Comp. Tag No. Component Title Options Installation Detail No.

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1 INSTRUMENTATION LIST Project Waste Water Treatment Facility No. 2 Revision Date: Nov 2014 Client City of Winter Haven Utilities, Florida Revised By: D. Fitzgerald Comp. Tag No. Component Title Options Installation Detail No. Code P4 38-PI-X Pressure Gauge Range: 0 to 15 psig (X =1,2) Mounting: As Spec'd Dial Size: As Spec'd Case Mat'l; As Spec'd Element Mat'l: As Spec'd Damping: Req'd Process Liquid: Low Pressure Compressed Air T14 38-TI-X Thermometer, Bimetallic, Adjustable Angle Range: 50 to 300 degrees F (X =1,2) Mounting: As Spec'd Dial Size: As Spec'd Case Mat'l; As Spec'd Element Mat'l: As Spec'd Extension Neck: Not Required Process Liquid: Low Pressure Compressed Air P9 39-PIT-1 Pressure Transmitter Range: 0 to 250 in WC Mounting: Include 2-valve, block-and-bleed valve, ea Damping: Req'd Process Liquid: Low Pressure Compressed Air B-1 PROCESS INSTRUMENTATION & CONTROLS January INSTRUMENT LIST ATTACHMENT B

2 PLC INPUT/OUTPUT LIST Project Waste Water Treatment Facility No. 2 Revision Date: Nov 2014 Client City of Winter Haven Utilities, Florida Revised By: D. Fitzgerald Tag Number Type I/O Description PLC Register 38-CP-1 30-AIT-1[DO] Analog Input Dissolved Oxygen, Aeration Basin 1 30-AIT-2[DO] Analog Input Dissolved Oxygen, Aeration Basin 2 30-AIT-3[DO] Analog Input Dissolved Oxygen, Aeration Basin 3 38-II-1 Analog Input Motor Current, Aeration Blower 1 38-SI-1 Pseudo Analog Input SPEED Status, Aeration Blower 1 38-SIC-1 Pseudo Analog Output SPEED Command, Aeration Blower 1 38-QS-1 [REMOTE] Pseudo Discrete Input REMOTE Status, Aeration Blower 1 38-HS-1 [RUN] Pseudo Discrete Output RUN Command, Aeration Blower 1 38-QS-1 [RUN] Pseudo Discrete Input RUN Status, Aeration Blower 1 38-QA-1[ASD FAULT] Pseudo Discrete Input ASD FAULT Alarm, Aeration Blower 1 38-QA-2 [FAIL] Pseudo Discrete Input FAIL TO RUN Alarm, Aeration Blower 1 38-II-2 Analog Input Motor Current, Aeration Blower 2 38-SI-2 Pseudo Analog Input SPEED Status, Aeration Blower 2 38-SIC-2 Pseudo Analog Output SPEED Command, Aeration Blower 2 38-QS-2 [REMOTE] Pseudo Discrete Input REMOTE Status, Aeration Blower 2 38-HS-2 [RUN] Pseudo Discrete Output RUN Command, Aeration Blower 2 38-QS-2 [RUN] Pseudo Discrete Input RUN Status, Aeration Blower 2 38-QA-2[ASD FAULT] Pseudo Discrete Input ASD FAULT Alarm, Aeration Blower 2 38-QA-2 [FAIL] Pseudo Discrete Input FAIL TO RUN Alarm, Aeration Blower 2 38-QA-2 [FAIL] Discrete Output COMMON FAIL Alarm, Aeration Blowers 38-PIT-1 Analog Input Pressure, Aeration Blower Discharge 39-ZI-1 Analog Output Position Status, Air Vent Valve 1 39-ZIC-1 Analog Input Position Command, Air Vent Valve 1 39-QS-1 [REMOTE] Discrete Input Air Vent Valve 1 REMOTE Status 39-QA-1 [VALVE FAIL] Discrete Input Air Vent Valve 1 FAIL 39-QA-1 [ACT FAIL] Discrete Input Air Vent Valve 1 Actuator FAIL 39-ZI-2 Analog Output Position Status, Air Vent Valve 2 39-ZIC-2 Analog Input Position Command, Air Vent Valve 2 39-QS-2 [REMOTE] Discrete Input Air Vent Valve 2 REMOTE Status 39-QA-2 [VALVE FAIL] Discrete Input Air Vent Valve 2 FAIL C-1 PROCESS INSTRUMENTATION & CONTROLS January I/O LIST ATTACHMENT C

3 MPA 48 MULTIMULTI-PARAMETER ANALYZER 4 TO 8 SENSORS Optical Dissolved Oxygen Suspended Solids ph ORP Any Sensor Combination The Insite Instrumentation Group MPA 48 multi-channel analyzer is a unique system that combines advanced electronics with the latest in sensor technology. The analyzer will accept any combination of DO, SS, ph, or ORP sensors and automatically configure for the correct operation. The system allows for flexible and economical process monitoring and control. The DO sensor does not need membranes, fill solutions, nor replaceable sensor caps. The SS sensor is based on near infrared technology, eliminating inaccuracies caused by changes in the process color. The ph electrodes are flat glass, double reference junction with temperature compensation. The ORP electrodes are flat glass, double reference junction. Both ph and ORP electrodes feature a quick disconnect design that makes changing electrodes a snap and reduces down time due to electrode maintenance. MPA 48 MULTIPLE CHANNEL PROCESS ANALYZER FLUORESCENCE DISSOLVED OXYGEN THEORY OF OPERATION A very specific energy wavelength is transmitted to a ruthenium compound immobilized in a sol-gel matrix. The ruthenium will absorb this energy, changing the outer electron s energy level. The electron will then collapse back to it s original energy state, emitting the energy as a photon with a different specific wavelength. This is called fluorescing. If the intensity of the transmitted wavelength is tightly controlled, the amount of fluorescing is both predictable and repeatable. If oxygen molecules are present the amount of fluorescing is reduced, referred to as fluorescence quenching. By measuring the amount of quenching it is possible to determine the amount of oxygen present. Insite Instrumentation Group 80 Whisperwood Blvd.,Suite 107 Slidell, LA Phone Fax info@insiteig.com Website

4 Measuring Range DO 0 to 25 ppm SS 0 to 30,000 mg/l ph 2 to 12 ph ORP- +/- 2000mV Accuracy DO 1% of reading or.05 ppm, whichever is greater SS 3% of reading Sensitivity / Resolution DO.01 ppm below 4.00,.1 ppm above 4.0 SS 1 mg/l below 1000 mg/l 10 mg/l between 1,000 and 9,999 mg/l 100 mg/l above 10,000 mg/l Repeatability DO.01 ppm SS +/- 1% Sensor Drift DO & SS Less than 1% per year Temperature Range DO & SS 0 to 60 degrees C ph & ORP 10 to 100 degrees C Response Time 95% in less than 60 seconds Sensor Check Outputs Memory Backup Display Sensor Cable Length Ambient Temperature Ambient Humidity Enclosure Rating Wetted Materials Maximum Pressure MPA 48 SPECIFICATIONS Automatic self diagnostics Up to 8 Opto-isolated 4-20 milliamp (one for each channel) Optically isolated RS-485 Modbus RS-232 serial Up to 8 dry contact 10 amp relay setpoints (one for each channel) 1 alarm relay 1 clean relay Yes Backlit graphical LCD display with UV protection Contrast adjustment via keypad Continuously displays all channels 33 feet standard (optional lengths up to 2000 ft) minus 20 degrees C to 70 degrees C 0 to 100 percent NEMA 4X Epoxy, polyurethane, glass, and PVC 100 psi Insite Instrumentation Group - info@insiteig.com Website OR CONTACT YOUR LOCAL TECHNICAL REPRESENTATIVE AT:

5 Date: 5/7/2014 Project: Customer: Sales Order Number: Application Engineer: Comments: Winterhaven, FL WWTP Jones edmunds Engineers C Jim Ward Gas Mix: Air(100%) Model: 751F, 7 Stage(s) (7 x 222), 3565 RPM Corrected Values Original Unit Inlet Set # 1 Barometer PSIA Inlet Pres PSIA Inlet Temp Deg F Inlet Flow 3, SCFM Dis. Pres PSIG Rel. Humid % Inlet Set # 2 Barometer PSIA Inlet Pres PSIA Inlet Temp Deg F Inlet Flow 3, SCFM Dis. Pres PSIG Rel. Humid % Measured Values Inlet Set # 1 Surge Flow Rate Surge Pressure Pres. Rise to Surge Max. Vol. Turndown Design Design Design Design Inlet Set # 2 Surge Flow Rate Surge Pressure Pres. Rise to Surge Max. Vol. Turndown Design Design Design Design Plot Unit 1, ICFM 8.88 PSIG 1.48 PSIG % 7.21 PSIG HP % Deg F 1, ICFM PSIG 2.62 PSIG % 7.40 PSIG HP % Deg F 1 CF Select version 1.6

6 Gas Mix: Air(100%) Model: 751F, 7 Stage(s) (7 x 222), 3565 RPM Gas Parameters Inlet Set # 1 Molecular Weight R Value Density Sp. Const. P Ratio of Sp. Heats Saturated Vapor Pres. Partial Pres. of Gas Partial Pres. of Vapor Inlet Set # 2 Molecular Weight R Value Density Sp. Const. P Ratio of Sp. Heats Saturated Vapor Pres. Partial Pres. of Gas Partial Pres. of Vapor English Unit Metric Unit lbm/lbmol kg/kgmol ft. lbf/lbm.r 0.30 kj/kg.k 0.07 lbm/ft^ kg/m^ BTU/lbm.R 1.03 kj/kg.k PSIA 0.07 Bars (A) PSIA 0.93 Bars (A) 0.76 PSIA 0.05 Bars (A) lbm/lbmol kg/kgmol ft. lbf/lbm.r 0.29 kj/kg.k 0.08 lbm/ft^ kg/m^ BTU/lbm.R 1.01 kj/kg.k PSIA 0.01 Bars (A) PSIA 0.97 Bars (A) 0.10 PSIA 0.01 Bars (A) 2 CF Select version 1.6

7 Gas Mix: Air(100%) Model: 751F, 7 Stage(s) (7 x 222), 3565 RPM Date: 5/7/ CF Select version 1.6

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