 VAC control

voltage source used for interlocking. b. Identify panel and circuit number or conductor tag for control voltage

source disconnecting means.

G. Signs: 1. Automatic equipment and high voltage signs:

a. Mount permanent warning signs at mechanical equipment that may be started automatically from remote locations. Fasten warning signs with round head stainless steel screws or bolts. Locate and mount warning signs in a suitable manner that is acceptable to the ENGINEER.

b. Mount permanent and conspicuous warning signs on the front and back of equipment, doorways to equipment rooms, pull boxes, and manholes where the voltage exceeds 600 volts.

c. Place warning signs on equipment that has more than one source of power: 1) Warning sign to identify every power source.

d. Place warning signs on equipment that has a 120 VAC control voltage source used for interlocking.

3.02 FIELD QUALITY CONTROL

A. Replace any nameplates, signs, conductor markers, cable markers or raceway labels that in the sole opinion of the ENGINEER do not meet the ENGINEER’s aesthetic requirements.


END OF SECTION


SECTION 17316

ROTAMETERS (VARIABLE AREA FLOW METERS)

PART 1 GENERAL

1.01 SUMMARY

A. Section includes requirements for: 1. Rotameters (variable area flow meters).

B. Related Sections: 1. The Contract Documents are a single integrated document, and as such all

Divisions and Sections apply. It is the responsibility of the CONTRACTOR and its Sub-Contractors to review all sections to ensure a complete and coordinated project.

C. Provide all instruments identified in the Contract Documents.

1.02 REFERENCES


1.03 DEFINITIONS


1.04 SUBMITTALS




B. Examine the complete set of Contact Documents and verify that the instruments are compatible with the installed conditions including: 1. Process conditions: Fluids, pressures, temperatures, flows, materials, etc. 2. Physical conditions:

a. Installation and mounting requirements. b. Location within the process. c. Accessories: Verify that all required accessories are provided and are

compatible with the process conditions and physical installation.

C. Notify the ENGINEER if any installation condition does not meet the instrument manufacturer’s recommendations or specifications.

1.06 DELIVERY, STORAGE, AND HANDLING



1.07 PROJECT OR SITE CONDITIONS


1.08 WARRANTY


1.09 MAINTENANCE


PART 2 PRODUCTS

2.01 MANUFACTURERS

A. One of the following: 1. ABB. 2. Brooks. 3. King Instrument Company.

2.02 MANUFACTURED UNITS

A. Rotameters: 1. General:

a. Variable area type flow meters with local flow indication. b. Glass Tube type.

2. Performance requirements: a. Flow Range:

1) As specified in instrument data sheets or instrument index. b. Accuracy:

1) Glass Tube: ±2.0 percent of range. 2) Metal Tube: ±5.0 percent of range. 3) Repeatability: 0.50 percent of range.

3. Element: a. Flow tube:

1) Glass Tube: Borosilicate glass, or as required to be compatible with the process conditions.

b. Metal Tube with magnetic follower: 316 Stainless Steel. c. Turndown: 10 to 1. d. Process Temperature:

1) Glass Tube: 32 to 200 degrees Fahrenheit. 2) Metal Tube: -20 to 320 degrees Fahrenheit.

e. Maximum Process Pressure: 1) Glass Tube: 100 psig. 2) Metal Tube: 450 psig. 3) Size tube for the largest of the following:

a) 2.0 times the normal flow rate. b) 1.2 times the maximum flow rate. c) 4.0 times the minimum flow rate.


f. Float: 1) Design to provide the widest possible immunity band change in

viscosity. 2) Metal Tube Rotameters: float with encapsulated magnet.

4. Components: a. Seals: O-rings or packing glands fully compatible with process fluid. b. Integral needle valve for flow control.

5. Scale: a. Metal Tube: Dial indicator with rotatable magnet coupled to magnet

encapsulated in rotameter float. 6. Other:

a. Process Connection: 1) As indicated on the Mechanical Drawings.

b. Mounting: 1) As indicated on the Drawings. 2) Provide all necessary hardware for rotameter mounting.



PART 3 EXECUTION

3.01 INSTALLATION


B. Coordinate the installation with all trades to ensure that the mechanical system has all necessary appurtenances including weld-o-lets, valves, etc. for proper installation of instruments.

3.02 FIELD QUALITY CONTROL


3.03 ADJUSTING

A. Verify factory calibration of all instruments in accordance with the manufacturer’s instructions: 1. Return factory calibrated devices to the factory if they do not meet the field

verification requirements for calibration.

3.04 CLEANING


3.05 DEMONSTRATION AND TRAINING


B. Demonstrate performance of all instruments to the ENGINEER before commissioning.


3.06 PROTECTION


3.07 SCHEDULES

A. The provided information does not necessarily include all required instruments. Provide all instruments identified in the Contract Documents: 1. Instruments may be shown on the Drawings, in the Specifications or both.

END OF SECTION


SECTION 17761

PLC PROGRAMMING SOFTWARE

PART 1 GENERAL

1.01 SUMMARY

A. Section includes requirements for: 1. Development software to be used with the specified PLC hardware.

B. Related Sections: 1. Contract Documents are a single integrated document, and as such all

Divisions and Sections apply. It is the responsibility of the CONTRACTOR and its Sub-Contractors to review all Sections to ensure a complete and coordinated project.

1.02 REFERENCES


1.03 DEFINITIONS


B. Specific Definitions: 1. Development Operating Software: The software provided by the PLC

Manufacturer for use in programming the PLC. 2. Application software: The software that is programmed specifically for the

project.

1.04 SUBMITTALS


B. Product Data: 1. Programming languages. 2. Operating system requirements.

C. Control logic: 1. Fully annotated copy of programmed PLC logic. 2. Cross-referenced index of all PLC registers or points.

D. Provide Application Software for the specific project process requirements.




1.06 WARRANTY


1.07 MAINTENANCE


B. Provide system upgrades and maintenance fixes for a period of three years from substantial completion.

PART 2 PRODUCTS

2.01 MANUFACTURERS

A. The PLC programming software system shall be manufactured by PLC hardware manufacturer.

B. One of the following or equal: 1. Rockwell Software RSLogix 5000. 2. Modicon Unity Pro.

2.02 MANUFACTURED UNITS

A. PLC Programming Software: 1. Furnish Operating Software capable of monitoring and/or control of the PLCs

via the PLC data network: a. Contain diagnostics to collect troubleshooting and performance data and

display it in easy to understand graphs and tables. b. Monitor devices at each drop on the PLC data network for proper

communications. c. Provide the ability to program all PLCs on the PLC data network from the

Engineer’s Console. 2. Operating System:

a. Microsoft Windows XP. 3. The PLC programming software shall be suitable for the PLCs furnished under

Section 17720. 4. PLC programming software for all programming, monitoring, searching, and

editing: a. Usable both on-line, while connected to the PLC, and off-line. b. The Operating Software shall display multiple series and parallel contacts,

coils, timers, counters, and mathematical function blocks. c. Capable of disabling/forcing all inputs, outputs, and coils to simulate the

elements of the ladder logic, forced elements shall be identifiable by means of color change.

d. Include a search capability to locate any address or element and its program location.

e. Display at the EC, PLC status information, such as faults and communication errors and amount of memory remaining.

5. The PLC programming software shall support the following programming languages: a. Ladder Diagram.


6. Generate a PLC program printout, which is fully documented, through the PLC programming software: a. Fully documented program listings include, as a minimum, appropriate

rungs, address, and coils shown with comments to clarify to a reader what that segment of the program accomplishes on an individual line by line basis.

b. Include a sufficient embedded comment for every rung of the program explaining the control function accomplished in said rung.

c. Use a mnemonic associated with each contact, coil, etc, that describes its function.

d. Utilize the Tag and Loop identification as contained in the P&IDs: 1) If additional internal coils, timers, etc. are used for a loop they shall

contain the loop number. e. Provide a cross-reference report of program addresses.

7. Software functions automatically without operator intervention, except as required to establish file names and similar information: a. Furnish the operating system software that is the standard uncorrupted

product of the PLC Manufacturer with the following minimum functions: 1) Respond to demands from a program request. 2) Dynamic allocation of the resources available in the PLC. These

resources include main memory usage, computation time, peripheral usage, and I/O channel usage.

3) Allotment of system resources based on task priority levels such that a logical allocation of resources and suitable response times are assured.

4) Queuing of requests in order of priority if one or more requested resources are unavailable.

5) Resolution of contending requests for the same resource in accordance with priority.

6) Service requests for execution of one program by another. 7) Transfer data between programs as requested. 8) Management of all information transfers to and from peripheral

devices. 9) Control and recovery from all program fault conditions. 10) Diagnose and report real-time hardware device errors.

8. Program Execution: a. Application Software - program execution scheduled on a priority basis:

1) A multilevel priority interrupt structure is required. 2) Enter into a list of pending programs a program interrupted by a

higher priority program: a) Resume its execution once it becomes the currently highest

priority program. 3) Schedule periodic programs. 4) Base the allocation of resources to a time-scheduled program on its

relative priority and the availability of resources. 9. Start -up and Restart:

a. Provide software that initializes and brings a PLC or any microprocessor based hardware unit from an inactive condition to a state of operational readiness.

b. Initialization: 1) Determination of system status before start -up of initializing

operating system software and initializing application software.


2) Loading of all memory resident software, initializing timers, counters, and queues, and initialization of all dynamic database values.

10. Shutdown: a. Where possible provide orderly shutdown capability for shutdowns

resulting from equipment failure, including other PLC processor failures, primary power failure, or a manually entered shutdown command.

b. Upon loss of primary power, a high-priority hardware interrupt initiates software for an immediate, orderly shutdown.

c. Hardware is quickly and automatically commanded to a secure state in response to shutdown command or malfunction.

d. Alarm PLC failure at the operator interface level. 11. Diagnostics:

a. Furnish diagnostic programs with the PLC software package to detect and isolate hardware problems and assist maintenance personnel in discovering the causes for system failures.

b. Use the manufacturer's standard diagnostic routines as much as possible. c. Furnish diagnostic software and test programs for each significant

component in the control system. d. As a minimum, provide diagnostic routines to test for power supply,

central processing unit, memory, communications, and I/O bus failures. 12. Calendar/Time Program:

a. The calendar/time program to update the second, minute, hour, day, month, and year and transfer accurate time and date information to all system level and application software.

b. Variations in the number of days in each month and in leap years must be handled automatically by the program.

c. The operator must be able to set or correct the time and date from any operator interface, only at the highest security level.

13. Algorithms: a. Implementation of algorithms for the determinations of control actions and

special calculations involving analog and discrete data. b. Algorithms must be capable of outputting positional or incremental control

outputs or providing the product of calculations. c. Algorithms must include alarm checks where appropriate. d. Provide, as a minimum, the following types of algorithms:

1) Performs functions such as summing several variables, raising to a power, roots, dividing, multiplying, and subtracting.

2) A switch algorithm, which reads the current, value from its input address and stores it as the value of its output address. 2 types of switches shall be accommodated, two outputs with one input and one output with 2 inputs.

3) A 3-mode Proportional - Integral - Derivative, PID, controller algorithm, with each of the 3 modes independently adjustable, supporting both direct and reverse acting modes.

4) Lead, lag, dead time, and ratio compensators. 5) Integration and totalization of analog process variables.

14. Furnish a comprehensive database for the analog inputs, calculated values, control modules, and outputs: a. In addition, provide spare database points for future expansion.

15. One integrated database can be utilized for all types of analog points or separate databases for each type, in either case the database for each point must include all specified aspects.


16. All portions of the database must be available for use by the display, report, and other specified software modules.

17. All of the data fields and functions specified below must be part of the point definition database at the operator interface. Provide the capability to define new database points through the point display specified below as well as modifying defined points through these displays. This point definition and modification must include all of the features and functions defined below. The analog database software must support the following functions and attributes: a. Analog Input Signal Types:

1) Provide software at the RTUs and PLCs to read variable voltage/current signals and pulse duration/frequency type analog input signals.

b. Input Accuracy: 1) Inputs must be read with an accuracy of ±0.05 percent full scale or

better. 2) Data conversion errors must be less than 0.05 percent full scale. 3) Pulse accumulation error less than or equal to 1 count of actual input

count at a scan rate of once a minute. 4) Maintain for a minimum of 1 year the system accuracy stated above

without adjustments. c. Blocking:

1) Provide mechanisms to inhibit or block the scanning and/or processing of any analog input through the operator interface.

2) For any input so blocked, the operator may manually enter a value to be used as the input value.

d. Filtering: 1) For each analog input provide a first order lag digital filter with an

adjustable filter factor. e. Linearizing:

1) Where analog inputs require square root extraction or other linearization, provide a mechanism to condition the filtered data before the process of scaling and zero suppression takes place.

f. Calculated Values: 1) Provide means to allow for pseudo-inputs calculated by algebraic

and/or Boolean expressions utilizing real inputs, other calculated value, constants, etc.

2) These values must be handled the same as real inputs in terms of record keeping, alarming, etc.

g. Scaling and Zero Suppression: 1) Provide a conversion program to convert input values into

engineering units in a floating-point format. h. Alarms:

1) Provide an alarm program to check all analog variables against high-high, high, low, and low-low alarm limits.

2) When an analog value exceeds a set limit, it must be reported as an alarm based on individually set priority level for each alarm point.

3) Provide an adjustable hysteresis band in order to prevent excessive alarms when a variable is hovering around an alarm limit.

4) Report return to normal shall also be reported. 5) Must be possible to inhibit alarms based on external events, ie. Iock-

out low pump flow alarm when the pump is off. i. Averages:


1) Provide a program to calculate and store hourly, daily, and monthly averages of analog variables.

2) Continuously compute averages, ie. the average for the current period to the present point in time must be stored in memory and available for use in displays, etc.

3) Update hourly averages each minute or at the polling interval for the selected variable.

4) Update daily averages at least once each hour and calculate using the results of the hourly averages.

5) Update monthly averages at least once each day and calculate using the results of the daily averages.

6) At the end of each averaging period, store the average values for the period on the hard disk for historical record keeping and reset the present period average register to the present value of the variable.

7) The active database must include the present period average and previous period average for each variable and averaging period.

j. Totals: 1) Provide a program to calculate and store hourly, daily, and monthly

totalization of analog variables. 2) Assign a scaling factor to each variable to convert to the appropriate

units based on a 1-minute totalizing interval. 3) Assign a separate factor for each totalizing interval. 4) Variables for which totalization is inappropriate must have scaling

factors of zero. 5) At the end of each totalizing period, store the totalized values for the

period on the hard disk for historical record keeping and reset the present period totalization register to zero.

6) The active database must include the present period total and previous period total for each variable and totalizing period.

k. Engineering Units: 1) Provide software to allow the system and the operator to convert all

the measured analog variables to any desired engineering units. 2) The operator must be able to view displays and generate reports of

any measured variable in one or more engineering units such as flow in GPM, MGD, CFS, and Acre-Feet per day.

3) Pre-program the conversion of the engineering units, and if not pre-programmed, the operator must be able to program new engineering unit conversions by using simple methods, ie. multiplication of the database attributes by a constant.

4) The programming method must be at a level and compatible with the specified training of the operator and the OWNER'S personnel.

5) New conversions must not require the services of a special programmer and/or special, high-level, programming training.

l. Control Modules: 1) For each control function configured, whether processed at the RTU,

PLC, or operator interface, maintain a file of necessary data including input values, setpoints, constants, intermediate calculated values, output value and limit clamps, etc.

2) Input and output assignments, setpoints, and constants must be adjustable by the operator through the operator interface.

3) Provide control algorithms for manual control with output values adjustable by the operator.


m. Analog Outputs: 1) Analog outputs must be maintained as part of the database. 2) These outputs must be adjustable manually by the operator through

the operator interface or through automatic control algorithms. 18. Some of the above functions may be better accomplished in the Data

Acquisition and Graphic Display Software package; it is the responsibility of the ICSC to optimize the location of the various functions between all software packages.

B. General Control Functions: 1. Analog Control Functions:

a. PID, lead/lag, signal select, alarm, limit, delay, and time base. b. Furnish the control system complete with a library of

mathematical/calculation software to support averaging, weighted average, addition, subtraction, multiplication, division, square root extraction, exponential, AND, OR, NAND, NOR, XOR and NXOR functions.

c. All math utilities must be linkable to process data points or manual inputs via control block configuration.

d. By linking control blocks to data points, the math library must support system unit conversion and calculation requirements.

2. Discrete Control Functions: a. AND, OR, NOT, EXCLUSIVE OR, comparators, delays and time base.

3. Software Support: a. Retain in firmware all control and logic functions at each RTU and PLC

and in RAM at the operator interface. b. Call each function as required by the configured controls to perform the

intended function. 4. Control and Status Discrepancies:

a. Generate a discrepancy/fail alarm for any pump, valve, or final control element if a discrepancy exists between a system or operator command and the device status.

b. For example, the system commands to start (call), and the pump fails to start (run status report back), within predetermined operator programmable time delay (time disagree), and then generate a discrepancy (fail) alarm shall be generated.

c. Involuntary change in the device's status must also generate an alarm: 1) For example, a pump starts when not commanded to do so, or a

pump shuts down while running even though it still has a command to run.

d. Each command, status, and alarm must cause the color of the symbol to change.

e. Because many discrete final control elements have a cycle time in excess of the scan interval, provide each control output with an associated delay period selected to be longer than the operating period of the control element: 1) Delay periods for each final control element must be adjustable at the

operator interface. 2) List all time delays in the final documentation.

5. Some of the above functions may be better accomplished in the Data Acquisition and Graphic Display Software package, it is the responsibility of


the ICSC to optimize the location of the various functions between all software packages.

C. Control Configuration: 1. Provide software to allow control strategies to be developed and their

operation initiated through the operator interface. 2. Provide standardized control point displays for defining the control functions

including the function type, input/output addresses, set points and tuning constants, etc.

3. Provide a mechanism to link separate control functions together into an integrated control strategy.

4. Provide a mechanism to download operational/control set points developed at any operator interface to any PLC or RTU for operational implementation.

5. Provide a mechanism to define and implement operational/control set points locally at the PLC or RTU and to upload them to the Operator interface for operational record keeping.

6. Perform control configurations on-line at the operator interface, the PLC or RTU may be taken off-line when being configured or downloaded.


A. As specified in Section 17050.

PART 3 EXECUTION

3.01 INSTALLATION


B. General: 1. The control system logic program shall reside at the PLC level.

C. Use the Tag and Loop identifications found on the P&IDs for all tags used and/or assigned as part of the Application Software work provided by the ICSC.

D. Program the PLC logic using Ladder Diagram programming language.

3.02 DEMONSTRATION AND TRAINING


B. Training: 1. Performed by pre-approved and qualified representatives of the ICSC and or

manufacturer of the local operator interface software. A representative of the ICSC may perform the training only if the representative has completed the manufacturer’s training course for the PLC programming software.

END OF SECTION


Field Instruments - Schedule

TAG NUMBER DESCRIPTION P&ID RANGE OR SETPOINT

SPEC. SECTION COMMENTS

NH-OZ-N2-PI-001 Pressure Gage 7-N-104 17404 Nitrogen Receiver Tank Pressure NH-OZ-N2-PI-002 Pressure Gage 7-N-104 17404 Desiccant Dryer Discharge Pressure NH-OZ-N2-PI-003 Pressure Gage 7-N-104 17404 Desiccant Dryer Discharge Pressure NH-OZ-N2-PI-004 Pressure Gage 7-N-104 17404 Desiccant Dryer Discharge Pressure NH-OZ-N2-AIT-001 Dew Point Analyzer 7-N-104 17530 Desiccant Dryer Discharge NH-OZ-N2-FIC-001 Flow Meter/Controller 7-N-104 17302 Nitrogen Flow Controller NH-OZ-GOX-FM-001 Orfice Plate Flow Meter 7-N-105 17312 Include DP Transmitter scaled for flow NH-OZ-GOX-FM-002 Orfice Plate Flow Meter 7-N-105 17312 Include DP Transmitter scaled for flow NH-OZ-GOX-PIT-001 Pressure Transmitter 7-N-105 17406 Oxygen Service NH-OZ-GOX-TIT-001 Temperature Transmitter 7-N-105 17604 Oxygen Service NH-OZ-OZ-PI-001 Pressure Gage 7-N-105 17404 Ozone Service/Diaphragm Seal NH-OZ-OZ-PI-002 Pressure Gage 7-N-105 17404 Ozone Service/Diaphragm Seal NH-OZ-OZ-TI-001 Temperature Gage 7-N-105 17404 Ozone Service NH-OZ-OZ-PSH-001 Pressure Switch 7-N-105 17403 Ozone Service/Diaphragm Seal NH-OZ-OZ-PSL-001 Pressure Switch 7-N-105 17403 Ozone Service/Diaphragm Seal NH-OZ-OZ-TSH-001 Temperature Switch 7-N-105 17601 Ozone Service NH-OZ-OZ-AIT-001 Ozone Concentration 7-N-105 17504 Analyzer NH-OZ-OCWS-PI-001 Pressure Gage 7-N-105 17404 Cooling Water Pressure NH-OZ-OCWS-TIT-001 Temperature Transmitter 7-N-105 17604 Cooling Water Supply Temperature NH-OZ-OCWS-FM-001 Magnetic Flowmeter 7-N-105 17302 Cooling Water Supply Flow NH-OZ-OCWR-TIT-001 Temperature Transmitter 7-N-105 17604 Cooling Water Return Temperature NH-OZ-OCWR-TSH-001 Temperature Switch 7-N-106 17601 Cooling Water Return Temperature NH-OZ-OCWR-TSH-002 Temperature Switch 7-N-106 17601 Cooling Water Return Temperature NH-OZ-OCWR-FM-001 Magnetic Flowmeter 7-N-106 17302 Cooling Water Return Flow NH-OZ-OCWR-FM-002 Magnetic Flowmeter 7-N-106 17302 Cooling Water Return Flow NH-OZ-OCWR-PSL-001 Pressure Switch 7-N-106 17403 Cooling Water Return Flow NH-OZ-OCWR-PSL-002 Pressure Switch 7-N-106 17403 Cooling Water Return Flow NH-OZ-OCWR-PSH-001 Pressure Switch 7-N-106 17403 Cooling Water Return Flow NH-OZ-OCWR-PSH-002 Pressure Switch 7-N-106 17403 Cooling Water Return Flow





NH-OZ-OCWS-PI-001 Pressure Gage 7-N-106 17404 Cooling Water Supply NH-OZ-OCWS-PI-002 Pressure Gage 7-N-106 17404 Cooling Water Supply NH-OZ-OCWR-PI-001 Pressure Gage 7-N-106 17404 Cooling Water Return Flow NH-OZ-OCWR-PI-002 Pressure Gage 7-N-106 17404 Cooling Water Return Flow NH-OZ-OCWR-FM-003 Magnetic Flowmeter 7-N-106 17302 Cooling Water Return Flow NH-OZ-OCWR-FM-004 Magnetic Flowmeter 7-N-106 17302 Cooling Water Return Flow NH-OZ-OCWS-TI-001 Temperature Gage 7-N-106 17404 Cooling Water Supply NH-OZ-OCWS-TI-002 Temperature Gage 7-N-106 17404 Cooling Water Supply NH-OZ-OCWS-PSH-001 Pressure Switch 7-N-106 17403 Cooling Water Supply NH-OZ-OCWS-PSH-002 Pressure Switch 7-N-106 17403 Cooling Water Supply NH-OZ-GOX-FM-003 Orfice Plate Flow Meter 7-N-107 17312 Include DP Transmitter scaled for flow NH-OZ-GOX-FM-004 Orfice Plate Flow Meter 7-N-107 17312 Include DP Transmitter scaled for flow NH-OZ-GOX-PIT-002 Pressure Transmitter 7-N-107 17406 Oxygen Service NH-OZ-GOX-TIT-002 Temperature Transmitter 7-N-107 17604 Oxygen Service NH-OZ-OZ-PI-003 Pressure Gage 7-N-107 17404 Ozone Service/Diaphragm Seal NH-OZ-OZ-PI-004 Pressure Gage 7-N-107 17404 Ozone Service/Diaphragm Seal NH-OZ-OZ-TI-002 Temperature Gage 7-N-107 17404 Ozone Service NH-OZ-OZ-PSH-002 Pressure Switch 7-N-107 17403 Ozone Service/Diaphragm Seal NH-OZ-OZ-PSL-002 Pressure Switch 7-N-107 17403 Ozone Service/Diaphragm Seal NH-OZ-OZ-TSH-002 Pressure Switch 7-N-107 17601 Ozone Service NH-OZ-OZ-AIT-002 Ozone Concentration 7-N-107 17504 Analyzer NH-OZ-OCWS-PI-002 Pressure Gage 7-N-107 17404 Cooling Water Pressure NH-OZ-OCWS-TIT-002 Temperature Transmitter 7-N-107 17604 Cooling Water Supply Temperature NH-OZ-OCWS-FM-002 Magnetic Flowmeter 7-N-107 17302 Cooling Water supply Flow NH-OZ-OCWR-TIT-002 Temperature Transmitter 7-N-107 17604 Cooling Water Return Temperature NH-OZ-OCWR-TSH-003 Temperature Switch 7-N-108 17601 Cooling Water Return Temperature NH-OZ-OCWR-TSH-004 Temperature Switch 7-N-108 17601 Cooling Water Return Temperature NH-OZ-OCWR-FM-003 Magnetic Flowmeter 7-N-108 17302 Cooling Water Return Flow NH-OZ-OCWR-FM-004 Magnetic Flowmeter 7-N-108 17302 Cooling Water Return Flow





NH-OZ-OCWR-PSL-003 Pressure Switch 7-N-108 17403 Cooling Water Return Flow NH-OZ-OCWR-PSL-004 Pressure Switch 7-N-108 17403 Cooling Water Return Flow NH-OZ-OCWR-PSH-003 Pressure Switch 7-N-108 17403 Cooling Water Return Flow NH-OZ-OCWR-PSH-004 Pressure Switch 7-N-108 17403 Cooling Water Return Flow NH-OZ-OCWS-PI-003 Pressure Gage 7-N-108 17404 Cooling Water Supply NH-OZ-OCWS-PI-004 Pressure Gage 7-N-108 17404 Cooling Water Supply NH-OZ-OCWR-PI-003 Pressure Gage 7-N-108 17404 Cooling Water Return Flow NH-OZ-OCWR-PI-004 Pressure Gage 7-N-108 17404 Cooling Water Return Flow NH-OZ-OCWR-FM-005 Magnetic Flowmeter 7-N-108 17302 Cooling Water Return Flow NH-OZ-OCWR-FM-006 Magnetic Flowmeter 7-N-108 17302 Cooling Water Return Flow NH-OZ-OCWS-TI-003 Temperature Gage 7-N-108 17404 Cooling Water Supply NH-OZ-OCWS-TI-004 Temperature Gage 7-N-108 17404 Cooling Water Supply NH-OZ-OCWS-PSH-003 Pressure Switch 7-N-108 17403 Cooling Water Supply NH-OZ-OCWS-PSH-004 Pressure Switch 7-N-108 17403 Cooling Water Supply NH-OZ-GOX-FM-005 Orfice Plate Flow Meter 7-N-109 17312 Include DP Transmitter scaled for flow NH-OZ-GOX-FM-006 Orfice Plate Flow Meter 7-N-109 17312 Include DP Transmitter scaled for flow NH-OZ-GOX-PIT-003 Pressure Transmitter 7-N-109 17406 Oxygen Service NH-OZ-GOX-TIT-003 Temperature Transmitter 7-N-109 17604 Oxygen Service NH-OZ-OZ-PI-005 Pressure Gage 7-N-109 17404 Ozone Service/Diaphragm Seal NH-OZ-OZ-PI-006 Pressure Gage 7-N-109 17404 Ozone Service/Diaphragm Seal NH-OZ-OZ-TI-003 Temperature Gage 7-N-109 17404 Ozone Service NH-OZ-OZ-PSH-003 Pressure Switch 7-N-109 17403 Ozone Service/Diaphragm Seal NH-OZ-OZ-PSL-003 Pressure Switch 7-N-109 17403 Ozone Service/Diaphragm Seal NH-OZ-OZ-TSH-003 Pressure Switch 7-N-109 17601 Ozone Service NH-OZ-OZ-AIT-003 Ozone Concentration 7-N-109 17504 Analyzer NH-OZ-OCWS-PI-003 Pressure Gage 7-N-109 17404 Cooling Water Pressure NH-OZ-OCWS-TIT-003 Temperature Transmitter 7-N-109 17604 Cooling Water Supply Temperature NH-OZ-OCWS-FM-003 Magnetic Flowmeter 7-N-109 17302 Cooling Water supply Flow





NH-OZ-OCWR-TIT-003 Temperature Transmitter 7-N-109 17604 Cooling Water Return Temperature NH-OZ-OCWR-TSH-005 Temperature Switch 7-N-110 17601 Cooling Water Return Temperature NH-OZ-OCWR-TSH-006 Temperature Switch 7-N-110 17601 Cooling Water Return Temperature NH-OZ-OCWR-FM-005 Magnetic Flowmeter 7-N-110 17302 Cooling Water Return Flow NH-OZ-OCWR-FM-006 Magnetic Flowmeter 7-N-110 17302 Cooling Water Return Flow NH-OZ-OCWR-PSL-005 Pressure Switch 7-N-110 17403 Cooling Water Return Flow NH-OZ-OCWR-PSL-006 Pressure Switch 7-N-110 17403 Cooling Water Return Flow NH-OZ-OCWR-PSH-005 Pressure Switch 7-N-110 17403 Cooling Water Return Flow NH-OZ-OCWR-PSH-006 Pressure Switch 7-N-110 17403 Cooling Water Return Flow NH-OZ-OCWS-PI-005 Pressure Gage 7-N-110 17404 Cooling Water Supply NH-OZ-OCWS-PI-006 Pressure Gage 7-N-110 17404 Cooling Water Supply NH-OZ-OCWR-PI-005 Pressure Gage 7-N-110 17404 Cooling Water Return Flow NH-OZ-OCWR-PI-006 Pressure Gage 7-N-110 17404 Cooling Water Return Flow NH-OZ-OCWR-FM-007 Magnetic Flowmeter 7-N-110 17302 Cooling Water Return Flow NH-OZ-OCWR-FM-008 Magnetic Flowmeter 7-N-110 17302 Cooling Water Return Flow NH-OZ-OCWS-TI-005 Temperature Gage 7-N-110 17404 Cooling Water Supply NH-OZ-OCWS-TI-006 Temperature Gage 7-N-110 17404 Cooling Water Supply NH-OZ-OCWS-PSH-005 Pressure Switch 7-N-110 17403 Cooling Water Supply NH-OZ-OCWS-PSH-006 Pressure Switch 7-N-110 17403 Cooling Water Supply NH-OZ-OF-PIT-001 Pressure Transmitter 7-N-111 17406 Ozone Service/Diaphragm Seal NH-OZ-OF-TIT-001 Temperature Transmitter 7-N-111 17604 Ozone Off Gas Service NH-OZ-OF-TSH-001 Temperature Switch 7-N-111 17601 Ozone Destruct PreHeater NH-OZ-OF-TIT-002 Temperature Transmitter 7-N-111 17604 Ozone Off Gas Service NH-OZ-OF-PSL-001 Pressure Switch 7-N-111 17403 Ozone Off Gas Service NH-OZ-OF-PI-001 Pressure Gage 7-N-111 17404 Ozone Off Gas Service NH-OZ-OF-AIT-001 Ozone Concentration 7-N-111 17504 Analyzer NH-OZ-OF-PIT-002 Pressure Transmitter 7-N-112 17406 Ozone Service/Diaphragm Seal NH-OZ-OF-TIT-003 Temperature Transmitter 7-N-112 17604 Ozone Off Gas Service NH-OZ-OF-TSH-002 Temperature Switch 7-N-112 17601 Ozone Destruct PreHeater





NH-OZ-OF-TIT-004 Temperature Transmitter 7-N-112 17604 Ozone Off Gas Service NH-OZ-OF-PSL-002 Pressure Switch 7-N-112 17403 Ozone Off Gas Service NH-OZ-OF-PI-002 Pressure Gage 7-N-112 17404 Ozone Off Gas Service NH-OZ-OF-AIT-002 Ozone Concentration 7-N-112 17504 Analyzer NH-OZ-OF-PIT-003 Pressure Transmitter 7-N-113 17406 Ozone Service/Diaphragm Seal NH-OZ-OF-TIT-005 Temperature Transmitter 7-N-113 17604 Ozone Off Gas Service NH-OZ-OF-TSH-003 Temperature Switch 7-N-113 17601 Ozone Destruct PreHeater NH-OZ-OF-TIT-006 Temperature Transmitter 7-N-113 17604 Ozone Off Gas Service NH-OZ-OF-PSL-003 Pressure Switch 7-N-113 17403 Ozone Off Gas Service NH-OZ-OF-PI-003 Pressure Gage 7-N-113 17404 Ozone Off Gas Service NH-OZ-OF-AIT-003 Ozone Concentration 7-N-113 17504 Analyzer SH-OZ-OF-PIT-001 Pressure Transmitter 7-N-114 17406 Ozone Service/Diaphragm Seal SH-OZ-OF-TIT-001 Temperature Transmitter 7-N-114 17604 Ozone Off Gas Service SH-OZ-OF-TSH-001 Temperature Switch 7-N-114 17601 Ozone Destruct PreHeater SH-OZ-OF-TIT-002 Temperature Transmitter 7-N-114 17604 Ozone Off Gas Service SH-OZ-OF-PSL-001 Pressure Switch 7-N-114 17403 Ozone Off Gas Service SH-OZ-OF-PI-001 Pressure Gage 7-N-114 17404 Ozone Off Gas Service SH-OZ-OF-AIT-001 Ozone Concentration 7-N-114 17504 Analyzer SH-OZ-OF-PIT-002 Pressure Transmitter 7-N-115 17406 Ozone Service/Diaphragm Seal SH-OZ-OF-TIT-003 Temperature Transmitter 7-N-115 17604 Ozone Off Gas Service SH-OZ-OF-TSH-002 Temperature Switch 7-N-115 17601 Ozone Destruct PreHeater SH-OZ-OF-TIT-004 Temperature Transmitter 7-N-115 17604 Ozone Off Gas Service SH-OZ-OF-PSL-002 Pressure Switch 7-N-115 17403 Ozone Off Gas Service SH-OZ-OF-PI-002 Pressure Gage 7-N-115 17404 Ozone Off Gas Service SH-OZ-OF-AIT-002 Ozone Concentration 7-N-115 17504 Analyzer SH-OZ-OF-PIT-003 Pressure Transmitter 7-N-116 17406 Ozone Service/Diaphragm Seal SH-OZ-OF-TIT-005 Temperature Transmitter 7-N-116 17604 Ozone Off Gas Service SH-OZ-OF-TSH-003 Temperature Switch 7-N-116 17601 Ozone Destruct PreHeater SH-OZ-OF-TIT-006 Temperature Transmitter 7-N-116 17604 Ozone Off Gas Service





SH-OZ-OF-PSL-003 Pressure Switch 7-N-116 17403 Ozone Off Gas Service SH-OZ-OF-PI-003 Pressure Gage 7-N-116 17404 Ozone Off Gas Service SH-OZ-OF-AIT-003 Ozone Concentration 7-N-116 17504 Analyzer

June 09 17903-1 8205A10 pw://Carollo/Documents/Client/TX/Fort Worth/8205A10/Specifications/Pre-Select/17903 (Addendum No. 1)

I/O List PLC I/O TYPE RACK SLOT POINT I/O ADDRESS SIGNAL TAG DESCRIPTION NH-OZ-OZ-REM-001 DI 1 3 1 NH-OZ-N2-AC-001-AL N2 Gen Compressor No.1 OL Alarm NH-OZ-OZ-REM-001 DI 1 3 2 NH-OZ-N2-AC-001-RN N2 Gen Compressor No.1 Run Status NH-OZ-OZ-REM-001 DI 1 3 3 NH-OZ-N2-AC-002-AL N2 Gen Compressor No.2 OL Alarm NH-OZ-OZ-REM-001 DI 1 3 4 NH-OZ-N2-AC-002-RN N2 Gen Compressor No.2 Run Status NH-OZ-OZ-REM-001 DI 1 3 5 NH-OZ-N2-PSH-002-AL N2 Gen Receiver Tank Press High-High Alarm NH-OZ-OZ-REM-001 DI 1 3 6 NH-OZ-N2-PSL-002-AL N2 Gen Receiver TankPress Low-Low Alarm NH-OZ-OZ-REM-001 DI 1 3 7 NH-OZ-N2-DY-001-RN N2 Gen Desiccant Dryer No.1 Run Status NH-OZ-OZ-REM-001 DI 1 3 8 NH-OZ-N2-DY-002-RN N2 Gen Desiccant Dryer No.2 Run Status NH-OZ-OZ-REM-001 DI 1 3 9 NH-OZ-N2-AIT-001-AH N2 Gen Desiccant Dryer Dewpoint High Alarm NH-OZ-OZ-REM-001 DI 1 3 10 NH-OZ-OZ-REM-001 DI 1 3 11 NH-OZ-OZ-REM-001 DI 1 3 12 NH-OZ-OZ-REM-001 DI 1 3 13 NH-OZ-OZ-REM-001 DI 1 3 14 NH-OZ-OZ-REM-001 DI 1 3 15 NH-OZ-OZ-REM-001 DI 1 3 16 NH-OZ-OZ-REM-001 D0 1 4 1 NH-OZ-N2-SV-001-OC Open N2 Gen Coal Filter No.1 Drain valve NH-OZ-OZ-REM-001 D0 1 4 2 NH-OZ-N2-SV-002-OC Open N2 Gen Coal Filter No.2 Drain valve NH-OZ-OZ-REM-001 D0 1 4 3 NH-OZ-OZ-REM-001 D0 1 4 4 NH-OZ-OZ-REM-001 D0 1 4 5 NH-OZ-OZ-REM-001 D0 1 4 6 NH-OZ-OZ-REM-001 D0 1 4 7 NH-OZ-OZ-REM-001 D0 1 4 8 NH-OZ-OZ-REM-001 D0 1 4 9 NH-OZ-OZ-REM-001 D0 1 4 10 NH-OZ-OZ-REM-001 D0 1 4 11 NH-OZ-OZ-REM-001 D0 1 4 12 NH-OZ-OZ-REM-001 D0 1 4 13 NH-OZ-OZ-REM-001 D0 1 4 14 NH-OZ-OZ-REM-001 D0 1 4 15 NH-OZ-OZ-REM-001 D0 1 4 16 NH-OZ-OZ-REM-001 AI 1 5 1 NH-OZ-N2-AI-001-AI N2 Gen Desiccant Dryer Dewpoint Indication NH-OZ-OZ-REM-001 AI 1 5 2 NH-OZ-N2-FIC-001-FI N2 Gen Flow Rate Indication


I/O List PLC I/O TYPE RACK SLOT POINT I/O ADDRESS SIGNAL TAG DESCRIPTION NH-OZ-OZ-REM-001 AI 1 5 3 NH-OZ-OZ-REM-001 AI 1 5 4 NH-OZ-OZ-REM-001 AI 1 5 5 NH-OZ-OZ-REM-001 AI 1 5 6 NH-OZ-OZ-REM-001 AI 1 5 7 NH-OZ-OZ-REM-001 AI 1 5 8 NH-OZ-OZ-REM-001 AO 1 6 1 NH-OZ-N2-FIC-001-FC N2 Gen Flow Control NH-OZ-OZ-REM-001 AO 1 6 2 NH-OZ-OZ-REM-001 AO 1 6 3 NH-OZ-OZ-REM-001 AO 1 6 4 NH-OZ-OZ-REM-001 AO 1 6 5 NH-OZ-OZ-REM-001 AO 1 6 6 NH-OZ-OZ-REM-001 AO 1 6 7 NH-OZ-OZ-REM-001 AO 1 6 8


PLC I/O

TYPE RACK SLOT POINTI/O ADDRESS SIGNAL TAG DESCRIPTION

NH-OZ-GEN-REM-001 DI 2 3 1 NH-OZ-GOX-BA-001-ZSO Ozone Gen No.1 GOX Inlet Valve Open Status NH-OZ-GEN-REM-001 DI 2 3 2 NH-OZ-GOX-BA-001-ZSC Ozone Gen No.1 GOX Inlet Valve Closed Status NH-OZ-GEN-REM-001 DI 2 3 3 NH-OZ-GOX-BA-001-RM Ozone Gen No.1 GOX Inlet Valve Remote Status NH-OZ-GEN-REM-001 DI 2 3 4 NH-OZ-OCWS-BFV-001-ZSO Ozone Gen No.1 Cooling Water Inlet Valve Open Status NH-OZ-GEN-REM-001 DI 2 3 5 NH-OZ-OCWS-BFV-001-ZSC Ozone Gen No.1 Cooling Water Inlet Valve Closed Status NH-OZ-GEN-REM-001 DI 2 3 6 NH-OZ-OCWS-BFV-001-RM Ozone Gen No.1 Cooling Water Inlet Valve Remote Status NH-OZ-GEN-REM-001 DI 2 3 7 NH-OZ-OZ-BFV-001-ZSO Ozone Gen No.1 Ozone Flow Ctl Valve Open Status NH-OZ-GEN-REM-001 DI 2 3 8 NH-OZ-OZ-BFV-001-ZSC Ozone Gen No.1 Ozone Flow Ctl Valve Closed Status NH-OZ-GEN-REM-001 DI 2 3 9 NH-OZ-OZ-BFV-001-RM Ozone Gen No.1 Ozone Flow Ctl Valve Remote Status NH-OZ-GEN-REM-001 DI 2 3 10 NH-OZ-OZ-TSH-002-AL Ozone Gen No.1 Power Supply High Temp. Alarm NH-OZ-GEN-REM-001 DI 2 3 11 NH-OZ-OZ-GEN-001-RN Ozone Gen No.1 Power Supply Run Status NH-OZ-GEN-REM-001 DI 2 3 12 NH-OZ-OZ-GEN-001-AL Ozone Gen No.1 Power Supply Fail Alarm NH-OZ-GEN-REM-001 DI 2 3 13 NH-OZ-OZ-PSH-001-AL Ozone Gen No.1 Power Supply High Press..Alarm NH-OZ-GEN-REM-001 DI 2 3 14 NH-OZ-OZ-PSL-001-AL Ozone Gen No.1 Power Supply Low Press. Alarm NH-OZ-GEN-REM-001 DI 2 3 15 NH-OZ-OZ-TSH-001-AL Ozone Gen No.1 Product Gas High Temp. Alarm NH-OZ-GEN-REM-001 DI 2 3 16 Spare NH-OZ-GEN-REM-001 DI 2 4 1 NH-OZ-OCWR-TSH-001-AL Ozone Gen No.1 Cooling Water No.1 High Temp. Alarm NH-OZ-GEN-REM-001 DI 2 4 2 NH-OZ-OCWR-TSH-002-AL Ozone Gen No.1 Cooling Water No.2 High Temp. Alarm NH-OZ-GEN-REM-001 DI 2 4 3 NH-OZ-OCWR-PSH-001-AL Ozone Gen No.1 Cooling Water No.1 High Press. Alarm NH-OZ-GEN-REM-001 DI 2 4 4 NH-OZ-OCWR-PSH-002-AL Ozone Gen No.1 Cooling Water No.2 High Press. Alarm NH-OZ-GEN-REM-001 DI 2 4 5 NH-OZ-OCWR-PMP-001-RN Oz Gen No.1 Cooling Water Pump No.1 Run Status NH-OZ-GEN-REM-001 DI 2 4 6 NH-OZ-OCWR-PMP-002-RN Oz Gen No.1 Cooling Water Pump No.2 Run Status NH-OZ-GEN-REM-001 DI 2 4 7 NH-OZ-OCWR-PSH-003-AL Oz Gen No.1 CW Pump No.1 Dischg High Press. Alarm NH-OZ-GEN-REM-001 DI 2 4 8 NH-OZ-OCWR-PSH-004-AL Oz Gen No.1 CW Pump No.2 Dischg High Press. Alarm NH-OZ-GEN-REM-001 DI 2 4 9 NH-OZ-OCWS-PSH-001-AL Oz Gen No.1 HEX No.1 Dischg High Press. Alarm NH-OZ-GEN-REM-001 DI 2 4 10 NH-OZ-OCWS-PSH-002-AL Oz Gen No.1 HEX No.2 Dischg High Press. Alarm NH-OZ-GEN-REM-001 DI 2 4 11 NH-OZ-OCWR-FM-001-AL Oz Gen No.1 HEX No.1 Dischg Low Flow Alarm NH-OZ-GEN-REM-001 DI 2 4 12 NH-OZ-OCWR-FM-002-AL Oz Gen No.1 HEX No.2 Dischg Low Flow Alarm NH-OZ-GEN-REM-001 DI 2 4 13 NH-OZ-OCWR-TSH-003-AL Oz Gen No.1 HEX Dischg High Temp Alarm NH-OZ-GEN-REM-001 DI 2 4 14 Spare NH-OZ-GEN-REM-001 DI 2 4 15 Spare NH-OZ-GEN-REM-001 DI 2 4 16 Spare NH-OZ-GEN-REM-001 D0 2 5 1 NH-OZ-OZ-GEN-001-OOC Ozone Gen No.1 On/Off Control NH-OZ-GEN-REM-001 D0 2 5 2 NH-OZ-OCWS-SV-001-OC Ozone Gen No.1 Cooling Water Inlet Valve Control NH-OZ-GEN-REM-001 D0 2 5 3 Spare


PLC I/O


NH-OZ-GEN-REM-001 D0 2 5 4 Spare NH-OZ-GEN-REM-001 D0 2 5 5 Spare NH-OZ-GEN-REM-001 D0 2 5 6 Spare NH-OZ-GEN-REM-001 D0 2 5 7 Spare NH-OZ-GEN-REM-001 D0 2 5 8 Spare NH-OZ-GEN-REM-001 D0 2 5 9 Spare NH-OZ-GEN-REM-001 D0 2 5 10 Spare NH-OZ-GEN-REM-001 D0 2 5 11 Spare NH-OZ-GEN-REM-001 D0 2 5 12 Spare NH-OZ-GEN-REM-001 D0 2 5 13 Spare NH-OZ-GEN-REM-001 D0 2 5 14 Spare NH-OZ-GEN-REM-001 D0 2 5 15 Spare NH-OZ-GEN-REM-001 D0 2 5 16 Spare NH-OZ-GEN-REM-001 AI 2 6 1 NH-OZ-GOX-BA-001-ZI Ozone Gen No.1 GOX Inlet Valve Position NH-OZ-GEN-REM-001 AI 2 6 2 NH-OZ-GOX-FM-001-FI Ozone Gen No.1 GOX Inlet High Range Flow NH-OZ-GEN-REM-001 AI 2 6 3 NH-OZ-GOX-FM-002-FI Ozone Gen No.1 GOX Inlet Low Range Flow NH-OZ-GEN-REM-001 AI 2 6 4 NH-OZ-GOX-PIT-001-PI Ozone Gen No.1 GOX Inlet Press Indication NH-OZ-GEN-REM-001 AI 2 6 5 NH-OZ-GOX-TIT-001-TI Ozone Gen No.1 GOX Inlet Temp Indication NH-OZ-GEN-REM-001 AI 2 6 6 NH-OZ-OCWS-TIT-001-TI Ozone Gen No.1 Cooling Water Inlet Temp. Indication NH-OZ-GEN-REM-001 AI 2 6 7 NH-OZ-OCWS-BFV-001-ZI Ozone Gen No.1 Cooling Water Inlet Valve Position NH-OZ-GEN-REM-001 AI 2 6 8 NH-OZ-OCWS-FM-001-FI Ozone Gen No.1 Cooling Water Flow NH-OZ-GEN-REM-001 AI 2 7 1 NH-OZ-OCWR-TIT-001-TI Ozone Gen No.1 Cooling Water Return Temp. Indication NH-OZ-GEN-REM-001 AI 2 7 2 NH-OZ-OZ-GEN-001-JI Ozone Gen No.1 Power Indication NH-OZ-GEN-REM-001 AI 2 7 3 NH-OZ-OZ-BFV-001-ZI Ozone Gen No.1 Ozone Flow Valve Position NH-OZ-GEN-REM-001 AI 2 7 4 NH-OZ-OZ-AIT-001-AI Ozone Gen No.1 Product Gas Concentration NH-OZ-GEN-REM-001 AI 2 7 5 NH-OZ-OCWR-FM-001-FI Ozone Gen No.1 Cooling Water No.1 Flow Indication NH-OZ-GEN-REM-001 AI 2 7 6 NH-OZ-OCWR-FM-002-FI Ozone Gen No.1 Cooling Water No.2 Flow Indication NH-OZ-GEN-REM-001 AI 2 7 7 NH-OZ-OCWR-FM-003-FI Ozone Gen No.1 HEX No.1 Dischg Flow Indication NH-OZ-GEN-REM-001 AI 2 7 8 NH-OZ-OCWR-FM-004-FI Ozone Gen No.1 HEX No.2 Dischg Flow Indication NH-OZ-GEN-REM-001 AI 2 8 1 Spare NH-OZ-GEN-REM-001 AI 2 8 2 Spare NH-OZ-GEN-REM-001 AI 2 8 3 Spare NH-OZ-GEN-REM-001 AI 2 8 4 Spare NH-OZ-GEN-REM-001 AI 2 8 5 Spare NH-OZ-GEN-REM-001 AI 2 8 6 Spare


PLC I/O


NH-OZ-GEN-REM-001 AI 2 8 7 Spare NH-OZ-GEN-REM-001 AI 2 8 8 Spare NH-OZ-GEN-REM-001 AO 2 9 1 NH-OZ-GOX-BA-001-ZC Ozone Gen No.1 GOX Inlet Valve Position Control NH-OZ-GEN-REM-001 AO 2 9 2 NH-OZ-OCWS-BFV-001-ZC Ozone Gen No.1 Cooling Water Inlet Valve Position Control NH-OZ-GEN-REM-001 AO 2 9 3 NH-OZ-OZ-GEN-001-JC Ozone Gen No.1 Power Setpoint NH-OZ-GEN-REM-001 AO 2 9 4 NH-OZ-OZ-BFV-001-ZC Ozone Gen No.1 Ozone Flow Valve Position Control NH-OZ-GEN-REM-001 AO 2 9 5 Spare NH-OZ-GEN-REM-001 AO 2 9 6 Spare NH-OZ-GEN-REM-001 AO 2 9 7 Spare NH-OZ-GEN-REM-001 AO 2 9 8 Spare


PLC I/O


NH-OZ-GEN-REM-002 DI 3 3 1 NH-OZ-GOX-BA-002-ZSO Ozone Gen No.2 GOX Inlet Valve Open Status NH-OZ-GEN-REM-002 DI 3 3 2 NH-OZ-GOX-BA-002-ZSC Ozone Gen No.2 GOX Inlet Valve Closed Status NH-OZ-GEN-REM-002 DI 3 3 3 NH-OZ-GOX-BA-002-RM Ozone Gen No.2 GOX Inlet Valve Remote Status NH-OZ-GEN-REM-002 DI 3 3 4 NH-OZ-OCWS-BFV-002-ZSO Ozone Gen No.2 Cooling Water Inlet Valve Open Status NH-OZ-GEN-REM-002 DI 3 3 5 NH-OZ-OCWS-BFV-002-ZSC Ozone Gen No.2 Cooling Water Inlet Valve Closed Status NH-OZ-GEN-REM-002 DI 3 3 6 NH-OZ-OCWS-BFV-002-RM Ozone Gen No.2 Cooling Water Inlet Valve Remote Status NH-OZ-GEN-REM-002 DI 3 3 7 NH-OZ-OZ-BFV-002-ZSO Ozone Gen No.2 Ozone Flow Ctl Valve Open Status NH-OZ-GEN-REM-002 DI 3 3 8 NH-OZ-OZ-BFV-002-ZSC Ozone Gen No.2 Ozone Flow Ctl Valve Closed Status NH-OZ-GEN-REM-002 DI 3 3 9 NH-OZ-OZ-BFV-002-RM Ozone Gen No.2 Ozone Flow Ctl Valve Remote Status NH-OZ-GEN-REM-002 DI 3 3 10 NH-OZ-OZ-TSH-004-AL Ozone Gen No.2 Power Supply High Temp. Alarm NH-OZ-GEN-REM-002 DI 3 3 11 NH-OZ-OZ-GEN-002-RN Ozone Gen No.2 Power Supply Run Status NH-OZ-GEN-REM-002 DI 3 3 12 NH-OZ-OZ-GEN-002-AL Ozone Gen No.2 Power Supply Fail Alarm NH-OZ-GEN-REM-002 DI 3 3 13 NH-OZ-OZ-PSH-002-AL Ozone Gen No.2 Power Supply High Press..Alarm NH-OZ-GEN-REM-002 DI 3 3 14 NH-OZ-OZ-PSL-002-AL Ozone Gen No.2 Power Supply Low Press. Alarm NH-OZ-GEN-REM-002 DI 3 3 15 NH-OZ-OZ-TSH-003-AL Ozone Gen No.2 Product Gas High Temp. Alarm NH-OZ-GEN-REM-002 DI 3 3 16 Spare NH-OZ-GEN-REM-002 DI 3 4 1 NH-OZ-OCWR-TSH-004-AL Ozone Gen No.2 Cooling Water No.3 High Temp. Alarm NH-OZ-GEN-REM-002 DI 3 4 2 NH-OZ-OCWR-TSH-005-AL Ozone Gen No.2 Cooling Water No.4 High Temp. Alarm NH-OZ-GEN-REM-002 DI 3 4 3 NH-OZ-OCWR-PSL-003-AL Ozone Gen No.2 Cooling Water No.3 High Press. Alarm NH-OZ-GEN-REM-002 DI 3 4 4 NH-OZ-OCWR-PSL-004-AL Ozone Gen No.2 Cooling Water No.4 High Press. Alarm NH-OZ-GEN-REM-002 DI 3 4 5 NH-OZ-OCWR-PMP-002-RN Oz Gen No.2 Cooling Water Pump No.3 Run Status NH-OZ-GEN-REM-002 DI 3 4 6 NH-OZ-OCWR-PMP-002-RN Oz Gen No.2 Cooling Water Pump No.4 Run Status NH-OZ-GEN-REM-002 DI 3 4 7 NH-OZ-OCWR-PSH-003-AL Oz Gen No.2 CW Pump No.3 Dischg High Press. Alarm NH-OZ-GEN-REM-002 DI 3 4 8 NH-OZ-OCWR-PSH-004-AL Oz Gen No.2 CW Pump No.4 Dischg High Press. Alarm NH-OZ-GEN-REM-002 DI 3 4 9 NH-OZ-OCWS-PSH-003-AL Oz Gen No.2 HEX No.3 Dischg High Press. Alarm NH-OZ-GEN-REM-002 DI 3 4 10 NH-OZ-OCWS-PSH-004-AL Oz Gen No.2 HEX No.4 Dischg High Press. Alarm NH-OZ-GEN-REM-002 DI 3 4 11 NH-OZ-OCWR-FM-002-AL Oz Gen No.2 HEX No.3 Dischg Low Flow Alarm NH-OZ-GEN-REM-002 DI 3 4 12 NH-OZ-OCWR-FM-002-AL Oz Gen No.2 HEX No.4 Dischg Low Flow Alarm NH-OZ-GEN-REM-002 DI 3 4 13 NH-OZ-OCWR-TSH-006-AL Oz Gen No.2 HEX Dischg High Temp Alarm NH-OZ-GEN-REM-002 DI 3 4 14 Spare NH-OZ-GEN-REM-002 DI 3 4 15 Spare NH-OZ-GEN-REM-002 DI 3 4 16 Spare NH-OZ-GEN-REM-002 D0 3 5 1 NH-OZ-OZ-GEN-002-OOC Ozone Gen No.2 On/Off Control NH-OZ-GEN-REM-002 D0 3 5 2 NH-OZ-OCWS-SV-002-OC Ozone Gen No.2 Cooling Water Inlet Valve Control NH-OZ-GEN-REM-002 D0 3 5 3 Spare


PLC I/O




PLC I/O


NH-OZ-GEN-REM-003 DI 1 3 1 NH-OZ-GOX-BA-003-ZSO Ozone Gen No.3 GOX Inlet Valve Open Status NH-OZ-GEN-REM-003 DI 4 3 2 NH-OZ-GOX-BA-003-ZSC Ozone Gen No.3 GOX Inlet Valve Closed Status NH-OZ-GEN-REM-003 DI 4 3 3 NH-OZ-GOX-BA-003-RM Ozone Gen No.3 GOX Inlet Valve Remote Status NH-OZ-GEN-REM-003 DI 4 3 4 NH-OZ-OCWS-BFV-003-ZSO Ozone Gen No.3 Cooling Water Inlet Valve Open Status NH-OZ-GEN-REM-003 DI 4 3 5 NH-OZ-OCWS-BFV-003-ZSC Ozone Gen No.3 Cooling Water Inlet Valve Closed Status NH-OZ-GEN-REM-003 DI 4 3 6 NH-OZ-OCWS-BFV-003-RM Ozone Gen No.3 Cooling Water Inlet Valve Remote Status NH-OZ-GEN-REM-003 DI 4 3 7 NH-OZ-OZ-BFV-003-ZSO Ozone Gen No.3 Ozone Flow Ctl Valve Open Status NH-OZ-GEN-REM-003 DI 4 3 8 NH-OZ-OZ-BFV-003-ZSC Ozone Gen No.3 Ozone Flow Ctl Valve Closed Status NH-OZ-GEN-REM-003 DI 4 3 9 NH-OZ-OZ-BFV-003-RM Ozone Gen No.3 Ozone Flow Ctl Valve Remote Status NH-OZ-GEN-REM-003 DI 4 3 10 NH-OZ-OZ-TSH-006-AL Ozone Gen No.3 Power Supply High Temp. Alarm NH-OZ-GEN-REM-003 DI 4 3 11 NH-OZ-OZ-GEN-003-RN Ozone Gen No.3 Power Supply Run Status NH-OZ-GEN-REM-003 DI 4 3 12 NH-OZ-OZ-GEN-003-AL Ozone Gen No.3 Power Supply Fail Alarm NH-OZ-GEN-REM-003 DI 4 3 13 NH-OZ-OZ-PSH-003-AL Ozone Gen No.3 Power Supply High Press..Alarm NH-OZ-GEN-REM-003 DI 4 3 14 NH-OZ-OZ-PSL-003-AL Ozone Gen No.3 Power Supply Low Press. Alarm NH-OZ-GEN-REM-003 DI 4 3 15 NH-OZ-OZ-TSH-005-AL Ozone Gen No.3 Product Gas High Temp. Alarm NH-OZ-GEN-REM-003 DI 4 3 16 Spare NH-OZ-GEN-REM-003 DI 4 4 1 NH-OZ-OCWR-TSH-007-AL Ozone Gen No.3 Cooling Water No.1 High Temp. Alarm NH-OZ-GEN-REM-003 DI 4 4 2 NH-OZ-OCWR-TSH-008-AL Ozone Gen No.3 Cooling Water No.2 High Temp. Alarm NH-OZ-GEN-REM-003 DI 4 4 3 NH-OZ-OCWR-PSL-005-AL Ozone Gen No.3 Cooling Water No.1 High Press. Alarm NH-OZ-GEN-REM-003 DI 4 4 4 NH-OZ-OCWR-PSL-006-AL Ozone Gen No.3 Cooling Water No.2 High Press. Alarm NH-OZ-GEN-REM-003 DI 4 4 5 NH-OZ-OCWR-PMP-003-RN Oz Gen No.3 Cooling Water Pump No.5 Run Status NH-OZ-GEN-REM-003 DI 4 4 6 NH-OZ-OCWR-PMP-003-RN Oz Gen No.3 Cooling Water Pump No.6 Run Status NH-OZ-GEN-REM-003 DI 4 4 7 NH-OZ-OCWR-PSH-005-AL Oz Gen No.3 CW Pump No.5 Dischg High Press. Alarm NH-OZ-GEN-REM-003 DI 4 4 8 NH-OZ-OCWR-PSH-006-AL Oz Gen No.3 CW Pump No.6 Dischg High Press. Alarm NH-OZ-GEN-REM-003 DI 4 4 9 NH-OZ-OCWS-PSH-005-AL Oz Gen No.3 HEX No.5 Dischg High Press. Alarm NH-OZ-GEN-REM-003 DI 4 4 10 NH-OZ-OCWS-PSH-006-AL Oz Gen No.3 HEX No.6 Dischg High Press. Alarm NH-OZ-GEN-REM-003 DI 4 4 11 NH-OZ-OCWR-FM-003-AL Oz Gen No.3 HEX No.5 Dischg Low Flow Alarm NH-OZ-GEN-REM-003 DI 4 4 12 NH-OZ-OCWR-FM-003-AL Oz Gen No.3 HEX No.6 Dischg Low Flow Alarm NH-OZ-GEN-REM-003 DI 4 4 13 NH-OZ-OCWR-TSH-008-AL Oz Gen No.3 HEX Dischg High Temp Alarm NH-OZ-GEN-REM-003 DI 4 4 14 Spare NH-OZ-GEN-REM-003 DI 4 4 15 Spare NH-OZ-GEN-REM-003 DI 4 4 16 Spare NH-OZ-GEN-REM-003 D0 4 5 1 NH-OZ-OZ-GEN-003-OOC Ozone Gen No.3 On/Off Control NH-OZ-GEN-REM-003 D0 4 5 2 NH-OZ-OCWS-SV-003-OC Ozone Gen No.3 Cooling Water Inlet Valve Control NH-OZ-GEN-REM-003 D0 4 5 3 Spare


PLC I/O




PLC I/O TYPE RACK SLOT POINTI/O ADDRESS SIGNAL TAG DESCRIPTION

NH-OZ-OZ-REM-004 DI 5 3 1 NH-OZ-RW-GT-001-RM Ozone Contactor No.1 Inlet Gate Remote Status NH-OZ-OZ-REM-004 DI 5 3 2 NH-OZ-RW-GT-001-ZSO Ozone Contactor No.1 Inlet Gate Open Status NH-OZ-OZ-REM-004 DI 5 3 3 NH-OZ-RW-GT-001-ZSC Ozone Contactor No.1 Inlet Gate Closed Status NH-OZ-OZ-REM-004 DI 5 3 4 NH-OZ-OF-BA-001-RM Ozone Contactor No.1 Feed Valve Remote Status NH-OZ-OZ-REM-004 DI 5 3 5 NH-OZ-OF-BA-001-ZSO Ozone Contactor No.1 Feed Valve Open Status NH-OZ-OZ-REM-004 DI 5 3 6 NH-OZ-OF-BA-001-ZSC Ozone Contactor No.1 Feed Valve Closed Status NH-OZ-OZ-REM-004 DI 5 3 7 NH-OZ-OF-BA-002-RM Ozone Contactor No.1 Cell 1 Valve Remote Status NH-OZ-OZ-REM-004 DI 5 3 8 NH-OZ-OF-BA-002-ZSO Ozone Contactor No.1 Cell 1 Valve Open Status NH-OZ-OZ-REM-004 DI 5 3 9 NH-OZ-OF-BA-002-ZSC Ozone Contactor No.1 Cell 1 Valve Closed Status NH-OZ-OZ-REM-004 DI 5 3 10 NH-OZ-OF-BA-003-RM Ozone Contactor No.1 Cell 2 Valve Remote Status NH-OZ-OZ-REM-004 DI 5 3 11 NH-OZ-OF-BA-003-ZSO Ozone Contactor No.1 Cell 2 Valve Open Status NH-OZ-OZ-REM-004 DI 5 3 12 NH-OZ-OF-BA-003-ZSC Ozone Contactor No.1 Cell 2 Valve Closed Status NH-OZ-OZ-REM-004 DI 5 3 13 NH-OZ-OZ-REM-004 DI 5 3 14 NH-OZ-OZ-REM-004 DI 5 3 15 NH-OZ-OZ-REM-004 DI 5 3 16 NH-OZ-OZ-REM-004 DI 5 4 1 NH-OZ-RW-GT-001-RM Ozone Contactor No.2 Inlet Gate Remote Status NH-OZ-OZ-REM-004 DI 5 4 2 NH-OZ-RW-GT-001-ZSO Ozone Contactor No.2 Inlet Gate Open Status NH-OZ-OZ-REM-004 DI 5 4 3 NH-OZ-RW-GT-001-ZSC Ozone Contactor No.2 Inlet Gate Closed Status NH-OZ-OZ-REM-004 DI 5 4 4 NH-OZ-OF-BA-004-RM Ozone Contactor No.2 Feed Valve Remote Status NH-OZ-OZ-REM-004 DI 5 4 5 NH-OZ-OF-BA-004-ZSO Ozone Contactor No.2 Feed Valve Open Status NH-OZ-OZ-REM-004 DI 5 4 6 NH-OZ-OF-BA-004-ZSC Ozone Contactor No.2 Feed Valve Closed Status NH-OZ-OZ-REM-004 DI 5 4 7 NH-OZ-OF-BA-005-RM Ozone Contactor No.2 Cell 1 Valve Remote Status NH-OZ-OZ-REM-004 DI 5 4 8 NH-OZ-OF-BA-005-ZSO Ozone Contactor No.2 Cell 1 Valve Open Status NH-OZ-OZ-REM-004 DI 5 4 9 NH-OZ-OF-BA-005-ZSC Ozone Contactor No.2 Cell 1 Valve Closed Status NH-OZ-OZ-REM-004 DI 5 4 10 NH-OZ-OF-BA-006-RM Ozone Contactor No.2 Cell 2 Valve Remote Status NH-OZ-OZ-REM-004 DI 5 4 11 NH-OZ-OF-BA-006-ZSO Ozone Contactor No.2 Cell 2 Valve Open Status NH-OZ-OZ-REM-004 DI 5 4 12 NH-OZ-OF-BA-006-ZSC Ozone Contactor No.2 Cell 2 Valve Closed Status NH-OZ-OZ-REM-004 DI 5 4 13 NH-OZ-OZ-REM-004 DI 5 4 14 NH-OZ-OZ-REM-004 DI 5 4 15 NH-OZ-OZ-REM-004 DI 5 4 16 NH-OZ-OZ-REM-004 DI 5 5 1 NH-OZ-OF-BFV-001-RM OZ Destruct Inlet Valve No.1 Remote Status NH-OZ-OZ-REM-004 DI 5 5 2 NH-OZ-OF-BFV-001-ZSO OZ Destruct Inlet Valve No.1 Open NH-OZ-OZ-REM-004 DI 5 5 3 NH-OZ-OF-BFV-001-ZSC OZ Destruct Inlet Valve No.1 Closed



NH-OZ-OZ-REM-004 DI 5 5 4 NH-OZ-OF-TSH-001-AL OZ Destruct PreHeater No.1 Hi Temp Alarm NH-OZ-OZ-REM-004 DI 5 5 5 NH-OZ-OF-PH-001-RM OZ Destruct PreHeater No.1 Rem. Status NH-OZ-OZ-REM-004 DI 5 5 6 NH-OZ-OF-PH-001-RN OZ Destruct PreHeater No.1 ON Status NH-OZ-OZ-REM-004 DI 5 5 7 NH-OZ-OF-PSL-001-AL OZ Destruct Blower No.1 Feed Low Press Alarm NH-OZ-OZ-REM-004 DI 5 5 8 NH-OZ-OF-BLR-001-RM OZ Destruct Blower No.1 Remote Status NH-OZ-OZ-REM-004 DI 5 5 9 NH-OZ-OF-BLR-001-RN OZ Destruct Blower No.1 Run Status NH-OZ-OZ-REM-004 DI 5 5 10 NH-OZ-OF-BLR-001-AL OZ Destruct Blower No.1 Alarm NH-OZ-OZ-REM-004 DI 5 5 11 NH-OZ-OF-BFV-002-RM OZ Destruct Inlet Valve No.2 Remote Status NH-OZ-OZ-REM-004 DI 5 5 12 NH-OZ-OF-BFV-002-ZSO OZ Destruct Inlet Valve No.2 Open NH-OZ-OZ-REM-004 DI 5 5 13 NH-OZ-OF-BFV-002-ZSC OZ Destruct Inlet Valve No.2 Closed NH-OZ-OZ-REM-004 DI 5 5 14 NH-OZ-OF-TSH-002-AL OZ Destruct PreHeater No.2 Hi Temp Alarm NH-OZ-OZ-REM-004 DI 5 5 15 NH-OZ-OF-PH-002-RM OZ Destruct PreHeater No.2 Rem. Status NH-OZ-OZ-REM-004 DI 5 5 16 NH-OZ-OF-PH-002-RN OZ Destruct PreHeater No.2 ON Status NH-OZ-OZ-REM-004 DI 5 6 1 NH-OZ-OF-PSL-002-AL OZ Destruct Blower No.2 Feed Low Press Alarm NH-OZ-OZ-REM-004 DI 5 6 2 NH-OZ-OF-BLR-002-RM OZ Destruct Blower No.2 Remote Status NH-OZ-OZ-REM-004 DI 5 6 3 NH-OZ-OF-BLR-002-RN OZ Destruct Blower No.2 Run Status NH-OZ-OZ-REM-004 DI 5 6 4 NH-OZ-OF-BLR-002-AL OZ Destruct Blower No.2 Alarm NH-OZ-OZ-REM-004 DI 5 6 5 NH-OZ-OF-BFV-003-RM OZ Destruct Inlet Valve No.3 Remote Status NH-OZ-OZ-REM-004 DI 5 6 6 NH-OZ-OF-BFV-003-ZSO OZ Destruct Inlet Valve No.3 Open NH-OZ-OZ-REM-004 DI 5 6 7 NH-OZ-OF-BFV-003-ZSC OZ Destruct Inlet Valve No.3 Closed NH-OZ-OZ-REM-004 DI 5 6 8 NH-OZ-OF-TSH-003-AL OZ Destruct PreHeater No.3 Hi Temp Alarm NH-OZ-OZ-REM-004 DI 5 6 9 NH-OZ-OF-PH-003-RM OZ Destruct PreHeater No.3 Rem. Status NH-OZ-OZ-REM-004 DI 5 6 10 NH-OZ-OF-PH-003-RN OZ Destruct PreHeater No.3 ON Status NH-OZ-OZ-REM-004 DI 5 6 11 NH-OZ-OF-PSL-003-AL OZ Destruct Blower No.3 Feed Low Press Alarm NH-OZ-OZ-REM-004 DI 5 6 12 NH-OZ-OF-BLR-003-RM OZ Destruct Blower No.3 Remote Status NH-OZ-OZ-REM-004 DI 5 6 13 NH-OZ-OF-BLR-003-RN OZ Destruct Blower No.3 Run Status NH-OZ-OZ-REM-004 DI 5 6 14 NH-OZ-OF-BLR-003-AL OZ Destruct Blower No.3 Alarm NH-OZ-OZ-REM-004 DI 5 6 15 Spare NH-OZ-OZ-REM-004 DI 5 6 16 Spare NH-OZ-OZ-REM-004 DI 5 7 1 Spare NH-OZ-OZ-REM-004 DI 5 7 2 Spare NH-OZ-OZ-REM-004 DI 5 7 3 Spare NH-OZ-OZ-REM-004 DI 5 7 4 Spare NH-OZ-OZ-REM-004 DI 5 7 5 Spare



NH-OZ-OZ-REM-004 DI 5 7 6 Spare NH-OZ-OZ-REM-004 DI 5 7 7 Spare NH-OZ-OZ-REM-004 DI 5 7 8 Spare NH-OZ-OZ-REM-004 DI 5 7 9 Spare NH-OZ-OZ-REM-004 DI 5 7 10 Spare NH-OZ-OZ-REM-004 DI 5 7 11 Spare NH-OZ-OZ-REM-004 DI 5 7 12 Spare NH-OZ-OZ-REM-004 DI 5 7 13 Spare NH-OZ-OZ-REM-004 DI 5 7 14 Spare NH-OZ-OZ-REM-004 DI 5 7 15 Spare NH-OZ-OZ-REM-004 DI 5 7 16 Spare NH-OZ-OZ-REM-004 D0 5 8 1 NH-OZ-RW-GT-001-ZCO Ozone Contactor No.1 Inlet Gate Control Open NH-OZ-OZ-REM-004 D0 5 8 2 NH-OZ-RW-GT-001-ZCC Ozone Contactor No.1 Inlet Gate Control Closed NH-OZ-OZ-REM-004 D0 5 8 3 NH-OZ-OF-BFV-001-ZCO No. OZ Destruct Inlet Valve No.1 Control Open NH-OZ-OZ-REM-004 D0 5 8 4 NH-OZ-OF-BFV-001-ZCC No. OZ Destruct Inlet Valve No.1 Control Closed NH-OZ-OZ-REM-004 D0 5 8 5 NH-OZ-OF-PH-001-ZCC No. OZ Destruct PreHeater No.1 On/Off Control NH-OZ-OZ-REM-004 D0 5 8 6 NH-OZ-OF-BLR-001-OOC No. OZ Destruct Blower No.1 On/Off Control NH-OZ-OZ-REM-004 D0 5 8 7 Spare NH-OZ-OZ-REM-004 D0 5 8 8 Spare NH-OZ-OZ-REM-004 D0 5 8 9 Spare NH-OZ-OZ-REM-004 D0 5 8 10 Spare NH-OZ-OZ-REM-004 D0 5 8 11 Spare NH-OZ-OZ-REM-004 D0 5 8 12 Spare NH-OZ-OZ-REM-004 D0 5 8 13 Spare NH-OZ-OZ-REM-004 D0 5 8 14 Spare NH-OZ-OZ-REM-004 D0 5 8 15 Spare NH-OZ-OZ-REM-004 D0 5 8 16 Spare NH-OZ-OZ-REM-004 D0 5 9 1 NH-OZ-RW-GT-002-ZCO Ozone Contactor No.2 Inlet Gate Control Open NH-OZ-OZ-REM-004 D0 5 9 2 NH-OZ-RW-GT-002-ZCC Ozone Contactor No.2 Inlet Gate Control Closed NH-OZ-OZ-REM-004 D0 5 9 3 NH-OZ-OF-BFV-002-ZCO No. OZ Destruct Inlet Valve No.2 Control Open NH-OZ-OZ-REM-004 D0 5 9 4 NH-OZ-OF-BFV-002-ZCC No. OZ Destruct Inlet Valve No.2 Control Closed NH-OZ-OZ-REM-004 D0 5 9 5 NH-OZ-OF-PH-002-ZCC No. OZ Destruct PreHeater No.2 On/Off Control NH-OZ-OZ-REM-004 D0 5 9 6 NH-OZ-OF-BLR-002-OOC No. OZ Destruct Blower No.2 On/Off Control NH-OZ-OZ-REM-004 D0 5 9 7 Spare



NH-OZ-OZ-REM-004 D0 5 9 8 Spare NH-OZ-OZ-REM-004 D0 5 9 9 Spare NH-OZ-OZ-REM-004 D0 5 9 10 Spare NH-OZ-OZ-REM-004 D0 5 9 11 Spare NH-OZ-OZ-REM-004 D0 5 9 12 Spare NH-OZ-OZ-REM-004 D0 5 9 13 NH-OZ-OF-BFV-003-ZCO No. OZ Destruct Inlet Valve No.3 Control Open NH-OZ-OZ-REM-004 D0 5 9 14 NH-OZ-OF-BFV-003-ZCC No. OZ Destruct Inlet Valve No.3 Control Closed NH-OZ-OZ-REM-004 D0 5 9 15 NH-OZ-OF-PH-003-ZCC No. OZ Destruct PreHeater No.3 On/Off Control NH-OZ-OZ-REM-004 D0 5 9 16 NH-OZ-OF-BLR-003-OOC No. OZ Destruct Blower No.3 On/Off Control NH-OZ-OZ-REM-004 AI 5 10 1 NH-OZ-OF-BA-001-ZI Ozone Contactor No.1 Feed Valve Position NH-OZ-OZ-REM-004 AI 5 10 2 NH-OZ-OF-BA-002-ZI Ozone Contactor No.1 Cell 1 Valve Position NH-OZ-OZ-REM-004 AI 5 10 3 NH-OZ-OF-BA-003-ZI Ozone Contactor No.1 Cell 2 Valve Position NH-OZ-OZ-REM-004 AI 5 10 4 NH-OZ-OF-FM-001-FI Ozone Contactor No.1 Cell 1 Flow Indication NH-OZ-OZ-REM-004 AI 5 10 5 NH-OZ-OF-FM-002-FI Ozone Contactor No.1 Cell 2 Flow Indication NH-OZ-OZ-REM-004 AI 5 10 6 NH-OZ-OZ-AIT-001-AI Ozone Contactor No.1 Monitor 1 OZ Residual NH-OZ-OZ-REM-004 AI 5 10 7 NH-OZ-OZ-AIT-002-AI Ozone Contactor No.1 Monitor 2 OZ Residual NH-OZ-OZ-REM-004 AI 5 10 8 NH-OZ-OZ-AIT-003-AI Ozone Contactor No.1 Monitor 3 OZ Residual NH-OZ-OZ-REM-004 AI 5 11 1 NH-OZ-OZ-AIT-004-AI Ozone Contactor No.1 Monitor 4 OZ Residual NH-OZ-OZ-REM-004 AI 5 11 2 NH-OZ-OF-PIT-001-PI No. OZ Destruct No.1 Inlet Press NH-OZ-OZ-REM-004 AI 5 11 3 NH-OZ-OF-TIT-001-TI No. OZ Destruct No.1 Inlet Temp NH-OZ-OZ-REM-004 AI 5 11 4 NH-OZ-OF-TIT-002-TI No. OZ Destruct No.1 Off-Gas Temp NH-OZ-OZ-REM-004 AI 5 11 5 NH-OZ-OF-AIT-001-AI No. OZ Destruct No.1 Off-Gas Ozone Concentration NH-OZ-OZ-REM-004 AI 5 11 6 NH-OZ-OF-BLR-001-SI No. OZ Destruct Blower No.1 Speed Indication NH-OZ-OZ-REM-004 AI 5 11 7 Spare NH-OZ-OZ-REM-004 AI 5 11 8 Spare NH-OZ-OZ-REM-004 AI 5 12 1 NH-OZ-OF-BA-004-ZI Ozone Contactor No.2 Feed Valve Position NH-OZ-OZ-REM-004 AI 5 12 2 NH-OZ-OF-BA-005-ZI Ozone Contactor No.2 Cell 1 Valve Position NH-OZ-OZ-REM-004 AI 5 12 3 NH-OZ-OF-BA-006-ZI Ozone Contactor No.2 Cell 2 Valve Position NH-OZ-OZ-REM-004 AI 5 12 4 NH-OZ-OF-FM-003-FI Ozone Contactor No.2 Cell 1 Flow Indication NH-OZ-OZ-REM-004 AI 5 12 5 NH-OZ-OF-FM-004-FI Ozone Contactor No.2 Cell 2 Flow Indication NH-OZ-OZ-REM-004 AI 5 12 6 NH-OZ-OZ-AIT-005-AI Ozone Contactor No.2 Monitor 1 OZ Residual NH-OZ-OZ-REM-004 AI 5 12 7 NH-OZ-OZ-AIT-006-AI Ozone Contactor No.2 Monitor 2 OZ Residual NH-OZ-OZ-REM-004 AI 5 12 8 NH-OZ-OZ-AIT-007-AI Ozone Contactor No.2 Monitor 3 OZ Residual NH-OZ-OZ-REM-004 AI 5 13 1 NH-OZ-OZ-AIT-008-AI Ozone Contactor No.2 Monitor 4 OZ Residual NH-OZ-OZ-REM-004 AI 5 13 2 NH-OZ-OF-PIT-002-PI No. OZ Destruct No.2 Inlet Press



NH-OZ-OZ-REM-004 AI 5 13 3 NH-OZ-OF-TIT-003-TI No. OZ Destruct No.2 Inlet Temp NH-OZ-OZ-REM-004 AI 5 13 4 NH-OZ-OF-TIT-004-TI No. OZ Destruct No.2 Off-Gas Temp NH-OZ-OZ-REM-004 AI 5 13 5 NH-OZ-OF-AIT-002-AI No. OZ Destruct No.2 Off-Gas Ozone Concentration NH-OZ-OZ-REM-004 AI 5 13 6 NH-OZ-OF-BLR-002-SI No. OZ Destruct Blower No.2 Speed Indication NH-OZ-OZ-REM-004 AI 5 13 7 Spare NH-OZ-OZ-REM-004 AI 5 13 8 Spare NH-OZ-OZ-REM-004 AI 5 14 1 NH-OZ-OF-PIT-003-PI No. OZ Destruct No.3 Inlet Press NH-OZ-OZ-REM-004 AI 5 14 2 NH-OZ-OF-TIT-005-TI No. OZ Destruct No.3 Inlet Temp NH-OZ-OZ-REM-004 AI 5 14 3 NH-OZ-OF-TIT-006-TI No. OZ Destruct No.3 Off-Gas Temp NH-OZ-OZ-REM-004 AI 5 14 4 NH-OZ-OF-AIT-003-AI No. OZ Destruct No.3 Off-Gas Ozone Concentration NH-OZ-OZ-REM-004 AI 5 14 5 NH-OZ-OF-BLR-003-SI No. OZ Destruct Blower No.3 Speed Indication NH-OZ-OZ-REM-004 AI 5 14 6 Spare NH-OZ-OZ-REM-004 AI 5 14 7 Spare NH-OZ-OZ-REM-004 AI 5 14 8 Spare NH-OZ-OZ-REM-004 AO 5 15 1 NH-OZ-OF-BLR-001-SC No. OZ Destruct Blower No.1 Speed Control NH-OZ-OZ-REM-004 AO 5 15 2 NH-OZ-OF-BA-001-ZC Ozone Contactor No.1 Feed Valve Control NH-OZ-OZ-REM-004 AO 5 15 3 NH-OZ-OF-BA-002-ZC Ozone Contactor No.1 Cell 1 Valve Control NH-OZ-OZ-REM-004 AO 5 15 4 NH-OZ-OF-BA-003-ZC Ozone Contactor No.1 Cell 2 Valve Control NH-OZ-OZ-REM-004 AO 5 15 5 Spare NH-OZ-OZ-REM-004 AO 5 15 6 Spare NH-OZ-OZ-REM-004 AO 5 15 7 Spare NH-OZ-OZ-REM-004 AO 5 15 8 Spare NH-OZ-OZ-REM-004 AO 5 16 1 NH-OZ-OF-BLR-002-SC No. OZ Destruct Blower No.2 Speed Control NH-OZ-OZ-REM-004 AO 5 16 2 NH-OZ-OF-BA-004-ZC Ozone Contactor No.2 Feed Valve Control NH-OZ-OZ-REM-004 AO 5 16 3 NH-OZ-OF-BA-005-ZC Ozone Contactor No.2 Cell 1 Valve Control NH-OZ-OZ-REM-004 AO 5 16 4 NH-OZ-OF-BA-006-ZC Ozone Contactor No.2 Cell 2 Valve Control NH-OZ-OZ-REM-004 AO 5 16 5 Spare NH-OZ-OZ-REM-004 AO 5 16 6 Spare NH-OZ-OZ-REM-004 AO 5 16 7 Spare NH-OZ-OZ-REM-004 AO 5 16 8 NH-OZ-OF-BLR-003-SC No. OZ Destruct Blower No.3 Speed Control



SH-OZ-OZ-REM-005 DI 5 3 1 SH-OZ-RW-GT-001-RM Ozone Contactor No.1 Inlet Gate Remote Status SH-OZ-OZ-REM-005 DI 5 3 2 SH-OZ-RW-GT-001-ZSO Ozone Contactor No.1 Inlet Gate Open Status SH-OZ-OZ-REM-005 DI 5 3 3 SH-OZ-RW-GT-001-ZSC Ozone Contactor No.1 Inlet Gate Closed Status SH-OZ-OZ-REM-005 DI 5 3 4 SH-OZ-OF-BA-001-RM Ozone Contactor No.1 Feed Valve Remote Status SH-OZ-OZ-REM-005 DI 5 3 5 SH-OZ-OF-BA-001-ZSO Ozone Contactor No.1 Feed Valve Open Status SH-OZ-OZ-REM-005 DI 5 3 6 SH-OZ-OF-BA-001-ZSC Ozone Contactor No.1 Feed Valve Closed Status SH-OZ-OZ-REM-005 DI 5 3 7 SH-OZ-OF-BA-002-RM Ozone Contactor No.1 Cell 1 Valve Remote Status SH-OZ-OZ-REM-005 DI 5 3 8 SH-OZ-OF-BA-002-ZSO Ozone Contactor No.1 Cell 1 Valve Open Status SH-OZ-OZ-REM-005 DI 5 3 9 SH-OZ-OF-BA-002-ZSC Ozone Contactor No.1 Cell 1 Valve Closed Status SH-OZ-OZ-REM-005 DI 5 3 10 SH-OZ-OF-BA-003-RM Ozone Contactor No.1 Cell 2 Valve Remote Status SH-OZ-OZ-REM-005 DI 5 3 11 SH-OZ-OF-BA-003-ZSO Ozone Contactor No.1 Cell 2 Valve Open Status SH-OZ-OZ-REM-005 DI 5 3 12 SH-OZ-OF-BA-003-ZSC Ozone Contactor No.1 Cell 2 Valve Closed Status SH-OZ-OZ-REM-005 DI 5 3 13 SH-OZ-OZ-REM-005 DI 5 3 14 SH-OZ-OZ-REM-005 DI 5 3 15 SH-OZ-OZ-REM-005 DI 5 3 16 SH-OZ-OZ-REM-005 DI 5 4 1 SH-OZ-RW-GT-001-RM Ozone Contactor No.2 Inlet Gate Remote Status SH-OZ-OZ-REM-005 DI 5 4 2 SH-OZ-RW-GT-001-ZSO Ozone Contactor No.2 Inlet Gate Open Status SH-OZ-OZ-REM-005 DI 5 4 3 SH-OZ-RW-GT-001-ZSC Ozone Contactor No.2 Inlet Gate Closed Status SH-OZ-OZ-REM-005 DI 5 4 4 SH-OZ-OF-BA-004-RM Ozone Contactor No.2 Feed Valve Remote Status SH-OZ-OZ-REM-005 DI 5 4 5 SH-OZ-OF-BA-004-ZSO Ozone Contactor No.2 Feed Valve Open Status SH-OZ-OZ-REM-005 DI 5 4 6 SH-OZ-OF-BA-004-ZSC Ozone Contactor No.2 Feed Valve Closed Status SH-OZ-OZ-REM-005 DI 5 4 7 SH-OZ-OF-BA-005-RM Ozone Contactor No.2 Cell 1 Valve Remote Status SH-OZ-OZ-REM-005 DI 5 4 8 SH-OZ-OF-BA-005-ZSO Ozone Contactor No.2 Cell 1 Valve Open Status SH-OZ-OZ-REM-005 DI 5 4 9 SH-OZ-OF-BA-005-ZSC Ozone Contactor No.2 Cell 1 Valve Closed Status SH-OZ-OZ-REM-005 DI 5 4 10 SH-OZ-OF-BA-006-RM Ozone Contactor No.2 Cell 2 Valve Remote Status SH-OZ-OZ-REM-005 DI 5 4 11 SH-OZ-OF-BA-006-ZSO Ozone Contactor No.2 Cell 2 Valve Open Status SH-OZ-OZ-REM-005 DI 5 4 12 SH-OZ-OF-BA-006-ZSC Ozone Contactor No.2 Cell 2 Valve Closed Status SH-OZ-OZ-REM-005 DI 5 4 13 SH-OZ-OZ-REM-005 DI 5 4 14 SH-OZ-OZ-REM-005 DI 5 4 15 SH-OZ-OZ-REM-005 DI 5 4 16 SH-OZ-OZ-REM-005 DI 5 5 1 SH-OZ-OF-BFV-001-RM OZ Destruct Inlet Valve No.1 Remote Status SH-OZ-OZ-REM-005 DI 5 5 2 SH-OZ-OF-BFV-001-ZSO OZ Destruct Inlet Valve No.1 Open SH-OZ-OZ-REM-005 DI 5 5 3 SH-OZ-OF-BFV-001-ZSC OZ Destruct Inlet Valve No.1 Closed



SH-OZ-OZ-REM-005 DI 5 5 4 SH-OZ-OF-TSH-001-AL OZ Destruct PreHeater No.1 Hi Temp Alarm SH-OZ-OZ-REM-005 DI 5 5 5 SH-OZ-OF-PH-001-RM OZ Destruct PreHeater No.1 Rem. Status SH-OZ-OZ-REM-005 DI 5 5 6 SH-OZ-OF-PH-001-RN OZ Destruct PreHeater No.1 ON Status SH-OZ-OZ-REM-005 DI 5 5 7 SH-OZ-OF-PSL-001-AL OZ Destruct Blower No.1 Feed Low Press Alarm SH-OZ-OZ-REM-005 DI 5 5 8 SH-OZ-OF-BLR-001-RM OZ Destruct Blower No.1 Remote Status SH-OZ-OZ-REM-005 DI 5 5 9 SH-OZ-OF-BLR-001-RN OZ Destruct Blower No.1 Run Status SH-OZ-OZ-REM-005 DI 5 5 10 SH-OZ-OF-BLR-001-AL OZ Destruct Blower No.1 Alarm SH-OZ-OZ-REM-005 DI 5 5 11 SH-OZ-OF-BFV-002-RM OZ Destruct Inlet Valve No.2 Remote Status SH-OZ-OZ-REM-005 DI 5 5 12 SH-OZ-OF-BFV-002-ZSO OZ Destruct Inlet Valve No.2 Open SH-OZ-OZ-REM-005 DI 5 5 13 SH-OZ-OF-BFV-002-ZSC OZ Destruct Inlet Valve No.2 Closed SH-OZ-OZ-REM-005 DI 5 5 14 SH-OZ-OF-TSH-002-AL OZ Destruct PreHeater No.2 Hi Temp Alarm SH-OZ-OZ-REM-005 DI 5 5 15 SH-OZ-OF-PH-002-RM OZ Destruct PreHeater No.2 Rem. Status SH-OZ-OZ-REM-005 DI 5 5 16 SH-OZ-OF-PH-002-RN OZ Destruct PreHeater No.2 ON Status SH-OZ-OZ-REM-005 DI 5 6 1 SH-OZ-OF-PSL-002-AL OZ Destruct Blower No.2 Feed Low Press Alarm SH-OZ-OZ-REM-005 DI 5 6 2 SH-OZ-OF-BLR-002-RM OZ Destruct Blower No.2 Remote Status SH-OZ-OZ-REM-005 DI 5 6 3 SH-OZ-OF-BLR-002-RN OZ Destruct Blower No.2 Run Status SH-OZ-OZ-REM-005 DI 5 6 4 SH-OZ-OF-BLR-002-AL OZ Destruct Blower No.2 Alarm SH-OZ-OZ-REM-005 DI 5 6 5 SH-OZ-OF-BFV-003-RM OZ Destruct Inlet Valve No.3 Remote Status SH-OZ-OZ-REM-005 DI 5 6 6 SH-OZ-OF-BFV-003-ZSO OZ Destruct Inlet Valve No.3 Open SH-OZ-OZ-REM-005 DI 5 6 7 SH-OZ-OF-BFV-003-ZSC OZ Destruct Inlet Valve No.3 Closed SH-OZ-OZ-REM-005 DI 5 6 8 SH-OZ-OF-TSH-003-AL OZ Destruct PreHeater No.3 Hi Temp Alarm SH-OZ-OZ-REM-005 DI 5 6 9 SH-OZ-OF-PH-003-RM OZ Destruct PreHeater No.3 Rem. Status SH-OZ-OZ-REM-005 DI 5 6 10 SH-OZ-OF-PH-003-RN OZ Destruct PreHeater No.3 ON Status SH-OZ-OZ-REM-005 DI 5 6 11 SH-OZ-OF-PSL-003-AL OZ Destruct Blower No.3 Feed Low Press Alarm SH-OZ-OZ-REM-005 DI 5 6 12 SH-OZ-OF-BLR-003-RM OZ Destruct Blower No.3 Remote Status SH-OZ-OZ-REM-005 DI 5 6 13 SH-OZ-OF-BLR-003-RN OZ Destruct Blower No.3 Run Status SH-OZ-OZ-REM-005 DI 5 6 14 SH-OZ-OF-BLR-003-AL OZ Destruct Blower No.3 Alarm SH-OZ-OZ-REM-005 DI 5 6 15 Spare SH-OZ-OZ-REM-005 DI 5 6 16 Spare SH-OZ-OZ-REM-005 DI 5 7 1 Spare SH-OZ-OZ-REM-005 DI 5 7 2 Spare SH-OZ-OZ-REM-005 DI 5 7 3 Spare SH-OZ-OZ-REM-005 DI 5 7 4 Spare SH-OZ-OZ-REM-005 DI 5 7 5 Spare



SH-OZ-OZ-REM-005 DI 5 7 6 Spare SH-OZ-OZ-REM-005 DI 5 7 7 Spare SH-OZ-OZ-REM-005 DI 5 7 8 Spare SH-OZ-OZ-REM-005 DI 5 7 9 Spare SH-OZ-OZ-REM-005 DI 5 7 10 Spare SH-OZ-OZ-REM-005 DI 5 7 11 Spare SH-OZ-OZ-REM-005 DI 5 7 12 Spare SH-OZ-OZ-REM-005 DI 5 7 13 Spare SH-OZ-OZ-REM-005 DI 5 7 14 Spare SH-OZ-OZ-REM-005 DI 5 7 15 Spare SH-OZ-OZ-REM-005 DI 5 7 16 Spare SH-OZ-OZ-REM-005 D0 5 8 1 SH-OZ-RW-GT-001-ZCO Ozone Contactor No.1 Inlet Gate Control Open SH-OZ-OZ-REM-005 D0 5 8 2 SH-OZ-RW-GT-001-ZCC Ozone Contactor No.1 Inlet Gate Control Closed SH-OZ-OZ-REM-005 D0 5 8 3 SH-OZ-OF-BFV-001-ZCO So. OZ Destruct Inlet Valve No.1 Control Open SH-OZ-OZ-REM-005 D0 5 8 4 SH-OZ-OF-BFV-001-ZCC So. OZ Destruct Inlet Valve No.1 Control Closed SH-OZ-OZ-REM-005 D0 5 8 5 SH-OZ-OF-PH-001-ZCC So. OZ Destruct PreHeater No.1 On/Off Control SH-OZ-OZ-REM-005 D0 5 8 6 SH-OZ-OF-BLR-001-OOC So. OZ Destruct Blower No.1 On/Off Control SH-OZ-OZ-REM-005 D0 5 8 7 Spare SH-OZ-OZ-REM-005 D0 5 8 8 Spare SH-OZ-OZ-REM-005 D0 5 8 9 Spare SH-OZ-OZ-REM-005 D0 5 8 10 Spare SH-OZ-OZ-REM-005 D0 5 8 11 Spare SH-OZ-OZ-REM-005 D0 5 8 12 Spare SH-OZ-OZ-REM-005 D0 5 8 13 Spare SH-OZ-OZ-REM-005 D0 5 8 14 Spare SH-OZ-OZ-REM-005 D0 5 8 15 Spare SH-OZ-OZ-REM-005 D0 5 8 16 Spare SH-OZ-OZ-REM-005 D0 5 9 1 SH-OZ-RW-GT-002-ZCO Ozone Contactor No.2 Inlet Gate Control Open SH-OZ-OZ-REM-005 D0 5 9 2 SH-OZ-RW-GT-002-ZCC Ozone Contactor No.2 Inlet Gate Control Closed SH-OZ-OZ-REM-005 D0 5 9 3 SH-OZ-OF-BFV-002-ZCO So. OZ Destruct Inlet Valve No.2 Control Open SH-OZ-OZ-REM-005 D0 5 9 4 SH-OZ-OF-BFV-002-ZCC So. OZ Destruct Inlet Valve No.2 Control Closed SH-OZ-OZ-REM-005 D0 5 9 5 SH-OZ-OF-PH-002-ZCC So. OZ Destruct PreHeater No.2 On/Off Control SH-OZ-OZ-REM-005 D0 5 9 6 SH-OZ-OF-BLR-002-OOC So. OZ Destruct Blower No.2 On/Off Control SH-OZ-OZ-REM-005 D0 5 9 7 Spare



SH-OZ-OZ-REM-005 D0 5 9 8 Spare SH-OZ-OZ-REM-005 D0 5 9 9 Spare SH-OZ-OZ-REM-005 D0 5 9 10 Spare SH-OZ-OZ-REM-005 D0 5 9 11 Spare SH-OZ-OZ-REM-005 D0 5 9 12 Spare SH-OZ-OZ-REM-005 D0 5 9 13 SH-OZ-OF-BFV-003-ZCO So. OZ Destruct Inlet Valve No.3 Control Open SH-OZ-OZ-REM-005 D0 5 9 14 SH-OZ-OF-BFV-003-ZCC So. OZ Destruct Inlet Valve No.3 Control Closed SH-OZ-OZ-REM-005 D0 5 9 15 SH-OZ-OF-PH-003-ZCC So. OZ Destruct PreHeater No.3 On/Off Control SH-OZ-OZ-REM-005 D0 5 9 16 SH-OZ-OF-BLR-003-OOC So. OZ Destruct Blower No.3 On/Off Control SH-OZ-OZ-REM-005 AI 5 10 1 SH-OZ-OF-BA-001-ZI Ozone Contactor No.1 Feed Valve Position SH-OZ-OZ-REM-005 AI 5 10 2 SH-OZ-OF-BA-002-ZI Ozone Contactor No.1 Cell 1 Valve Position SH-OZ-OZ-REM-005 AI 5 10 3 SH-OZ-OF-BA-003-ZI Ozone Contactor No.1 Cell 2 Valve Position SH-OZ-OZ-REM-005 AI 5 10 4 SH-OZ-OF-FM-001-FI Ozone Contactor No.1 Cell 1 Flow Indication SH-OZ-OZ-REM-005 AI 5 10 5 SH-OZ-OF-FM-002-FI Ozone Contactor No.1 Cell 2 Flow Indication SH-OZ-OZ-REM-005 AI 5 10 6 SH-OZ-OZ-AIT-001-AI Ozone Contactor No.1 Monitor 1 OZ Residual SH-OZ-OZ-REM-005 AI 5 10 7 SH-OZ-OZ-AIT-002-AI Ozone Contactor No.1 Monitor 2 OZ Residual SH-OZ-OZ-REM-005 AI 5 10 8 SH-OZ-OZ-AIT-003-AI Ozone Contactor No.1 Monitor 3 OZ Residual SH-OZ-OZ-REM-005 AI 5 11 1 SH-OZ-OZ-AIT-004-AI Ozone Contactor No.1 Monitor 4 OZ Residual SH-OZ-OZ-REM-005 AI 5 11 2 SH-OZ-OF-PIT-001-PI So. OZ Destruct No.1 Inlet Press SH-OZ-OZ-REM-005 AI 5 11 3 SH-OZ-OF-TIT-001-TI So. OZ Destruct No.1 Inlet Temp SH-OZ-OZ-REM-005 AI 5 11 4 SH-OZ-OF-TIT-002-TI So. OZ Destruct No.1 Off-Gas Temp SH-OZ-OZ-REM-005 AI 5 11 5 SH-OZ-OF-AIT-001-AI So. OZ Destruct No.1 Off-Gas Ozone Concentration SH-OZ-OZ-REM-005 AI 5 11 6 SH-OZ-OF-BLR-001-SI So. OZ Destruct Blower No.1 Speed Indication SH-OZ-OZ-REM-005 AI 5 11 7 Spare SH-OZ-OZ-REM-005 AI 5 11 8 Spare SH-OZ-OZ-REM-005 AI 5 12 1 SH-OZ-OF-BA-004-ZI Ozone Contactor No.2 Feed Valve Position SH-OZ-OZ-REM-005 AI 5 12 2 SH-OZ-OF-BA-005-ZI Ozone Contactor No.2 Cell 1 Valve Position SH-OZ-OZ-REM-005 AI 5 12 3 SH-OZ-OF-BA-006-ZI Ozone Contactor No.2 Cell 2 Valve Position SH-OZ-OZ-REM-005 AI 5 12 4 SH-OZ-OF-FM-003-FI Ozone Contactor No.2 Cell 1 Flow Indication SH-OZ-OZ-REM-005 AI 5 12 5 SH-OZ-OF-FM-004-FI Ozone Contactor No.2 Cell 2 Flow Indication SH-OZ-OZ-REM-005 AI 5 12 6 SH-OZ-OZ-AIT-005-AI Ozone Contactor No.2 Monitor 1 OZ Residual SH-OZ-OZ-REM-005 AI 5 12 7 SH-OZ-OZ-AIT-006-AI Ozone Contactor No.2 Monitor 2 OZ Residual SH-OZ-OZ-REM-005 AI 5 12 8 SH-OZ-OZ-AIT-007-AI Ozone Contactor No.2 Monitor 3 OZ Residual SH-OZ-OZ-REM-005 AI 5 13 1 SH-OZ-OZ-AIT-008-AI Ozone Contactor No.2 Monitor 4 OZ Residual SH-OZ-OZ-REM-005 AI 5 13 2 SH-OZ-OF-PIT-002-PI So. OZ Destruct No.2 Inlet Press



SH-OZ-OZ-REM-005 AI 5 13 3 SH-OZ-OF-TIT-003-TI So. OZ Destruct No.2 Inlet Temp SH-OZ-OZ-REM-005 AI 5 13 4 SH-OZ-OF-TIT-004-TI So. OZ Destruct No.2 Off-Gas Temp SH-OZ-OZ-REM-005 AI 5 13 5 SH-OZ-OF-AIT-002-AI So. OZ Destruct No.2 Off-Gas Ozone Concentration SH-OZ-OZ-REM-005 AI 5 13 6 SH-OZ-OF-BLR-002-SI So. OZ Destruct Blower No.2 Speed Indication SH-OZ-OZ-REM-005 AI 5 13 7 Spare SH-OZ-OZ-REM-005 AI 5 13 8 Spare SH-OZ-OZ-REM-005 AI 5 14 1 SH-OZ-OF-PIT-003-PI So. OZ Destruct No.3 Inlet Press SH-OZ-OZ-REM-005 AI 5 14 2 SH-OZ-OF-TIT-005-TI So. OZ Destruct No.3 Inlet Temp SH-OZ-OZ-REM-005 AI 5 14 3 SH-OZ-OF-TIT-006-TI So. OZ Destruct No.3 Off-Gas Temp SH-OZ-OZ-REM-005 AI 5 14 4 SH-OZ-OF-AIT-003-AI So. OZ Destruct No.3 Off-Gas Ozone Concentration SH-OZ-OZ-REM-005 AI 5 14 5 SH-OZ-OF-BLR-003-SI So. OZ Destruct Blower No.3 Speed Indication SH-OZ-OZ-REM-005 AI 5 14 6 Spare SH-OZ-OZ-REM-005 AI 5 14 7 Spare SH-OZ-OZ-REM-005 AI 5 14 8 Spare SH-OZ-OZ-REM-005 AO 5 15 1 SH-OZ-OF-BLR-001-SC So. OZ Destruct Blower No.1 Speed Control SH-OZ-OZ-REM-005 AO 5 15 2 SH-OZ-OF-BA-001-ZC Ozone Contactor No.1 Feed Valve Control SH-OZ-OZ-REM-005 AO 5 15 3 SH-OZ-OF-BA-002-ZC Ozone Contactor No.1 Cell 1 Valve Control SH-OZ-OZ-REM-005 AO 5 15 4 SH-OZ-OF-BA-003-ZC Ozone Contactor No.1 Cell 2 Valve Control SH-OZ-OZ-REM-005 AO 5 15 5 Spare SH-OZ-OZ-REM-005 AO 5 15 6 Spare SH-OZ-OZ-REM-005 AO 5 15 7 Spare SH-OZ-OZ-REM-005 AO 5 15 8 Spare SH-OZ-OZ-REM-005 AO 5 16 1 SH-OZ-OF-BLR-002-SC So. OZ Destruct Blower No.2 Speed Control SH-OZ-OZ-REM-005 AO 5 16 2 SH-OZ-OF-BA-004-ZC Ozone Contactor No.2 Feed Valve Control SH-OZ-OZ-REM-005 AO 5 16 3 SH-OZ-OF-BA-005-ZC Ozone Contactor No.2 Cell 1 Valve Control SH-OZ-OZ-REM-005 AO 5 16 4 SH-OZ-OF-BA-006-ZC Ozone Contactor No.2 Cell 2 Valve Control SH-OZ-OZ-REM-005 AO 5 16 5 Spare SH-OZ-OZ-REM-005 AO 5 16 6 Spare SH-OZ-OZ-REM-005 AO 5 16 7 Spare SH-OZ-OZ-REM-005 AO 5 16 8 SH-OZ-OF-BLR-003-SC So. OZ Destruct Blower No.3 Speed Control