Need help?Do you have a question about the Dover OPW 88 Series and is the answer not in the manual?
General| Model | OPW 88 Series |
|---|---|
| Category | Measuring Instruments |
| Manufacturer | Dover |
| Operating Pressure | Up to 50 PSI |
| Application | Fuel dispensing measurement |
| Materials | Aluminum, Stainless Steel |
| Weight | Varies by model |
| Compatibility | Various fuels and solvents |
| Display | Digital display |
| Environmental Rating | Weatherproof |
Details the mains voltage, current, frequency, and power consumption.
Describes sensor, ground verification, truck comms, and secondary input terminals.
Details permit relay, auxiliary 1, and auxiliary 2 relay outputs.
Specifies operating and storage temperature ranges and environmental limits.
Explains the difference between two-wire and five-wire sensors.
Covers sensor principles, connections, and ground verification methods.
Details communication compatibility with various OPW overfill sensors.
Describes the primary function and self-test process of the rack monitor.
Explains the function of the normally open permit relay.
Describes the usage and functionality of auxiliary relays.
Details the functions and remarks for each dipswitch.
Explains how faults are indicated on the display and rear view.
Describes the system's behavior after power-up and during normal use.
Details internal and external environmental specifications for function keys.
Explains the procedure for using the blue function key for bypassing.
Describes how the bypass function handles multiple errors.
Details the usage of the red function key for critical bypass scenarios.
Information on the safe disposal of the device according to WEEE directive.
Outlines the normal completion scenarios for a loading cycle.
Illustrates a loading cycle scenario with 2-wire sensors and indicators.
Illustrates a loading cycle scenario with 5-wire sensors and limitations.
Explains icons used on the display for clarity and error codes.
Describes the automatic sensor type and compliance detection process.
Covers emulation and protocols for data exchange.
Defines the structure of messages for the Civacon protocol.
Lists the operational commands and their definitions.
Covers physical interface and register definitions for Modbus communication.
Lists and describes various Modbus registers for rack and sensor status.
Explains how the rack serial number is stored in registers.
Details storage of vehicle ID, family code, and CRC in registers.
Describes registers for individual probe status and states.
Lists status flags for rack status and their meanings.
Details registers for channel status and their corresponding states.
Explains how date and time are stored in UNIX format.
Lists essential checks to perform during maintenance.
Discusses common problems encountered during loading operations.
Covers issues related to hardware wear, dirt, and connections.
To Next Page
