Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
UST (2)
-.> ( \..v '(' Z ~V) . ,,{ FILE THIS DOCUMENT IN THE HAZARDOUS MATERIALS PLANS PROGRAMS PERMITS BINDER Pacific Bell Underground Storage Tank(s) Routine Monitoring Procedures· And Response Plan 2001 //-----p:cifi-;~clî~~ (Facility Name and ID) '-",-.\ \ 1110 1 WHITE LANE ) (Facility Address) /1 // /' _BAKERS.EIEIJ;)----------- -------,.~ . (Facility City) KERN (Facility County) POST THIS DOCUMENT ON SITE SO THAT IT WILL BE AVAILABLE IN THE EVENT OF A GOVERNMENT AGENCY INSPECTION, SITE ASSESSMENT OR AUDIT. !;IHAZMATIPACBELLlFORMSISBC Monitor PIan2 Merge.doc Printed: June 13, 2001 I SEC;ON I page 1 Pacific Bell: 2600 Camino Ramon. Room 3EOOO. San Ramon. CA 94583 ROUTINE MONITORING PROCEDURES Section 2632 (d)(1) Title 23 CCR, Chapter 16 UNDERGROUND FUEL STORAGE TANK Facility Name: Pacific Bell (SA532) Facility Address: 11101 WHITE LANE, BAKERSFIELD UST Installed: Double Wall Composite 1,000 Gallons Containing Diesel Fuel for the Emergency Generator. Piping Installed: Double Wall piping with black iron primary and fiberglass secondary for the product supply and return lines. ~----- A. The Frequency ofPerfonning the Monitoring: Monitoring is perfonned continuously on the: · Double wall UST Interstitial space and the piping sump. B. The methods and equipment used to perform continuous monitoring are: · VEEDER ROOT UST Monitoring System Model # TLS-350 · Site fax modem · GPH magnetostrictive in-tank volumetric probe Model # 847390-103 · Floating liquid sensors in the: 1. UST Annular space sensor Model # 794390-407 2. Piping sump sensor Model # 794380-352 3. Tank Overfill Model # 790091-001 I:\HAZMA T\PACBELLIFORMSISBC Monitor Plan2 Merge.doc Printed: June 13, 2001 page 2 C. Locations where monitoring is performed: (see the plot plan for physical location) Continuous monitoring and leak detection are performed: · In the interstitial space of the double wall UST · In the primary tank (by volumetric test) · In the piping sump D. 1. The Site Manager, HARRY DYCK at 559-454-3003 is responsible for performing: · Operational monitoring · On site record keeping, Note: Onsite records are maintained on a board mounted in the facility. And label "Facility Information Center" and contains the UST Routine Monitoring & Response Plan, Hazardous Material Business Plan and other environmental records and permits. · The reporting of any discrepancies and alarms with the monitoring system, UST, piping, and associated hardware. 2. SBC - Environmental Management (California & Nevada region) at (800) 757- 6575 is responsible for all maintenance and repairs to the UST monitoring system, UST, piping, and all associated hardware. E. Reporting format: · A site fax modem with auto-dial for up to 8 phone numbers is insta11ed to fax all alarms and warnings 24 hours a day to SBC - Environmental Management and to an alarm monitoring/maintenance company on TLS-350s. · SBC - Environmental Management uses computers with Internal Environmental Management software program for accessing/po11ing all facilities with Veeder Root TLS-350's on a daily basis; of all inventory, alarms, warnings, in tank leak detection, and sensors leak detection status, performing set up and programming changes, and system diagnostics with all data being stored. I:\HAZMAT\PACBELLIFORMSISBC Monitor Plan2 Merge.doc Printed: June 13, 2001 page 3 F. Preventative maintenance, calibration, certification to manufacturer's specification and repair for the UST monitoring system and associated hardware are performed on a minimum annually. · SBC - Environmental Management directs, manages, and schedules all maintenance and repairs for the California and Nevada region's, UST's, piping, associated hardware, and UST monitoring systems preventative maintenance, calibration, certification and repaIrs. · Currently SBC - Environmental Management (California & Nevada region) has an annual contract with Tait Environmental Systems, 701 North Parkcenter Drive, Santa Ana, CA 92705, Phone (714) 560-8643 or fax (714) 560-8200 to perform Calibration and field services. G. Training: · SBC Hazardous Materials/Wastes Management Handbook, Section 20 Titled "Underground and Aboveground Storage Tanks" describes the methods and procedures company employees follow for underground and Aboveground storage tank and monitoring systems. · UST and the Veeder Root TLS-350 monitoring system operating instructions are on- site. On-site training is performed on initial start-up of the UST monitoring system and refresher training is performed on an as needed basis. I:IHAZMATIPACBELLIFORMSISBC Monitor Plan2 Merge.doc Printed: June 13, 2001 page 4 Pacific Bell: 2600 Camino Ramon. Room 3EOOO.San Ramon. CA 94583 UST RESPONSE PLAN (Section 2632(d)(2) Title 23 CCR, Chapter 16) UNDERGROUND FUEL STORAGE TANK Facility Name: Pacific Bell (SA532) Facility Address: 11101 WHITE LANE, BAKERSFIELD A. An unauthorized release of any hazardous substance and/or water from the interstitial space, fill sump, piping sump, and piping vault, will be removed within 30 days by hand/electrical pump for small quantities and by vacuum truck for large quantities. Small quantities of any hazardous substance will be placed into steel drums. Large quantities will be placed into a vacuum truck tame An SBC authorized vendor will perform removal and disposal of any hazardous substance. Spill Kits containing Absorbent pads are located on site in the BATTERY AREA for immediate Reponses to any release. B. Name(s) and title(s) of the person(s) responsible for authorizing any work necessary under the response plan: Primary Contact: Title: HARRY DYCK Site/Facility Manager OICC: Emergency Control Center 24 hours/day, 7 Days/Week Environmental Management Hotline Secondary Contact: Executive Contact: Title: Stan Brodecki Sr. Environmental Manager Corporate Environmental Management I:\HAZMAT\PACBELL\FORMS\SBC Monitor Plan2 Merge.doc Printed: June 13, 2001 Phone Number: 559-454-3003 Phone Number: 877-322-4722 800-757-6575 (8am - 5pm) Phone Number: 925-823-6161 page 5 PACIFIC tJ BELL MAP# 11 BUSINESS NAME PACIFIC BELL BKFDCA 19 BUSINESS ADDRESS 11101 WHITE LANE ---.J SITE MAP SA532 DATE 11 /08/2000 ZIP CODE 93301 BAKERSFIELD '- WHITE LANE NORTH 2 I~ >- l UJ <i :;: w ( ) > I I ~ t_J 0 3 4 o ~ o a: g > ~ Z w ::::> [D UNDEVELOPED AREA 5 6 7 8 l 9 IMSDS PACIFIC BELL RESIDENTIAL @) ® ® ~ o i-- Ico LOCATION I AREA o PARKING UNDEVELOPED AREA J A PREPARED BY: @) C) I M DRAWING SCALE NOT TO SCALE SYMBOL LEGEND ® o ® <@> TftA ~ CD <={þ FIRST AID KIT ~ FIRE EXTINGUISHER ,. STORM DRAIN ffi [ffi] ELECTRICAL PANEL SHUT-OFF NA TURAL GAS SHUT-OFF WA TER SHUT-OFF EMERGENCY PUMP SHUT-OFF TANK MONITORING ALARM TELEPHONE IMSDS SANITARY SEWER STAGING AREA EVACUA TION/ HMMP, AND MSDS LOCA TION '- FIRE HYDRANT FENCE EMERGENCY RESPONSE EQUIPMENT/ABSORBENTS ABOVEGROUND STORAGE TANK UNDERGROUND STORAGE TANK MOTOR OILS & LUBRICANTS (COMBUSTIBLE LIQUIDS) BA TTERY ELECTROLYTE (CORROSIVE LIQUID) GASOLINE (FLAMMABLE LIQUIDS) DIESEL FUEL (COMBUSTIBLE LIQUIDS) NITROGEN (COMPRESSED GAS) PROPANE (FLAMMABLE LIQUID) ACETYLENE (COMPRESSED GAS) ANTIFREEZE/COOLANTS WASTE OIL (FLAMMABLE LIQUID) FIRE PULL BOX *-* ® ® ® ® ® ® @ ø @ o California Edition: June 1999 Veeder-Root ~t~::, ·""'·1 .-:" . I ,~ ::.,.' TLS-200/200i/250/250i/300/300c/300i/30Opcl350/35Opcl350r/350rpc UST A TGS (8473 Digital Sensing Magnetostrictive Probe) AUTOMATIC TANK GAUGING SYSTEM Certification: Leak rate of 0.2 gph with PD=99% and PFA=O.l %. Leak Threshold: 0.093 gph. A system should not be declared tight if the test result indicates a loss or gain that equals or exceeds this threshold. Applicability: Gasoline, diesel, aviation fuel, and solvents. Tank Capacity: Maximum of 15,000 gallons. Tank must be between 50 and 95% full. Waiting Time: Minimum of 8 hours, 18 minutes between delivery and testing. Minimum of30 minutes between dispensing and testing. There must be no delivery during waiting time. Test Period: . Minimum of2 hours. Test data are acquired and recorded by the system's computer. Leak rate is calculated from the difference between the fIrst and last data collected. There must be no dispensing during test. Temperature: Average for product is determined by a minimum of 5 thennistors. ( Water Sensor: Must be used to detect water ingress. Minimum detectable water level in the tank is 0.544 inch. Minimum detectable change in water level is 0.027 inch. Calibration: Thermistors and probe must be checked and calibrated in accordance with manufacturer's instructions. Comments; Not evaluated using manifold tank systems. Tests only portion of tank containing product. As product level is lowered, leak rate in a leaking tank decreases (due to lower head pressure), Consistent testing at low levels could allow a leak to remain undetected. EP A leak detection regulations require testing of the portion of the tank system which routinely contains product California regulations require at least one test per month after routine product delivery or wh~n the tank is fUled to within 10% of the highest operating level during the previous month. V eeder- Root 125 Powder Forest Dr. Silnsbury,c;r 06070-2003 Tel: (860) 651-2700 Evaluator: Midwest Research Institute Tel: (816) 753-7600 Date of Evaluation: 05/14/93 Appearance on this list is not to be constrUed as an endorsement by any regulatory agency nor is it any guarantee of the performance of the method or equipment. Equipment should be installed and operated in accordance with all applicable laws and regulations. 314 California Edition: June 1999 Veeder-Root ff:;;~t^ ,.;::.~.:,':.-~)I TLS-250, TLS 250i Plus, ILS 250, ILS 350, TLS-300/300c/300i/30Opc, TLS-350 Series Interstitial Liquid Sensor for Steel Tanks (0794390-420, -460) LIQUID-PHASE INTERSTITIAL DETECTOR Detector: Output type: Sampling frequency: Operating principle: qualitative continuous float switch Test Results: Accuracy (%) Response time (min) Recovery time (min) Product activation height (cm) Lower detection limit (em) unleaded gasoline· 100 6.00 <1 3.67 4.05 synthetic gasoline .. 100 6.51 <1 3.62 4.17 *TLS-250, TLS 250i Plus, ILS 250 ** ILS 350, TLS-350 Specificity Results: Activated: diesel fuel, synthetic fuel, heating oil #2, water. t Comments: Results shown are from July 1992 evaluation. April 1998 evaluation yielded similar results. EP A and many states require detection òf 1/8 inch (0.32 cm) of product for groundwater monitoring. Test procedures used were Carnegie Mellon Research Institute's "Test Procedures for Third Party Evaluation of Leak Detection Methods: Point Sensor Liquid Contact LeakDetection Systems": Final Report- November 11, 1991. Detector is reusable. Veeder-Root 125 Powder Forest Dr. Simsbury, CT 06070-2003 Tel: (860) 651-2700 Evaluator: Carnegie Mellon Research Institute Tel: (412) 268-3495 Dates of Evaluation: 07/17/92, 04/22/98 Appearance on this list is not to be construed as an endorsement by any regulatory agency nor is it any guarantee of the perfonnance of the method or equipment. Equipment should be installed and operated in accordance with all applicable laws and regulations. 317 6"""'~· ','" '~I"', "..-,~,.,,~ ~t.;.i:¡::'~; Results of Third Party Standard Evaluation Point Sensor Liquid Contact Product Detectors This form documents the performance of the cable sensor liquid contact leak detection system described below. The evaluation was conducted by the equipment manufacturer or a consultant to the manufacturer according to the Third Party Procedures developed according to the U.S. EPA's ·Standard Test Procedure for Evaiuating Leak Detection Methods: Liquid-Phase Out-ot-Tank Product Detectors:1 Tank owners using this leak detection system should keep this form on file to prove compliance with the federal regulations. Tank owners should check with state and local agencies to verify that this form satisfies their requirements. Method Name Version Vendor Description 350 Series UST Monitoring Systems: Models ILS 350 (serial #8eta 013) & TlS 350 with Interstitial liQuid Sensor for Steel Tanks (0794390-420) Veeder-Root Environmental Products 125 Powder Forest Drive (street address) Simsbury. (city) CT (state) 06070-2003 (zip) (800) 873-3313 (phone) l,.,.._ ':/ Detector output type: -X-Qualitative Detector operating principle: _Electrical Conductivity _Capacitance Chang~ _Interface Probe _Product Permeable _Product Soluble _Thermal Conductivity _Pressure Switch _Magnetic Switch -X...Other (Float Switch) Detector sampling frequency: _Intermittent Evaluation Results The detector described above was tested for its ability to detect test liquids in contact with the point sensor. The following parameters were determined: · Detection Accuracy· The measure of sensor response to the presence of liquids. · Response Time· Amount of time the detector must be exposed to liquid before it responds. · Recovery Time· Amount of time that passes before the detector returns to its baseline reading after the test liquid is removed. · Lower Detection Umit - The smallest liquid concentration that the detector can reliably detect. · Product Activation Height - The height of liquid to cause sensor activation. · Specificity - Indicates the level of response, of the detector, to several different liquids. LContinuous 1 Carnegie Mellon Research Institute. Test Procedures for Third Partv Evaluation of Leak Detection Methods' Point Sensor Liauid Contact Leak Detection Systems: Final Report - November 11, 1991. ...- Liquid Contact Product Detector - Results Form Page 1 of 2 · . ,. r~ Liquid Contact Product Detector UST MonitorinQ System: Models ILS 350 (Beta 013\ & TLS 350 ßY'<~ Version with Interstitial liquid Sensor for Steel Tanks (0794390-420) ,. ;~...../ Evaluation Results (continued) -- > Complied Test Results for Qualitative Detector Test Product Flow Rate: 0.12 + 0.003 Qal/hr. Product Response Detection Activation Time Recovery Accuracy Height at a Flow Rate of Time 0.12 ± 0.003 QaVhr Accuracy and Response TIme Regular Unleaded 1.42 ± 0.03 in 6.51 ± 0.06 min < 1 niin Commercial Gasoline 100% ' (3.62 ± 0,08 em) (6 tests) Specificity [104%]* - Synthetic Fuel 100% 1.48 ± 0.02 in 5.85 ± 0.11 min < 1 min -(3 tests) (3.77 ± 0.06 em) [98%]* Diesel Fuel 100% 1.39 ± 0.02 in 5.81 ± 0.05 min < 1 min (3 tests) - (3,53 ± 0.06 em) [98%]* Home Heating Oil #2 100% 1.39 ± 0.02 in 5.88 ± 0.06 min <1 min (3 tests) (3.53 ± 0.06 em) [87%]* Water 100% 1.23 ± 0.02 in <1min (3 tests) (3.13 ± 0.06 em) 5.48 ± 0.04 min -- * Specificity Reference: Regular Unleaded Commercial Gasoline Test Fuel Product Activation Height . Calculated Lower Detection Limit for 95% I 5% Condition Regular Unleaded Commercial Gasoline 1.64in (4.17cm) > Safety disclaimer: This test procedure only addresses the issue of the method's ability to detect the presence of liquid product. It does not test the equipment for safety hazards. Certification of Results I certify that the point sensor liquid contact product detector was operated according to the vendor's instructions and that the evaluation was pertormed according to the Third Party Procedures developed according to the U.S. EPA's "Standard Test Procedure for Evaluating Leak Detection Methods: Liquid-Phase Out-of-Tank Product Detectors.,,1 I also certify that the results presented above are those obtained during the evaluation, Ma~caret Nasta. Ph.D. Carneaie Mellon Research Institute .. (printed name) (organization performing evaluation) ~ (j a J> v?-12 ,,-,;1.. Plllsburgh. PA 15213 (signature) (city. state. zip) Julv 17.1992 (412)268-3475 (date) (phone number) *. Consultant to the Manufacturer Uquid Contact Product Detector· Results Form Page 2 of 2 - " , , . California Edition: June 1999 (....""" ,"::"'.c.h". .;."..:....~;?! Veeder-Root TLS-350 Series, TLS-300/30Oi Discriminating Dispenser Pan Sensor (794380-322) and Discriminating Containment Sump Sensor (794380-352) LIQUID-PHASE INTERSTITIAL DETECTOR Detector: Output type: Sampling frequency: Operating principle: qualitative continuous product permeable, reed switch/float Test Results: Discriminating Containment Sump Sensor Accuracy (%) Response time (min) Recovery time (min) Lower detection limit - height (cm) Lower detection limit - thickness (cm) Discriminating Dispenser Pan Sensor . Accuracy (%) Response time (min) Recovery time (min) Lower detection limit - height (cm) Lower detection limit - thickness (cm) f polymer strip unleaded gasoline 100 -10 17.2 N/D 0.0127 poJ.ymer strip unleaded gasoline 100 -10 17.2 N/D 0.0127 diesel 100 2-12 hrs 17.2 N/D 0.0127 lIDY 100 <1 sec < 1 sec 3.48 N/A float switches water high 100 < 1 sec < 1 sec 31.2 N/A· high 100 <1 sec <1 sec 19.4 N/A Specificity Results: . Activated: commercial gasoline, synthetic gasoline, diesel fuel, jet-A fuel, n-hexane, toluene, xylene(s), water Not activated: polymer strip sensor did not respond to water float switches water ~ 100 2-12 hrs 17.2 N/D 0.0127 lillY 100 <1 sec < 1 sec 3.43 N/A Comments: EPA and many states require detection of 1/8 inch (0.32 cm) of product for groundwater monitoring. Test procedures were modified by evaluator using EP A's "Standard Test Procedure for Evaluation Leak Detection Methods: Liquid-Phase Out-of-tank Liquid Product Detectors". Veeder-Root 125 Powder Forest Dr. Simsbury, CT 06070-2003 Tel: (860) 651-2700 Evaluator: Ken Wilcox Associates Tel: (816) 795-7997 Dates of Evaluation: 01/02/95, 06/23/97, 04/20/98 Appearance on this list is not to be construed as an endorsement by any regulatory agency nor is it any guarantee of the performance of the method or equipment. Equipment should be installed and operated in accordance with all applicable laws and regulations, . 321 ,- / ,\. L,..' ~F· '( " ""Ii ~~ - - ,J. T AIT Environmental Systems General Contractors . CA Lic. #588098 May 31,2001 CERTIFIED MAIL - RETURN RECEIPT REQUESTED Mr. Steve Underwood Bakersfield City Fire Department 1715 Chester Avenue, 3rd Floor Bakersfield, CA 93301 RE: . ell-Sites-&-C-bLCCodes: - , 11101 White Lane, Bakersfield 11609 Rosedale Highway, Bakersfield 1918 "M" Street, Bakersfield 3501 Columbus Avenue, Bakersfield CLLC Code: BKFDCA19 CLLC Code: BKFDCA17 CLLC Code: BKFDCA12 CLLC Code: BKFDCA13 Enclosed are the following forms for the above-referenced facilities: * U.S.T & AS.T Monitor Certification Form Feel free to call if you have any questions. ~ Very Truly Yours, TAIT ENVIRONMENTAL SYSTEMS ~·lJ, ~ CHERI L. BREWER Office Manager CLB Enclosures :\tes\pb2001 \Jetters\kem\underwood.s CC: Stan Brodecki Harry Dyck (Post At Site) ";. 701 North Parkcenter Drive· Santa Ana, California 92705 . (714) 560-8222 . (714) 560-8237 fax Regional Offices: San Diego· Concord· Sacramento· Phoenix . Tucson www.TAIT.com 1! -,""f"\ . I' MONI~NG SYSTEM CERT.CATION For Use By All Jurisdictions Within the State of California Authority Cited: Chapter 6.7, Health and Safety Code; Chapter 16, Division 3, Title 23, California Code of Regulations This form must be used to document testing and servicing of monitoring equipment. If more than one monitoring system control panel is installed at the facility, a separate certification or report must be prepared for each monitoring system control panel by the technician who performs the work. A copy of this form must be provided to the tank system owner/operator. The owner/operator must submit a copy of this form to the local agency regulating UST systems within 30 days of test date, Instructions are printed on the back of this page. A. General Information Facility Name: PACIFIC BELL Site Address: 11101 WHITE LANE City: BAKERSFIELD Facility Contact Person: STEVE PARKS Contact Phone No.: (661) 337-1106 Make/Model of Monitoring System: VEEDER-ROOT TLS-350 Bldg. No.: BKFDCA19 Zip: Date of TestinglService: 4/4/01 B. Inventory of Equipment Tested/Certified Tank ill: 990 ~In- Tank Gauging Probe: ~Annular Space or Vault Sensor: ~Piping Sump/Trench Sensor (s): DFill Sump Sensor (s): OMechanical Line Leak Detector. OElectronic Line Leak Detector ~Tank OverfilllHigh-level Sensor: ODisp. Containment Sensor(s): DShear Valve(s): ODispenser Containment Float(s) and Chain(s): OOther, S eci e ui. e and model in Section Eon Pa e 2 Tank ill: DIn-Tank Gauging Probe: OAnnular Space or Vault Sensor: DPiping Sump/Trench Sensor (s): DFill Sump Sensor (s): DMechanical Line Leak Detector. DElectronic Line Leak Detector OTank OverfilllHigh-level Sensor: DDisp. Containment Sensor(s): DShear Valve(s): DDispenser Containment Float(s) and Chain(s): DOther, S eci e ui, e and model in Section E on Pa e 2 Tank ill: DIn-Tank Gauging Probe: DAnnular Space or Vault Sensor DPiping Sump/Trench Sensor (s): DFill Sump Sensor (s): OMechanical Line Leak Detector. DElectronic Line Leak Detector DTank OverfilllHigh-level Sensor: DDisp. Containment Sensor(s): OShear Valve(s): ODispenser Containment Float(s) and Chain(s): DOther, S ui. e and model in Section E on Pa e 2 Tank ill: DIn-Tank Gauging Probe: DAnnular Space or Vault Sensor DPiping Sump/Trench Sensor (s): DFill Sump Sensor (s): DMechanical Line Leak Detector. DElectronic Line Leak Detector DTank OverfilllHigh-level Sensor: ODisp. Containment Sensor(s): DShear Valve(s): DDispenser Containment Float(s) and Chain(s): DOther, S eci ui. e and model in Section E on Pa e 2 Model: Model: Model: Model: Model: Model: Model: Model: 847390-107 794390-407 794380-322 790091-001 Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: Model: C. Certification - I certify that the equipment identified in this document was inspected/serviced in accordance with the manufacturers' guidelines. Attached to this Certification is information (e.g. manufacturers' checklists) necessary to verify that this information is correct and a iSite Plan showing the layout of monitoring equipment. For any equipment capable of generating such reports, I have also attached a copy ofthe (check all that apply): " 0 System set-up report; s: 9 Alarm history report. Technician Name (Print): DON S. THOMPSON Cert./Lic, No.: 545-92-3354 Signature: ~ Jt ~ Testing Company Name: TAIT ENVIRONMENTAL SYSTEMS Phone No.: (714) 560-8222 ·1 , . r, e e /_. Ì' Monitoring System Certification '/- Site Address: 11101 WHITE LANE, BAKERSFIELD Date of T estinglServicing: 4/4/01 F. In-Tank Gauging / SIR Equipment: ~ Check this box if tank gauging is used only for inventory control. o Check this box if no tank gauging or SIR equipment is installed. This section must be completed if in-tank gauging equipment is used to perform leak detection monitoring. C Itthfill h kl' t omple e e 0 OWln2 c ec IS : 181 Yes o No* Has all input wiring been inspected for proper entry and termination, including testing for ground faults? 181 Yes o No* Were all tank gauging probes visually inspected for damage and residue buildup? ~ Yes o No* Was accuracy of system product level readings tested? 181 Yes o No* Was accuracy of system water level readings tested? 181 Yes 0 No* Were all probes reinstalled properly? ~ Yes o No* Were all items on the equipment manufacturer's maintenance checklist completed? * In the Section H, below, describe how and when these deficiencies were or will be corrected. G. Line Leak Detectors (LLD): ~ Check this box if LLDs are not installed, c Itthfill h kl' omPI e e e 0 OWIß2 c ec 1St: DYes o No* For equipment start-up or annual equipment certification, was a leak simulated to verify LLD performance? o N/A (Check all that apply) Simulated leak rate: 0 3 g.p.h.1; 0 0.1 g.p.h.2; 0 0.2 g.p.h.2 Notes: 1. Required for equipment start-up certification and annual certification. 2. Unless mandated by local agency, certification required only for electronic LLD start-up. DYes o No* Were all LLDs confirmed operational and accurate within regulatory requirements? DYes o No* Was the testing apparatus properly calibrated? DYes o No* For mechanical LLDs, does the LLD restrict product flow if it detects a leak? o N/A DYes o No* For electronic LLDs, does the turbine automatically shut off if the LLD detects a leak? o N/A . DYes o No* For electronic LLDs, does the turbine automatically shut off if any portion of the monitoring system is disabled o N/A or disconnected? DYes o No* For electronic LLDs, does the turbine automatically shut off if any portion of the monitoring system o N/A malfunctions or fails a test? DYes o No* For electronic LLDs, have all aCcessible wiring connections been visually inspected? o N/A DYes o No* Were all items on the equipment manufacturer's maintenance checklist completed? * In the Section H, below, describe how and when these deficiencies were or will be corrected H. Comments: :J '. ¡,.. Monitoring $ystem Certification tit e' Site Address: 11101 WHITE LANE, BAKERSFIELD Date of Testing/Servicing: 4/4/01 D. Results of Testing/Servicing Software Version Installed: 119.05 Com lete the followin checklist: ~ Yes 0 No* Is the audible alarm 0 erational? ~ Yes 0 No* Is the visual alarm 0 erational? 181 Yes D No* Were all sensors visuall ins ected, functionall tested, and confirmed 0 erational? ~ Yes D No* Were all sensors installed at lowest point of secondary containment and positioned so that other equipment will not interfere with their ro er 0 eration? If alarms are relayed to a remote monitoring station, is all communications equipment (e.g. modem) operational? For pressurized piping systems, does the turbine automatically shut down if the piping secondary containment monitoring system detects a leak, fails to operate, or is electrically disconnected? If yes: which sensors initiate positive shut-down? (Check all that apply) 0 Sump/Trench Sensors; D Dispenser Containment Sensors. Did you confirm positive shut-down due to leaks and sensor failure/disconnection? 0 Yes; 0 No. D No* For tank systems that utilize the monitoring system as the primary tank overfill warning device (i.e. no o N/ A mechanical overfill prevention valve is installed), is the overfill warning alarm visible and audible at the tank fill oint s and eratin r erl. Ifso, at what ercent of tank ca aci does the alarm tri er? ????% Was any monitoring equipment replaced? If yes, identify specific sensors, probes, or other equipment r laced and list the manufacturer name and model for all r lacement arts in Section E, below, Was liquid found inside any secondary containment systems designed as dry systems? (Check all that apply) o Product; D Water. If es, describe causes in Section E, below. ~ Yes D No* Was monitorin em set-u reviewed to ensure ro er settin ? ~ Yes 0 No* Is all monitorin ui ment 0 erational er manufacturer's s ecifications? * In Section E below, describe how and when these deficiencies were or will be corrected. 181 Yes o No* D N/A o No* ~ N/A DYes 181 Yes o Yes* ~ No D Yes* 181 No E. Comments: .. .~ 'V. Mo.nitøring SY1ìtem Certification a ,l··. . . e UST Monitoring Site Plan Site Address: 11101 WHITE LANE, BAKERSFIELD . . . . . . . . . . . . . , . , . f"7 'Ço- : lr~~'~: : : '. :0: : ~~ 0 ~~~0 : ~:~:sB:t: · . . . . . . . · . Pr' .,. , 5~n:r~, · . . 7?-~ (.f' . . . . . . . . . . . . . . . . . . F{~+'- ~U;I.~ f: ~9irÐ~ Date map was drawn: Instructions If you already have a diagram that shows .all required information, you may include it, rather than this page, with your Monitoring System Certification. On your site plan, show the general layout of tanks and piping. Clearly identify locations of the following equipment, if installed: monitoring system control panels; sensors monitoring tank annular spaces, sumps, dispenser pans, spill containers, or other secondary containment areas; mechanical or electronic line leak detectors; and in-tank liquid level probes (if used for leak detection). In the space provided, note the date this Site Plan was prepared. CALM-02 Page _of_ 11/15/99 ----- ~- Dep~ndable EnVironmentarotecti~n e Containment Solutions, Inc. provides safe, affordable solutions for the storage of flammable and combustible liquids. If you are concerned . , about the effects fuel storage has on your bottom line, look at the advantages of Aboveground Fire-Protected Storage Tanks. ...'. Our Hoover Vault Tanks meet the requirements of all national fire codes for fire-rated aboveground storage tanks and are labeled according to Underwriter's Laboratories Standard 2085 "Prot~cted Secondary Contíiinment". Containment Solutions provides Vault Tanks in eithèr rectangular or cylindrical designs. Rectangular Hoover Vault Tanks . . Hoover Vault Tanks utilize patented designs with lightweight fireproofing materials, applied in the interstitial space of UL 142 double- wall tanks. These materials ensure that the inner tank is protected from the effects of fire. This design allows both the inner and the outer tanks to be pressure tested at the factory and in the field. In addition, the fireproofing materials allo~ liquid to migrate through to the monitoring tube, so leaks from the inner tank are detected. Rectangular vault tanks are space-saving in design. A Dual Compartmemt Tankwith Side Mount Dispensing and Ground Level Spill Boxes Ground Livel >- Spill Box, 'c> ....::: Steps and Handrail Assembly .,,' e e .-'. l} While Containment Solutions has taken every precaution as to the accuracy of content and data presented herein, Containment Solutions cannot be held responsible for the individual interpretation of the data presented, any loss or damage to any property whatsoever, injury or death to any per· sons whatsoever, or any claims, demands, actions, complaints. proceedings, judgement. losses, damages, compensation, liabilities, costs or charges, however arising from the unauthorized undirected use of this handbook or the data it contains. ~ PEÎ ~ '''''UU.,..lfrto''''-:: Containment Solutions Manufactures: Aboveground and Underground Storage Tanks Automotive Oil and Lubricant Storag~ Tanks Oil/Water Separators and Intercep'tors Water/Wastewater Tanks Chemical Storage Tanks ReTankTM Retrofit Systems Fiberglass Manholes and Wetwells Leak. Detection Systems ,1 /' ~ t\CONTAINMENT Lt~ SOLUTIONS A DENALI COMPANY 6740 Bay Meadow Drive· Glen Burnie, MD 21060 Phone: (800)777-2823· Fax: (410)787-0011 . Website:. www.containmentsolutions.cori1 ©1998 Containment Solutions. Inc. All rights reserved, The Containment Solutions logo and Vault Tank are trademarks of Containment Solutions. Inc. Litho in'U.S.A, GP/5M/12-98. Pub. No. TNK 15048, ®~ ·; Cylindrical Hoover Vault as' Hoover Vault Tanks are· designed to meet the demanding needs of today's industry. Primarily designed . for the storage of flammable and combustible liquids, these tanks can be used for a wide variety of applications. Environmental Tank Covers and Equipment Compartments When you require security for your operating equipment, CSI offers optional . Environmental Tank Covers for rectangolar tanks up to 2,000 gallon capacity and Equipment Compartments for all cylindrical tanks. The Tank Covers and Equipment Compartments are constructed of steel and designed to pro~~ct _~~d li!TIit access to the equipment, providing secondary containment. .. Vault Tank Options: ~~ £':0...'..'....'.'.".'...... . V · UL 142 listed double-wall inner tanks, providing triple containment · Tank capacities from 250 to 30,000 gallons · 3,000 PSI concrete · Stainless steel· inner tanks · Dual compartments available in all capacities · Lifting lugs and pump mounting brackets · Maintenance free exterior coatings · Internal coatings compatible with aviation fuels and other chemicals Standard Dimensions £~'.' V e ,.-:~"~~ !~~ ..' r\ e e «i': '. J ~~ONTAINMENT ll~soLuTloNs A DENAli COMPANY SPECIFICATIONS HOOVER VAULT TANK@ UL LISTED 2085 PROTECTED SECONDARY CONTAINMENT TANK 1.0 GENERAL TANK DESCRIPTION: 1.1 Hoover Vault Tanks are constructed and listed in accordance with Underwriters Laboratories Inc. Standard 2085 for Insulated Secondary Containment Aboveground Tanks for Flammable and Combustible Liquids, Protected Type. This 2 Hour fire rating shall exceed all requirements of The National Fire Protection Association Sections 30 and 30A for "fire resistant" tanks and meet the requirements of The Uniform Fire Code Articles- 5Z-and~79, Appendix II-F and Appendix Standard A-II-F-1 for "protected" aboveground tanks. 1,2 The standard model Hoover Vault Tank is constructed as a UL listed secondary containment tank, utilizing steel inner and outer tanks. 1.3 All Vault Tank designs are -resistant to bullet penetration according to Appendix II-F of the Uniform Fire Code. 1.4 Lightweight concrete surrounds the primary storage tan'k and shall be listed to allow the detection of leaks from the primary tank. . 1.5 The tanks shall have Certification from CARS for Phase I and II Vapor Recovery. 1.6 The anchoring tie .âowns shall be welded to the bottom of the secondary tank and meet Zone 4 Seismic requirements, . 1.7 The tanks must be off-loaded on site with a crane. 1.8 All openings shall be from the top, with threaded NPT risers. 1.9 The Vault Manufacturer shall provide certificate of insurance that provides a minimum of eleven million- dollars ($11,000,000) of Product Liability Coverage per occurrence. 1.10 The Vault Tanklo include a Warranty for 30 years. þ""'.' 1 .11 The tank manufacturer shall provide proof of a minimum 5 years of manufacturing vault tanks. e e 2.0 PRIMARY STORAGE TANKS: " .. (:ß ~~ 2.1 The standard primary storage tank shall be rectangular in design. It shall be constructed of UL specified steel thickness, with continuous welds, 2,2 The primary storage tank shall be conStructed of ASTM A-S69 or A-36 carbon steel, or ASTM A-240 type 304 or 316 stainless steel, as required for compatibility of product being stored. 2.3 The primary storage tank shall be constructed and listed in accordance with UL 142 Standards. 2.4 The primary tank shall be fitted with: a 4" or 6" Fill Port, a 2" Normal Vent Port, either a 4", 6", 8", or 10" Emergency Vent Port, a 2" Liquid Gauging Port, a 2" Port fOf Dispensing Pump, a 4" Phase I Vapor Recovery Port, and a minimum 18" manway (for tanks with capacities 5,000 gallons and greater). An optional 15 gallon Spill Containment with Lockable Lid and Drain Port to the primary tank is available. 2.5_ The primary tank shall be pressure tested to UL 142 Standard (minimum 3 to maximum 5 psi) at the factory, and shall be field tested by the contractor to a maximum 3 psi. .. 2,6 The primary· steel tank shall be designed to store M85--(mettTanol), .alcohol and petroleum blends. 3.0 FIRE PROTECTION: 3.1 The standard fire protection material shall be-'ightweight concrete and surround the primary tank. The tank design shall provide a minimum two (2) hour fire rating per UFC Appendix C.,. ._."¡ Standard A-II-F (formerly UFC 79-7), and UL 2085 Protected Secondary Containment Tanks.):;, \':f 3.2 The fire protective material shall allow liquid leaking from the primary tank to penetrate the material and communicate with the leak detection tube according to UL 2085 Protected Secondary Containment Tanks. 3.3 The fire protective material shall be of a monolithic pour, poured at the factory. 3.4 The fire protective material shall provide a minimum of a R-10 insulating factor. /. \- 2 e e -;e,"",,", 4.0 BULLET RESISTANCE: 4.1 The fire protected primary tank shall be tested by a qualified engineering finn to be resistant to penetration of the primary tank by a 150 grain, M 2 Bullet, traveling at a velocity of at least 2700 feet per second, when fired from a .30 caliber rifle, located a maximum of 100 feet from ~e~~~. - 4,2 The fire protected tank must be able to be repaired in the field by a factory representative,· when impacted by a bullet. 4.3 The factory representative must be able to certify that the primary and secondary containment do not leak, and that the fire protective material regains its minimum two (2) hour protection. 5.0 SECONDARY LEAK CONTAINMENT TANK: 5.1 The secondary leak containment tank shall be rectangular in design and listed according to UL 2085 insulated secondary aboveground tanks for flammable and combustible liquids, protected type. ..' 5.2 The secondary tank shall be tested liquid tight at the factory (minimum 3 to maximum 5 psi), and shall also be field tested by the contractor to a maximum 3 psi. 5.3 The secondary tank shall provide reinforcement for the lightweight concrete. çt';' ',c. l··:' 5.4 The secondary tank shall provide true 3600 Radius "pressure testable" containment for the primary tank. 5.5 The secondary tank shall be fitted with : a 2" Annular Space Monitoring Tube, a 2" Normal Vent Port and either a 4", 6", 8" or 10" Emergency Vent 'Port, in addition to openings for all ports in the primary tank. 5.6 The port openings in the top of the secondary tank· shall be constructed with full welds to prevent moisture from seeping between the fire proofing material and secondary and primary tanks. 5.7 The top of the secondary tank shall be sloped so that water will not accumulate on top of the tank. 5.8 The secondary tank shall have a two (2) inch monitoring port including a tube which provides a means to detect product leakage from the primary tank into fire protection material that directly surrounds the primary tank.- This design shall be listed under UL 2085. .'" "-... 3 e e 6.0 COATINGS: 6.1 The exterior surface of the secondary tank shall be cleansed of foreign material and coated with a corrosion resistant industrial paint (3 to 5 mils dry film thickness). 6.2 The standard color shall be desert sånd. 6.3 An optional fiberglass impregnated coating (FiSERVAUL T) can be appljed to the exterior surface of the secondary tank to provide resistance to corrosive environments such as salt water spray. - 6.3,1 The total dry thickness shall be a minimum of 1/8 inch. 6.3.2 All threaded openings and flanges shall be protected during the coating process. 6.3.3 The coating shall be applied only when the work area and the secondary steel tank are between the temperatures of 32 and 103 degrees F. 6.3.4 Th~ standard color shall be desert sand. ",' " .. .< ...... . Pub. No:TNK 1506 Litho in U,S.A, July 1998 Copyright 1998 Containment Solutions, Inc. - All Rights Reserved 4 Ct~; t.;,.;;;;;j ~ 0·· '.' '".~ - -1 f;45' Tyr AT EACH posru, -- "Ã~N' 1/4" STD. PIPE HANDRAIL (BOTH SIDES) \ 2" X 1/4" r.B. FLAT BAR· , .. g" ANCHOR CLIP 2" X 2" X 1/4" ANGLE W/3/4"Ø HOLE [[4" . - ~..8 -}- ---- "'. 3',-1 o~" . ~2" X 2" X 1/4" ANGLE ~\;;:. I , ' : : : : : : : : ,i , I : I I 3' 3" I': _ 3' : i : U ¡ t---' 1 ¡ i ! : J : . ::: : : : .....___.. .. I I - - ......"'.. ...........-- ............. ~ANDRAI~7-~-~~:= , I , , , , : 4,' .f" , , : 911 ! , I , , : I , : , , e PLAN 1 3'-0" J TYp. STAIR TREAD 4'-01" 2 0/' £/44,:' X 1/4" BASE PL. ø HOLE UPGRADE' OPTIONAL GALVANIZED FINISH. PRODUCT CODE: U/L LISTING: SHT: DRAWN BY: 1 OF 1 j CON W. EDWARDS °9E~ 0 1 I ~ S-_J:'..AJNMENT REVISION: INIT'''S' -99'~ OLUTION-S---- ~ . DATE: A DE DRAWING ,. NAlI COMPANY THIS DR ' DESCRIPTION' IS THE ~~~N,,~~D O~HE DESIGN SHOWN HEREIN S T 8 004 . ~~T~Ot~ ~c¡:.;~EsNTHcoERE~r[ ~'::à\ ~~"~~YE' SCALE: 5-STEP NSENT. 1 :24 STAIR W/HANDRAIL rtt\ ~::J) 0·· ......... ., . ','~' ",:;.'1" 9'-8" g' 7'-11" 7'-3" 4'-6" TOP VIEW THREADED CONNECTION (TYP.) Sf:E TOP VIEW r STD. PIPE FOR MONITOR ACCESS rr .6'-11" 6'-J" .. .. II ,I " II ,I I 2" .r 4~~"43'-4"-f-3'-4"-W-,~" ~9'-9"--! .. BLEVATION o APPROVED AS SHOWN o REVISIONS AS INDICATED o DISAPPROVED, SIGN: DATE: 1/4" INNER TANK 3/16" OUTER TANK (FOR 360' CONTAINMENT) ø7/8" HOLE EACH END FOR ANCHORING ~ " ITEM SIZE FUNCTION A 4" PHASE I VAPOR RECOVERY SPARE B 2" SPARE C 6" filL o 2" SECONDARY WORKING VENT E 6" PRIMARY TANK EMERGENCY VENT F 8" SECONDARY CONTAINMENT EMERGENCY VENT G 4" SUBMERSIBLE PUMP SPARE H 2" MONITORING PIPE J 2" MECHANICAL GAUGE SPARE K 4" ELECTRONIC LEVEL GAUGE SPARE l J" VENT SPARE M ~" SPARE N 2" SUCTION PUMP SPARE P 4" FIRE-RATED MATERIAL filL a 15 GAl. SPILLBOX W PVC CAP '" 1 2" NPT DRAIN OPENINGS LABELED "SPARE" MAYBE CHANGED TO . ACCOMMODATE CUSTOMER'S NEEDS SEAL WELD ALL FlTIlNGS '" TANK' 4" SPACE BETWEEN INNER '" OUTER TANKS FILLED WITH LIGHT WEIGHT FIRE -RATED MATERIAL '~ ~8'-4"-11 r---8'-6"---l PRODUCT CODE: V4AA103MVS001 U/L LISTING: U/L-20B5 DRAWN BY: W. EDWARDS REVISION: INITIALS: SHT, OF 1 , CONTAINMENT ~TE: /.~' SOLUTIONS 6-0 1-99 ~ A DENALI COMPANY ~TE: DRAWING ,: DESCRIPTION: 100006 3,000 GALLON VAULT TANK W /SPILLBOX THIS DRAWING AND THE DESIGN SHOWN HEREIN IS THE PROPERTY or THE DENALI COMPANY. SCALE: ~~Jt~ ;c¡r.~~N T~~~\~NTc:mNOT BE IoIADE ·1 : 6 4 ,. ~ '"' ,t e e CONTAINMENT SOLUTIONS A DENALI ëòM~ANY 2600 F' eij3sÍ1S Drive 8akêr~fièld, CA 93308 Toll Free: (800) 486-4305 Tel: ßê1-399-0955ô- fax: 661-399-3489 Email: twright@osiproduoß.oom Website: www.containmentsolutions.com ::"~:<:"~~;~':'W:'"''''''~''~'~'¡~''''.'~~«'~''ffI;''~~I;''''''''''' '.", ..' ! ~1¡,,!þ~""!:!¡¡:i!I.!';.·'~t.~¡!!~\!H¡¡;~v!;i!!:í~~!¡'¡¡:¡~¡!t:¡':"!~'¡;~:,i:!JH:~~¡~~'''·''w.:r''.ll>'~-,<~~:t~~:Ii"",\W . :"<..,,"~. :~~~~<::~~~j~~:}"""'::"':.->J.'!--.w!:r:~:~~:~f..a.:·:W~~"'¡':~MOW":~:-M~>ÞM: ':õNf<_":.w.!':Þo¡_:e...u~oI.!t~:JJ.o!J,:.!o:..!':'~Ú!...:.J~;tA:,~~:.u!·..~!,:'¿!,,:.:J,:.!...:.r.:~;a..!.~1-:Þ!4.:,,*_cc~c~~::"4\'4~:U'\o"~: ~:t~t;¥~:\~'!:'!~.":~::':'!.·.. .·:::..;~~~re~~* To: RHL DESIGN GROUP Fax: 707.765-9908 FrolJ1: Tom Wright Date: 04/04/01 Re: SEXSl\{(C CALCS. Pages: 8 ATTN: SCOT TANNEHILL, PER YOUR REQUEST, I AM FAXING YOU THESE CALCS. FOR OUR 3,000 GALLON VAULT TANK. .--..- ............ . . . .. PETROLEUM STORAGE TANKS LUBRJCANT STORAGE TANKS OILlWATëR SEPARATORS FLOWTITE8 PROOUCTS FIELD SERVICE ____..____.._._ _. ___,.- ___ ..""'1__1.1"""'.1._____ ..._.'.....1...__ "-II ___ __ __ 1.-_ ...IIL..) 9'-8· ' ·1 )) D ~ ", D ) T . B' - t 1· 1 ....':..~..'..~ T 2- OJ D sa: SUPPORT DETÞ.lL ~ ~ n J) J) i'1 ""I . '0' -9· ·1 FRONT VIEW I, rl tß lJ) ., õ ~ ~ C fbS.2 ~ ' 7'-11- 'I ,-1_ \...1.. ____..I. ..1....1.., I I I I I I 6-6" I I· to' -0· !510E VIEW " 6·' L . .. -," .... '. ~ 5/8-_ HlL11 KWIIC BOLT II AtlCHOR WI.· EtII8EO NO SPECIAl INSPECTION REQUIR£D (6 TOT, 2 EA. SID!!) SUPPORT DETAIL COMMENT; WtlER£ LOCAL AGENCIES REQUIREMENTS ME t.lORE STRENGEHT, THE FOOTltH1 nEPTH MA" BE INCREASED WnH NO CHANGE IH MfA or STEEL. THE 3" CLEAn FROtA BOTTOM MUST BE t..IAlf'O'AJNEô. NOTES: . " TANK OESIGN DY OTHERS 2. USE CARDON STEEL Hll1I KWI ( OOLT 1/ OR [QUAl J. ALL STEEL ,\-38 OR [QUAL 4. ZONE -4- SEISMIC UESICN - 130 MPH WIND, E)(POSURE D 1:1. I .. 1,5 SEISMIC 6. a .. 1,OOQ PSf MIH 1. t'.: '" 2.000 PSI 6. REtNfORCING STEo.., Fy ... 6U,OOO PSt ÞdIN ¡ 9. CENIER T/l.NK ON F( OllNG -------_._---- 14 C Kc CONTMNMENï . :SULDTIÖNS J A ÐEfWJ .cOMPIM' ENGINEERING 1T1U:¡,OiJO GAL, SINGLE 4· VALL W. VAULT TANK (SW3MVrot) ~ N,T.S, ~1/3/98 _II M.l). IUi.M, (TAN . " . . EDGE DETAil 64 I) 12" O,C. 1YP 3" 1 :z" FOOTING DETAIL ----....-....- 11115 DRAMttG 5 ruE PROPDfTY OF 1<r.,J 9 tlINFFRIPIa JJlD WaY r¡OT II( REPROOIJCED NCR ns OOKfENTS USEtJ IN NiY fCJf1.U 'WIT1«JUT EXPRESS IIf8rnDf PERI.IISSIOH fJja"ø HILTI !<WI ( BOLT II wi Ira EMBED (2 BOLTS EA. 51<1D) .AS REQ'D ;. FOJR mosr FROST LINE ;;." "': R-Q - 1 .~ -e KCJ engineering Inc. 25431 Cabot, Suite,09 Laguna Hills, Ca. 92653-5526 Tel (949) :?sSO-S186 Fax(949)58~1664 Client: Project: Date: e . F.""':'U·<:::;~~-:;;'1'ro~:"~~:. !.;::"~ '.~;;~'~ ;- .~.-: ~~:;:~.:;''-::"7 CónÞìtrmënt~SÖlutio~ :~6~~~;.~:.. \ ": ";-,;;' ;;:·t.~~~...·~!.;.~~~r;:~:~~;~~:':;~;;.~:·r;,:~,:.;."·: 3~ GaL:",~·WaIlJ(åíil~·;rank·"'-' :.~: ,11~ì~:~i~~~~~X.~~$l:~~fG~),~~·::~~:,·:~iz?j>,:: : · Tank Designed by Others · See Containment Drawing '~?7:~~:;~~m~~( ,:"i·/·;,~j · These calculations are for the foundation only · Use Zone 4 Seismic · Use 130 MPH Basic Wind Speed, Exposure D ....0;-. "." "~'.: ~\..~ .... · Soil PreS$ure, Q = L,~~Lj,m pit .} ..:~: .~ . "- · Minimum Concrete Strength to be greater then or equal tofe:õ!: >:';'>. ~ psi · Minimum Rebar Strength to be greater then or equal to Fy;J 60,000 psi · All Steel to be A36 or Equal, UNO · Use 1997 Uniform Building Code General Tank Dimensions H W L H' Total Tank Height Total TanK Width . Total Tank Length Heigh~ to Vertical Centroid Di$tanèe between skids clc Dist From edge at tank to 1st skid x X # Skids - loadinQ Géneral Tank Weioht Tank Size Empty ,Tank Weight Full Tank Weight (by Hoover) (Estimated Tram CalOJlatìon) ... ... ;¡~~;. ~: .i-:~r~~:..,:1 ~~. In. ~~~:-f~~:~'''-;' ;.~... .. ". .:¡.¡~.,...A1.5· In. )~::~L~:; ~:.. ~'.y~' ,0 . . -.;,;,)'[~:~··,·,;..40 In. I!g~m. -----.---.... ~í~i:L .. "i;;"·i~æ967·lbs. .'. ...~. "_...t..._'.-. 34967 Ibs. ._._-- Program by' KCJ Engineering, version: 719/98 3000 gal vault tank SW3MVT 4 All Highlighted Cells are Manually Filled 1 of 6 80/ZØ'd 8Ð66S9¿¿0¿~ 01 68v£ 66£ ~99SNOI1nlOS 1N3WNI~1NOJ ~~ ES:9~ ~0, v0 ~d~ ¡. Wiñd Cc: CQ qs Iw- P A Vw Mor.w MR_Empt'f Seismic ·e e· t<.c.J Engineering Inc. 2~1 Ci!bo\, $ui~~ 10$ Laguna Hills, Ca, 92653--5526 Tel. (949) 380-8186 Fax(949}555~1664 130 MPH Basi~ Wind Speed, Exposure D From r~t;¡le 1 a-'G 1.39 From T~ble 16-M 1.4 From Table 16-F 43.3 Ibs. - From Table 16-K 1.15 Ebs. = Ce'"CQ-Q5*'w 96.90107 pst Laf'9estTankArea ;H~ 66.86111 fl2 Horizontal Force From Wind =P-A 6.478913 kiþ$ Moment Overturning from Wino =VW-H' 268.67 49 in~ips . Moment Resísting Empty =O.66"Wt *Wf2 406.5155 in~ip$ Note: . No Moment Overturning Restraint Required Client: Project: Date: -"---~~~.c:-~"':-~¡1"~';·~~~;'~lr::;t;.::¿~:.,:l·7;·~·~fi;;·:;'~·-;"'~:': . CóriüÜ'imønt SôlUtióiîS.'~~T~<i,~·~Z;~>,: ~....~;...~r.:-~~.~...._,,~..~.... ;.'_,~.':"'::'''!''''(''''_:''''..;.;' ,..2-. ..~.-... .:~~~~-;. ·~'~¡~~·I't":'.'"';;;~t;\.V~~¡ \: leu. ~'. CUt ,Y...'14 :1·9..'" .,...., , '-' -"W..Ji~~",,""'~;¡:O".~ ",it... ,.....,., ""...-....."'...-.: :i:1~~~£:({f~1~~i~~:.?;;ri ;J~~~},:~:::: IA_____ _ ' Zone 4 at::' From T3.ble 1 ô-O 1.0 Cm From Table 16-0 (max value shown) O.M Ip From Table 16-1< 1.5 R,. From TG3ble 16-0 3 Hx =0 [Tank i$ Qn Grol.lnc:1) 0 HR =0 [Tank is on Ground) 0 Wf From FuJI Tank Weight Above 3e967 Ibs. F~ = (ap - Ca -Ip J Rp) . (1+ 3- Hxl H~)'· W" 8.13274 kip$ Fp MJN = 0.7 "C~ " lfit" Wp 17.07875 kips Fro MAX = 4 .. ~ "'I" "Wp 97.59288 kips Fp That is used for design ¡ñ this program 17.07875 MOT-P Moment Overturning from Seismic =Fp"H' 708.7683 in "kips Mt:/-FuI Momef'lt Re$istjng Full =O.66"Y1/p «W12 , 158.915 jr'l*kips Note; No MOfJtent Overturning Restraint Required Summarv Max. T etal VElrticalload Max. Total Horizontal Load Max Total CÄertlJmil'\g Restraint Required . 36.967 kip$ 17.07675 kips o ¡n"kips 3000 gal vault tank SW3MVT 4 :2 of6 80/17Ð'd 8066S9¿¿0¿~ 01 6817£ 66£ ~99SNOllnlOS 1N3WNI~lNOJ ~~ £S:9~ ~0, 170 ~d~ .. to ·e KCJ Englneeñng Inc. 25431 Cabot, Suite 109 LðQur"la HiII$, Ca. 92653-5526 Tel (949) 380-8186 Fax (949) 588-1664 Client: Project: Date: Ov~rtumin~_R~strai.ot e ~Rmæ~~~~,.{~::.,i}:::l~::~ :3000 ~1~:'4~·WanYatilt.Tank·',:,~::':; ·::)1;:·~~;~·¡;~~~*;~~¡~7~j~~!~~~I~~~··:·~:~·'.> .:.~':.::;:~~::..'~.~ .:1.. 1'¡;;) ~ n...........·.,--"'...~..· ~ 't." .'~ ;-1 ..,......., .J" _ ..'.... .':y~. . ...,.... >.,1. ~._."... .0. .!'.' '. _.. Type of Bolt: cfll.i"j~~~~~t~I.:.~ Number of Boits Allowable Tension Allowable Shear Horizontal Spacing Per Side From Manufacturer's Manual From Manufacturer's Manual Use Tank Width (conservative) Actual is Tank Width +- 4" Assume Overturning Occurs at Anchor Bolts Ca~ 1 - Wind Load T w Net OT Moment from Wind/Spacing Interaction 0JvvN~f¡/:3 + rr wfT~):'J'J Ga5e Z - Seismic - T~ Net OT Moment from SeismiCfSpacing Interaction (FplVa)513 + (fpfTs)513 , .. . 3000 gal vault tank SW3MVr4 .-.--- ....--....... .... . ,~{t~è~;·;?~ . ~:.:;!::?:r;:1.J~§; kips . :·<I}:-·:"~~"~'r.'''-'.i·.' '- . ,:~">:~":3125 kips .~ ...~ ; :. ;,,_:". ,". .:¡ 95 in o kips 0.170151 <1 . OK o kips 0.855904 <1 . OK 30fê OCl .'CCI . ..J OClCC.<:O) ) CI.I T Iì I CO¡"C" ccr:- TOOC::f,Jn T llìinc:: I ¡.,j~.I .J T ~ I .In'"'\ )J.J ¡"c· elT TIA. ¡"fA )'¡.-JH ·' -e .' KCJ Engineering I,,~. 25431 C~bQt Suite 109 Laguna Hills, Ca. 926q3-6526 Tel (949) 38~186 Fax (949) 588-1664 ~ I' Client Project; Date: footinQ DesiQn , General InfQ~ Qaaew Allowable Soil Pressure Q'~ Allowãble Soil Pressure for wind or seismic fc Nominal Concrete Compressive Strength Fy R~bår Yield Strength w Footing Width Footing Length t FQQting Thickness LL Live Load P H M Max. Total Vertical load M~ T ctal Horizontal Load Max Total O'Ì~fTufr"ling Load Normal Loading OHOM P/(w') T Slab Weight + LL 443.6791 s: 1,000 OK EarthquakeJWind Loading e ell' ecoentricity : MIP kem distance ;;; wIG 19.173:s; 20 e<wf6 Slab to be Oesigned within Kern Area Qrnaxwidlh =QNOM+Q"M/(1'"W^2) 773.5387 ~ 1330 OK Qma IøngtI1 =QNOM+6"'M/(w'^Z) 750,5392 ~ 1330 OK ... - ~ooo gal vault tank SW3MVT'4 e . . ~....~'..c"':~:'i:;¡;~:':""-"=-Wi· ....~f'. ~~.....--~~.:..~~~...""".~:...,. ·c ........f¡.T. .,.:.. ""..,., .'.' :;¿:···,·,-'-,...'...r"...... .~.. ,~~~~!i~;;.."':1.~·~Jl~;~~ü;::~G~~~:.: ,.300(rG~~~~~;Vàult~:tánk:.7:,::~ 1im~¥~f!~;~~~~~}~~)~;~~f:·~.~; 1,000 pst 1330 pst :2000 psi 60000 psi !~f!~ ·Ù;."~::::.£i"5 Pst ..,:._;,,-sr..w- ~ ... :36.967 kips 17.07875 kips 708.7683 in-.öps 443.8791 pst 19.173 in 20În 773,5367 pst 750.5392 pst 4of6 :=1Ç}/'=JVj . d 8066~g¿¿Ø¿1 O~ 68v~ 66£ t99SNOIlnl0S lN3WNI~lNOJ ~ v~;gt tø, vø ~d~ " " " ·e Kc.,J Engineering Inc. 2!)4~ 1 Cabot, $uite 109 Laguna Hills, Ca. 92$$3-5526 Tel (949) 380-8186 Fax (949) 588-1664 .-.. . ~ Client: Project: Date; Check the ThicklièS$ Fat T w¢-Way Shear d Max Equals t-3" 3 b Skid Wìdth (C6x8.2} bo Perimeter of Skid = 2"b + 2'W Vu Max Shear (P I # Skids) ßc Long sidefShort side of Skid a.s Constant Case 1 dreq Case 2 dr~ Case 3 dreq -Vu f <þ·{2+4/ßç){fC;)^0.5"b~ 0,712389 ~ 3 OK =V"J ~·(a::;*dIbö+2)(fc)^O.5'bo 0.618625 ~ 3 OK =Vu I 4I*4*(fc}^O.5"bg 0.401188 S 3 OK Cheçk Û1e 111Ïcl(ness For One-Way Shear Width VIJ ~ Length Vu drøq - Max Shear {Qmæclength .. w" (1-U2» =VJcb"(fc)^O.5-w"d Q.297077 ~ 3 Ot<: Max Shear (Omax'lridlh ... I · (w-WI2» =VJcþ*(fC}^O.5-r-d 0.588809 . ~ 3 OK : . 3000 gal vault rank SW3MVT4 e .1 "\,:--:(;r.¡- ---.....·~.~~'..·......"""""'.···.....1~l"'roII)-~·· .r.__,,,..... . o.e..:..:;.~-~:i·!..; :'"""'-4;':';'~,:!c¡..J...t..~ .-J...·v.:.,~~·. "'. '::) Contamment 3OtQtIons·-;:~.~;~i..'!·~·:<1 ~::it.t~~~~~~'~;~~~~~::a:¿'~~!?~~'.;.~ ;~,:GaL:i4,~WàI(;Vault 'T.atik'~~.!;·::! ,:t.1?J~'Ÿ:~~fi~~~~$~~tX0.1f~f;~:~v;;.~-:: :",~:;/:~'~,;";:~3: in. 6 in. 202 in. 12.32233 kjp$ 15.83~3 40 0.712389 it"l. .-.--- 0.618625 in. 0.401188 in. 4.065421 kips 0.297077 in a.6ô2022 kips O.5M8C9 in 50f6 80/¿0'd 8066-;9¿¿0¿l: nL 6817£ 1S6£ l:99SNOT Lllìns IN~WNI~LNn~ ;.. - 17<::91: 1:vL 170 ~dl::t r '" , '1"I(-"'ö1::J ;:jtJOd IOl.Ul. "'''' " ·e KCJ Engineering loc. 25431 Cabot, Suite 109 Laguna Hills, Ca. 9265=3.;.5526 Tel (949) MO-Si as Fax (949) 588-1664 Client: Project Date: e :~~mW~~~t~[~f~!~:'~; ,~.gal~:~.;wan ,Va.utt ]'ank j.;;-;:-' :{({~;}t~i~~~~~B~~r1:t~5~r~··:::';.:',~·} Rebar C3lculations Runs along the width Mmax + Cantilever: Qmax width · ((w-W)I2.)^2 f2 As + M-1.S J (O.9 ",Fyjd) Runs along the length Mmax + _ Cantilever. Qmax width - ((I-I.)I2}^212 As + M~ .5-/ (Q9 "J~yjd) MmåX ~ As+ Mmax - dlleg As- Asmin 5.03ôOS in-SCips/ per ft. 0.051811 inA2/ per ft. 19.34653 in-J<ips I per fl 0.199038 inA2 J per ft. S¡)2IfI bétw~r'I SkidS: Qmax width .. {x)^2/11 9.376227 in "kips I per ft. M·'.5 I (0,9 " Fyjd) 0.096463 in.A2 J per ft. Qmax width ~ (x}^219 depth to negative reinfor~ment M-1.5 ¡ (0.9 - Fy-jdneg) . =O.001a"'b'"'t (per ACI sec. 10.5.3 & 7.12.2) Lateral Re$m.int 11 .4598_~_ in.,dps I per ft. __~':':'. '. ..~.:in 0.1179 in^2/ perft. 0.1296 inA21 per ft. ,i:~{;¿5'~f;1}Q in, DepthSëlow Groul"ld (12" min fgr Fr~) QL,S Allowable lateral Sliding Re5istanœ au Altowable lateral_Bearing A Slab p.¡ea := IN" I J\mill Short Side Area = w~epth ~ Long Side Area = l"Dep1h Lateral Resistance -=1.S3e(Qls ·(A~2·~)-t'Qut~ 130 p$f 100 p$f 1ft depth 107.5 ft^2 o ft^2 ,0 1\"3 18.58675 kips 22.514;5 kips 1/2 Full Tank wt. (use if lesö tl'!en ~k::ut1ted Latentl Resist3nce) 18.6 ~ 17,' OK Footing Summary Largest Rec;uired As-+ Laf'ge~ RéC¡oirad As- d!!! d..eg= 3 3 . 3000 gal vault tank SW3tvfVT 4 OK - All Cell$ Rë¡)ort OK 0.20 in^2 J per ft. 0.15 ea 0.13 i~A21 perft. 0.10 EQ I ~.!::"' ~·L t:::'\ ,. -. '- I' (À'! r,. .,r·L?") u ~ - , q:¿ ..0.:..,. w - "- . . - .-'. E:.oT~ D I ~ ~cn O~~ 6of6 ~Ç\/~Ç)',... 8øbb~~¿¿0¿! Ot savr S6r !99SNOIlnìOS IN~WNI~lNO~ ~~ ~~:~1 !~, ~ø ~d~ . .i .~;~ _"~... "'-"'--- --._-",- .'.__._ _~.. ,r' :- .J...'.....~..:.'._):.._ .' ",. ....,. .." ....---~_...~. - --..~-~ . ,.;'::., -...,_~,,~>..':':~'~':-ì...~J:/'.......,š¡~...........-Wi'~., '''',::', .. ,,¡, -~ - - , v ~ .. '--, "~: :' ...,... '~~Wi~é "R' VEEDER·ROOT .. : '<: .' ~:;" i , , . .. , , -- "'1'\: ' . _ \_ _. _ 1--' . _ . ~ '. _ _ _ _ _ _ I _ -' ..' ~ 4-:'¥~. _ .. , ~..".'...'.-.' D .__._-_._"".,.,-.."..~.,-~ 11S-351) Plus Veeder-Root's TLS-350 Plus takes business management a step beyond normal fuel inventory management. With its integrated, modular design, the TLS-350 Plus lets you choose the exact set of compliance and fuel management features you need today. As regulatory requirements change, the flexible TLS-350 Plus platform allows you to add new features tomorrow. : ø VfÐIIINIOOfI1 r ..~;~ ~.~~ .,...~:.;.;.;>-: ..j UST Monitoring Systems } ;:~-,n.~_-.- S·~:~50". The TLS-350 Plus has defined the industry standard for tank monitoring systems with: advanced magnetostrictive probe technologies offering 0.2 GPH monthly monitoring and 0.1 GPH volumetric tank testing; accurate, automatic electronic line leak detection; 4SITE advanced technology sensors; and a complete line of standard leak sensors to monitor double-wall tanks, containment sumps, and wet and dry wells. Plus, for 24-hour stations and high-volume operations, Continuous Statistical Leak Detection (CSLD). the most advanced leak detection technology available today, provides 24 -hour, automatic, leak detection without tank shut down. The SiteFax option provides auto-dial fax capability, letting you send up to 16 different reports to up to 8 separate fax machines on a programmable schedule and fax alarm messages instantaneously. The optional fuel manager software available for the TLS-350 Plus allows you'to track average daily fuel usage, predict the days of remaining inventory, and improve delivery scheduling. Sy utilizing Inform, Veeder-Root's tank management software, all inventory management and environmental compliance can be easily centralized on a personal computer in one location. FeraIIns · Continuous inventory monitoring · Fast 0.1 GPH in-tank leak detection for up to 12 tanks · CSLD option for continuous 24-hour leak detection · Electronic line leak detection capabilities · SiteFax auto-dial fax capability · 4SITE advanced technology sensor compatibility · Interstitial and piping sump leak sensing for up to 64 sensors · Vapor and groundwater monitoring for up to 40 wells · Extemal inputs · Relay outputs · Programmable alarms · Data Communications · Easy upgrade to SIR · Emergency generator applications selectable via programming . .' · One system handles mix of standard and emergency generator tanks · Records generator act;j.vitY ' · Complete inventory reports before and after generator operation StandIrd Models Console Form PUnber: 848290-022 DMaiption: TLS-350 Plus Monitoring Console with integral printer (includes printer communications module) Console Form Number: 848290-002 Description: TLS-350 Plus Monitoring Console without integral printer Console Form Number: 848291-021 DMaiption: TLS-350 Plus PC Version without Printer or Keyboard -. . ,." - -."-. ._ ~u. . ':".I!I ,~, "_..~.,. .,_. óW~.· ..:...;.;';,:....:.."....,.,.~................... ':-'J<. .~ .}~ e e TLS-350 PlLII Inœrfaœ Moc:k.d_ The TLS-350 Plus monitoring console contains three compartments in which individual interface modules can be installed. Interface modules ~ay be factory-installed in the console upon initial ordering, or ordered separately as spare modules to expand an existing system. Low-Power CompIIrtment (Umit eight per c:ansaIe, W1Iess othenuIse noted) f'onn No. Factøy :r..taIed MockØ f'onn No. Spare McxIIJes Dc.u i,.1k.n Ferirbre Ccmpatibilty Four-Input Probe Interface Module (Maximum Series 8473 0,2 GPH 329356-002 847490- three per console. Includes terminal connector Magnetostrictive Probe 104 for one ground temperature thermistor for the Series 8473 0.1 GPH volumetric line leak detector). Magnetostrictive Probe Series 7943 Interstitial Sensor for 847490- Fiberglass Tank? and . 329358-001 102 Eight-Input Interstitial/Liquid Sensor Interstitial Sensor for Steel Tanks Series 7943 Piping Sump Sensor Series 7943 Hydrostatic Sensor 329357-001 847490- Five-Input Vapor Sensor Interface Module Series 7943 Vapor Sensor 101 329399-001 847490- Five-Input Groundwater Sensor Module 4SITE Series 7943 Groundwater 103 Sensor 329956-001 847490- Eight-Input Type A Sensor Interface Module 4SITE Series 7943 Discriminating 105 Interstitial Sensor 329950-001 847490- Six-Input Type 8 Sensor Interface Module 4SITE Series 7943 Discriminatin9- 106 Dispenser Series 8484 Pressurized Line leak 330373-001 847490- Six-Input Pressurized Line leak Interface Module Detection System Requires TLS· 109 (One per console) 350 Plus Version 7.0 or higher software -~ HIØ1-Power CompIIrtment (Umit eight per œnsoIe, unI.. ot:I1enIise noted) f'onn No. f'onn No. Factøy Spare Dmc:riptlon Ferirbre CompatIbi6ty lnstaIIed Modules MocUes 329359-001 847490-200 329360-001 847490-201 329999-001 847490-204 330374-001 847490-207 Four-Relay Output Interface Module Two-Input(Two-Relay Output Interface Module Pump Sense Interface Module Accepts Inp\.lt from up to eight pump controls Three-Output Pressurized line Series 8484 Pressurized Line leak Detection leak Controller Interface System Requires TLS-350 Plus Version 7.0 or Module higher software Commu1icatiOl1l CoI11plll1nM!l1t (Umit eI!ttt per console, unI_ otherwise natsd) Fam No. Factøy InItaIIed MockØ f'onn No. Spare McDØ DeøaiptiÕn FeIItLre Compatibility 330149-001 847490-305 SiteFax Interlace Module (Maximum three per console) /.'. RS-485/232 Dual Port 330586-001 847490-311 Communications Module (Maximum one per console) RS,-232 Interface Module with 330148-001 847490-303 Auxiliary Port (Maximum one per console). 329362-001 847490-301 RS-232 Interface Module (Maximum three per console) 330000-001 847490-304 Remote Printer Interface Module (Maximum three per console) 330883-001 847490-309 WPllD Communications Module (Maximum one per console) Allows hookup to most remote facsimile, modem or teletype equipment. Requires TLS- 350 Plus Version 3.0 or higher software Provides two 25-pin D -connectors for data transmission to P.O.S. terminal, printing device or computer Provides a 25-pin D-connector for data transmission to P.O.S. terminal, printing device, or computer Provides a 25-pin D·connector for data transmission to a remote serial printer T~ Rmge Operating: 320F to U80F (OOC to 450C) Storage: 150F to U80F (lOOC to 450C) -1- " '{ :V'- ':,~.: . ", '. . .; . -'::,¿';,'" '" ;"".'.,,-.,. ~-; VEEDER.ROOT .,_. '-~-''''-''''',' '-,"" . ......'., "... --_..' :,:~" ..,. ; ':-:.. . .,à "-~~j-_.., . ~:':...-"-.: :~.~~.~...~- :-'-i~Î";-:~_.=j-.~.·:,~i=j.~i~_:i=t=~-=.._·:~=:~..;~~~i~~__:~=.=~~~~~L~~ ~..~:~ -,..:.'.:~ >~~t~~~~.::,:·~··~;~~··· . ~;. ~ Leak ~ AdM! .~, ", .1' Certified performance for inventory CDntrol and}n-tank leak detection in gasolines, diesel and a wide variety of other approved fluids . · Highly accurate Magnetostrictive measurement technology · Fast, accurate leak tests . · MAG 1 (0.1 GPH) and MAG 2 (0.2) probes available · MAG 1 probe third-party certified to exceed U.S. E.P.A. performance standards for 0,1 GPH Volumetric Tank Tightness Testing · MAG 1 probe compatible with TL5-350 and TLS-350R with CSLD for continuous statistical leak detection · -MAG 2 probe third-party certified to exceed U.S. E.P.A. performance standards for 0.2 GPH Automatic Tank Gauging · Compatible with gasoline, diesel and other approved fluids · 2" and 4" float kits available , .. , ':'".' -II FeaIues . ;. :7'fé; · MAG 1 probe provides highly accurate trouble free performance in gasolitte diesel and wide variety of approved fluids I ~ . Magnetostrictive technology and five-point temperature sensing make it capable of extremely accurate inventory control and in-tank leak testing · MAG 2 probe provides the same reliable inventory control features and fluid compatibility as the MAG 1 probe, but offers 0.2 GPH leak detection at a lower cost; it offers MAG probe performance with 0.2 GPWmonthly monitoring capability Standard Modefs Mag 1 AàJe Fœm Na,,* AàJe Length Mag 2 PnIbe Fœm Na,,* Probe Length 847390-101 4' 847390-201 4' 847390-102 ~ 847390-202 ~ 847390-103 ~ 4" 847390-203 5' 4" 847390-104 6' 847390-204 6' 847390-105 7' 847390-205 7' 847390-106 7' 6" 847390-206 7' 6" 847390-107 8' 847390-207 8' 847390-108 9' 847390-208 9' 847390-109 10' 847390-209 10' 847390-110 10'6" 847390-210 10'6" 847390-111 11' 847390-211 11' 847390-112 12' 847390-212 12' 847390-113 2.0 M 847390-213 2.0 M 847390-114 2.5 M 847390-214 2.5 M 847390-116 2.667 M 847390-216 2.667 M 847390-115 3.0 M 847390-215 3.0 M *Float kits for the specific fuel applic~tlon must be ordered separately. Kits are available for 4" and 2" floats. See the Veeder-Root Price Ust for availability. - .. ..-' l.eBk Test PerfbrmIn:e Wth 4" Rallis (Third Party Certified) Pn:Ibe T_ Type P(D) P(FA) TeIt Time MAG 1 0.1 GPH 99% 10/0 3 Hours MAG 1 0.2 99% <0.1% 2 Hours MAG 1 with CSLD 0.2 990/0 <0.10f0 Continuous MAG 2 0.2 99% <0.10/0 2 Hours ~. '~~- ..' .' e ~ Probe Console Compatibility PnJbe "T1S-350R* "T1S-3!iO* IJ:i::RI M~l ~ ~ ~ M~2 ~ ~ ~ ~ = Standard Feature 115-3001 >iI -J 115-3OOC ~. -J . 115-250 ~ >iI e "T1S-25QI >iI ~ \j~ . *~. Four-Input Probe Interface Module is required for use of magrietostrictlve probes with the TC~SOR or TLS-3S0 system. TlS-350R and TL5-350 systems equipped with the CSLD so~re Enhancement are not compatible with 0.2 GPH Mag 2 probes. CSLD requires 0.1 GPH MagfÎ~es. /.- \', , - ~V;:-l - -. < ~ I ~ '.,' ,,>' '. ',' \ ~ 1 _, ~ _" IU ':it.:~~~~·~-~~~~','·"···_. '. '.!~~'._. --VEEDER Roor -... -. --.. ""-- ..-..--....---..--, --'P--""'---"" "." ..,,,,,,,,...w.,..,,".h,)t.··.""- ~::~S~~-LL~ l~¡_~::__~ '¡·4~Lij"~¡d~~:.:~ :--:: t_~. ¡. =; J.~~~.:~:=~:~: '·~~.)=~~_:_-:·<--=1=· j;~L~:~~~::~~~: -:: ;:. ::;;~~t~~~::'~· .~.. . ' .~ ,~ ~ For use with 11.S-350R, TlS-350, TLS-300, TLS-300i, and TIS-25D Systems . Veeder-Root's TLS Òverfill Alarm provides an early warning of potential tank bulk delivery overfills as required by the Federal regulations governing underground storage tanks. Wired to an alarm relay in a TL5-350R. TLS -350. TLS-300. TLS-300i, and TLS-250 or TLS-25Oi System, the alarm relay activates the TLS overfill alarm horn and light when a potential overfill is detected. All TLS systems have programmable overfill alarm limits that can be set for each tank at a location. 0uerfII Alarm .~Ied: Deviœ An optional Alarm Acknowledgement SV\iitch is also available for locations where driver intervention is required by local codes. When the driver presses the acknowledgement button, the overfill alarm shuts off and the alarm acknowledgement light illuminates, This light will stay on until the TLS prints an inventory increase report. A built-in timer lets you adjust length of time that the audible alarm will stay on from 0 to 90 seconds~ You can also adjust noise level from 78 to 103dB(at 10 feet}. ,. - "-_. --- .... Featues General Endosure: Painted Steel; NEMA 4; 1f2" conduit connector at bottom of alarrrf and at left side of acknowledgement switch Operating Temperature Range: ~ -40 degrees to + 150 degrees F Supply Voltage: 120 VAC, 50/60 Hz Abmt Unit AcI:u8tion: From TLS alarm contact AudlbleAlann: Output: Adjustable "Time On" from 0 to 60 seconds Visual Alann: Lamp Rating - 25 watt, 120 VAC; Lens - Red polycarbonate; Flashing Rate - 75 per minute -- Dirn8JSions: 11" long, 7" wide, 4" deep , p. Alarm AdcnoWedgement Switd1 FunctIon: Turns off alarm unit while actuating acknowledgement lamp AdcnowIedgement Lamp: 120 VAC, amber lens Dmensions: 7" long, 3" deep Stanr:t.'d Models Fam No. 790091-001 790095-001 c-.. iaA.rt Overfill Alarm Alarm Acknowledgement Switch .1 Console Compatibility . /' CÐnsaIe Series TIS -350R* 8482 TIS-350* 8470 TIS-300 8485 TIS-300i 8485 TIS-Z50 7841 TLS-Z50i 8485 *Note: An I/O Combination Module (Form No. 329360~01) or a Four-Relay Output Module (Form No. 329359-001) is required for use of the Overfill Alarm and Alarm Acknowledgement Switch with the TLS-350 or TLS-350R system. " >, ;,(Ví' . , " - ' ' .j' " "~";';~:>¡{.<" ...,' - VEEDER ROOT" ." ,..,~- ,---,- . ., ,. -.-.. ..' ,.. . -- ..' ... ,- '. , '" '..."....~.,. .:;!f;~ ~~~Ll~L~~~¡._~;~E~~ r-=Lt~~¡.-~+=t:~t~, . ~.'" :- ~~~= :- '·~~L~~_·_; .~~=:.~: .l--'~:~ ~=~=, j'. ~.~~~~ .'> ~:'::::·tf~J2~~~7 ~~~".' B n~lW ~ fa" S1eeJ TaIås . Our products offer the following features and benefits: The Veeder-Root Interstitial Sensor for use in Steel Tanks . , detects the presence of.liquid in the interstitial space of a double-wall steel tank. Liquid in the annulus could mean a dangerous leak. Wj1en liquid is detected, the sensor sends an alarm signal to a TL5-350R, TLS-350. ILS-350. TLS-300i, or TLS-300C monitor. The monitor's visual and audible built-in alarm indicators immediately tell you where the problem is, so you can quickly take action to help prevent serious safety and . environmental problems. The TLs-350R, TLS-350¡ ILS-350, TLS-300i, TLS-300C, TLS-250i, and ILS-250 systems feature internal alarm relays that can also trigger on -site alarms for even greater warning capability. The TLS-350R, TLS-350, TLS-300i, and TLS-300Calarm signals from the sensor triggers a report showing the time and the location of the alarm condition. This information is stored in the system's alarm history and can be retrieved through the monitor's integral printer or remotely through its data communications interface. The Veeder-Root Interstitial·Sensor:1or Steel Tanks can used in the annulus of steel tanks with a sensor riser pipe 1.5" I.D. or greater. Only two wires are required to connect the sensor to a TLS or ILS system. ..' FeaIIns The presence of any liquid in the tank's interstitial space triggers a Fuel Alarm Teh'lpa ðI:1re Rating Storage: -40 degrees C to + 75 degrees C o.,.atit.g: -20 degrees C to +70 degreesC (hydrocarbons); 0 degrees C to +70 degrees C (non-freezing water) Cable length: 16 or 30 feet DmensIons: 2.5" high, 1.50" diameter Stzniiwd Compmelds QIantfty c.atptian. 1 Interstitial Steel Tank Sensor Z Watertight Cord Grips StandIrd Models Fam No. 794390-420 794390-460 Dt-. q.6... Interstitial Steel Tank Sensor with 16' cable Interstitial Steel Tank Sensor with 30' cable .' /" Ja.ba.stitlal5tl!lel Tank Serwar CansaIe CapBällly The Series 7943 Interstitial Steel Tank Sensor is compatible with the following consoles: CGrBDIe sn. TLS-350R* 8482 TIS -350* 8470 ~** 8450 TIS-300i 8485 TlS-300C 8485 *Note: An Interstitial Sensor Interface Module is required for the use of the Interstitial Fiberglass Tank Sensor with the TLS-350 Console. **Note: A Two-Wire Module is required for use of the Interstitial Fiberglass Tank Sensor with the ILS-350 Console. . " , ~:'V':", . '.. , ~, . ~'. r·" -' ',.' ~ '., . ~. . .~: -, ..~ :~ ,"' :.:':'::":.~:':: .:>..:..;.;....... "" -' VEEDER ROOT, : " . ':'.' . . . ,." ....',.... .... ..... ,,:, :::~.}:;~..': ...:'.~..:.:¡....: . :.:.~.. '...:..:. ;:.:~ ·~:,.'::~·;;'::.~;.t::(!'i;:·.t.::+.J(.·!'::·:·. t;.:..·i.·.:.~i;:.:;.(:.·J:·.~: ¡.::;:.;·{·'t·;,"k.·j .',:.:'~;:';;.:.:';.~'..;~.::;..::':~:.,'.:.":'.'.~.'.':.::.. ,:.. ;", .:..:: . : ...... '.:'.:;.::::::?:::.::;~~~ ,,:: ; e Direct IbiaI ~ For use with Veeder-Root ProbeS and Sensors Veeder-Root offers the complete solution to direct b~rlal cable Installation. Everything from Installation manuals to cables, filler rod, and Installatlòn tools are available through your Veeder-Root representative. All of Veeder-Root's premium direct burial cable components are time proven. All you have to supply Is the saw. This is an alternative method to rigid conduit Installations for probes and sensors. Premium 2- conductor cable, 3-conductor cable and filler lengths are available from 100' to 2,000'. featIns Veeder-Root's Direct Burial Cable components are available In lengths from lOa' to 2,000'. To determine the proper length for your site, fir$t order your free Direct Burial Cable Site Preparation Kit (Kit No. 848100-500). ..' Fann rm.- ø....~1 848100-1XX Filler Rod 848100-2XX 2-Conductor ~ble 848100-3XX . 3-Conductor Cable *Refer to the Veeder-Root Price Ust for filler rod and cable lengths and the corresponding 3- digit Form Number suffix. AŒlflct_ Fcnn NIa, o-..~, 848100-800 1 Cartridge (29 A. Oz.) Direct Burial Cable Sealant 848100-805 1 Can (4.5 Gallons) Direct Burial ~ble Sealant 848100-901 Sealant Cartridge Gun, Manual Driven with Nozzle 848100-902 Sealant Cartridge Gun, Air Driven with 'I.. NPT Quiclc Connect and Nozzle ". 848100-903 Sealant Bulk Gun, Air Driven for direct loading from can, with 'I.. NPT Quiclc C;onnect and Nozzle 848100-904 Filler Rod Installation Tool (Includes adjustable depth wheels for 1/8-, If..- 3/8- and 'h.- saw cuts) .,. /' ;-i .. - >~ - .. MODEL 85000AG 5 GAL. ABOVE GROUND BUCKET SPILLBUCKEr MODEL 85000 (3) SlIT SCREWS RISER ~ :z:: ~ o I-- íWŒASWNE REI'AIN1NG cou.AR MEJ.VU MAIN MENU SECTIONAL VIEW I'..... ... , l - e . MODEL 85000AG 1 - (MAIN ASSEMBLY) (5 GAL. ABOVE GROUND SPILL COLLECTOR) A1TACHES TO RISERFROMTANK W/SETSCREWS ITEM PART NO. DESCRIPTION REQ'D. 1 85010AG OUTER CONTAINER 1 2 85019 FLANGE NUT 1 3 85065 INNER COLLECTOR 1 4 85035 RISER TUBE '0' RING (OUTER) " 2 SHUT OFF COLLAR '0' RING (UPPER) 5 85039 RISER TUBE '0' RING (INNER) 1 6 85020 RISER TUBE 1 7 85036-N INNER COLLECTOR '0' RING 1 8 85038 SHUT OFF COLLAR '0' RING (LOWER) 1 9 85021 SHUT OFF COLLAR 1 10 85032 BELLOW" SCREEN 1 11 85031 BELLOW" SCREEN RETAINING RING 1 12 85050 CLAMP ASSEMBLY (LOWER) 1 13 85040 CLAMP ASSEMBLY (UPPER) 1 14 SC-1513-V-N un '0' RING 1 15 85011 CAST un 1 16 85023 BAIL HANDLE 1 17 85030AG OPTIONAL un 1 18 3/8-16 SOc. SET SCREW 3 MENU MAIN MENU MAIN VIEW