What to do if dinacell Accessories show Err1?
If Err1 is displayed along with the faulty sensor number (Se-1, Se-2, etc.), it indicates that the load cell is not properly connected, or its cable is damaged. Check the connection of the sensor that is indicated.
What to do if dinacell OMEGA display a positive overflow?
A positive overflow indicates that the load cell is holding a higher load than its nominal value. To resolve this, replace the load cell with one that has a higher nominal load and recalibrate it.
What to do if dinacell OMEGA Accessories display a negative overflow?
A negative overflow means the load cell is giving a signal that is too high negative. To fix this, check the load cell connection and ensure there is no negative charge. Recalibration may be necessary.
What to do if dinacell OMEGA lose data in memory?
If there is a loss of data in memory, the unit must be reset to its default values. Note that when this error occurs, relays will change to the OPEN state.
General| Brand | dinacell |
|---|---|
| Model | OMEGA Series |
| Category | Accessories |
| Language | English |
Details the unit's display and functions of its control buttons.
Accessing and viewing unit identification data, versions, and system status information.
Procedure for setting the zero point with an empty elevator.
Process for adjusting the unit with a known weight in the cabin.
Setting the load cell's nominal sensitivity value for calibration.
Defining parameters for Full Load, Over Load, Empty Load, and Rope Tension alarms.
Setting the operational mode (make or break) for alarm output relays.
Introduction to new software-based chain compensation features.
Adjusting parameters like compensation type, max value, and timing.
Configuring compensation using hold signal for chain weight differences.
Configuring compensation using an auxiliary sensor for real-time chain weight.
Preventing load measurement during elevator movement via an input signal.
Output options for displaying load information on an external cabin display.
Setting analog output ranges (0-10V, 4-20mA) based on load values.
Setting Node ID, Baud Rate, and detecting weight changes for CanOpen communication.
Table detailing error messages and corresponding troubleshooting steps.
Procedure to reset the unit to its default factory configuration.
Connecting to smartphones via Wi-Fi for calibration and data access.
Steps for updating the unit's firmware using a USB flash drive.
Using specific tools and software to monitor and adjust rope tensions.
Using an assistant tool to guide precise load adjustments for each rope.
Step-by-step instructions for basic system setup and parameter configuration.
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