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General| Magnetic Input Frequency | 10, 000 Hz (max) |
|---|---|
| Digital Inputs | 6 |
| Display | LCD |
| Input Voltage | 8 to 35 V DC |
| DC Supply | 8 to 35 V DC |
| Cranking Dropouts | 0 V for 50 ms |
| Start Relay Output | 10A |
| Fuel Relay Output | 10A |
| Operating Temperature Range | -30 °C to +70 °C |
| Protection Rating | IP65 (front) |
| Communication | RS232 |
| Analog Inputs | 3 |
Details the sequence for starting and operating the generator in automatic mode.
Explains the procedure for manual control of generator functions.
Describes non-critical alarm conditions that alert the operator to undesirable situations.
Pre-warns the operator of potentially more serious alarm conditions before a shutdown occurs.
Alerts the operator to generator output current exceeding a pre-set trip level.
Details latching conditions that stop the generator and require alarm clearance.
Describes shutdown initiated by prolonged generator high current conditions.
Defines electrical trip conditions that stop the generator in a controlled manner.
Illustrates various screens shown on the LCD, including status, instrument, alarm, and event displays.
Explains how to manually scroll and view different operational parameters, including instrument page content and selection.
Details how to access and view the log of the last 30 shutdown and electrical trip alarms.
Describes how user-configurable LEDs can indicate various system functions and states.
Explains the function of the front panel buttons for operation and mode selection.
Details the process of entering a PIN to access and modify module configuration settings.
Provides instructions on how to adjust parameter values using the front panel editor.
Lists parameters adjustable via the main configuration editor, covering input settings, timers, generator, and engine.
Lists parameters adjustable via the application editor, covering application-specific settings.
Guides the user on setting the module's date and time via the front panel configuration editor.
Specifies the required panel cut-out dimensions and maximum panel thickness for installation.
Details the physical dimensions of the module for installation planning.
Provides guidelines for operating temperature range and ventilation requirements.
Diagram showing the layout and identification of controls on the front panel.
Diagram showing the layout and identification of connectors on the rear panel.
Details the pinout, cable size, and notes for the 8-way Plug A connector.
Details the pinout, cable size, and notes for the 11-way Plug B connector.
Details the pinout, cable size, and notes for the 3-way Plug C connector, used for CAN communication.
Details the pinout, cable size, and notes for the optional 4-way Plug D connector, used for RS485.
Details the pinout, cable size, and notes for the 4-way Plug F connector, used for generator voltage sensing.
Details the pinout, cable size, and notes for the 5-way Plug G connector, used for current transformer connections.
Details the pinout, cable size, and notes for the 4-way Plug H connector, used for sender inputs.
Describes the 8-way connector for PC communication via the 810 interface for configuration.
Details the connector for relay or LED expansion modules.
Provides detailed functional descriptions for each connector on the rear of the module.
Lists essential checks before starting the system for the first time.
Details wiring configurations for different AC system types, beyond the default 3-phase, 4-wire.
Identifies push buttons, status units, and LED indicators used on the module's interface.
Presents typical curves for delayed over-current protection settings.
Provides guidance on wiring oil pressure, coolant temperature, and fuel level senders.
Explains the module's CAN interface for receiving engine data from compliant controllers.
Describes options for expanding the module's relay or LED outputs with external modules.
Details methods for increasing the number of monitored inputs available to the module.
Covers connections for PC, modem, and RS485 communication with the module.
Explains IP (Ingress Protection) ratings for enclosure protection against solids and water.
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