60 W DC/DC converter (16–32 VDC → 12 VDC / 5 A) with Bicker UPS, 0,50 Wh supercapacitor

The DC2412-UPSD is an industrial DC/DC converter and DC UPS in one device. It converts an input voltage of 16–32 VDC into a stable 12 VDC / 5 A output and, during a short input power failure, maintains the 12 VDC output using integrated supercapacitors. The maximum output power is 60 W.

Yes. The nominal input voltage is 24 VDC, but the converter operates across a wide range of 16–32 VDC. At the output, it provides regulated 12 VDC ±2 % at a current of up to 5 A.

A standard DC/DC converter only converts one DC voltage level to another. The DC2412-UPSD additionally includes supercapacitor energy storage and UPS control electronics. In the event of an input voltage failure or drop, it can therefore temporarily maintain the 12 VDC output and allow the connected device to continue operating or shut down safely.

Yes. The DC2412-UPSD has a DC input and is not intended for direct connection to a 230 VAC mains supply. It requires an external DC power supply in the range of 16–32 VDC, typically 24 VDC. It subsequently converts this input to 12 VDC while simultaneously providing uninterrupted power to the connected device.

Yes. The DC2412-UPSD operates as a DC/DC converter and provides a regulated 12 VDC ±2 % output within the permitted 16–32 VDC input range. The connected 12 VDC device is therefore not directly affected by voltage changes in the 24 VDC supply branch.

Supercapacitors are particularly suitable for frequent short power failures. They recharge quickly, do not require regular battery replacement, and the manufacturer specifies a lifetime of more than 500,000 charge and discharge cycles. A battery UPS is more suitable for power supply lasting several minutes or hours during an extended outage.

The device uses four supercapacitors with a capacity of 100 F each. The nominal energy reserve is 1.8 kJ, of which the manufacturer specifies 1.1 kJ as usable energy.

The backup time primarily depends on the actual output power of the connected device. At lower power consumption, it is significantly longer than with a load close to the maximum 60 W. Therefore, the manufacturer does not specify one fixed value, but provides a backup-time-versus-output-power curve at +25 °C.

If the UPS is intended to enable the safe shutdown of an industrial computer, shutdown must be configured with a sufficient margin before the supercapacitors are completely discharged.

The charging time depends on the output load. Without a connected load, the manufacturer specifies a time of less than 60 seconds. At full load, charging may take approximately 2.5 minutes because a greater portion of the available power is used to supply the connected device.

Yes. Frequent short power failures, voltage dips, or input voltage fluctuations are among the main applications of this device. The supercapacitors withstand a very high number of cycles and recharge quickly after a power failure.

Yes. In the event of a power failure, the DC2412-UPSD can provide the connected computer with Power Fail status information and give it time to save data and perform a controlled operating-system shutdown. Communication can take place via RS232, or the PBR output can be used to simulate pressing the Power button on the motherboard.

The Reboot function enables the connected system to restart after a controlled shutdown if input power returns during or after shutdown. For an industrial computer, this function must also be coordinated with the BIOS and operating-system settings.

The Power Fail Timer determines the time from the beginning of a power failure until the UPS initiates shutdown of the connected system. If input power is restored during this time, the system may not need to be shut down at all. DIP switches can be used to set 3, 8, 20, 40, 60, 100, or 150 seconds; the time can also be controlled through software.

The Shutdown Timer determines how much time the connected system is given to complete a controlled shutdown after the shutdown signal is activated. The selected value must be long enough for the computer or other device to safely complete the required operations before the UPS output is disconnected.

The DC2412-UPSD can be configured to provide output voltage after power-on only when the supercapacitors reach 90 % of their capacity. The connected system therefore does not start with nearly empty energy storage and has sufficient energy for a safe shutdown in the event of another power failure.

Yes. UPScom software for Windows and Linux is intended for current installations. RS232 can be used to monitor UPS operating data and configure the system's response to a power failure.

No. Basic functions can operate without software. Power Fail timing and shutdown can be configured using DIP switches, and the shutdown signal can be passed directly to the connected system. UPScom is suitable where monitoring, communication with a computer, and more advanced control are required.

The communication protocol allows retrieval of, for example, input and output voltage, input current, charging current, supercapacitor storage voltage, individual supercapacitor voltages, capacity, ESR, and the operating status of the charging and monitoring system.

The relay contact allows power-failure information to be passed to an external device, such as a control system, industrial computer, or other signalling electronics. As a result, Power Fail status does not need to be evaluated solely through serial communication.

PBR is used to trigger a signal corresponding to pressing the Power button of the connected computer. The PBR+ and PBR− outputs can be connected to the motherboard's Power button input, enabling a controlled system shutdown during a power failure even without a software command via RS232.

Two LEDs on the front panel indicate the status of the input and output voltage. Vin_OK indicates input status, while Vout_OK indicates the presence of output voltage.

The device is intended for mounting on a DIN rail according to EN 60715. For the best natural cooling, the manufacturer recommends vertical mounting on a horizontal DIN rail and sufficient airflow around the ventilation openings.

For the DC2412-UPSD, the manufacturer specifies an operating temperature of −20 to +65 °C and a storage temperature of −20 to +70 °C. Free airflow around the device must be ensured for proper cooling.

The device has Non-LATCH overcurrent protection. In the event of an overload, the output is disconnected and operation automatically resumes once the overload is removed, provided the output current returns to the permitted range.

Yes. The manufacturer specifies active input reverse-polarity protection. Nevertheless, correct polarity and wiring according to the manual must be observed during installation.

The DC2412-UPSD is a DIN-rail module intended primarily for installation in a suitable control cabinet or protective enclosure. The manufacturer does not specify enhanced protection such as IP65 or IP67 for this model, so it cannot be installed directly outdoors without appropriate protection.

It is suitable for 12 VDC devices with consumption up to 5 A and power up to 60 W, for example industrial computers, network and communication devices, control electronics, measuring equipment, or other sensitive devices powered from a 12 VDC branch.

The DC2412-UPSD is suitable where primarily frequent short power failures are expected and rapid readiness for the next cycle, long cycle life, and minimal maintenance are important. If a device needs to run for several minutes or longer during an outage, a UPS with a Li-Ion or LiFePO4 battery is usually more suitable.

Yes, if the computer operates on 12 VDC, its maximum consumption does not exceed 5 A, and the available supercapacitor backup time is sufficient for safe shutdown. Advantages include RS232 communication, Power Fail signalling, PBR for triggering shutdown, and automatic Reboot after power returns.

Yes, if the application also requires short-term uninterrupted power. The DC2412-UPSD converts 16–32 VDC to stable 12 VDC / 5 A like a DC/DC converter, but it additionally includes supercapacitor energy storage and functions for power-failure management and safe shutdown of the connected system.