Junior High Schools Street Address: To Be Announced Naples NY Staff Estimate Value $500, County: Ontario Stage: BIDDING - Biddate Set

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1 Naples Central School District Capital Improvement Project Phase 2 - GC Work Category: Elementary, Pre Schools, High Schools, Project ID #: Junior High Schools Street Address: To Be Announced Naples NY Staff Estimate Value $500, County: Ontario Stage: BIDDING - Biddate Set Bid Date: 9/12/20, 04:00PM Architect: SEI Design Group Documents Available: Plans, Specs available in Insight Plans available from Rotolite Elliott Corp Last Update: 8/11/20 Bell Mechanical s, Inc. and 12 others were added as bidders Notes Scope Notes Renovation of a mixed-use development in Naples, New York. Completed plans call for the renovation of a educational facility. GC work contract,plumbing,mechanical,electrical Bid Date: 09/12/20 04:00PM Bids will be received by Naples Central Schools 136 North Main Street, Naples, NY Development include(s): Renovation Project Events Event Date Details Bid Date 9/12/20, 04:00PM Bids will be received by Naples Central Schools 136 North Main Street, Naples, NY Pre-Bid Meeting 8/15/20, 10:00AM Start Date 10/12/20 Actual Start Date Additional Details Listed On: 8/6/20 Floor Area: Contract Type: Work Type: Alteration Stage Comments 1: Floors Below Grade: Stage Comments 2: Owner Type: City Bid Date: 9/12/20 Mandatory Pre Bid Conference: Invitation #: Commence Date: 10/12/20 Structures: 1 Completion Date: Single Trade Project: Floors: Parent Project ID: Parking Spaces: Site Area: LEED Certification Intent: Units: Project Participants Company Role Owner Company Name Naples Central Schools Contact Name Address 136 North Main Street, Naples, NY Architect SEI Design Group Kurt Vater 224 Mill St., Rochester, NY Plans Representative Rotolite Elliott Corp Sheila Elliott 1 Grove St. Suite 123, Pittsford, NY Phone (585) (585) (585) Fax (585) kav@seidesigngroup. com selliott@rotoliteelliott. (585) 385- com 2190 Planholders Company Name Contact Name Address Rotolite Elliott Corp Richard Allen 1 Grove St. Suite 123, Pittsford, NY SEI Design Group Kurt Vater 224 Mill St., Rochester, NY Phone (585) (585) Fax mail@rotoliteelliott.com (585) kav@seidesigngroup.com Report Date: 8/13/20 2:34:09 PM 20 ConstructConnect. All Rights Reserved. Page 1 of 2

2 Bidders Company Name Iversen Construction Corp. Kimble Inc. Blackmon- Farrell Electric Inc. Javen Construction D'Agostino s Inc J & E Electric Co. Northeastern Electrical Company T Bell Construction Corporation Massa Construction, Inc. Hewitt Young Electric Pipitone Enterprises Watchdog Building Partners LLC EC4B Engineering, PC Bell Mechanical s, Inc. Contact Name Added Date Chris Iversen 8/11/20 Stephanie Brenzo 8/11/20 Steve Pettis 8/11/20 Rebecca Powers 8/11/20 Sandie Ville 8/11/20 Ron Netti 8/11/20 Kurt Bishop 8/11/20 Mike Loveland 8/11/20 Amy Gay 8/6/201 8 Jennifer DiCesare 8/11/20 Tony Pipitone 8/11/20 Todd LaBarr 8/11/20 Nichole Guilfoyle 8/11/20 Larry Bell 8/11/20 Address 4661 Dewey Ave P.O.Box 214, Gorham, NY Sullivan St., Elmira, NY Halstead Street, Rochester, NY Baird Road, Penfield, NY Linden Avenue, Rochester, NY Ellis Dr., Auburn, NY Regency Oaks Blvd Ste 3, Rochester, NY Regency Oaks Boulevard, Rochester, NY Pre Emption Road, Geneva, NY Maple Street, Rochester, NY Stottle Rd, Churchville, NY Winton Pl. Suite 235, Rochester, NY Schoen Place Suite 300, Pittsford, NY Lincoln Parkway,, East Rochester, NY Phone (585) (607) (585) (585) (585) (315) (585) (585) (315) (585) (585) (585) (585) (585) chris@iversen constr.com brenzos@kim bleinc.com stevep@black monfarrell.co m rebecca@jave n.com ronjr@jeelec.c om mldveland@tb ellcc.com jennifer.dicesa re@hewittyou ng.com tlabarr@watch dogbp.com Bidding Role Bid Bid Value Rank Fax Fax Number (585) (607) (585) (585) (585) (315) (585) (315) (585) (585) (585) Contracts Classification Conditions Bonding Bid Date Bids To Bid Type 9/12/20 Owner Open Bidding History User Viewed First Viewed Date Currently Tracked? Josh Braska True 8/7/20 False Date Tracked Report Date: 8/13/20 2:34:09 PM 20 ConstructConnect. All Rights Reserved. Page 2 of 2

3 1.4 SUBMITTALS A. Fuel piping diagrams. B. Manufacturer s Manufacturer's guarantee. C. Fuel tanks and manway details, including manway cover, piping and openings, configuration showing T sizes and types. D. All tank accessories. E. Fuel spill monitoring equipment data. F. Manufacturer s Manufacturer's current catalog, installation manual and warranty for each supplied item. G. Coordination Drawings as specified by Section H. Submit two sets of record drawings showing size and location of the tanks and piping system. 1. Drawings shall bear a statement by the that the system has been installed in compliance with the New York State Standards for New and Substantially Modified Petroleum Storage Facilities, 6NYCRRPart 614. I. Shop Drawings: Submit complete shop fabrication and field installation shop drawings and date. Drawings shall include all critical dimensions and show locations of all fittings and accessories. J. Calibration Charts: shall submit six copies of manufacturer's manufacturer s latest calibration charts for each tank capacity and diameter specified. PART 2 - PRODUCTS 2.1 ABOVEGROUND CONCRETE VAULTED FIRE RESISTANT FUEL STORAGE TANKS A. Each tank in the system shall be designed and tested in strict accordance with UL subject The UL 2085 listing for insulated secondary containment above ground tanks for flammable liquids shall encompass both fire protected and fire resistant approvals. B. Provide two (2) Highland (8,000 gallon) OP overfill protection above ground storage tanks (10-0 ( 10'-0" x ) 16'-10") with OSHA compliant external ladder. C. Tank Construction - Internal Steel Tank 1. Steel tank shall meet UL 142 standard for cylindrical tanks without internal reinforcement beams. 2. Tank shall comply with the normal and emergency venting requirements of NFPA 30. f FUEL STORAGE TANK ACCESSORIES

4 3. Tank shall carry a thirty year written warranty including materials and workmanship. D. Signage: tank capacity, working capacity, Product ID, No smoking, 4 each DOT 1203 labels for unleaded and 4 each D1993 labels diesel AUTOMATIC TANK GAUGING. GAUGING, LEAK DETECTION AND MONITORING SYSTEM FOR TANKS AND PIPING - ABOVE GROUND TANKS A. Remote reading tank gauging system suitable for use with unleaded gasoline and diesel fuel. B. System Description 1. The following technical specifications provide the specific parameters, requirements and capabilities to which the tank-gauge and supporting system components shall comply. 2. The tank-monitoring system shall consist of a Controller that allows all digital devices to be detected and configured automatically through the use of the touch touchscreen interface on the Controller. 3. The tank-monitoring system shall offer optional volumetric line leak detector (VLLD), statistical leak detection (SLD) and automatic calibration and reconciliation (ACR) capabilities that can be connected to the system s system's internal I.S. module. 4. The tank-monitoring system shall also offer an optional external USB thermal printer with shared-network printer interface. 2.1 C. Technical Specifications 1. Dimensions The Controller shall have a width of " (37 cm), a height of 12 12" (30 cm) and a depth of 4 4" (10 cm). 2. Power Requirements The tank-monitoring system s system's power requirements shall be VAC, 50/60 Hz. 3. Operating Temperature The tank-monitoring system shall operate at a temperature range of 32 F to 122 F (0 C to 50 C). 4. Graphics Display The tank-monitoring system shall have a 15 15" (38.1 cm) graphic touch-screen display that uses international user-friendly icons (MIL-STD-1472). The touch-screen graphics display shall provide one-touch access to real-time inventory data, delivery status, alarm conditions and leak-detection information. 5. PC Requirements The tank-monitoring system shall have the following minimum PC requirements: FUEL STORAGE TANK ACCESSORIES k

5 a) An Internet browser capable of rendering Flash 7.0 or higher The tank tankmonitoring system shall offer two (2) methods of logging into the Internet: b) Dynamic Host Configuration Protocol (DHCP) c) Static IP 6. Software The tank-monitoring system shall offer software that allows the configuration of an entire fueling site from a PC. This software shall allow: a) Statistical Leak Detection (SLD) b) Automatic Leak Detection (ALD) c) Certified automatic or on-demand Line Leak detection (LLD) d) Real-time, accurate inventory information e) Gross and net-corrected tank volume, product level, water level and temperature for individual tanks f) Configurability to meet localized date/time formats and metric/english units g) Downloadable and Flash-upgradeable capabilities h) Communication with industry-standard, third-party POS protocols i) Programmable correction factors for restrapping tanks; maximum number of correction points shall be 2,000 j) An Address Book of contacts that the unit can send text messages, fax and/or s on nay alarms or events k) The ability to schedule reports to automatically run at specific times l) 1) Automatic Calibration and Reconciliation (ACR) m) Non-volatile memory for event storage up to 10 years n) Compliance calendar accessible with a single touch o) Capability to switch language and measurement settings according to user login 7. Additional Components The Controller shall have the following module capacity: a) One (1) output and two (2) input internal relay connection f FUEL STORAGE TANK ACCESSORIES

6 b) Up to 16 relays maximum, with four (4) output relays per module using optional OM4 c) Four (4) Line Interface Modules d) Seven (7) Probe/Sensor Interface Modules (optional) e) Nine (9) communication ports: (1) One (1) Ethernet (2) One (1) RS-485 (3) Two (2) RS-232 (4) Two (2) USB (5) Two (2) internal USB (6) One (1) modem The Controller shall have the ability to connect to an external thermal printer via external USB or network to an optional printer. 8. Leak Test Certification The tank-monitoring system shall be certified using the EPA Static Leak and Continuous Test, using ATGS and CITLDS methods, to the following parameters: a) 0.2 gph (0.76 L/hr) Statistical Leak test at 397,000 gallons (1,502,809 liters)/month throughput for single-tank, two-tank or three-tank manifold installations with a combined maximum capacity of 30,000 gallons (113,562 liters) b) 0.2 gph (0.76 L/hr) Static Leak Test c) 0.1 gph (0.38 L/hr) Static Leak Test d) 3.0 gph (11.4 L/hr) Catastrophic Line Leak Test e) 0.2 gph (0.76 L/hr) Precision Line Leak Test f) 0.1 gph (0.38 L/hr) Precision Line Leak Test D. Security 1. The Controller shall have configurable Security Rights allowing administrators the right to view and modify data based upon user access rights (administrator, technician, etc.). 2. The Controller shall have multiple password levels for data access. FUEL STORAGE TANK ACCESSORIES '

7 E. System Capabilities 1. The following provides the capabilities of which the tank-monitoring system shall possess. a) Products The Controller shall measure API-listed products, including but not limited to, motor fuels, LPG, alcohol and alcohol blends. b) Units The Controller shall allow for the selection of U.S., Imperial, or Metric measurement units. c) Monitoring The Controller shall monitor up to 24 magnetostrictive probes and 960 sensors in any combination. d) Installation The tank-monitoring system s system's installation must be in accordance with the following: (1) National Electric Code (NFPA No. 70) (2) Automotive and Marine Service Station Code (NFPA No. 30A) The Controller shall be mounted on a wall in a secure indoor location where it will be protected against extreme temperature and humidity conditions, or placed on any flat indoor surface. Installation shall be through the use of three (3) mounting holes, and no holes shall be drilled in the Controller cabinet. e) Precision Leak Test A precision leak test shall be performed on each tank before the installation of the tank-monitoring system. This test shall ensure that leak data generated by the tank-monitoring system is accurate and reliable. f) POS Connectivity The Controller shall have the ability to interface with point-of-sale (POS) devices according to industry standard protocols 3.7 g) Alarm Thresholds: The Controller shall feature sensors that are serialized and no compliance or alarm data shall be lost if the sensor needs to be replaced. The following shall be the specific Alarm Thresholds: (1) Hydrocarbon liquid sensor with water indicator Hydrocarbon Water Disconnect/Communication Loss (2) Discriminating STP sump sensor Detects hydrocarbons f FUEL STORAGE TANK ACCESSORIES

8 Detects water Disconnect/Communication Loss (3) Single-level sump sensor Alarm Conditions Disconnect/Communication Loss (4) Hydrocarbon Vapor Sensor Alarm Conditions Disconnect/Communication Loss (5) Liquid-only float sensor Alarm Conditions Disconnect/Communication Loss (6) Discriminating interstitial sensor Hydrocarbon Water Disconnect/Communication Loss (7) Interstitial hydrocarbon liquid sensor with water indicator Hydrocarbon Water Disconnect/Communication Loss (8) Interstitial level sensor-float switch Alarm Condition Disconnect/Communication Loss (9) Discriminating dispenser pan sensor Detects hydrocarbons Detects water Disconnect/Communication Loss FUEL STORAGE TANK ACCESSORIES '

9 (10) Dual-float dispenser sump sensor High-Level Low-Level Disconnect/Communication Loss (ID (11) Dual-float STP sump sensor Produces liquid alarm when bottom float is activated Produces high-liquid alarm when both floats are activated Disconnect/Communication Loss (12) Dual-float brine sensor High-Level Low-Level Disconnect/Communication Loss (13) USTs High-High Product High-Product (d) (e) Low-Product Low-Low Product High-High Water (f) High-Water (g) High-Temperature (h) Low-Temperature (i) Theft (j) Tanks-Down (14) Manifold Tanks High-High Product High-Product f FUEL STORAGE TANK ACCESSORIES

10 (d) Low-Product Low-Low Product (15) Probe Probe Down Density Probe AST Long (16) System Line Leak.01 Line Leak.02 Line Leak.03 (d) (e) (f) (g) (h) (i) (j) (k) Communication Leak Reconciliation Subsystem SLD Leak test SLD Manifolded Leak Test Manifold Broken Leak Test Warning h) Alarm Escalation: The Controller shall allow for the definition of contacts (SMS, Fax, ) to notify in the event that an alarm goes unacknowledged or is not ended. The Controller shall allow for initial alarm event then up to three (3) designated alarm escalations above initial alarm. i) Reconciliation: The tank-gauge system shall also include a Reconciliation Interface Module for the purpose of reconciling product. The system shall include a Reconciliation Interface Module, which performs automatic calibration and reconciliation. The Reconciliation Interface Module shall allow for users to set up the dispensers in the system and link them to their corresponding tanks for the purpose of reconciling product. The Reconciliation Interface Module shall monitor from one (1) to 32 dispensers via the dispensers dispensers' communication links FUEL STORAGE TANK ACCESSORIES '

11 using existing PV4 protocol. The reconciliation device shall accumulate fueling transactions for retrieval by the Controller. (1) Hose Mapping (d) (e) Dispenser Address Edit Dispenser Hose Maps Site Diagnostics Site Schematics (2) Thresholds (d) (e) Test Vend o Loss Warning Loss Alarm Unaccounted Daily Unaccounted Unexpected Sale The Reconciliation Interface Module shall include the ability to perform the following reports and the following alarms: (1) Reports Unaccounted Losses Hourly Losses (d) Daily Report Deliveries (stable or unstable) (2) Alarms: Losses Warning Losses Alarms Console Fault fault System Components (1( 1 unleaded and one diesel) L. F. Probes (1- unleaded and 1- diesel) f LUEL FUEL STORAGE TANK ACCESSORIES

12 1. The probe shall have five-point temperature-sensing elements that provide accurate temperature compensation for product-volume expansion and contraction for accurate inventory management and intank leak detection. The probes shall be installed without requiring calibration, special filtering or alignment devices. The calibration of the probes shall take place in a laboratory that is accredited by A2LA (American Association of Laboratory Accreditations) to the requirements of ISO/IEC The Probe/Sensor Interface Module shall include a 12V barrier for use with Magnetostrictive Probes. The Probe/Sensor Interface Module shall include a 24V barrier for use with Flex Probes. Probes for gasoline and diesel (LPG probe optional) shall be installed with a modified adaptor collar and riser cap. Up to four (4) types of floats can be used with the probes: a) Stainless steel (three different density configurations) b) 2 2 Diesel c) 2 2 Gasoline d) AEF Sensor 2. Rigid Magnetostrictive Probes: The Level 1 Magnetostrictive Probes shall be evaluated per EPA 40 CFR, Part 290, have Class I, Division 1, Group D classification, and have IECEx UL X and DEMKO 11 ATEX X certifications. The rigid probe shall have the following capabilities: a) Monitor density (with a density sensor) without the need of modifications or additional wiring b) Be wired together in a sequence, or multi-dropped, "multi-dropped/ during installation allowing four (4) probes per I.S. channel c) Measure product level change to a resolution of " ( mm) d) Measure product temperature change to a resolution of 0.0 F (0.01 C) e) Measure product accuracy to 0.09ºF 0.09 F (0.5ºC) (0.5 C) f) Measure water level changes to a resolution of.04.04' (1.02 mm) FUEL STORAGE TANK ACCESSORIES '

13 g) Linearity over the entire probe length of ± " (±1 mm) h) Be able to operate in temperatures ranging from -40ºF -40 F to 158ºF 158 F (-40ºC (-40 C to 70ºC) 70 C) The rigid probe shall be unsusceptible to programming errors, containing an EPROM database of the following specific setup data to be downloaded to the Controller during start-up: a) Probe serial number b) Probe length c) Probe velocity d) RTD locations The rigid probe shall be constructed of welded stainless steel construction. The Controller shall be capable of handling 20 20' (6.1 m) rigid, inventory-only probe. The maximum wiring distance between the probe and the intelligent Probe/Sensor Interface Module shall be 1,000 feet (305 m). Tank Access for Level 1 Magnetostrictive Probes shall be a minimum of 2 2" (5.1 cm). The probe shall have five-point temperature-sensing elements that provide accurate temperature compensation for product-volume expansion and contraction for accurate inventory management and in-tank leak detection. Page 9 of 13 B. 3. Flex Magnetostrictive Probes: The flex probe shall utilize magnetostrictive technology constructed of Kynar for aboveground tanks up to 70 ft (15.2 m) in height. The Controller shall allow for parameter setup for flex probe with the capability to connect one (1) flex probe per I.S. channel. The flex probe shall be used in a variety of liquids, including gasoline, diesel and water. The input voltage for the flex probe shall be a range of VDC. The flex probe shall have the following capabilities: a) Temperature measurement resolution of the flex probes shall be +/ F (0.02 C). f FUEL STORAGE TANK ACCESSORIES

14 b) Temperature sensing range of the flex probes shall be a range of -40 F to +150 F (-40 C to +65 C). c) Operating temperature range of the flex probes shall be a range of -40 F to +160 F (-40 C to +71 C). d) Temperature accuracy of the flex probe shall be +/- 2 F (1.11ºC),( 1.11 C), absolute. G. Sensors The Controller shall have the capability to automatically detect sensor type, part number and sensor serial number. The sensors shall have the capability to be wired together in parallel, or multi-dropped, "multi-dropped/ during install, allowing sixteen (16) sensors per I.S. channel. The sensors shall be constructed in such a way that the Controller and Probe/Sensor Interface Module shall automatically and digitally detect sensor connection, sensor type and sensor status. 1. Interstitial Level Sensor - Float Switch (one each per tank) a) Shall detect the presence of liquid in the interstitial area of a doublewalled tank b) Shall monitor for the presence of liquid in sumps/dispenser pans c) Shall be constructed of chemical-resistant, non-metal material d) In the event of a break or short in the field wiring, the Controller shall activate an alarm 2. Single-Level Sump Sensor (one each per tank - overfill chamber) a) Shall monitor for liquids in sumps, dispenser pans and other locations where the presence of a liquid could indicate a leak b) Shall utilize float-switch technology c) Shall be constructed of chemically resistive non-metallic material d) In the event of a break or a short in the field wiring, the Controller shall activate an alarm 3. Universal Sump Sensor a) Shall be used in an attached manway riser, double-wall piping or an attached collar riser b) Shall detect the presence of any liquid in a piping sump FUEL STORAGE TANK ACCESSORIES '

15 c) Shall activate the sump sensor when enough liquid enters the sump riser 4. Liquid-only Float Sensor a) Shall detect the presence of fluid in the interstitial space of a doublewalled tank or a containment sump b) Shall utilize float technology c) Shall provide an alarm condition on the presence of fuel d) In the event of a break or a short in the field wiring, the Controller shall activate an alarm 5. Discriminating Dispenser Pan Sensor a) Shall be capable of producing liquid and high-liquid alarms Shall distinguish liquid type b) Shall utilize polymer strips and float technology c) Shall activate an alarm condition on detection of water, hydrocarbon, sensor malfunction or a break or short in the field wiring 6. Discriminating STP Sump Sensor a) Shall be capable of producing liquid and high-liquid alarms b) Shall distinguish liquid type c) Shall utilize polymer strips and float technology d) Shall activate an alarm condition on detection of water, hydrocarbons, sensor malfunction or a break or short in the field wiring 7. Hydrocarbon Vapor Sensor a) Shall detect hydrocarbon vapors in monitoring wells. (1) Shall return to normal "normal state after vapors have dissipated, allowing the sensor to be reused after vapors are detected (2) Shall be constructed of a long-life resistive element that increases in resistance in the presence of hydrocarbon vapors (3) Shall activate in alarm in the event of a break or short in the field wiring b) Discriminating Interstitial Sensor (1) Shall detect the presence of fluid in the annular space of a tank and distinguish fluid type f FUEL STORAGE TANK ACCESSORIES

16 (2) Utilizes solid-state optical technology and conductive probes (3) Shall activate an alarm condition on detection of liquid, sensor malfunction or a break or short in the field wiring c) Interstitial Hydrocarbon Liquid Sensor with Water Indicator (1) Shall monitor for hydrocarbon liquid and/or water in the interstitial area of a double-walled tank (2) The water sensor shall rely on the conductivity of water to detect the presence of water (3) Shall be constructed of a long-life resistive element that increases in resistance in the presence of hydrocarbon liquid (4) In the event of a break or short in the field wiring, the Controller shall activate an alarm d) Hydrocarbon Liquid Sensor with Water Indicator (1) Shall monitor wells with fluctuating groundwater tables (2) Shall monitor for hydrocarbons and/or water in containment areas of tanks and dispensers (3) The water sensor shall monitor for absence of groundwater in monitoring well (4) Shall discriminate between hydrocarbon liquid and water (5) Shall be constructed of a long-life resistive element that increases in resistance in the presence of hydrocarbon liquid (6) In the event of a break or short in the field wiring, the Controller shall activate an alarm e) Interstitial Sensor f) Shall detect the presence of liquid in the interstitial area of a doublewalled tank g) Shall be constructed of chemical-resistant, non-metallic material h) In the event of a break or short in the field wiring, the Controller shall activate an alarm 8. Dual-Float Dispenser Sump Sensor a) Shall be capable of producing liquid and high-liquid alarms b) Shall distinguish liquid type FUEL STORAGE TANK ACCESSORIES '

17 c) Shall utilize polymer strips and float technology d) Shall activate an alarm condition on detection of water, hydrocarbon, sensor malfunction, or a break or short in the field wiring e) Dual-Float STP Sump Sensor (1) Shall be capable of producing liquid and high-liquid alarms (2) Shall distinguish liquid type (3) Shall utilize polymer strips and float technology (4) Shall activate an alarm condition on detection of water, hydrocarbon, sensor malfunction or a break or short in the field wiring f) Dual-Float Brine Sensor (1) Shall measure the level of brine solution already present in the tank (2) Utilizes advanced float technology (3) When either the sensor has triggered the upper float or the level has dropped below the bottom float, the Controller will activate an alarm g) Reservoir Sensor (1) Shall be used with hydrostatically monitored tanks (2) Shall monitor the level of liquid in the reservoir of a doublewalled tank (3) Shall activate the sensor when the liquid level is abnormally high or low h) Density Measurement Sensor (1) Installs on pre-existing probe and continuously measures average density of the fuel in the tank (2) Shall provide a measure of even the smallest change in product density within the API density range (3) Shall be constructed of Nitrophyl, Delrin and stainless-steel spring i) Volumetric Line Leak Detector Sensor (1) Shall utilize volumetric displacement f FUEL STORAGE TANK ACCESSORIES

18 (2) Shall detect a leak in pressurized product piping by monitoring flow when a submersible pump is running and no fuel is being dispensed (3) Shall utilize internal flow meter to detect and measure flow (4) Provides an alarm condition if leak is detected or a there is a break or short in the field wiring. 9. Line Interface Module (LIM): The LIM shall be a device that features a magnetic contactor that supplies line/tank activity by monitoring the input/output status of nozzle signals and Submersible Turbine Pump (STP) contactors. Each tank-monitoring system shall have a maximum of four (4) LIMs Each LIM shall monitor up to four (4) pressurized lines for a total of 16 sensors per system. LIM shall have a maximum capacity of 16 pressurized piping settings or 16 STPs depending upon the site configuration. In the event of manifolded submersible pumps, each manifold shall require one (1) LIM position for each submersible pump. The LIM shall work in conjunction with the tank-monitoring system to test lines during periods of inactivity to monitor the site for line leaks. The LIM shall have a width of (15 cm), a aheight of 8 8 (20.3 cm) and a adepth of (13.5 cm). Power requirements shall be 110/220 VAC, 50/60 Hz, 0.5A maximum. LIM power and dispensers must be on the same phase unless isolation relays are present. The operating temperature range shall be -40ºF -40 L to 158ºF 158 L (-40ºC (-40 C to 70ºC). 70 C). H. Support and Service: The manufacturer shall provide technical phone support to Authorized Warranty Service Organizations, Authorized Distributors and their service personnel. The manufacturer shall require training and certification for all of its authorized distributors and installers. The manufacturer shall provide certification information on authorized distributors and installers. The manufacturer shall offer re-certification training to keep authorized distributors and installers updated with current product information, installations and procedures. The manufacturer shall maintain a service staff to provide customer support training. The distributor or service organization shall be available to offer on-site training of company maintenance personnel on installation, programming and troubleshooting of the system. FUEL STORAGE TANK ACCESSORIES k

19 The manufacturer shall offer replacement parts to authorized service organizations for servicing systems. 5.8 The manufacturer shall offer overnight shipping on replacement parts to minimize system downtime. The manufacturer shall offer system upgrades and enhancements on the setup software. The manufacturer will supply, upon request, a formal list of all authorized and certified distributors and service contractors for sales, support and installation. I. Provide a Nema 4 high level annunciator in close proximity to each fill station with an integral horn and flasher. Annunciator shall automatically silence in ten seconds without the need to access the control panel. Provide a warning sign adjacent to enunciator that reads Warning "Warning - Tank Overfill Alarm - DO NOT OVERFILL. OVERFILL/ 1. Provide OPW # V - External Alarm J. Make: 1. Provide OPW PMS Site Sentinel Integra 100-PRT (with printer). a) Locate in Bus Garage. Coordinate exact location in field with GC and owner prior to installation. 2.4 TANK GAUGES A. Above Ground Storage Tanks Only - Provide a tank mounted clock "clock style gauge located next to each tank fill as shown on the drawings. Make: Morrison Model 8 or approved equal. 2.5 ABOVEGROUND STORAGE TANK FILL PILL SYSTEM A. Provide a remote fill station for each aboveground storage tank. B. Provide Overfill Prevention Valve - Morrison 9095AA-4200 VEVR 1. Provide a 2 overfill prevention valve for all aboveground pump filled tanks. Valve shall begin restricting flow at 70% capacity and restrict flow to % capacity so as not to cause a hydraulic hammer in fill line. Valve shall not slam shut. Valve shall have means to prevent siphoning of tank contents. 2. Provide all 3 piping from remote fill point to tank connection. C. Fill Spill Container 1. Provide Morrison model AC Remote Spill Container 2. Features shall include: a) Support and framework to support each container from fuel island concrete pad. f FUEL STORAGE TANK ACCESSORIES

20 b) Each container capable of containing the capacity of the fuel delivery hose 3. Provide an aluminum fill adapter with dust cap at fill model 800A C. Fill adapter provided shall be coordinated to mate with fuel delivery service hose. Make: PT Couplings or approved equal. 4. Provide a UL listed lockable operating valve model 800 DCA C. 5. Provide a swing check valve. Make: Morrison 246 Series or approved equal. 2.6 VENT / VAPOR SYSTEM A. Atmospheric Vent: 1. Diesel - Provide a Morrison AV upward flow vent cap with a flame retardant 40 mesh screen. Vent should be installed a minimum '-0 above grade. 2. Gasoline - Provide a Morrison AV upward flow 8 oz. pressure/vac vent cap with a flame retardant 40 mesh screen. Vent should be installed a minimum '-0 above grade. B. Stage 1 Vapor Recovery: 1. Morrison AA and 323C 2.7 STICK PORT A. 4 4" - 305L AA brass adaptor B. 4 4" - 305C AC cap 2.8 EMERGENCY VENT A. 8 8" - 244OM M-0600 AV PART 3 - EXECUTION 3.1 INSTALLATION/GENERAL A. Adapt these installation instructions and the product description set forth in PART 2 - PRODUCTS listed previously to conform to the requirements of the actual installation conditions and general installation procedures on the shop fabrication and installation shop drawings and data as furnished under Article 3.2 of this Section 3.2 PIPING AND ACCESSORIES A. Install vapor vent protector 12 ft. above grade or 2 ft. above the roof of the building. FUEL STORAGE TANK ACCESSORIES k

21 B. Isolate piping from tanks and pumps and test at 50 psig air pressure for not less than two hours. In addition, test suction piping under 20 in. mercury vacuum for not less than two hours. Provide written certification that all tests have been conducted and successfully completed. Submit to Owner's Representative. 3.3 TANK GAUGING SYSTEM A. Install equipment in accordance with manufacturer's written instructions. Provide testing, start-up adjustments and calibration. B. Locate tank gauge indicating instrument where called for. Mount on wall 6 ft. - 0 in. above finished floor. 3.4 PRODUCT IDENTIFICATION A. Permanently mark, with paint, all fill ports to identify the product inside. The colors shall conform to the requirements of the API. B. Provide a permanent label at the tank fill port. The label shall contain all information required by the DEC. 3.5 LEAK DETECTION A. The Plumbing shall be responsible for the proper final operation of the system. B. Install system in accordance to manufacturer's installation procedures and recommendations. C. The leak detection system shall be furnished through a single supplier. D. The Plumbing shall be responsible for installing the continuous storage tank management system according to the manufacturer's manufacturer s specifications and instructions. E. The Plumbing shall be responsible for insuring that any system placed in operation is designed so that each of its components works with the entire system to produce a single complete system for monitoring storage tanks and piping. F. Leak Detection, Tank Monitoring (Level) Systems Installation and Start Up - Above ground tanks and underground tanks: 1. Provide rolls of printer paper. 3.6 INSTALLATION OF ABOVEGROUND VAULTED TANKS A. Unloading and Handling f FUEL STORAGE TANK ACCESSORIES

22 1. A thorough inspection of the entire vault assembly shall be conducted by the Plumbing prior to off-loading. Check for any damage, chipping or other impairments incurred during transportation. 2. Equipment used to offload the vaulted tank assembly shall be of adequate size and capability to lift the vault without dragging and dropping to ensure that no damage is done to the vault or its coating. 3. The Plumbing shall follow all manufacturer s manufacturer's installation instructions. 4. Crane operator should be consulted with for final determination of crane capacity and method for vault placement onto pad due to site specific requirements. The Plumbing shall provide all hauling, rigging, crane/lift services and all other work required to deliver and set each tank in place. 3.7 FIELD QUALITY CONTROL: A. Tests shall be witnessed by the Owner s Owner's Representative, Fire Department and Local Environment Conservation agency where applicable. Notify Owner s Owner's Representative 72 hours in advance of when ready fortesting. 1. Pre-Installation Testing and Soaping a) All tanks are tested prior to shipment, but it is REQUIRED that tanks be tested by the installer prior to installation. b) Vacuum applied to the tanks prior to shipment is NOT acceptable as a pre-installation test. c) Tanks shall be pressure tested (3 psig minimum, 5 psig maximum) in accordance with the manufacturer's manufacturer s recommendations. Particular attention shall be given to the sequence and procedure for the primary (internal) tank test and the secondary (external) tank set. d) Soaping shall be done using a small garden-type hand pressured spray unit. The test soap shall be high foaming soap "soap" that bubbles easily if in contact with a leak in the tank but will not bubble during dispensing from the pressure applicator. Acceptable soaps include: (1)( 1 ) SEAM TEST CONCENTRATE (2) AMWAY LOC HIGH SOAP (3) SOUTHBEND LEAK DETECTOR B. Post-Installation Testing: FUEL STORAGE TANK ACCESSORIES k

23 1. Installing contractor shall supply Owner s Owner's representative with a sieve analysis of backfill used from quarry which backfill was obtained confirming that said material meets the subject specifications stated here in. 2. Installing contractor shall supply Owner s Owner's representative with a copy of tank manufacturer's manufacturer s installation checklist filled out and signed upon completion of tank installation. C. Steel Piping: Install piping in accordance with ANSIB Piping: above ground black pipe to be painted white. Cut piping accurately to actual dimensions and assemble to preclude residual stress. Connections shall be as indicated. Run piping parallel structural lines. 2. Cleanliness: Clean outside of pipe and fittings before installation. Blow lines clear using 80 to 100 psig clean dry compressed air or by mechanical brushing. Steel lines shall be rapped sharply along entire pipe length before blowing clear. Cap or plug pipe ends to maintain cleanliness throughout installation. 3. Threaded Joints: Where possible use pipe factory-cut threads, otherwise cut pipe ends square, remove fins and burrs, and cut taper pipe threads per ANSIB.20.1 threads shall be smooth, clean, and full-cut. Apply anti-seize paste or TFE tape to male threads portion. Work piping into place without springing or forcing. Backing off to permit alignment of threaded joints will be permitted. Engage threads so that no more than three threads remain exposed. Use unions for connections to valves for which a means of disconnection is not otherwise provided. 4. Pipe Size Changes: Use reducing fittings for all changes in pipe size. Size changes made with bushing will not be accepted, except at tank outlets. D. Testing 1. Test primary piping at 50 psi and secondary piping at 5 psi, all without loss of pressure, for 45 minutes. Test all fittings and joints while piping is under pressure to detect leaks. 2. Installing contractor shall supply Owner s Owner's representative with a copy of pipe manufacturer's manufacturer s installation checklist filled out and signed upon completion of pipe installation. 3.8 COLOR CODING OF FILL PORTS A. Permanently mark all fill ports to identify the product inside the tank. These markings must be consistent with the color and symbol code of the American Petroleum Institute which follows: a) High Gasoline Red b) Middle Gasoline White c) d) Lower Gasoline Higher Unleaded Gasoline White Red with White Cross f FUEL STORAGE TANK ACCESSORIES

24 e) Middle Unleaded Gasoline Blue with White Cross f) g) h) i) j) k) Lower Unleaded Gasoline Vapor Recovery Diesel Fuel Oil Fuel Oil Kerosene White with Black Cross Orange Yellow Purple with Yellow Bar Green Brown 3.9 CLEAN-UP AND DISPOSAL A. Disposal 1. Remove and dispose of all rubbish, debris, excess dirt from excavations as they accumulate. 2. Disposal shall be to an off-site, legal disposal area FINAL TESTING A. Conduct precision test in compliance with December 1998 EPA regulations and test accuracy and probability of test failures of all tanks and piping after piping has been completed and before paving and the system is placed in operation. Precision test to be conducted using leak computer system by Acutest or equivalent. Submit copy of test results to Owner s Owner's Representative. B. Operationally test all other equipment. END OF SECTION FUEL STORAGE TANK ACCESSORIES '