What to do if my Dale Power Solutions UPS beeps twice and shows 'output overload'?
If the buzzer beeps twice every second and the LCD shows 'output overload' on your Dale Power Solutions UPS, it means the UPS is overloaded. You should reduce the load on the UPS.
Why won't my Dale Power Solutions UPS start after pressing the ON button?
If your Dale Power Solutions UPS doesn’t start when you press the ON button, it could be due to a couple of reasons. First, you might not be pressing the ON button long enough; try pressing and holding it for 1 second. Second, it could be due to overload. Try disconnecting all loads and restarting the UPS.
What to do if the Dale Power Solutions E2010 UPS shows 'battery fault'?
If the fault indicator is on and the LCD displays 'battery fault' on your Dale Power Solutions UPS, it could be due to several reasons: * The battery circuit breaker might be off or poorly connected. Switch on the breaker and check the battery connections. * The battery connection might be reversed. Check the battery polarity. * The battery might be defective. In that case, contact your distributor to replace the battery.
Why does my Dale Power Solutions E2010 have abnormal backup time?
If you are experiencing abnormal backup time with your Dale Power Solutions UPS, it could be due to a couple of reasons: 1. The battery might not be fully charged. To solve this, charge the battery for 8 hours when AC is normal, then re-test the backup time. 2. The battery might be defective. If this is the case, contact your distributor to replace the battery.
Why is my Dale Power Solutions UPS in battery mode when AC is normal?
If the AC is normal but the AC indicator is off, and your Dale Power Solutions UPS is in battery mode, it could be due to: 1. The input circuit breaker being off. Switch on the input breaker. 2. An input power connection problem. Check the connection and redo.
What does it mean when my Dale Power Solutions E2010 UPS displays 'output short circuit'?
If you hear long beeps, the fault indicator is on, and the LCD displays 'output short circuit' on your Dale Power Solutions UPS, it indicates an output short circuit. Remove the short circuit and restart the UPS.
Why is the AC indicator flashing on my Dale Power Solutions UPS?
If the AC indicator is flashing on your Dale Power Solutions UPS, it means the input AC is beyond the normal range. Monitor the backup time if the UPS is in battery mode.
How to troubleshoot a Dale Power Solutions E2010 UPS with a blank LCD?
If the LCD is off and there is no self-diagnosis on your Dale Power Solutions UPS, it could be due to: 1. Absent input power. 2. Low input power. Use a multimeter to check whether the input voltage is normal.
What to do if Dale Power Solutions E2010 UPS switches to bypass mode and beeps?
If your Dale Power Solutions UPS emits long beeps, the fault indicator is on, and the UPS switches to bypass mode, it indicates the UPS is too hot. Check for an over temperature warning in the status menu, ensure there is airflow from the fans and no airflow blockages. Wait until the UPS has cooled down and try to restart it.
What to do if my Dale Power Solutions UPS has no output?
If there is no alarm but no output from your Dale Power Solutions UPS, it could be due to an output connection problem. Check the connection and redo.
Product for commercial/industrial applications, C2 UPS. May cause radio interference in residential environments.
Alerts to important safety information for installation, operation, and maintenance.
Provides AC backup power for computer centres, network management centres, and telecommunication systems.
Lists available E200 series models and their battery location options (internal/external).
Guidelines for UPS placement, ventilation, and temperature to ensure optimal performance and battery life.
Instructions for selecting circuit breakers, cables, and making correct electrical connections.
Default mode where load is supplied via inverter; battery is trickle charged.
Load supplied directly from mains; battery charged. Switches on overload or fault.
Load supplied from battery via inverter during mains failure or out-of-range input.
Load supplied via bypass for higher efficiency; slower transfer than on-line mode.
Settings related to user preferences like display backlight timeout and brightness.
System configuration parameters like voltage, frequency, and operating modes.
Configuration options for parallel UPS operation, including ID and redundancy.
Battery care, external replacement, status checks, and function checks for optimal battery life.
Fan operation, visual checks for ventilation, and overall UPS status monitoring.
Connecting UPS via RS232 for monitoring power status, alarms, and running parameters.
Basic monitoring and control via dry contacts on the rear DB9 socket.
Synchronizing the output of two separate paralleled systems.
Wiring details for dry contact signals, including voltage supply and functions.
Detailed electrical parameters including input, battery, and output specifications.
Output performance metrics, switch times, overload handling, and efficiency ratings.
Compliance standards, isolation resistance, voltage, EMC ratings, and reliability metrics.
Tables detailing running status codes and general status alarm codes.
Detailed tables for Alarm A and Alarm B fault conditions and their causes.
Continued Alarm B section and tables for input/output related alarms.
General| Topology | Line Interactive |
|---|---|
| Operating Temperature | 0 - 40°C |
| Storage Temperature | -15 - 45°C |
| Input Voltage | 230 VAC |
| Output Voltage | 230 V |
| Frequency Range | 50/60 Hz |
| Transfer Time | 4 - 8 ms |
| Communication Interface | USB |
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