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Specifications r-1 Operating Temp.: -250 to +13 . Compatible fuels: Unleaded gasoline 848480-002 Leaded gasoline F.E. Petro: 5% methanol/95% unleaded 10% ethanl/90% unleaded 848480-003 15% MTBE/85% unleaded Tokheim and Bennett: Diesel Red Jacket Big Flo: Kerosene FE Petro High Capacity: Jet Fuel Aviation gasoline Line flow rate: 120 gpm. max. Design: Intrinsically safe Operating Range: 0-50 psi. Proof Pressure: 200 psi Red Jacket: P33R1 (1/3 HP) 848480-001 P75S1 (3/4 HP) 848480-002 P150Si (1-1/2 HP) F.E. Petro: STPR 33 (1/3 HP)* STPR 75 (3/4 HP)* 848480-003 STPR 150 (1-1/2 HP)* Tokheim and Bennett: 23 psi ouput minimum Red Jacket Big Flo: P300H3-2HB (3 HP) Only FE Petro High Capacity: STP3 (3 HP) Only *"R" designates precision check valve Contact Veeder-Root for approved piping systems Standard Mode(& Form No. Description 848480-001 Pressurized Line Leak Detector for F.E. Petro Pumps* 848480-002 Pressurized Line Leak Detector with in-line check valve for Red Jacket and Tokheim Pumps (includes line leak sensor, in-line check valve, and pump port strainer) 848480-003 Pressurized Line Leak Detector with SwiftCheckTM for Red Jacket and Tokheim Pumps (includes line leak sensor and SwiftCheckTM check valve) *Requires an F.E. Petro Precision Check Valve, F.E. Petro Part Number 400153925. Veeder-Root check valve not required. TLS-35OR Consoles** Series 8482 TLS -350 Consoles Series 8470 "Pressurized Line Leak Interface Module, Form No. 330373-001, and Pressurized Line Leak Controller Module, Form No. 330374-00 1, required for use of PLLD with TLS-35OR or TLS -350 consoles. A software enhancement module is also available to enable 0.1 gph leak detection for PLLD. Supported Piping: 2" Fiberglass — 350' 3" Fiberglass —150' 2" Steel — 440' 1-1/2 Envirof►ex-400' Supported Applications: . Siphon/Manifolded Tanks (Two Tanks— One Pump) Manifolded Lines (Two Tanks — Two Pumps Into Common Line) Electronic Blenders No Mechanical Blenders SwiftCheckTM Typical Installations The SwiftCheckTM valve installs into the 2" leak detector port on the Red Jacket or Tokheim submersible pump. The Veeder-Root line leak sensor is then screwed into the SwiftCheckTM valve. Disable the pump's functional element by removing its spring and piston. In -Line Check Valve The in-line check valve is threaded at both ends for a 2" NPT fitting and should be installed into the submersible pump discharge. Downstream from the check valve, install a 2" tee, and mount the Veeder-Root line leak probe into the tee. Disable the pump's functional element by removing its spring and piston. Pressurized Line Leak Detector Installation Cable Veeder-Root offers direct burial cable (Form No. 838100-xxx) for locations where conduit does not exist. See price list for ordering information. SwiftCheckTM Installation Diagram In -Line Check Valve Installation diagram ° LINE LEAK LINE LEAK SENSOR SENSOR VENT SCREW e - 00 _0I i SWIFfCHECK ® VALVE 7 PIPE TEE IN-LINE CHECK VALVE VEEDERSAWIDOT Environmental Products The Leader in Tank Monitoring Technology 125 Powder Forest Drive, Post Office Box 2003, Simsbury, CT 06070-2003 TEL: (860) 651-2700, FAX: (860) 651-2719 TECH SUPPORT: (860) 651-2753 BRAZIL: Sao Paulo , CANADA: Mississauga, Ontario • ENGLAND: Richmond Surrey • FRANCE: Rungis Cedex • GERMANY: Neuhausen/Filder • SINGAPORE: Singapore printery AR9 in 95 13292 Replaces 13180 P/N 577013-071 us A C�