To Next PageTo Next Page
Need help?Do you have a question about the Dover OPW SiteSentinel iSite and is the answer not in the manual?
General| Protocols | Modbus, TCP/IP |
|---|---|
| Power | 100-240 VAC, 50/60 Hz |
| Tank Capacity | Up to 16 tanks |
| Enclosure Rating | NEMA 4X |
| Category | Automatic Tank Gauge |
| Manufacturer | OPW |
| Communication | Ethernet |
| Display | 7-inch color touchscreen |
| Sensor Support | Multiple sensor types |
| Measurement Range | Depends on sensor type |
| Accuracy | Depends on sensor type |
| Resolution | Depends on sensor type |
| Output Signal | Digital |
Specifies terms of sale, installation, and liability for OPW Fuel Management Systems' products.
Details safety requirements and adherence to codes for installers of the system.
Explains the importance and procedure for performing a precision leak test before system installation.
Advises on inspecting packaging materials and checking system data sheets for damage or details.
Describes how to monitor manifolded tanks, requiring a probe for each tank connected to the VSmart Module.
Details the console's monitoring capacity, connectivity options, and operational modes.
Discusses methods for establishing network connections for the system, including DHCP and Static IP.
Covers various peripheral connection types, including Petro-Net, Wireless, and Ethernet.
Describes the VSmart Module, its role in connecting devices, and its capacity for peripherals.
Explains the Tank Alert module's function for triggering overfill alarms with an audible buzzer and external light.
Describes the optional internal thermal printer for generating reports from the console.
Details the ideal location for probe installation in a tank to ensure accurate readings and avoid false alarms.
Provides instructions for installing probes in underground tanks, including manhole, riser pipe, and junction box setup.
Explains how to calculate product offset for probes in pitched tanks using measurements and a formula.
Describes the installation of modified adaptor collars and riser caps required for each probe.
Discusses the three types of floats (Product, Water for Diesel, Water for Gasoline) and their proper use.
Introduces the 924B Probe, its features, multi-drop capability, and safety conditions.
Describes the 7100V Flex Probe for above-ground tanks, its technology, and installation requirements.
Details the entire process of installing Flex Probes, including length determination and preparation.
Explains IntelliSense™ technology for automatic sensor detection, type identification, and status monitoring.
Describes the multi-drop wiring method for connecting multiple sensors and probes to a single channel.
Details the Interstitial Level Sensor used in double-walled tanks to detect liquid presence in interstitial areas.
Describes the Single-Level Sump Sensor for detecting liquid in sumps and dispenser pans.
Describes the Hydrocarbon Vapor Sensor for detecting vapors in dry monitoring wells, indicating potential leaks.
Explains the installation of Interstitial Sensors in retaining walls, annular spaces, manways, trenches, or sumps.
Describes the DMS for measuring fuel density, providing real-time reports and temperature correction.
Details the VLLD sensor for detecting leaks in pressurized product piping by monitoring flow.
Lists safety precautions and procedures to follow before installing the VLLD sensor.
Provides step-by-step instructions for installing the VLLD sensor, including thread sealant and connections.
Provides a general overview of LIM installation, noting potential variations based on submersible pump manufacturer.
Details how to mount the SiteSentinel® iSite™ console on a wall or flat surface for optimal visibility.
Describes mounting requirements for VSmart Modules on walls using provided tabs and connecting AC power.
Outlines wall mounting for Line Interface Modules using tabs and connecting AC power.
Details conduit requirements for probe and sensor wiring, including size and number based on quantity.
Covers conduit requirements for I/O devices, emphasizing rigid steel conduit and separate runs for probes/sensors.
Introduces sensor installation, stressing adherence to applicable codes and regulations.
Describes the layout and sensor placement for dry-well monitoring in single-wall tanks.
Details the sensor placement for wet-well monitoring in single-wall tanks around the tank perimeter.
Explains sensor placement in the interstitial space of double-wall tanks for leak detection.
Describes monitoring wells used with double-wall tanks when the local water table reaches tank level.
Details how to assign unique identification numbers to VSmart and I/O modules for system configuration.
Describes the Model 924A Probe, its technology, and its use in underground tanks for inventory and leak detection.
Details the Model EECO Probe, its magnetostrictive technology, and application in underground storage tanks.
Explains the Smart Module's function in gathering probe and sensor data and its connection capabilities.
Provides critical instructions for sealing electrical connections in junction boxes to prevent wire corrosion.
Covers pre-installation checks including enclosure mounting, grounding, and circuit breakers.
Outlines the general installation procedure for dispensers and controllers, including tank gauge and ACR/RIM connections.
Details the physical installation of the ACR/RIM enclosure, conduit wiring, and board mounting.
Explains how to set jumpers on the ACR/RIM board to match the connected pump type for proper operation.
Defines the icons for Normal, Alarm, Acknowledged, and other states for different sensor types.
Explains icons for UST Tank Alarms like High-High Product, High Product, Low Product, and High-High Water.
Explains icons for System Alarms: Line Leak .02, Line Leak .03, Communication, Leak Alarms, Reconciliation, System, and Subsystem.
Explains icons for communication ports like Other Sensors, Modem, Serial, USB, Wireless, and LAN/WAN.
Defines miscellaneous icons like Add, Cancel, Delete, Apply, Edit, Print, Help, Home, Keyboard, Login/Logout, and Settings.
Details the components of the maintenance kit and their use for system troubleshooting and file management.
Guides users on backing up and restoring system configuration and event history data.
