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General| Brand | Curtis |
|---|---|
| Model | Acuity 1030 |
| Category | Measuring Instruments |
| Language | English |
Lists the components of the Acuity Battery Monitoring System, including module, software, and dongle.
Highlights the system's capabilities like accurate SOC calculation, witness data, and CANbus integration.
Explains the Acuity's compliance with CANopen standards for communication and integration.
Details how to locate and secure the Acuity module on the battery using acid-resistant tie wraps.
Explains connecting power (B+/B-) and temperature sensor using 5/16" ring terminals.
Describes the correct polarity-sensitive orientation and mounting of the current sensor for accurate readings.
Explains CAN connector types, acid resistance considerations, and termination resistors for bus setup.
Details the steps to connect the Acuity to a PC using the Peak USB-to-CAN dongle and harness.
Explains how to set up communication via the COMM tab, selecting dongle, baud rate, and Node ID.
Guides users through setting battery-specific parameters using the Config tab and various configuration methods.
Describes how to view and record instantaneous battery performance data using the Power Prover screen.
Explains how to retrieve, view, and manage historical battery data using the Historical Data screen.
Details the process of re-programming the Acuity with updated firmware using the Program screen.
Describes the CANopen minimum state machine with its four defined states: Initialization, Pre-Operational, Operational, and Stopped.
Covers selectable baud rates and the role of node addresses in CANopen communication.
Details standard CANopen message types, identifiers, and the function of NMT messages for state control.
Explains the purpose and data content of periodic heartbeat messages sent by the Acuity.
Details the structure and content of SDO messages sent from the master to the Acuity for parameter access.
Covers SDO response messages from the Acuity, error handling, and the three main types of SDO objects.
Defines key device parameters accessible via SDOs, including voltage, profile, ID, discharge, and efficiency settings.
Guides on setting configurable parameters using keywords and the STOR command for non-volatile storage.
Explains the specific SDO object used to reset the battery's State of Charge to 100%.
Explains the generation, storage, and retrieval of historical records from the Acuity.
Details the format of historical records, parameter allocation, and the 4-byte data retrieval method.
Outlines the steps to find specific historical record numbers and retrieve detailed data using SDO commands.
Details operating voltage, isolation, temperature range, humidity, protection, vibration, shock, and chemical resistance.
Covers emission, immunity, ESD standards, and UL recognition status for the device.
