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3 Tank Preparation

3.1 Probe Placement

The ideal location for a probe is in the

center

of the tank (Figure 3-1).

The  probe  should  be  located  at  least  3  feet  (91.4  cm) from  the  tank  fill
pipe.  If  this  distance  is  less  than  3  feet  (91.4  cm),  the  force  of  the
product  entering  the tank  can  cause the  water float  to  rise  up  the  shaft
of  the  probe.  This  ma

y cause the SiteSentinel® iSite™ to generate a

false high-water alarm. Adjust the drop tube of the fill pipe so that the
product flow is diverted

away

from the probe.

SiteSentinel® iSite™ probes are safe for Class 1, Div 1, Group D
hazardous locations. This includes tanks containing regular, super, diesel

and unleaded gasoline; antifreeze; kerosene; mineral spirits; oxinol,

methanol and methanol blends; motor, torque and transmission oil; and

alcohol. If you have any questions about whether a product is included in

this classification, please contact your product distributor or OPW FMS
distributor. SiteSentinel® iSite™ probes (Model 924A&B, EECO, or AST
7100 flex) must be installed as described in this section. If the minimum or

maximum dimensions specified cannot be met, do not proceed with the

installation.

Figure 3-1 Probe Placement

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Summary of Contents for OPW SiteSentinel iSite

Page 1: ...wglobal com Central Technical Support Number 1 877 OPW TECH 877 679 8324 Calls outside US and Canada 1 708 485 4200 Fax 1 800 421 3297 Hours Monday through Friday 7 00 am to 6 00 pm US CST Part Number M1600 Revision 7 Issue Date 1 15 20 Supersedes 1 9 2015 ...

Page 2: ...above are made expressly in lieu of all other warranties either expressed or implied including without limitation warranties of merchantability and fitness for any particular purpose and of all other obligations or liabilities on OPW Fuel Management Systems part Further OPW Fuel Management Systems neither assumes nor authorizes any other person to assume for it any other liability in connection wi...

Page 3: ...r Unit 11 2 2 Network Connections 12 2 2 1 DHCP and Static IP Connections 12 2 2 2 Direct Connections 13 2 3 Peripheral Connections 14 2 3 1 Petro Net Connections 14 2 3 2 Wireless Connections 14 2 3 3 Ethernet Connections 14 2 4 The VSmart Module 18 2 4 1 VSmart Module Connections 20 2 4 2 VSmart I O Module AC Wiring 20 2 5 Tank Alert Modules 26 2 5 1 Tank Alert Wiring 26 2 6 Internal Printer 28 ...

Page 4: ...tions 37 4 5 3 Installation Procedure 37 4 5 4 Installing Adaptor Float Weight on the Probe 38 4 5 5 Installing the Flex Probe 38 4 5 6 Finishing the Flex Probe Installation 39 4 5 7 Flex Probe Specifications 40 5 Sensors 41 5 1 IntelliSense Technology 41 5 2 Multi drop Installation 41 5 3 Interstitial Level Sensor Float Switch 42 5 4 Single Level Sump Sensor 43 5 4 1 Installation 43 5 5 Universal...

Page 5: ...or 52 5 13 1 Interstitial Sensor Installation 52 5 14 Dual Float Dispenser Sump Sensor 53 5 15 Dual Float STP Sump Sensor 54 5 16 Dual Float Brine Sensors 55 5 16 1 Dual Float Brine Sensor D 10 55 5 16 2 Dual Float Brine Sensor D 20B 56 5 17 Reservoir Sensor Installation 57 5 18 Density Measurement Sensor DMS 58 5 18 1 DMS Installation 59 5 18 2 DMS Configuration 59 5 18 3 Tank Thresholds 62 5 18 ...

Page 6: ... 70 8 5 I O Device Conduits 71 9 Sensor Installation 72 9 1 Introduction 72 9 2 Dry Well Monitoring Single Wall Tank 73 9 3 Wet Well Monitoring Single Wall Tank 75 9 4 No Well Monitoring Double Wall Tank 76 9 5 Double Wall Tank with Well Monitoring 77 10 Probe Cable Seal Offs 79 11 Other System Parameters 80 11 1 VSmart Module Petro Net Addressing 80 12 Installation with Existing OPW EECO Equipmen...

Page 7: ...ary 100 Appendix G Maintenance Functions 120 Use of Maintenance Kit 120 Backup and Restore of Configuration Backup Database 121 Connecting Directly via Crossover Cable 122 Connecting USB Keyboard 122 Appendix H OM4 Output Module for SiteSentinel iSite 123 Codes 124 Hazardous Area Definition 124 Connections 124 Appendix I SiteSentinel and EMCO Sensors without IntelliSense Board 125 Hydrocarbon Liqu...

Page 8: ...l Sensors 131 Hydrocarbon Liquid Sump Sensor 132 Interstitial Optical Liquid Sensor 133 Appendix J Console Boards 134 Appendix K System Functional Testing 137 Appendix L Annual Inspection Checklist 140 Declaration of Conformity 142 Index 144 NOTES 146 ...

Page 9: ...is powered by a lithium battery which may require periodic replacement CAUTION Replacing this battery with an incompatible type may lead to complications including EXPLOSION or FIRE Once removed used batteries must be properly disposed of at a battery recycling center The SiteSentinel iSite Console uses RJ 11 telephone connectors for operation all wires used with these connectors must be 26 AWG or...

Page 10: ...ed Tank Monitoring System This test ensures that leak data generated by the system is accurate and reliable A pressurized precision leak test can be performed on a tank after the probe has been installed but pressure is NOT to exceed 5 psi Most regulatory agencies will accept the ATG tank test as the acceptance test on new tank installations 1 3 Initial Inspection The console Data Sheet which can ...

Page 11: ...n IT professional for assistance The SiteSentinel iSite supports up to 10 simultaneous browser sessions in addition to one session via the integrated LCD touch screen 2 1 1 Blank Door Unit For sites choosing to operate the console via remote connections only a Blank Door option exists When enabled the console s touch screen display will not be activated instead an illuminated push button will be a...

Page 12: ...ce is connected as a result of IP lease expiration Due to its unpredictable nature DHCP is recommended for use only on managed networks in which IP address assignment is carried out against a MAC address under these conditions the SiteSentinel iSite will always be assigned the same IP address as defined on the server table To set up a network connection for the system navigate to the Networking se...

Page 13: ...eck the DHCP configuration Then select Renew IP to renew the console s IP Address Figure 2 3 Automatic Private Addresses will always take the form 169 254 xxx yyy where xxx and yyy may be any numeric value between 1 and 254 specific values will not affect the availability of a connection 4 Once established enter the SiteSentinel iSite console s network IP address as displayed on the System Network...

Page 14: ...iring and seal the enclosures Polarity must be observed for all Petro Net wiring 2 3 2 Wireless Connections Wireless connections can also be used for communications between the VSmart Module and the SiteSentinel iSite console For this type of connection a wireless modem is connected to the VSmart Module and a second modem is wired to the console s RS 485 port For best results the modems should be ...

Page 15: ...Page 15 of 145 www opwglobal com Figure 2 4 Console Connectivity ...

Page 16: ...Page 16 of 145 www opwglobal com Antenna Port Ethernet Ports Modem Ports USB Ports Serial Ports Figure 2 5 Port Connections ...

Page 17: ...Page 17 of 145 www opwglobal com Figure 2 6 Wiring Connections ...

Page 18: ...aximum Per Module Sensors 16 64 128 924B Probes 4 16 32 AST Flex UST 924 EECO 1 2 4 LLD Sensors 3 12 16 Connecting multiple peripheral devices to each channel of the VSmart Module is accomplished by making multi drop daisy chain connections Each type of sensor or probe that is connected to a Module is detected via IntelliSense Technology Up to eight 8 VSmart Modules can be connected to the SiteSen...

Page 19: ...cable from a VSmart Module to each sensor board in the string VSmart Module Specifications Dimensions Width 11 3 28 7 cm Height 5 6 14 2 cm Depth 5 8 14 7 cm Standard Voltage Supply 105 to 265 VAC 50 60 Hz Power Consumption 60 watts maximum Temperature Range 40 F to 158 F 40 C to 70 C Device Capacity See page 18 Probe Cable Requirement Belden 88760 or Alpha 55371 Shielded 2 wire twisted pair Intel...

Page 20: ... 4 2 VSmart I O Module AC Wiring 1 Pull two AC power wires from the circuit breaker to each module you may daisy chain the wires from module to module not to exceed the circuit breaker rating see Figure 2 9 2 Connect the live and neutral power wires to the appropriate terminals in each module 3 Make sure the modules are set for the correct voltages 115 or 230 VAC For VSmart Modules check the decal...

Page 21: ...global com Figure 2 10 Petro Net and A C Wiring To maintain intrinsic safety a separate and completely independent ground connection MUST be run from the I S GND terminal on each VSmart Module directly back to the main panel ...

Page 22: ...Page 22 of 145 www opwglobal com Figure 2 11 Standard Twisted Pair Petro Net Installation ...

Page 23: ...com Figure 2 12 Wireless Petro Net with VSmart in a Building Note 2 It is highly recommended that all wireless Petro Net installations are subjected to a site survey prior to installation to identify potential interference problems ...

Page 24: ...Note 2 It is highly recommended that all wireless Petro Net installations are subjected to a site survey prior to installation to identify potential interference problems Figure 2 13 Wireless Petro Net with VSmart Pole Mounted Outside ...

Page 25: ...Page 25 of 145 www opwglobal com Figure 2 14 Petro Net Over Ethernet Option ...

Page 26: ...onnect wires inside the Tank Alert box follow these instructions see Figure 2 15 1 Connect L1 line voltage to Terminal 4 in Tank Alert 2 Connect Neutral to Terminal 3 in Tank Alert 3 Connect Float 1 Either Common or Normally Open to Terminal 2 in Tank Alert 4 Connect Float 2 Either Common or Normally Open to Terminal 1 in Tank Alert 5 Connect cable from Float 1 to common on one of the internal out...

Page 27: ...Page 27 of 145 www opwglobal com Figure 2 17 Petro Net Conduit Installation Wireless or Ethernet connections can be substituted during Petro Net installation ...

Page 28: ...r Power Supply above the existing power supply 2 Slide printer onto mounting bracket 3 Mount printer and bracket in SiteSentinel iSite Console fixing to four 4 pre drilled holes 4 Connect power cable to 3 connector power plug CN1 on left hand side of power supply board 5 Connect printer power cable to 6 connector plug CN2 on right hand side of board 6 Connect printer ribbon cable to J22 on right h...

Page 29: ...oduct flow is diverted away from the probe SiteSentinel iSite probes are safe for Class 1 Div 1 Group D hazardous locations This includes tanks containing regular super diesel and unleaded gasoline antifreeze kerosene mineral spirits oxinol methanol and methanol blends motor torque and transmission oil and alcohol If you have any questions about whether a product is included in this classification...

Page 30: ...red for probe compensation 2 When using 4 inch 10 2 cm floats install a 4 inch 10 2 cm diameter riser pipe in the fitting This pipe must be 19 to 60 inches 48 3 to 152 4 cm long enough to allow the cable from the probe to reach a weatherproof junction box Adjust accordingly for 2 inch 5 1 cm floats 3 Install a weatherproof junction box near the riser pipe The box must be large enough to accommodat...

Page 31: ...erably opposite ends of the tank see Figure 3 3 The product depth at the deep lower end of the tank is value A The product depth at the shallow higher end is value B The distance between the two measuring points is C The formula for pitch is A B C For example 46 40 120 6 120 0 05 To calculate the product offset measure value D the distance of the probe from the center of the tank The formula for p...

Page 32: ...he product to the water below As a result the tank will have unusually high water measurements and possibly erratic product measurements as the water float interferes with the product float The product float for LPG is not certified for applications in which it will be subjected to pressures at or above 300PSI Pressures higher than 300PSI will damage the device preventing it from providing accurat...

Page 33: ...Page 33 of 145 www opwglobal com ...

Page 34: ...Page 34 of 145 www opwglobal com Figure 4 1 924B Probe Installation ...

Page 35: ...e On devices supplied with 4 inch 10 2 cm floats to avoid build up of static charge do not rub with a dry cloth or clean in any manner that would result in a charge build up Discharge outside of hazardous area before putting into service These devices have not been evaluated for use across a boundary wall The upper housing cover in the top of the enclosure is aluminum Care must be taken to avoid i...

Page 36: ...nts may invalidate probe warranty Figure 4 3 Model 7100V Flex Probe Model 7100V Flex Probe Input Voltage 23 28 VDC Sensor Length Flexible Kynar R1 T1 44 600 111 8 1 524 cm R5 51 600 129 5 1 524 cm Enclosure Material Kynar Rating IP68 Resolution 0 010 0 25 mm Inventory Mode Linearity 0 01 of Full Scale 0 010 0 25 mm whichever is greater Repeatability 0 001 of Full Scale 0 00025 0 64 mm whichever is...

Page 37: ...PT wiring bushing to the tip of the probe OAL inches 1 5 TH x 993 If cable runs to 750 feet 229 m use Belden 88761 If cable runs to 1 000 feet 305 m use Belden 8760 88760 or 8761 Some electrical codes require intrinsically safe wiring to have a blue jacket 4 5 2 Installation Preparations 5 Measure the product level in the tank Keep tank out of service to prevent product level from changing 6 Make ...

Page 38: ...d the bottom of the probe 18 Install the weight retaining pin through the hole in the tip of the probe Figure 4 5 Adaptor Float and Weight Installation 4 5 5 Installing the Flex Probe 19 Position the coiled probe over your shoulder so that the coil is vertical with the float in front of you 20 Feed the weight and floats into the tank opening Be careful not to scratch the probe shaft during the ins...

Page 39: ...nches 45 7 cm max of flex conduit 26 Connect the probe to the cable in the junction box and console as below 27 Verify that the probe is operating correctly at the console 28 Waterproof the probe connections at the junction box with the epoxy seal pack and close the junction box Figure 4 7 Finishing the Flex Probe Installation Figure 4 8 Flex Probe Component Diagram ...

Page 40: ... 100 cm Temp Span 15 38 1 cm 6 7100V R5 433 600 1 099 8 1 524 cm Temp Span 18 45 7 cm 6 Flex Probe Catalog Number Example 7100V030R1XF1L049 7100 Model Number V Flexible PVDF Tube w Male NPT PVDF Connector 2 61 cm Teflon Cable 030 Temperature Span in R1 Number of Thermistors X Standard F1 Number of Floats L048 Overall Length Single RTD Thermistor Location Probe Type Overall Probe Length Thermistor ...

Page 41: ...shooting 5 2 Multi drop Installation With the new VSmart Module you have the ability to multi drop daisy chain the sensors and probes When using this installation method follow the below directions to ensure approved wiring Figure 5 1 and Figure 5 2 Sensors and probes cannot be multi dropped from the same I S Channel Therefore you must run sensors and probes to different channels on the barrier Se...

Page 42: ...e the alarm This technology allows the SiteSentinel iSite and VSmart Module to automatically detect sensor connection sensor type and sensor status will minimize user entry error and identify hardware issues with minimal troubleshooting IntelliSense Board Figure 5 3 Interstitial Level Sensor Float Switch Interstitial Level Sensor Float Switch Specifications Primary Use s Interstitial Area Alternat...

Page 43: ...of cable from VSmart to each sensor board in the string 5 4 1 Installation 1 Check that the sump is dry 2 Position the sensor on the bottom of the sump pan and secure the sensor wire to an existing pipe or bracket with a tie wrap 3 Connect the sensor wires to the field wires in the junction box using the supplied wire nuts 4 Seal the electrical connections with the epoxy seal packs Figure 5 4 Sing...

Page 44: ...e VSmart Module by splicing the sensor wires to the field wires These wires in turn pass through vapor seal offs and enter the VSmart Module 5 Keep track of sensor wiring identity to ensure proper wiring at the VSmart Module Follow all applicable codes 6 Run separate wiring from each sensor to the chain leading to the VSmart Module if using the multi drop connection method otherwise run separate w...

Page 45: ...that the sump is dry 2 Position the sensor approximately 1 2 1 3 cm above the bottom of the sump pan and secure sensor wire to an existing pipe or bracket with a tie wrap 3 Connect the sensor wires to the field wires in the junction box using the supplied wire nuts 4 Seal the electrical connections with the epoxy seal packs Figure 5 6 Liquid Only Float Sensor Liquid Only Float Sensor Specification...

Page 46: ... the string 5 7 1 Installation 1 Check that the dispenser pan is dry 2 Install the bracket with pipe clamp and sensor bracket 3 Position the sensor to touch the bottom of the pan 4 Connect the sensor cable to the sensor and field wiring 5 Seal the electrical connections with the epoxy seal pack 6 Remove the sensor from sump while servicing the pump to prevent activating the sensor with fuel Figure...

Page 47: ...to 70 C Sensor Dimensions Length 21 1 53 6 cm Diameter 2 3 5 8 cm Float Requirements Low 1 5 3 8 cm High 11 27 9 cm Cable Requirements Belden 88760 or Alpha 55371 Maximum Wiring Length 1 000 305 m field wiring Multi Drop Restriction 16 per I S barrier channel 64 per barrier Connections Red Power Black Signal Shield Ground Maximum Wiring Length is the maximum length of cable to be used to connect a...

Page 48: ...Length is the maximum length of cable to be used to connect all sensors on an individual channel This length includes run of cable from VSmart to each sensor board in the string 5 9 1 Installation 1 Check Dry Monitoring Wells for vapors before installing 2 Mount Sensor close to the top above the water level if applicable 3 If sensor is submerged in water it will not function Figure 5 9 Hydrocarbon...

Page 49: ...nsor placement 2 Measure from the sensor tip along the sensor cable the length calculated and mark with tape or marker 3 Position the sensor into the monitoring pipe until the tape mark is even with the top of the pipe 4 The sensor should not touch the bottom of the monitoring tube to prevent false alarms 5 Connect the sensor wires to the field wires in the junction box using the supplied wire nut...

Page 50: ...ble the system will activate the alarm Maximum Wiring Length is the maximum length of cable to be used to connect all sensors on an individual channel This length includes run of cable from VSmart to each sensor board in the string Figure 5 11 Interstitial Hydrocarbon Liquid Sensor with Water Indicator Interstitial Hydrocarbon Liquid Water Sensor Specifications Detects Liquid hydrocarbons water Op...

Page 51: ... Detection of fuel entering the containment area indicating a leak will also result in an alarm condition as will a break in the cable or sensor malfunction Figure 5 12 Hydrocarbon Liquid Sensor with Water Indicator Hydrocarbon Liquid Water Sensor Specifications Primary Use s Monitoring wells Detects Liquid hydrocarbons and water Operating Temperature 40 F to 158 F 40 C to 70 C Dimensions Length 6...

Page 52: ... the VSmart Module by splicing the sensor wires to field wires These wires in turn pass through vapor seal offs and enter the VSmart Module 3 Keep track of sensor wiring identity to ensure proper wiring at the VSmart Module A below grade wiring workbox can be used as a junction box for the splice when wiring underground Follow all applicable codes 4 Run separate wiring from each sensor to the chai...

Page 53: ...Smart to each sensor board in the string Without Belcor inside sensor Figure 5 15 Dual Float Dispenser Sump Sensor Dual Float Dispenser Sump Sensor Specifications Primary Use s Dispenser Pan Sump Alternate Use s STP Sumps Detects Low Liquid High Liquid Fuel Operating Temperature 40 F to 158 F 40 C to 70 C Dimensions Length 11 1 28 2 cm Diameter 2 3 5 8 cm Float Requirements Low 1 5 3 8 cm High 8 2...

Page 54: ... Temperature 40 F to 158 F 40 C to 70 C Dimensions Length 21 1 28 2 cm Diameter 2 3 5 8 cm Float Requirements Low 1 5 3 8 cm High 11 27 9 cm Cable Requirement Belden 88760 or Alpha 55371 Maximum Wiring Length 1 000 305 m field wiring Multi Drop Restriction 16 per I S barrier channel 64 per barrier Connections Red Power Black Signal Shield Ground Maximum Wiring Length is the maximum length of cable...

Page 55: ...ing Length is the maximum length of cable to be used to connect all sensors on an individual channel This length includes run of cable from VSmart to each sensor board in the string Without Belcor inside sensor Figure 5 17 Dual Float Brine Sensor A Dual Float Brine Sensor D 10 Specifications Primary Use s Measure Level of Brine solution Detects Low Liquid High Liquid Operating Temperature 40 F to ...

Page 56: ...he maximum length of cable to be used to connect all sensors on an individual channel This length includes run of cable from VSmart to each sensor board in the string Without Belcor inside sensor Figure 5 18 Dual Float Brine Sensor B Dual Float Brine Sensor D 20B Specifications Primary Use s Measure Level of Brine solution Detects Low Liquid High Liquid Operating Temperature 40 F to 158 F 40 C to ...

Page 57: ...the liquid in the reservoir of a double walled tank Figure 5 19 The sensor has a single float that detects abnormally high or low liquid levels within the reservoir If a leak occurs in either wall of a tank it causes the liquid in the reservoir to rise or fall When liquid reaches the upper or lower limit on the sensor the sensor activates Figure 5 19 Reservoir Sensor Installation ...

Page 58: ...played real time on the console or exported to an external device The readings can be either nominal or temperature corrected density Density Measurement Sensor Materials Nitrophyl Delrin and Stainless Steel spring Resolution 0 00004 g cc Accuracy 0 0025 g cc Density Range 0 6 1 0 g cc Operating Temperature 40 F to 158 F 40 C to 70 C Dimensions Length 11 27 9 cm Diameter 2 5 1 cm Sensors per Barri...

Page 59: ...abel of the Density Sensor s plastic bag which are pre calibrated by the manufacturer 6 Click the Apply button In the SiteSentinel iSite system there are two possible setups with DMS with a single sensor on regular 924B Magnetostrictive Probes or a dedicated density probe with three DMS For the former SiteSentinel iSite will automatically recognize the DMS on the probe during the auto detection pr...

Page 60: ...heck current density readings from the system click Verify Density Device The system will start calculating the density readings and then display the information in the window for verification as shown below Figure 5 21 Current Density Values ...

Page 61: ...Page 61 of 145 www opwglobal com Figure 5 22 In Tank Probe Setup ...

Page 62: ...er may be different 3 Click Verify Density Device Values take the difference of the density results from steps 19 and 20 Density from step 19 minus the density from step 20 4 Go to Tank Setup window in tank probe add the resulting value from step 3 back to the Factor B and then click Apply DO NOT JUST ENTER THE RESULT ALONE The controller will calculate the new density readings The current density...

Page 63: ...le from VSmart to each sensor board in the string Figure 6 1 VLLD Sensor 6 1 1 Prior to Installation Lock out and tag out the STP breaker Completely barricade your work area Adhere to OSHA Confined Space Entry CSE protocol Depressurize the product line Keep plenty of fuel absorbent material in the sump surrounding area LLD sensors may be multi dropped maximum three 3 LLD sensors Cannot be multi dr...

Page 64: ...e to plug 6 Install the sensor in the existing submersible pump line leak detector port Take care not to damage O ring seal a Apply proper thread sealant to the sensor threads b Install into test port and tighten by hand c Using the proper wrench tighten the sensor using the flats below the cap or the hex on top of the sensor Tighten only enough to prevent leakage Do not over tighten 7 Connect the...

Page 65: ...whereas the LIM functions by intercepting this hook signal and communicates via Petro Net with the SiteSentinel iSite requesting the status of the LLD sensor installed in the submersible pump s leak detection port The LIM sends signal to the STP controller to turn the submersible pump ON unless an alarm condition is detected then no signal is sent A HV feedback signal confirms that the submersible...

Page 66: ... Petro Connection 7 1 1 Installation Overview Installation may vary depending on your submersible pump manufacturer therefore installation overview may vary from site to site Figure 7 2 Variable Speed Control Wiring for FE Petro Figure 7 4 Typical FE Petro Wiring Connections ...

Page 67: ...Page 67 of 145 www opwglobal com Typical Red Jacket Connection Figure 7 5 Variable Speed Control Wiring for Red Jacket Figure 7 6 Typical Red Jacket Wiring Connections ...

Page 68: ...e mounting holes provided or use the rubber feet included and place on any flat surface for easy access If possible align the console so the display is easily visible and at a comfortable eye level approximately 5 to 6 feet 1 5 to 1 9 m above ground if mounted on a wall Knockout locations are shown below Figure 8 1 Console Knockouts Figure 8 2 Console Mounting Dimensions ...

Page 69: ...rt Modules require AC power and communication connection to the console Figure 8 3 VSmart Module Knockouts Figure 8 4 VSmart Mounting Dimensions 8 3 Line Interface Module LIM Installation The Line Interface Module must be mounted on a wall using ONLY the mounting tabs provided Knockout locations are shown below LIMs require AC power and communication connection to the console Figure 8 5 LIM Knocko...

Page 70: ...n inch 13 mm conduit from the power knockout in the console to the circuit breaker box Run a corresponding inch 13 mm conduit from the power knockout in each VSmart Module to the circuit breaker box This conduit may also contain Petro Net wiring 8 4 2 RS 232 Communications Conduits If a terminal or PC located more than 6 feet 1 8 m from the console is to be connected conduit must be installed to a...

Page 71: ... 2 5 to 3 3 cm knockout to accommodate conduit for I O device wiring Additional knockouts are provided for power and Petro Net communication wiring conduits To prevent interference all wiring to and from the VSmart Module must be protected by rigid steel conduit Probe and sensor wires must be alone in their conduits DO NOT run the wiring from other manufacturers probes sensors or alarms Figure 8 6...

Page 72: ... soil conditions a person familiar with local conditions and codes should determine the placement of monitoring wells For best results a groundwater survey should also be completed All SiteSentinel iSite sensors are intrinsically safe for use in Class 1 Group D Division 1 and 2 hazardous locations as defined by the National Electrical Code Connect to VSmart Modules using 14 to 18 AWG twisted pair ...

Page 73: ... be used To obtain an adequate sample area the perforated section should be a large part of the well casing s length Place a cap on the bottom of the well casing to prevent dirt entry Backfill dirt around the casing The vapor sensor monitors hydrocarbon vapors A liquid sensor should also be installed and placed lower than the vapor sensor to detect any liquid buildup Though vapor sensors are not d...

Page 74: ...Page 74 of 145 www opwglobal com Figure 9 3 Dry Well Monitoring Single Wall Tank ...

Page 75: ...ource not found shows a typical wet monitoring ell layout for a single wall tank The sensors are placed around the perimeter of the tanks The monitoring wells are dug as close as possible to the tanks or product lines for optimal sensor response Figure 9 4 Wet Wall Monitoring Single Wall Tank ...

Page 76: ...sensors If the outside tank wall develops a leak groundwater enters the interstitial space and the liquid sensor triggers an alarm If the inside wall develops a leak the tank contents enter the interstitial space and both sensors indicate an alarm condition Error Reference source not found shows a typical sensor layout for a double wall tank Figure 9 5 No Well Monitoring Double Wall Tank ...

Page 77: ...round the tank s perimeter Locate wells as close as possible to the tanks or product lines for best sensor response A monitoring well cross section is also shown Manholes are watertight The monitoring well should be at least 2 feet 61 cm deeper than the bottom of the monitored tanks Use 2 inch 5 1 cm or 4 inch 10 2 cm well casing the perforated section should be a large portion of the casing lengt...

Page 78: ...Page 78 of 145 www opwglobal com Figure 9 7 Double Wall Tank with Well Monitoring ...

Page 79: ...uted via rigid steel conduit out of the box and directly to the VSmart Module Label each cable and wire See Figure 10 1 Only OPW probe cables and sensor wiring can share the conduit to the VSmart Modules Improper cables wiring or conduit allow electronic noise to interfere with probe sensor measurements This may cause measurement readings at the console resembling hardware failure The warranty is ...

Page 80: ...system setup A small red rotary switch is located at the top of the PC board inside each module The switch has 10 positions marked 0 to 9 A small arrow on the switch points to the current position Default switch setting is 1 Although the switch has 10 settings only settings 1 8 are valid DO NOT set the switch to either 0 or 9 the module will NOT be recognized by the system Follow these steps to se...

Page 81: ...40 C to 70 C Head Dimensions 2 2 5 6 cm x 7 5 19 1 cm Required Cable 6 1 8 m gas oil resistant cable Sensor Power Supply Must be by provided by OPW s IS barrier Certifications Division I Group D Group IIA Linearity 0 040 1 01 mm over entire length Hysteresis 0 004 0 1 mm Temperature Resolution 0 1 C 1 C VSmart I S Barrier 12V P N 4344 Installation Requires one 1 I S Barrier position per probe Five...

Page 82: ...n Accuracy 0 02ºF 0 01º C 2 34ºF 1 3ºC over a 40ºC to 70ºC 40ºF to 158ºF Intrinsic Safety Hazardous Class I Division 1 Group D Temperature Detection Measurement Methodology Range Five 5 equally spaced RTDs for volumetric measurement STANDARD 4ºF to 158ºF 20ºC to 70ºC X TENDED TEMP 40ºF to 158ºF 40ºC to 70ºC I S Barrier 24 V Barrier Part number 20 4345 Multi Drop Restriction Requires one 1 I S barr...

Page 83: ...r for additional I S barriers is 20 4343 Figure 12 3 SiteSentinel iSite Smart Module Connections Smart Module Specifications Electrical Requirements Standard Voltage Supply Optional Voltage Supply Power Consumption 105 to 125 VAC 60 Hz 220 to 240 VAC 50 Hz 60 W maximum Dimensions Width Height Depth 17 43 2 cm 9 75 24 8 cm Mounting Tabs add 1 2 5 cm top and bottom 5 5 14 cm Key adds 1 5 3 8 cm Moun...

Page 84: ...ting Resin Seal packs They are provided to seal the electrical connections from moisture and water and prevent corrosion of the connections Install one for each cable connection 4 Bend the seal pack until the barrier between the two resins weakens 5 Force the clear and the black resins together and mix thoroughly 6 Move the mixture to one end of pack then clip the other end 7 Insert wires wire nut...

Page 85: ...on Do not mount your system site controller or any other electrical part of the system including printers and modems within or above the defined hazardous areas Figure 13 1 ACR RIM Enclosure inside view Installation Codes Any fuel dispenser is a hazardous area as defined in the National Electrical Code Installation must be in accordance with the following National Electrical Code NFPA No 70 Automo...

Page 86: ...nduit should not be used as ground 3 Circuit Breakers Power to the ACR RIM must be supplied from dedicated circuit breakers No other equipment should be powered from these breakers including the pumps that are monitored passively or controlled actively 13 2 Installation Procedure All dispensers and controller are installed according to manufacturer s specifications and should be tested for proper ...

Page 87: ...ered from a dedicated single circuit breaker Do not use a switch neutral breaker The neutral must come directly from the neutral bus in the electrical supply panel No other neutral circuits may be connected to this wire Pump Communication Conduit and pull two 2 wires from pump distribution box 3 Mount the ACR RIM board on the left side stand offs in the enclosure Figure 13 3 ACR RIM Power Pump Con...

Page 88: ...rd is full wire in series with an existing pump ACR RIM can only support 1 loop Wayne pump installations In the event that the D BOX is full wire in series with one existing pump 6 Gilbarco to be supplied when Gilbarco ACR RIM has been completed 7 Attach cable 20 1586 to connector CN2 as below 1 Green White 2 Green 3 Brown Then run cable from RIM interface to the RS 232 configure for ACR RIM on th...

Page 89: ...abeled which pin is number one see Figure 13 7 Jumper Pins Function Pump Type Gilbarco Wayne J2 1 2 N A OFF J3 1 2 N A ON J4 1 2 N A ON J5 1 2 N A ON J6 1 2 N A ON J7 1 2 RTS CTS Loopback OFF J8 1 2 Loop Mode OFF J9 1 3 Loop Mode ON J10 1 3 Loop Mode Pins 2 3 J11 1 2 ECHO Enabled OFF ON FSC3000 controller OFF NO ON FSC3000 controller J12 1 2 Current Selection ON 45 mA OFF 34mA J14 1 2 3 4 Normal O...

Page 90: ...Page 90 of 145 www opwglobal com Figure 13 7 ACR RIM Jumper Board ...

Page 91: ... 183 cm Diameter Height Tank 195 6 cm 30 B077 89 Probe for 7 213 cm Diameter Height Tank 226 1 cm 30 B089 101 Probe for 8 244 cm Diameter Height Tank 256 5 cm 30 B101 105 Probe for 8 244 cm Diameter Height Double Wall Tank 266 7 cm 30 B105 113 Probe for 9 274 cm Diameter Height Tank 287 0 cm 30 B113 125 Probe for 10 305 cm Diameter Height Tank 317 5 cm 30 B125 137 Probe for 11 335 cm Diameter Heig...

Page 92: ...Normally Closed I O Module Number SiteSentinel iSite Internal Relay Output 1 SiteSentinel iSite Internal Relay Output 2 External Output 1 Position 1 External Output 1 Position 2 External Output 1 Position 3 External Output 1 Position 4 External Output 2 Position 1 External Output 2 Position 2 External Output 2 Position 3 External Output 2 Position 4 External Output 3 Position 1 External Output 3 P...

Page 93: ...ation Internal External OM4 Output Controls External Alarm Dispenser etc Normally Open Normally Closed I O Module Number External Output 3 Position 3 External Output 3 Position 4 External Output 4 Position 1 External Output 4 Position 2 External Output 4 Position 3 External Output 4 Position 4 ...

Page 94: ...Page 94 of 145 www opwglobal com Appendix C Sensor Labels Installed Sensor Labels Description Location e g Sump Sensor Place Label Here Place Label Here ...

Page 95: ...Page 95 of 145 www opwglobal com Appendix C continued Installed Sensor Labels Description Location e g Sump Sensor Place Label Here Place Label Here ...

Page 96: ...www opwglobal com Appendix D 7100V Flex Probe Installation Records 7100V Flex Probe Installation Records Probe Serial Number Probe Part Number Catalog Tank Product in Tank VSmart Module Number 1 8 Barrier Position 0 3 ...

Page 97: ...age 97 of 145 www opwglobal com Appendix D continued 7100V Flex Probe Installation Records Probe Serial Number Probe Part Number Catalog Tank Product in Tank VSmart Module Number 1 8 Barrier Position 0 3 ...

Page 98: ...global com Appendix E Model 924B Probe Installation Records Model 924 Probe Installation Records Probe Serial Number Tank Number Product in Tank VSmart Module Number 1 8 Barrier Position 1 4 Number in chain if applicable 1 4 ...

Page 99: ...of 145 www opwglobal com Appendix E continued Model 924 Probe Installation Records Probe Serial Number Tank Number Product in Tank VSmart Module Number 1 8 Barrier Position 1 4 Number in chain if applicable 1 4 ...

Page 100: ... the sensor s resistance is between the thresholds for the alarm condition N A Water Alarm Occurs when the sensor s resistance is between the thresholds for the alarm condition N A Disconnect Alarm Communication Loss Occurs when the sensor has either been disconnected from the barrier or the sensor fails N A Discriminating STP Sump Sensor 30 0232 DH 20 Magnetostrictive Sump Sensor 30 3233 24 High ...

Page 101: ...are above the threshold of the alarm condition Mag Sump Occurs when the water float is above the threshold for the alarm condition STP Mag N A Low Water Alarm STP Sump Occurs when the lower float is above the threshold of the alarm condition Mag Sump Occurs when the water float is above the threshold for the alarm condition STP Mag N A Disconnect Alarm Communication Loss Occurs when the sensor has...

Page 102: ...n the item is currently unavailable Icon is completely grayed Hydrocarbon Vapor Sensor 30 0235 V Alarm Conditions Occurs when the resistance is above the threshold for the alarm condition N A Disconnect Alarm Communication Loss Occurs when the sensor has been disconnected from the barrier or the sensor fails N A Liquid Only Float Sensor Brass 30 0231 S Alarm Conditions Occurs then the float is abo...

Page 103: ...n is completely grayed Water Alarm Occurs when the resistance is above the threshold for the alarm condition N A Disconnect Alarm Communication Loss Occurs when the sensor has been disconnected from the barrier or the sensor fails N A Interstitial Hydrocarbon Liquid Sensor with Water Indicator 30 0234 HW 01 Hydrocarbon Alarm Occurs when the resistance is above the threshold for the alarm condition...

Page 104: ...32 DH 10 Magnetostrictive Sump Sensor 30 3233 12 High Hydrocarbon Alarm STP Sump Occurs when the upper and lower floats are raised and the resistance is between the thresholds for the alarm condition Mag Sump Occurs when the product HC float is above the threshold for the alarm condition STP Mag N A Low Hydrocarbon Alarm STP Sump Occurs when the lower float is raised and the resistance is between ...

Page 105: ... ended Displayed when the item is currently unavailable Icon is completely grayed Disconnect Alarm Communication Loss Occurs when the sensor has been disconnected from the barrier or the sensor fails N A Disconnect Alarm Communication Loss Occurs when the sensor has been disconnected from the barrier or the sensor fails N A Dual Float Dispenser Sump Sensor 30 0232 D 10 High Level Alarm Occurs when...

Page 106: ...r alarm has been acknowledged and the alarm event has ended Displayed when the item is currently unavailable Icon is completely grayed Dual Float STP Sump Sensor 30 0232 D 20 High Level Alarm Occurs when the upper and lower floats are above the threshold for the alarm condition N A Low Level Alarm Occurs when the bottom float is above the threshold for the alarm condition N A Disconnect Alarm Comm...

Page 107: ...e alarm event has ended Displayed when the item is currently unavailable Icon is completely grayed Low Level Alarm Occurs when the bottom float is below the threshold for the alarm condition N A Disconnect Alarm Communication Loss Occurs when the sensor has been disconnected from the barrier or the sensor fails N A Dual Float Brine Sensor 30 0232 D 20B High Level Alarm Occurs when the upper and lo...

Page 108: ...een acknowledged and the alarm event has ended Displayed when the item is currently unavailable Icon is completely grayed UST Tank Alarms High High Product Alarm Occurs when the product float is above the threshold for the condition N A High Product Alarm Occurs when the product float is above the threshold for the alarm condition N A Low Product Alarm Occurs when the product float is below the th...

Page 109: ...d and the alarm event has ended Displayed when the item is currently unavailable Icon is completely grayed High Water Alarm Occurs when the water float is above the threshold for the alarm condition N A High Temperature Alarm Occurs when the temperature read by the probe is above the threshold for the condition Thermometer filled in red N A Low Temperature Alarm Occurs when the temperature read by...

Page 110: ...d and the alarm event has ended Displayed when the item is currently unavailable Icon is completely grayed High Water Alarm Occurs when the water float is above the threshold for the alarm condition N A High Temperature Alarm Occurs when the temperature read by the probe is above the threshold for the condition Thermometer filled in red N A Low Temperature Alarm Occurs when the temperature read by...

Page 111: ...ed Icon completely gray Occurs after alarm has been acknowledged and the alarm event has ended Displayed when the item is currently unavailable Icon is completely grayed Manifold Tank Alarms High High Product Alarm Occurs when the product float is above the threshold for the condition N A High Product Alarm Occurs when the product float is above the threshold for the alarm condition N A Low Produc...

Page 112: ...reen Icon outlined in blue and triangle is blue Occurs when alarm has ended but has not been acknowledged Icon completely gray Occurs after alarm has been acknowledged and the alarm event has ended Displayed when the item is currently unavailable Icon is completely grayed Delivery Alarms In Progress Unstable Delivery Ended Delivery Alarms Occur when there is an increase in product height over a pe...

Page 113: ...ue with red triangle Occurs when user clicks on alarm in alarm screen Icon outlined in blue and triangle is blue Occurs when alarm has ended but has not been acknowledged Icon completely gray Occurs after alarm has been acknowledged and the alarm event has ended Displayed when the item is currently unavailable Icon is completely grayed Line Leak 02 N A Line Leak 03 N A Communication N A N A Leak A...

Page 114: ...ed with a dotted red line and red triangle Occurs when an alarm condition is seen Icon outlined in blue with red triangle Occurs when user clicks on alarm in alarm screen Icon outlined in blue and triangle is blue Occurs when alarm has ended but has not been acknowledged Icon completely gray Occurs after alarm has been acknowledged and the alarm event has ended Displayed when the item is currently...

Page 115: ...ion like float switch sensors Back Left Used to go back to the previous screen or scroll left Modem Used for communication to and from console via internal modems Fax or Remote Dial In Next Right Used to go to the next page or scroll to the right Serial Used for serial communication for POS and other interfaces Up Used to scroll up USB Used to communicate to external devices such as thumb drives m...

Page 116: ...ilable Icon is completely grayed Add Used to add a new entry to the system Help Used to view the Help section for the current page Cancel Used to cancel the current action Home Used to return to the Home screen Delete Used to delete the current selection from the system Keyboard Used to bring up the on screen keyboard Apply Used to save the current settings to the system Login Logout Used to login...

Page 117: ... Description Normal Alarm Acknowledged Alarm Ended But Not Acknowledged Alarm Condition Ended Part numbers and description that would be associated to the conditions Icon only seen during auto detection process to show sensor type Icon outlined with a dotted red line and red triangle Occurs when an alarm condition is seen Icon outlined in blue with red triangle Occurs when user clicks on alarm in ...

Page 118: ...tate Icon outlined with a dotted red line and red triangle Occurs when alarm condition is seen Icon outlined in blue with red triangle Occurs when user clicks on alarm in alarm screen Icon outlined in blue and triangle is blue Occurs when alarm has ended but has not been acknowledged Icon completely gray Occurs after alarm has been acknowledged and the alarm event has ended Density Meter Alarm UST...

Page 119: ...rocess to show sensor type Icon outlined with a dotted red line and red triangle Occurs when an alarm condition is seen Icon outlined in blue with red triangle Occurs when user clicks on alarm in alarm screen Icon outlined in blue and triangle is blue Occurs when alarm has ended but has not been acknowledged Icon completely gray Occurs after alarm has been acknowledged and the alarm event has ende...

Page 120: ...ntains a file from the factory that will be used to access the Windows side of the console view log files or transfer files to and from the console This key will temporarily shut down the user interface not causing anything to stop running This key should not be used on a regular basis In the event of a system problem that cannot be resolved over the phone users should insert the key into one of t...

Page 121: ...he Restore Configuration button You will be prompted to choose a file for which you want to restore the system with If there are multiple backups all of these files will be displayed Once the file is chosen press Apply and the process of restoration will begin To finalize the restore log out and log back into the system Backing up the configuration will save only the aspects required during the co...

Page 122: ... in order to connect Error Limited or No Connectivity Once the IP address is found and recorded enter this IP address into the address bar on Internet Explorer and press Enter to access the page This will load the login screen for the console Once logged in you will have the same access as if you were pressing the screen on the console Not all Utilities functions are available with a remote connec...

Page 123: ...for the SiteSentinel iSite derives its power from a 12 VAC wall pack source that is supplied with the unit Follow wiring instructions inside the unit for the correct Petro Net communications and power wiring connection instructions See your SiteSentinel iSite Configuration Manual to program the alarms or events and to associate them with the Output Module relays OM4 Output Module DO NOT connect th...

Page 124: ...ach this unit to any devices that are located in the hazardous area Connections Connect all relay field wiring to the appropriate terminal block s See figure on right I O Module Terminal Outputs When installing two or more OM4 Output Module boxes place the address jumpers on the OM4 circuit boards as shown below To do this take off the four nuts securing the aluminum cover and remove it exposing t...

Page 125: ...nment areas It will alert the system if any fuel enters into the containment area which would indicate a leak In the event of a break in the cable the system will activate the alarm Hydrocarbon Liquid Water Sensor Hydrocarbon Liquid Water Sensor Typical Uses Monitoring Wells Substances Detected Hydrocarbon and Water Available Lengths 6 20 1 8 6 1 m Operating Temperature 4 F to 122 F 20 C to 50 C D...

Page 126: ... or any sensor malfunctions the system will activate the alarm Hydrocarbon Vapor Sensor Installation Procedure 1 Check Dry Monitoring Wells for vapors before installing 2 Mount Sensor close to the top above the water level if applicable 3 If sensor is submerged in water it will not function Maximum Wiring Length is the maximum length of cable to be used to connect all sensors on an individual chan...

Page 127: ... can be used to monitor wet wells to ensure that a liquid is normally present In the event of a break in the cable the system will activate the alarm Combo Single Level Hydrocarbon Liquid Sump Sensor Maximum Wiring Length is the maximum length of cable to be used to connect all sensors on an individual channel The length includes run of cable from VSmart to each sensor board in the string Combo Si...

Page 128: ...ositioned at any desired height to activate in the presence of liquid Combo Dual Level Hydrocarbon Liquid Sump Sensor Combo Dual Level Hydrocarbon Liquid Sump Sensor Substances Detected Liquid Hydrocarbon and Water Operating Temperature 4 F to 122 F 20 C to 50 C Dimensions 30 3221 2 30 3219 12 2 4 x 14 6 cm x 35 6 cm 1 7 x 13 2 4 4 cm x 33 5 cm Required Cable 12 3 6 m of gas and oil resistant cabl...

Page 129: ...n the presence of liquid In the event of a break in the cable the system will activate the alarm Single Level Sump Sensor Single Level Sump Sensor Substance Detected Liquid Operating Temperature 4 F to 122 F 20 C to 50 C Dimensions 2 9 x 3 7 7 4 cm x 9 5 cm Required Cable 15 4 6 m of gas and oil resistant cable Maximum Wiring Length 1 000 305 m Multi Drop Restriction 1 per channel Connections Red ...

Page 130: ...eas such as dispenser containment pans that are normally dry and will give a low level warning followed by a high level alarm In the event of a break in the cable the system will activate the alarm Dual Level Reservoir Sensor Dual Level Reservoir Sensor Substance Detected Liquid Operating Temperature 4 F to 122 F 20 C to 50 C Dimensions 2 4 x 14 6 cm x 35 6 cm Required Cable 15 4 6 m gas and oil r...

Page 131: ...k has occurred In combination with a vapor sensor this sensor can be used to monitor wet wells to ensure that a liquid is normally present In the event of a break in the cable the system will activate the alarm Interstitial Level Sensor Interstitial Level Sensor Substance Detected Liquid Operating Temperature 4 F to 122 F 20 C to 50 C Dimensions 30 3221 1A 1 3 x 3 9 3 4 cm x 10 cm 30 3219 1B 1 4 x...

Page 132: ...cable the system will activate the alarm Hydrocarbon Liquid Sump Sensor Hydrocarbon Liquid Sump Sensor Substance Detected Liquid Hydrocarbon Operating Temperature 4 F to 122 F 20 C to 50 C Dimensions 1 7 x 31 2 4 4 cm x 33 5 cm Required Cable 12 3 6 m gas and oil resistant cable Maximum Wiring Length 1000 305 m Nominal resistance uncontaminated 1K 5K ohms Nominal resistance contaminated 30K 200K o...

Page 133: ...nd hydrocarbon liquid In the event of a break in the cable the system will activate the alarm Interstitial Optical Liquid Sensor Interstitial Optical Liquid Sensor Substance Detected Liquid Operating Temperature 4 F to 122 F 20 C to 50 C Dimensions 0 7 x 2 8 1 8 cm x 7 cm Required Cable 20 6 m gas and oil resistant cable Maximum Wiring Length 1 000 305 m Multi Drop Restriction 1 per channel Connec...

Page 134: ...ition 1 on VSmart Ethernet Port x2 COM 10 Internal Modem Port COM 11 Internal Modem Port COM 12 Internal Modem Port USB Flash Card Socket Serial Printer External Inputs RS 232 Ports www opwglobal com COM 4 COM 3 COM 2 COM 1 COM 6 Port COM 5 RS 485 Petro Net Port Output Relays 1 2 Backup Battery Port Light Buzzer Alarm Silence ...

Page 135: ...ress 1 8 only Normal Operation Reset Button 0 and 9 used for factory test Barrier 1 Channels 1 4 Barrier 2 Channels 5 8 COM LEDs 1 Top Status LED 2 ON when collecting data from flex probe or other analog device 3 Not Used 4 Not Used 5 ON flickering fast when running ...

Page 136: ...Page 136 of 145 www opwglobal com Disc Activity LED Reset Button External VGA Port PS2 Port External Port Ethernet Activity LEDs ...

Page 137: ...ged pump power Have appropriate approved container and spill containment material on hand Individually install calibrated 3 GPH leak generating apparatus into each piping system and into approved container Re energize submerged pump power authorizes and cycles power to submerged pump relay b All test indicates alarm for and shuts down appropriate submerged pump Yes No N A i Observe Lockout Tagout ...

Page 138: ...e last function performed for checklist verification i All event History printed and reviewed for proper operation and verification Yes No 5 Attach all required printouts and reports 6 Document all No answers actions taken to correct those items and or comments ...

Page 139: ... must be performed by an OPW Fuel Management Systems Authorized Service Contractor The compilation of this checklist and any subsequent work or parts required to address any non conformity is the sole responsibility of the equipment owner As an OPW Fuel Management Systems Authorized Service Contractor I certify the above information and data is correct Technician s Name Print Signature Company Nam...

Page 140: ...no recurring leak alarms Verify in tank leak detection tests are being completed if used for leak detection Verify correct setup parameters for electronic line leak detector if present Verify piping leak detection tests are being completed if used for leak detection Interstitial Monitoring Tank interstitial access is present Dry tank sensor tested and functional replaced at bottom of tank Wet tank...

Page 141: ...ify the appropriate person Soil Vapor Monitoring Sensing device calibrated and tested Groundwater Monitoring Sensing device tested Electronic Line Leak Detection Verify that no line sensors have been disabled and electrically by passed Evaluate the leak test history for information indicating that the system is successfully performing the desired tests Evaluate the alarm history for a pattern of l...

Page 142: ...Page 142 of 145 www opwglobal com Declaration of Conformity ...

Page 143: ...Page 143 of 145 www opwglobal com ...

Page 144: ... Dual Float Dispenser Sump Sensor 52 Dual Float STP Sump Sensor 53 Ethernet Connection 14 Flex Probe 32 35 36 37 38 39 95 96 hazardous area 10 Hazardous Areas 84 Hydrocarbon Liquid with Water Indicator 50 Hydrocarbon Vapor Sensor 47 125 I O and VSmart module installation 68 I O Device Conduit 70 I O Module 20 79 Initial Inspection 10 Installation Codes 84 Installation Procedure 58 Installer Safety...

Page 145: ...OBE WIRING 20 RIM 84 85 86 87 88 RS 485 11 14 Sensors 40 Single Level Sump Sensor 42 Single Wall Tank Dry Well Monitoring 72 Single Wall Tank Wet Well Monitoring 74 SITE SURVEY 14 Smart Module 19 20 82 100 Static IP 12 Sump Sensor Installation 43 System Overview 11 Tank Alert Modules 26 Tank Preparation 29 Tank Thresholds 61 Universal Sump Sensor 43 VSmart Module 18 19 20 34 43 51 69 71 78 79 Wate...

Page 146: ...Page 146 of 145 www opwglobal com NOTES ...

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