interVOLT Mini Isolated Switchmode Power Conditioner 24-24 Vdc 5 amp

interVOLT's SPCi Power Conditioners Isolated Mini are condensed version of the tried and proven Maxi Series range packed with all the same features and benefits. They are in fact a converter, stabilizer, isolator and regulator all built into a single innovative package.

Like Intervolt's SVCi converter range, these units feature galvanic isolation with no common connectivity between the input and the output whatsoever. This means peace-of-mind when connecting sensitive and often expensive, high-end electronic equipment to the output.

Housed in interVOLT's new Mini Series enclosure which is not only stylish but compact, efficient and installer friendly.

Diagnostics
Unique to interVOLT, is the self diagnosing electronics. This design provides valuable feedback to installers and operators alike. An LED displays the system status and will indicate standby power, low input voltage, over temperature, overload and output short circuit.

Protection
interVOLT converters feature a range of devices designed to protect the electronics from various connection and application problems. The units are protected against short circuit, overloading and excessive temperature. An internal fuse protects the electronics in the event of component failure.

Performance
A key feature of the interVOLT mini series range is performance. Designed to operate in high ambient temperatures under constant load, the mini series delivers every time. Precise voltage regulation, superior noise filtering and excellent efficiency round off the performance package.

Conformity
interVOLT converters comply with Australian and European standards for electro-magnetic compatibility (EMC), displaying both the C' Tick and CE' marks. These approvals are supported by independent examination from a certified testing house. Our Declaration of Conformity is available upon request.

Isolation
A key feature of the new interVOLT SVCi mini series range is the input to output isolation. Galvanic isolation ensures there is no physical connectivity between the input and output terminals providing many benefits including elimination of line interference, greater protection, better regulation and improved performance.