60 W DC/DC converter (16–32 VDC → 12 VDC / 5 A) with Bicker UPS, 1,4 Wh supercapacitor

The DC2412-UPSDP2 combines an industrial DC/DC converter and a DC UPS in a single device. It converts an input voltage of 16–32 VDC to an output of 12–11.8 VDC depending on load, at up to 5 A. In the event of an input power failure, it 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 device operates over a wide range of 16–32 VDC. The output provides 12–11.8 VDC depending on load, at up to 5 A.

A standard DC/DC converter only converts one DC voltage level to another. The DC2412-UPSDP2 additionally includes supercapacitor energy storage and UPS control electronics. In the event of a power failure or input voltage 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-UPSDP2 has a DC input and is not designed 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 then converts this voltage to 12 VDC while also providing uninterrupted power to the connected device.

Yes. The DC2412-UPSDP2 operates as a DC/DC converter and provides an output of approximately 12–11.8 VDC depending on load throughout the permitted 16–32 VDC input range. The connected 12 VDC device is therefore not directly affected by changes in the 24 VDC supply branch.

Supercapacitors are particularly suitable for frequent short and medium-duration power failures. They recharge quickly, do not require regular battery replacement, and the manufacturer specifies up to 500,000 charge and discharge cycles. For long-term backup lasting tens of minutes or hours, a battery-based UPS is more suitable.

The integrated EDLC supercapacitors have a total energy of 5.1 kJ / 1.4 Wh. The manufacturer specifies approximately 3.8 kJ / 1.1 Wh as usable energy for backup operation.

The backup time mainly depends on the actual output power of the connected device. At lower power consumption, the backup time is significantly longer than at loads close to the maximum 60 W. The manufacturer therefore shows the backup time as a curve depending on output power.

If the UPS is intended to allow an industrial PC or another system to shut down safely, the shutdown must be configured with sufficient reserve before the supercapacitor energy is fully depleted.

Yes. Supercapacitors are particularly well suited to applications with frequent power failures, voltage drops or fluctuations. They withstand a high number of charge and discharge cycles and recharge again after the power supply is restored.

Both models convert an input voltage of 16–32 VDC to 12 VDC / 5 A and combine a DC/DC converter with a supercapacitor-based UPS. The main difference is the energy reserve. The DC2412-UPSDP2 has supercapacitor storage with a total energy of 5.1 kJ / 1.4 Wh and is intended for applications requiring a longer backup time than the basic DC2412-UPSD version.

Yes. In the event of a power failure, the DC2412-UPSDP2 can pass Power Fail information to the connected computer and provide enough time to save data and shut down the operating system in a controlled manner. Communication can take place via RS232, or the PBR output can be used to simulate pressing the Power button.

The Reboot function allows the connected system to restart automatically after a controlled shutdown once the input power supply is restored. The restart delay can be set to 10, 30 or 60 seconds using the DIP switches, or automatic restart can be disabled.

The Power Fail Timer determines the time from the beginning of a power failure until the UPS initiates its response. If the input power is restored within the configured time, the connected system may not need to shut down at all. The DIP switches allow settings of 3, 8, 20, 40, 60, 100 or 150 seconds.

The DC2412-UPSDP2 can be configured so that it only provides output voltage after the supercapacitors have reached more than 90% of their capacity. This prevents the connected system from starting with an almost empty energy store and ensures that sufficient backup energy is available if another power failure occurs.

Yes. Basic UPS functions can be configured using the internal DIP switches and used without active software on the host system. UPScom is particularly useful for monitoring, communication with a computer and more advanced control.

Yes. The DC2412-UPSDP2 supports UPScom software. The RS232 serial interface can be used to monitor the UPS operating status, react to input power failures and control the safe shutdown of the connected computer.

RS232 is used for communication between the UPS and the connected computer or another host system. It can be used to monitor UPS status, signal a power failure and control a safe system shutdown.

The relay contact can be used to pass information about a power failure to an external device, such as a PLC, industrial PC or other control electronics. The contact is closed during the Power Fail state.

PBR is used to simulate pressing the Power button of the connected computer. The signal can be used to initiate a controlled system shutdown without the need to send a software command via RS232. The manufacturer specifies a pulse duration of approximately 200–400 ms.

The device is designed for DIN rail mounting. Its compact design combines DC/DC conversion and backup power in a single module for direct installation in an industrial control cabinet.

The manufacturer specifies an operating temperature range of −20 to +65 °C. The device is therefore suitable for a wide range of industrial applications in control cabinets and machine installations.

The output is equipped with electronic overcurrent protection without permanent device latching. Once the cause of the overload has been removed, the device can return to normal operation.

Yes. The manufacturer specifies active input reverse polarity protection. Correct polarity and wiring according to the manufacturer's documentation must still be observed during installation.

The DC2412-UPSDP2 is a DIN rail module primarily intended for installation in a suitable control cabinet or protective enclosure. It is not designed for direct exposure to weather conditions without appropriate protection.

It is suitable for 12 VDC devices with a current draw of up to 5 A and power consumption of up to 60 W, such as industrial PCs, network and communication equipment, control electronics, measuring equipment, displays, cameras and other sensitive devices powered from a 12 VDC branch.

The DC2412-UPSDP2 is suitable where frequent short or medium-duration power failures are expected and high cycle life, fast recharging and minimal maintenance are important. If the device needs to remain powered for tens of minutes or hours during an outage, a UPS with a Li-Ion or LiFePO4 battery is more suitable.

Yes, provided that the computer operates at 12 VDC, its maximum current draw does not exceed 5 A and the available supercapacitor backup time is sufficient for a safe shutdown. Advantages include RS232 communication, Power Fail signaling, PBR for initiating shutdown and the Reboot function after power is restored.

Yes, if the application also requires uninterrupted power during short outages. The DC2412-UPSDP2 converts 16–32 VDC to approximately 12 VDC / 5 A like a standard DC/DC converter, but additionally includes supercapacitor energy storage and functions for power failure management and safe shutdown of the connected system.