10A UPSU is a 12V or 24V Embedded-/Industrial-UPS. It is available with Ultracapacitors or with Batteries.

Key featurues:

12V and 24V version available
Ultracapacitor / Supercapacitor or LiFePO4-Battery variant available
Each 10A UPSU is in DIN-Rail case and as PC104 PCB version available
Ultracapacitor / supercapacitor or battery already assembled, no additional battery-/ultracapacitor-packs required
Small form factor and design for rugged environments
Relais signal outputs, 10A
USB for monitoring
160W (24V) / 120W (12V) output power
Regulated 12V/24V output voltage

Show 10A UPSU in the catalog

Download

Block diagram

Show 10A UPSU in the catalog

Uninterruptible power supply (UPS), designed for embedded- and industrial applications

Power interruptions or voltage faults can result in high costs in embedded and industrial applications. The 10A UPSU in its 8 variants provides an ideal solution for various applications: PLC, automation systems, embedded computers, rugged environments, ...
The rugged design of the 10A UPSU protects from transients on the power rail. A fuse on the voltage input and on the voltage output protects from short circuits and reverse polarities. With the relais output signals, industrial computers can shut down or transmit a message in the case of input voltage failure. The USB communication allows to read out voltages, temperature and receiving shutdown triggers. 10A UPSU is one of the smallest industrial-/embedded UPS solution in its power class.

Which 10A UPSU variant is the right one for which application?

Voltage range: Choose 12V or 24V variant
Ultracapacitor energy storage: Choose a variant without a 'B' in the name
Battery energy storage: Choose a Variant with a 'B' in the name
DIN-Rail case or PCB Version: Choose a 10A UPSU variant with or without 'DIN'-Suffix

Specifications and 10A UPSU variants

Specification	10A UPSU 12V 10A UPSU 12V DIN	10A UPSU 24V 10A UPSU 24V DIN	10A UPSU 12V B 10A UPSU 12V B DIN	10A UPSU 24V B 10A UPSU 24V B DIN
Energy storage type	Ultracapacitors / Supercapacitors		LiFePO4-Batteries
Front-view of PCB versions
Dimensions	PCB variants: PC104 (95.89 x 90.17 mm) DIN variants: DIN-Rail case (48.5 x 105.5 x 92.4 mm)
Input and output voltage	12V	24V	12V	24V
Signals / Monitoring	Relais: power failed and low capacity signal / USB: Status and voltage monitoring
Status Relais current (both)	10A
Max. output current	10A
Max. input current	10A
Max. output power when vin failed	120W	160W	120W	160W
Running time @ 10W load (+-40%)	60.00s	60.00s	2940.00s	3930.00s
Running time @ max load (+-40%)	2.64s	1.30s	245.00s	245.00s
Temperature range	-40°C to +60°C		-30°C to +60°C
Cycle life (@ 25°C)	500,000 cycles		1,700 cycles

Advantages and disadvantages: Batteries vs. Ultracapacitors/Supercapacitors

Conclusion of Batteries vs. Ultracapacitors:

The most significant disadvantage of Ultracapacitors in compare to batteries is the low energy densitiy.
The most significant disadvantage of Batteries in compare to Ultracapacitors is the reduced cycle life, the reduced lifetime and the handling.

Note: Depending on battery type, the following specifications can differ.

Requirement	Battery	Ultracapacitor
Cycle life	Low	High
Lifetime	Middle	High
Time to charge	Slow	Very fast
Shelf life	Not recommendet, note handling and care	Uncomplicated
Stored energy (energy density)	High	Low
Power output (power density)	Middle	High
Low temperatures	Output power high reduced (ESR much higher) Capacity reduced strongly	Output power reduced after longer using in low temperatures (ESR increases)
High temperatures	Reduced cycle life	Capacity decreases when longer used at high temperature
Deep discharge	Capacity decreases, safety risk possible	uncomplicated down to 0V, no negative effects
Transport/International shipping	Observe regulations	Uncomplicated (no chemical energy storage)