Manual No: 577013-750 Revision: G Sensor Products Application Guide
Notice Veeder-Root makes no warranty of any kind with regard to this publication, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose. Veeder-Root shall not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishing, performance, or use of this publication. Veeder-Root reserves the right to change system options or features, or the information contained in this publication. This publication contains proprietary information which is protected by copyright. All rights reserved. No part of this publication may be photocopied, reproduced, or translated to another language without the prior written consent of Veeder-Root. DAMAGE CLAIMS 1. Thoroughly examine all components and units as soon as they are received. If damaged, write a complete and detailed description of the damage on the face of the freight bill. The carrier's agent must verify the inspection and sign the description. 2. Immediately notify the delivering carrier of damage or loss. This notification may be given either in person or by telephone. Written confirmation must be mailed within 48 hours. Railroads and motor carriers are reluctant to make adjustments for damaged merchandise unless inspected and reported promptly. 3. Risk of loss, or damage to merchandise remains with the buyer. It is the buyer's responsibility to file a claim with the carrier involved. RETURN SHIPPING For the parts return procedure, please follow the appropriate instructions in the "General Returned Goods Policy" and "Parts Return" pages in the "Policies and Literature" section of the Veeder-Root North American Environmental Products price list. Veeder-Root 2005. All rights reserved.
Table of Contents Table of Contents Discriminating Dispenser Pan and Containment Sump Sensors... 1... 2... 2 Installation Accessories... 2... 2 Servicing Discriminating Dispenser Pan and Containment Sump Sensors When replacing Dispenser Filters or servicing Dispensers... 3 When Sensor is in alarm due to a spill or leak in the containment area... 3 Non-Discriminating Solid-State Dispenser Pan and Containment Sump Sensors... 4... 4 Compatible Consoles... 4... 4... 4... 4 Installation Accessories... 4... 4 Sump Sensor... 5... 5 Sensor/Cable Length Configurations...5... 5... 5... 5... 5 Mag Sump Sensor... 6... 6 Sensor Models and Accessories... 6... 6... 6... 6... 6 Position-Sensitive Sensor... 7... 7 Sensor/Cable Length Configurations...7... 7... 7... 7... 7 Stand-Alone Dispenser Pan Sensors... 8... 8... 8 Installation Accessories... 8... 8 Discriminating Interstitial Sensor for Double-Wall Fiberglass Tanks... 9... 9 Console Compatibility... 9... 9... 9... 9 Sensor/Cable Length Configuration... 9... 9 i
Table of Contents Interstitial Sensors for Fiberglass Tanks...10...10...10...10...10 Sensor/Cable Length Configurations...10...10 Interstitial Sensors for Steel Tanks...11...11...11...11...11 Sensor/Cable Length Configurations...11 Accessories...11...11 MicroSensor...12...12 Compatible Consoles...12...12...12...12 Sensor/Cable Length Configuration...12 Accessories...12...12 Hydrostatic Reservoir Sensor...13...13...13...13 Sensor Configuration...13...13 Single-Point Mini Hydrostatic Sensor for Double Wall Sumps...14...14...14...14 Sensor and Installation Kit...14...14 Vapor Sensor...15...15...15...15...15 Sensor Configuration...15 Accessories...15...15 Groundwater Sensor...16...16...16...16...16 Sensor Configurations...16...16 ii
Table of Contents Figures Figures Fig. 1 Typical Containment Sump Sensor Installation... 2 Fig. 2 Typical Sump Sensor Installation... 5 Fig. 3 Typical Mag Sump Sensor Installation in Containment Sump... 6 Fig. 4 Typical Position-Sensitive Sensor Installation... 7 Fig. 5 Typical Interstitial Sensor Install - Fiberglass UST... 8 Fig. 6 Typical Interstitial Sensor Installation - Steel UST... 9 Fig. 7 Typical Interstitial MicroSensor Installation - Steel UST... 11 Fig. 8 Typical Interstitial MicroSensor Installation - Steel UST... 12 Fig. 9 Typical MicroSensor Installation in Riser Containment - Steel UST... 12 Fig. 10 Typical Hydrostatic Dual-Point Sensor Installation... 13 Fig. 11 Typical Single-Point Mini Hydrostatic Sensor Installation... 14 Fig. 12 Typical Vapor Sensor Installation... 15 Fig. 13 Typical Groundwater Sensor Installation... 16 iii
Discriminating Dispenser Pan and Containment Sump Sensors The appropriate sensor can be installed in a dispenser pan or in a containment sump and will detect the presence of, and differentiate between, hydrocarbons and other liquids. Two types of sensors are available (standard and solid state). See table for sensor features and console compatibility: Sensor Type Measurement Standard Solid-State Fluid height Float-triggered switches Ultrasonic sensing at trip points (no moving parts) Hydrocarbon/fluid differentiation method Conductive elastomer Conductive elastomer Operating temperature: 0 to +70 C -40 to +70 C Compatible consoles Console software version compatibility Maximum number of sensors monitored per console TLS-350R, TLS-350Plus, PC-350R, PC- 350Plus, TLS-350J, TLS-300i, PC-300i, and TLS-300C, i, J and PC kits Version 8 and later Interstitial - Form Number 847490-102 (not required for 300 series consoles) TLS-350 Series Consoles (except TLS-350J) - 8 per Interstitial Module (64 max.); TLS-350J - 3 max. TLS-300 Series Consoles - 8 max. TLS-350R, TLS-350Plus, PC-350R, and PC-350Plus Version 2 and later Type B Interface Module - Form Number 847490-106 6 per Type B Module (48 max.) Dispenser Pan Sensor - Form Number Containment Sump Sensor - Form Number 794380-322 749380-320 794380-352 794380-350 Fuel at any height on the sensor, even when floating on other liquids, triggers a Fuel Alarm. Liquid Warning is triggered when liquid reaches a nominal height of 1 inch on both Dispenser Pan and Containment Sump sensors. High Liquid Alarm is triggered when liquid reaches a nominal height of 8 inches on Dispenser Pan or 10 inches on Containment Sump sensors. An open sensor triggers a Sensor Out alarm. 1
Operating temperature range: see table. Storage temperature range: -40 to +70 C. Standard cable length: 12 feet. Dispenser Pan Sensor dimensions: 11.6 high, 2.2 diameter. Containment Sump Sensor dimensions: 22.1 high, 2.2 diameter. Unleaded gasoline Diesel Leaded gasoline Kerosene 5% methanol/95% unleaded Jet fuel 15% ethanol/85% unleaded Aviation gasoline Installation Accessories Universal Sensor Mounting Kit, P/N 330020-012, contains mounting brackets and screws. 20-foot cable (optional): - P/N 331103-001 for Solid-State Sensor - P/N 331102-001 for Standard Sensor Visit our website at www.veeder.com for more information on Veeder-Root products and services. Submersible pump Containment sump sensor* Cord grip Weatherproof junction box with 1/2-inch N.P.T. threads (16 cubic inch volume minimum) Containment sump Seal-off IMPORTANT! DO NOT MOUNT SENSOR TO FLEXIBLE PRODUCT LINE. Rubber grommet seal clamped on inside - or as recommended by sump manufacturer 1/2'' Rigid conduit to console Product line *Containment sump sensor should: 1. Rest in the lowest point of sump. 2. Be positioned as close to outer wall as possible. 3. Be mounted in a true vertical position. Brackets, clamp, etc., from Universal sensor mounting kit sensors\cssinst.eps Fig. 1 Typical Containment Sump Sensor Installation 2
Servicing Discriminating Dispenser Pan and Containment Sump Sensors This procedure applies to Discriminating Dispenser Pan and Containment Sump Sensors having Form Numbers 794380-320, -322, -350, -352, -360, -361, and -362. When replacing Dispenser Filters or servicing Dispensers The sensor should be removed from the dispenser pan before replacing the filters. All fuel must be cleaned up in the dispenser pan prior to reinstalling the sensor. If the sensor is exposed to fuel during the filter replacement, the sensor may go into a fuel alarm. If this occurs the sensor must be removed from the dispenser pan and the sensor allowed to dry in a well ventilated area for up to 7 days. The recovery time will depend on how long the sensor was exposed to the fuel. If the sensor has been exposed to diesel fuel or kerosene, it will be necessary to first soak the sensor in Coleman fuel for 30 minutes and then set aside to dry in a well ventilated area for up to 7 days. It is advisable that the affected sensor be replaced and taken to a location where the soaking and recovery process can be safely performed. The recovery time will depend on how long sensor was exposed to the diesel fuel or kerosene. When Sensor is in alarm due to a spill or leak in the containment area Remove the sensor from the containment area upon arrival at the location. Dry off the sensor and allow it to recover in a well ventilated area for up to 7 days. The recovery time will depend on how long the sensor was exposed to the fuel. The sensor can be reinstalled in the containment area once the sensor has recovered and the source of the leak repaired. The containment area must be free of fuel. If the sensor has been exposed to diesel fuel or kerosene, it will be necessary to first soak the sensor in Coleman fuel for 30 minutes and then set aside to dry in a well ventilated area for up to 7 days. It is advisable that the affected sensor be replaced and taken to a location where the soaking and recovery process can be safely performed. The recovery time will depend on how long sensor was exposed to the diesel fuel or kerosene. 3
Non-Discriminating Solid-State Dispenser Pan and Containment Sump Sensors The appropriate sensor can be installed in a Dispenser Pan (Form Number 794380-321) or in a Containment Sump (794380-351) and will detect the presence of a liquid. Ultrasonic liquid level sensing technology means no moving parts and a lower temperature operating limit. Fuel alarm is triggered when liquid reaches a nominal height of 1-inch on both Dispenser Pan and Containment Sump sensors. An open sensor triggers a Sensor Out alarm. Operating temperature range: -40 to +70 C. Storage temperature range: -40 to +70 C. Standard cable length: 12 feet. Dispenser Pan Sensor dimensions: 11.6 high, 2.2 diameter. Containment Sump Sensor dimensions: 22.1 high, 2.2 diameter. Compatible Consoles TLS-350Plus, PC-350Plus, TLS-350R, PC-350R, TLS-350J Consoles TLS-350 Series Consoles (except TLS-350J) - Type A Interface Module (Form Number 847490-105) accepts up to 8 sensors (a maximum of 64 sensors could be monitored by a console). TLS-350J Console - 3 sensors max. Version 2 or later. Unleaded gasoline Diesel Leaded gasoline Kerosene 5% methanol/95% unleaded Jet fuel 15% ethanol/85% unleaded Aviation gasoline Installation Accessories Universal Sensor Mounting Kit, P/N 330020-012, contains mounting brackets and screws (see Fig. 1). Optional 20-foot cable - P/N 331102-001 Visit our website at www.veeder.com for more information on Veeder-Root products and services. 4
Sump Sensor The sensor is installed in a tank piping sump and will detect the presence of a liquid. Liquid level is monitored by a float /magnetic reed switch sensing system. Fuel alarm is triggered when liquid reaches a nominal height of 1-inch. An open sensor triggers a Sensor Out alarm. Operating temperature range: 0 to +60 C. Storage temperature range: -40 to +70 C. Sensor dimensions: 12 high, 1.9 diameter. Sensor/Cable Length Configurations Sump Sensor w/ 12 foot cable - Form Number 794380-208 Sump Sensor w/ 30 foot cable - Form Number 794380-209 TLS-350 Series Consoles (except TLS-350J) - Interstitial (Form Number 847490-102) accepts up to 8 sensors (a maximum of 64 sensors could be monitored by the console). TLS-350J Console - 3 sensors max. TLS-300/PC-300 Series Consoles (no Interface Module required) - 8 sensors max. ILS-350 Console - A Two-Wire Module (Form Number 845190-100) accepts up to 4 sensors (a maximum of 16 sensors could be monitored by the console). Version 1 or later (TLS-350 Series/TLS-300 Consoles) All ILS-350 Consoles Unleaded gasoline Leaded gasoline Diesel Kerosene Jet fuel Aviation gasoline 5% methanol/95% unleaded 15% ethanol/85% unleaded IMPORTANT! DO NOT MOUNT SENSOR TO FLEXIBLE PRODUCT LINE. Cable to junction box and seal-off Existing conduit or piping Cable to junction box and seal-off Product pipe Visit our website at www.veeder.com for more information on Veeder-Root products and services. *Sump sensor should: 1. Rest on the base of the sump. 2. Be positioned as close to outer wall as possible. 3. Be mounted in a true vertical position. 4. Be installed only in a dry sump. Sump sensor* (installation examples) Sump base sensors\pssenap.eps Fig. 2 Typical Sump Sensor Installation 5
Mag Sump Sensor The Mag Sump Sensor detects the presence and amount of water and/or fuel in the containment sump or dispenser pan. Using proven magnetostrictive technology to detect the presence of hydrocarbons and water, the station (where allowed) remains in operation when water alone is detected. An alarm is also generated if the sensor has been moved from its proper position at the bottom of the sump or pan. Fuel Alarm - triggered when fuel reaches approximately 1.5 in height. Water Warning Alarm - triggered when water level reaches approximately 1.7 in height (or other programmable height). Installation Alarm - triggered when sensor is moved from proper operating position. Comm Alarm - triggered when there is no communication with the sensor. Operating temperature range: -40 to +60 C. Storage temperature range: -40 to +60 C. Sensor Models and Accessories Mag Sensor for gasoline and diesel - 12 high w/ 10 foot cable - Form Number 857080-111 Mag Sensor for gasoline and diesel (w/ leak detect capability)- 12 high w/ 10 foot cable - Form Number 857080-211 Mag Sensor for gasoline and diesel - 24 high w/ 10 foot cable - Form Number 857080-112 Mag Sensor for gasoline and diesel (w/ leak detect capability) - 24 high w/ 10 foot cable - Form Number 857080-212 Universal Sensor Mounting Kit (optional) - Form Number 330020-012 TLS-350R/EMC w/bir, TLS-350 Plus/EMC Enhanced, and TLS-350/EMC - Smart (Form Number 329356-004) accepts up to 8 sensors (up to 64 sensors could be monitored by the console) Version 24 or later - all consoles Unleaded gasoline Leaded gasoline Diesel Kerosene Jet fuel Aviation gasoline 5% methanol/95% unleaded 15% ethanol/85% unleaded Dispenser containment sump Cord grip Product line IMPORTANT! DO NOT MOUNT SENSOR TO FLEXIBLE PRODUCT LINE. U-channel Brackets, clamp, etc., from optional Universal sensor mounting kit 1/2'' Rigid conduit to console Rubber grommet seal clamped on inside - or as recommended by dispenser pan manufacturer. Visit our website at www.veeder.com for more information on Veeder-Root products and services. Weatherproof junction box with 1/2-inch N.P.T. threads (16 cubic inch volume minimum). Seal-off sensors\msdissump.eps Incorrect Sensor Correct Fig. 3 Typical Mag Sump Sensor Installation in Containment Sump 6
Position-Sensitive Sensor The sensor is installed in a pan/sump and incorporates a float switch to detect water and/or hydrocarbons. The sensor also alarms if it is moved off the bottom of the pan/sump. Fuel alarm is triggered when liquid reaches a nominal height of 1-1/2 inches. Sensor Out alarm is triggered when sensor is moved off bottom of the pan/sump. Operating temperature range: 0 to +60 C. Storage temperature range: -40 to +70 C. Sensor dimensions: 12 high, 2.2 diameter. Sensor/Cable Length Configurations Position-Sensitive Sensor w/ 12 foot cable - Form Number 794380-323 TLS-350 Series Consoles (except TLS-350J) - Interstitial (Form Number 847490-102) accepts up to 8 sensors (a maximum of 64 sensors could be monitored by the console). TLS-350J Console - 3 sensors max. TLS-300/PC-300 Series Consoles (no Interface Module required) - 8 sensors max. ILS-350 Console - A Two-Wire Module (Form Number 845190-100) accepts up to 4 sensors (a maximum of 16 sensors could be monitored by the console). Version 1 or later (TLS-350 Series/TLS-300 Consoles) All ILS-350 Consoles Unleaded gasoline Leaded gasoline Diesel Kerosene Jet fuel Aviation gasoline 5% methanol/95% unleaded 15% ethanol/85% unleaded Submersible pump Containment sump Sensor Cord grip Weatherproof junction box Seal-off 1/2'' Rigid conduit to console Visit our website at www.veeder.com for more information on Veeder-Root products and services. IMPORTANT! DO NOT MOUNT SENSOR TO FLEXIBLE PRODUCT LINE. sensors\psstpsump.eps Brackets, clamp, etc. from optional Universal sensor mounting kit Product line IMPORTANT! Housing must compress position indicator against bottom of the sump or you will have a 'Sensor Out' alarm. Incorrect Correct Fig. 4 Typical Position-Sensitive Sensor Installation 7
Stand-Alone Dispenser Pan Sensors The Stand-Alone Dispensers immediately shut down AC power to the dispenser when fluid is detected in the dispenser pan. These sensors control and shut down power to the dispenser without the need for additional relays, circuitry, wiring, or consoles. The separate sensor control interface ensures intrinsically-safe integrity in a Class I Division II hazardous area. Two models of Stand-Alone Dispenser Pan sensors are available: Stand-Alone Dispenser Pan Sensor - liquid level detection only (Form Number 847990-001). Discriminating Stand-Alone Dispenser Pan Sensor - separate liquid level detection for hydrocarbons and water (Form Number 847990-002). Non-Discriminating Stand-Alone Dispenser Pan Sensor Dispenser shut down when liquid level reaches a nominal height of 1.5-inch in sensor. Discriminating Stand-Alone dispenser Pan Sensor Dispenser shut down either when hydrocarbon level reaches a nominal height of 0.125-inches in sensor, or when water reaches a nominal height of 6.5-inches in sensor. Operating temperature range: 0 to +70 C (for freezing liquids), -40 to +70 C (for hydrocarbons). Storage temperature range: -40 to +70 C. Controls most manufacturer s dispensers. Connects directly to dispenser wiring. Latching alarm circuitry ensures dispenser can t be restarted until hazardous condition has been corrected. Cable length: 5 feet. Sensor dimensions: 11.6 high, 2.2 diameter. Control Interface dimensions: 9.4 high, 2.2 diameter. Unleaded gasoline Diesel Leaded gasoline Kerosene 5% methanol/95% unleaded Jet fuel 15% ethanol/85% unleaded Aviation gasoline Installation Accessories Universal Sensor Mounting Kit, P/N 330020-012, contains sensor mounting brackets and screws. Visit our website at www.veeder.com for more information on Veeder-Root products and services. Power 120 Vac Neutral Existing conduit 1-1/2" to 3/4" Reducer 3/4" nipple (not supplied) Junction box *Dispenser pan sensor should: 1. Rest in the cup or the lowest point of the dispenser pan. 2. Be positioned so as to be removable by pulling the sensor straight up out of the pan. 3. Be mounted in a true vertical position. To Dispenser Pan Sensor Dispenser Control Interface 2.2" dia x 9.4" high To dispenser Existing conduit 1-1/2" coupling To Dispenser Control Interface Optional Universal Sensor mounting kit Dispenser pan sensor* 2.2" dia. x 13" high Switch point 1.5" from bottom of sensor. sensors/sdpsenap.eps Fig. 5 Typical Interstitial Sensor Install - Fiberglass UST 8
Discriminating Interstitial Sensor for Double-Wall Fiberglass Tanks The Discriminating Interstitial Sensor for double-wall fiberglass tanks uses ultrasonic liquid level sensing technology to detect liquid in the interstitial space of the tank. The sensor also can differentiate between hydrocarbons and other liquids. Hydrocarbons trigger a Fuel Alarm. Liquid other than hydrocarbons trigger a Water Alarm. An open sensor triggers a Sensor Out Alarm. Operating temperature range: -10 to +55 C. Storage temperature range: -40 to +70 C. Sensor dimensions: 4.3 length, 1.5 width, 0.5 thickness. Console Compatibility TLS-350R, PC-350R, TLS-350Plus, and PC-350Plus Consoles Version 2 or later. Type A Interface Module (Form Number 847490-105) accepts up to 8 sensors (a maximum of 64 sensors could be monitored by the console). Unleaded gasoline Diesel Leaded gasoline Kerosene 5% methanol/95% unleaded Jet fuel 15% ethanol/85% unleaded Aviation gasoline Sensor/Cable Length Configuration Discriminating Interstitial Sensor for Fiberglass Tanks with 25-foot cable - Form Number 794380-341 14'' min. dia. manhole 4'' dia. riser Cord grip Seal-off 1/2'' rigid conduit (to Console) Weatherproof junction box with 1/2-inch N.P.T. threads (16 Cubic inch volume minimum) Visit our website at www.veeder.com for more information on Veeder-Root products and services. Sensor Switch must reach bottom of tank Fiberglass tank sensors\dfsenap.eps Fig. 6 Typical Interstitial Sensor Installation - Steel UST 9
Interstitial Sensors for Fiberglass Tanks The Interstitial Sensor for Fiberglass Tanks detects the presence of liquid between the double walls of the tank. The presence of any liquid in the tank s interstitial space triggers a Fuel Alarm. An open sensor triggers a Sensor Out alarm. Operating temperature range: 0 to +70 C (for water), -20 to 70 C (for hydrocarbons). Storage temperature range: -40 to +70 C. Sensor dimensions: 2.2 length, 1.3 width, 0.6 thickness. TLS-350 Series Consoles (except TLS-350J) - Interstitial (Form Number 847490-102) accepts up to 8 sensors (a maximum of 64 sensors could be monitored by the console). TLS-350J Console - 3 sensors max. TLS-300i, PC-300i, TLS-300C, TLS-300J, PC-300C Consoles (no Interface Module required) - 8 sensors max. ILS-350 Console -A Two-Wire Module (Form Number 845190-100) accepts up to 4 sensors (a maximum of 16 sensors could be monitored by the console). Version 1 or later (TLS-350 Series/TLS-300 Consoles) All ILS-350 Consoles Unleaded gasoline Diesel Leaded gasoline Kerosene 5% methanol/95% unleaded Jet fuel 15% ethanol/85% unleaded Aviation gasoline Sensor/Cable Length Configurations Interstitial Sensors for various diameter Fiberglass tanks: 4 to 5-foot dia. tank - Form Number 794390-401 5.4 to 7-foot dia. tank - Form Number 794390-404 7.6 to 9-foot dia. tank - Form Number 794390-407 10 to 12-foot dia. tank - Form Number 794390-409 See Fig. 5 for a typical installation diagram. Visit our website at www.veeder.com for more information on Veeder-Root products and services. 10
Interstitial Sensors for Steel Tanks The Interstitial Sensor for Steel Tanks detects the presence of liquid between the double walls of the tank. The presence of any liquid at a nominal height of 1 inch in the tank s interstitial space triggers a Fuel Alarm. An open sensor triggers a Sensor Out alarm. Operating temperature range: 0 to +70 C (for water), -20 to 70 C (for hydrocarbons). Storage temperature range: -40 to +70 C. Sensor dimensions: 2.5 high, 1.5 diameter. TLS-350 Series Consoles (except TLS-350J) - Interstitial (Form Number 847490-102) accepts up to 8 sensors (a maximum of 64 sensors could be monitored by the console). TLS-350J Console - 3 sensors max. TLS-300i, PC-300i, TLS-300C, TLS-300J, PC-300C Consoles (no Interface Module required) - 8 sensors max. ILS-350 Console -A Two-Wire Module (Form Number 845190-100) accepts up to 4 sensors (a maximum of 16 sensors could be monitored by the console). Version 1 or later (TLS-350 Series/TLS-300 Consoles) All ILS-350 Consoles Unleaded gasoline Diesel Leaded gasoline Kerosene 5% methanol/95% unleaded Jet fuel 15% ethanol/85% unleaded Aviation gasoline Sensor/Cable Length Configurations Interstitial Sensor with 16-foot cable - Form Number 794390-420 Interstitial Sensor with 30-foot cable - Form Number 794390-460 Accessories Riser cap and adaptor kit (2 ) - Kit Number 312020-928 1/2" to 2" Reducer Leader cable 2'' dia. riser Sensor 14'' min. dia. manhole Cord grip Seal-off 1/2'' rigid conduit (to Console) Weatherproof junction box with 1/2-inch N.P.T. threads (16 Cubic inch volume minimum) Steel tank Visit our website at www.veeder.com for more information on Veeder-Root products and services. Sensor Switch must rest on bottom of tank sensors\intsenap.eps Fig. 7 Typical Interstitial MicroSensor Installation - Steel UST 11
MicroSensor The small, solid-state MicroSensor with its stiff, easy to push cable, is designed for liquid detection in any confined space, such as the interstitial space of a steel tank or a fill riser containment. The presence of any liquid in the sensing location triggers a Fuel Alarm. An open sensor triggers a Sensor Out Alarm. Operating temperature range: -32 to +60 C. Storage temperature range: -40 to +70 C. Cable length: 25 feet Sensor dimensions: 0.8 high, 0.4 high, 2.2 long. Compatible Consoles TLS-350Plus, PC-350Plus, TLS-350R, PC-350R Consoles 1/2'' to X'' reducer (x = riser diameter) Minimum riser diameter 1 inch Sensor cable 14'' min. dia. manhole Weatherproof junction box Cord grip Seal-off 1/2-inch rigid conduit (to Console) Type A Interface Module (Form Number 847490-105) accepts up to 8 sensors (a maximum of 64 sensors could be monitored by a console). Version 2 or later. sensors\missenap.eps Steel tank Sensor must rest on bottom of tank Fig. 8 Typical Interstitial MicroSensor Installation - Steel UST Unleaded gasoline Diesel Leaded gasoline Kerosene 5% methanol/95% unleaded Jet fuel 15% ethanol/85% unleaded Aviation gasoline Sensor/Cable Length Configuration MicroSensor with 25-foot cable - Form Number 794380-340. 14'' min. dia. manhole MicroSensor Seal-off Riser 1/2'' rigid conduit (to Console) 1/2'' rigid conduit Weatherproof junction box (16 cubic inch volume minimum) Accessories Riser cap and adaptor kit (2 ) - Kit number 312020-928 Visit our website at www.veeder.com for more information on Veeder-Root products and services. sensors\mrsenap.eps 1'' N.P.T. threads 1'' conduit Steel tank Riser containment Fig. 9 Typ. MicroSensor Installation in Riser Containment - Steel UST 12
Hydrostatic Reservoir Sensor The Hydrostatic Reservoir Sensor accurately detects fluid level change in the reservoir and interstice of a doublewall storage tank. This sensor is available in a dual-point or single-point configuration. The Dual-Point version is ideal for high groundwater areas, and can differentiate between a high level alarm condition and a low level alarm condition. If an inner-wall leak occurs, the brine seeps into the tank triggering a low level alarm, if an outer wall leak occurs, fluid seeps into the interstice triggering a high level alarm. The Single-Point version can be used in low groundwater locations. If an inner-wall leak occurs, the brine seeps into the tank triggering a low level alarm, or if the outer wall leaks, the brine seeps out of the tank interstice triggering a low level alarm. Dual-Point Version - Leak in inner wall triggers a low level alarm - Leak in outer wall triggers a high level alarm in high groundwater areas or a low level alarm in low groundwater areas. An open sensor triggers a Sensor Out alarm. Single-Point Version Leak in inner or outer wall triggers a Fuel alarm in low groundwater areas. An open sensor triggers a Sensor Out alarm. Operating temperature range: -25 to +50 C. Storage temperature range: -40 to +60 C. Operates in salt brine solution of up to 30% CaCl. Cable length: 12 feet Sensor dimensions: Single Point - 6 high, 2.5 diameter; Dual Point - 17.3 high, 2.5 diameter. TLS-350 Series Consoles (except TLS-350J) - Interstitial (Form Number 847490-102) accepts up to 8 sensors (a maximum of 64 sensors could be monitored by the console). TLS-350J Console - 4 sensors max. TLS-300i, PC-300i, TLS-300C, TLS-300J, PC-300C Consoles (no Interface Module required) - 8 sensors max. Version 1 or later (TLS-350 Series/TLS-300 Consoles) 14'' min. dia. manhole Cord grip nut/bushing Sensor Configuration Single-Point Sensor - Form Number 794380-301 Dual-Point Sensor - Form Number 794380-303 Visit our website at www.veeder.com for more information on Veeder-Root products and services. Concrete slab or packed earth per NFPA 80 Dual-point hydrostatic sensor Brine level Riser pipe cap Float Weatherproof junction box Seal-off 1/2'' rigid conduit (to Console) Reservoir Double-wall tank sensors\hssenap.eps Fig. 10 Typical Hydrostatic Dual-Point Sensor Installation 13
Single-Point Mini Hydrostatic Sensor for Double Wall Sumps The Single-Point Mini Hydrostatic sensor accurately detects fluid level change in the interstice reservoir of a double-wall sump. If a leak occurs in the sump interstice, the brine seeps out of the reservoir triggering a low level alarm. A leak in the inner or outer sump wall triggers a Fuel alarm. An open sensor triggers a Sensor Out alarm. Operating temperature Range: -25 C to +50 C. Rests in salt brine solution of up to 30% calcium chloride. Storage Temperature Range: -40 C to + 60 C. Dimensions: 2.5 high, 1.50 diameter Cable length: 8 feet TLS-350 Series Consoles (except TLS-350J) - Interstitial (Form Number 847490-102) accepts up to 8 sensors (a maximum of 64 sensors could be monitored by the console). TLS-350J Console - 4 sensors max. TLS-300i, PC-300i, TLS-300C, TLS-300J, PC-300C Consoles (no Interface Module required) - 8 sensors max. Version 1 or later (TLS-350 Series/TLS-300 Consoles) Sensor and Installation Kit Single-Point Mini Hydrostatic Sensor and install kit for double-wall sumps - P/N 794380-304 Visit our website at www.veeder.com for more information on Veeder-Root products and services. Fig. 1 Typical Single-Point Mini-Hydrostatic Sensor Installation 14
Vapor Sensor The Vapor Sensor detects the presence of hydrocarbon vapors in dry monitoring wells. Hydrocarbon vapor exceeding the programmed threshold triggers a Fuel Alarm. Liquid present in the monitoring well triggers a Water Alarm. An open sensor triggers a Sensor Out alarm. Operating temperature range: -20 to +70 C. Storage temperature range: -40 to +70 C. Sensor dimensions: 4.9 long, 1.1 diameter. Lockable, watertight cap for 4 monitoring wells prevents accidental spills into well. TLS-350 Series Consoles (except TLS-350J) - Vapor (Form Number 847490-102) accepts up to 5 sensors (a maximum of 40 sensors could be monitored by the console). ILS-350 Console -A three-wire Module (Form Number 845190-101) accepts up to 4 sensors (a maximum of 16 sensors could be monitored by the console). Version 1 or later (TLS-350 Series Consoles) All ILS-350 Consoles Unleaded gasoline Diesel Leaded gasoline Kerosene 5% methanol/95% unleaded Jet fuel 15% ethanol/85% unleaded Aviation gasoline Sensor Configuration Vapor Sensor - Form Number 794390-700 Accessories 4-inch cap - Part Number 312020-937 Visit our website at www.veeder.com for more information on Veeder-Root products and services. 14'' min. dia. manhole Cord grip Seal-off Weatherproof junction box with 1/2-inch N.P.T. threads (16 cubic inch volume minimum) Perforated PVC monitoring well housing Vapor sensor 1/2'' rigid conduit (to Console) Suspend vapor sensor 12 inches above highest level reached by water table, if known; or 12 inches above the bottom of the well or any water in the well. sensors\vsenap.eps Fig. 12 Typical Vapor Sensor Installation 15
Groundwater Sensor The Groundwater Sensor detects free hydrocarbon product on the water table in up to 20 feet deep monitoring wells. Hydrocarbons in the C 5 to C 16 range trigger a Fuel Alarm. Sensor detects as little as 0.1 depth of free product on the water table. Water table dropping below sensor triggers a Water Out Alarm. An open sensor triggers a Sensor Out alarm. Operating temperature range: 0 to +40 C. Storage temperature range: -40 to +70 C. Sensor dimensions: 4.9 long, 1.1 diameter. TLS-350 Series Consoles (except TLS-350J) - Vapor (Form Number 847490-102) accepts up to 5 sensors (a maximum of 40 sensors could be monitored by the console). ILS-350 Console -A three-wire Module (Form Number 845190-101) accepts up to 4 sensors (a maximum of 16 sensors could be monitored by the console). Version 1 or later (TLS-350 Series Consoles) All ILS-350 Consoles Unleaded gasoline Diesel Leaded gasoline Kerosene 5% methanol/95% unleaded Jet fuel 15% ethanol/85% unleaded Aviation gasoline Sensor Configurations Groundwater Sensors for various depth wells: 7 to 10-foot wells- Form Number 794380-621 10 to 15-foot wells- Form Number 794380-622 15 to 20-foot wells- Form Number 794380-624 Sensor well cap w/ locking handle 14'' min. dia. manhole Extra sensor length should not exceed 2-feet Sensor Cord grip Seal-off Weatherproof junction box with 1/2-inch N.P.T. threads (16 cubic inch volume minimum) Perforated PVC monitoring well housing 1/2'' rigid conduit (to Console) Visit our website at www.veeder.com for more information on Veeder-Root products and services. Water float Suspend water float 2''- 4'' above bottom of well. NOTE: Water float must be submerged or console will indicate WATER OUT alarm. Fig. 13 Typical Groundwater Sensor Installation sensors\gwsenap.eps 16
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