What does it mean if my Siel SAFEPOWER EVO-HF 200 displays L01, L10, L38, L39, L40, or L41?
If the Siel UPS display shows one or more of the following codes: L01, L10, L38, L39, L40, L41, it indicates a malfunction of the temperature sensor or UPS cooling system, main auxiliary power, or static bypass switch. Activate manual bypass (SWMB), switch off and re-start the UPS. Exclude manual bypass.
What to do if my Siel SAFEPOWER EVO-HF 200 UPS shows A39, A40 and the replace batteries LED is on?
If the Siel UPS display shows one or more of the following codes: A39, A40 and the red "REPLACE BATTERIES" LED is on, this indicates that the batteries have not passed their periodic efficiency test. It is advisable to replace the UPS batteries, as they may no longer maintain the load for a sufficient time. This replacement should be performed by qualified personnel.
What does it mean when my Siel UPS shows error codes A22, A23, A24, F23, L23, L24, L25?
If the Siel UPS display shows one or more of the following codes: A22, A23, A24, F23, L23, L24, L25, it means that the load applied to the UPS is too high. Reduce the load to within the threshold of 100%, or the user threshold in the case of codes A22, A23, and A24.
Why does my Siel SAFEPOWER EVO-HF 200 display F34, L34, L35, or L36?
If the Siel UPS display shows one or more of the following codes: F34, L34, L35, L36, it could be due to several reasons: the ambient temperature exceeding 40°C, heat sources near the UPS, or obstructed ventilation slits. Activate manual bypass (SWMB) without switching off the UPS to allow the fans to cool the dissipator more quickly. Remove the cause of the over-temperature and wait for the dissipator temperature to lower. Then, exclude manual bypass. Alternatively, the temperature sensor or UPS cooling system may be malfunctioning. In this case, insert manual bypass (SWMB) without switching off the UPS so that fans can cool the dissipator more quickly. Wait for the dissipator temperature to lower. Switch off and then re-start the UPS. Exclude manual bypass.
What should I do if my Siel SAFEPOWER EVO-HF 200 UPS displays L26, L27, or L28?
If the Siel UPS display shows one or more of the following codes: L26, L27, L28, it indicates a short-circuit in the output. Switch off the UPS, disconnect all utilities related to the short-circuited phase, switch the UPS back on, and reconnect utilities once the fault has been identified.
What to do if Siel SAFEPOWER EVO-HF 200 doesn't go into stand-by with mains power?
If, in the presence of mains power, the Siel UPS does not go into stand-by (the red lock/stand-by LED does not flash, no beep is emitted, and the display does not switch on), it could be due to several reasons: no connection to input terminals, no connection to the neutral, the switch behind the door (SWIN) is open, no mains voltage (blackout), or upstream protection intervention. Connect the mains to the terminals as indicated in the Installation paragraph. Close the switch. Verify electrical main voltage presence. Reset protection, but check for output overload or shortcircuit.
What does it mean when my Siel SAFEPOWER EVO-HF 200 display shows F36?
If the Siel UPS display shows F36, it indicates a cooling fan malfunction. Activate manual bypass (SWMB), switch off and re-start the UPS, and then exclude manual bypass.
What does it mean if my Siel SAFEPOWER EVO-HF 200 display reads L01, the secondary bypass fans are running, but the load is powered?
If the Siel UPS display is on and reads L01, and only the secondary bypass fans are running but the load is powered, it indicates an auxiliary power malfunction. The UPS is in bypass supported by a redundant power adapter. Activate manual bypass (SWMB). Switch off the UPS, wait one minute, and then re-start the UPS.
What to do if the display of my Siel UPS shows A13, A14, or A15?
If the Siel UPS display shows one or more of the following codes: A13, A14, A15, it may be due to the bypass line upstream protection being open (with separate bypass only). Reset the upstream protection, checking for any output overload or short circuits. Alternatively, the bypass switch (SWBYP) may be open. Close the switch located behind the door.
What does it mean when my Siel SAFEPOWER EVO-HF 200 UPS shows error codes F37, L37?
If the Siel UPS display shows one or more of the following codes: F37, L37, it could be due to several reasons: ambient temperature exceeding 40°C, heat sources near the UPS, obstructed ventilation slits, or a temperature sensor or battery charger cooling system malfunction. Remove the cause of over-temperature. Insert manual bypass (SWMB) without switching off the UPS and wait for the battery charger temperature to lower. Exclude manual bypass.
Visual identification of the UPS front panel components.
Details of the controls and indicators on the UPS front panel.
Visual identification of the UPS rear panel connections and components.
Diagram showing input, output, bypass, and battery connections.
Explanation of terminals for external signals and synchronization.
Configuration for dual input mode with a separate bypass line.
Explanation of the UPS front panel display and function keys.
Guidelines for preparing the UPS and its environment for installation.
Requirements for the site where the UPS will be installed.
Conditions for storing the UPS before installation.
Compliance and precautions regarding EMC standards.
Requirements for protecting the UPS from voltage spikes.
Ventilation requirements for battery rooms to manage hydrogen.
Step-by-step instructions for safely unpacking the UPS.
Verifying all included accessories after unpacking.
Guidelines for placing the UPS correctly and securely.
Information on selecting appropriate cable dimensions for connections.
Essential checks and safety procedures before making connections.
Detailed instructions for connecting power and signal cables to the UPS.
Schematics illustrating various UPS power connection configurations.
How the UPS handles and protects against short circuits.
Preventing voltage feedback into the input line from internal faults.
Recommended upstream protection for the input power line.
Requirements for surge protection and disconnection of the battery line.
Protection against earth leakage currents and required differential switch types.
Recommended protection for the output power line.
Remote Emergency Power Off function and its connection.
Using auxiliary contacts for remote signaling and control.
Information about the integrated output Schuko socket.
Synchronizing the UPS output with an external source.
Connecting a sensor for remote battery temperature monitoring.
Using a remote panel for UPS monitoring and status overview.
Information on upgrading the battery charging capacity.
Installing a bypass switch for UPS maintenance without interruption.
Connecting multiple UPS units for redundancy or increased capacity.
Optional accessory for routing cables at the top of the unit.
Brackets and fasteners for lifting the UPS.
Overview of the UPS purpose and block diagram of its components.
Step-by-step guide for initial UPS power-on and configuration.
Procedure for starting the UPS using the mains power supply.
Procedure for starting the UPS using the battery (Cold Start).
Steps to safely turn off the UPS and its connected load.
How the UPS controls its cooling fans based on load and temperature.
Explanation of the UPS status display and its graphical representation.
Navigation and understanding of the UPS control panel menu structure.
Selecting and understanding different UPS operating modes (On Line, Eco, Smart).
How to use the manual bypass for maintenance or troubleshooting.
Functionality of the redundant power supply for bypass operation.
Feature to limit inrush current during power restoration.
Power reduction at specific output voltages.
User-configurable parameters via the control panel and software.
Description of RS232, USB, and other communication interfaces.
Explanation of the different audible alarms and their meanings.
Using UPSmon software for management and monitoring.
Software for advanced UPS parameter configuration.
Codes indicating UPS status, commands, and warnings.
List and description of minor UPS performance-reducing issues.
List and description of critical problems that can cause UPS lockout.
Codes indicating UPS or component inhibition due to alarms or faults.
General| Apparent Power | 200 VA |
|---|---|
| Active Power | 120 W |
| Operating Temperature | 0°C to 40°C |
| Storage Temperature | -15°C to 45°C |
| Input Voltage | 230 VAC |
| Output Voltage | 230 VAC |
| Input Frequency | 50/60 Hz |
| Output Frequency | 50/60 Hz |
| Battery Type | Sealed lead-acid battery, maintenance-free |
| Communication Port | USB |
| Humidity | 0-95% non-condensing |
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