Offgridtec® PSI Sine Wave Voltage Converter RS485 1500W 2400W 12V 230V
Shipped in 1-3 days
€252.92*
€212.54**
The Offgridtec PSI 12-1500 (MPN 011090) is an advanced 12V 230V sine wave voltage converter of the latest generation. The unit features a 16Bit SPWM chipset, numerous protection mechanisms and galvanically isolated inputs and outputs. The input voltage range is 10.6 and 16Vdc. The converter can deliver 1500W for 15 minutes or 1200W continuously. For short inrush currents, the PSI 12-1500 delivers 2400W. Thanks to its advanced constitution, even sensitive electrical appliances can be supplied with power reliably and permanently
Advanced development of the HP voltage transformer family
The PSI series is the further development of the HP voltage transformers and comes up trumps with numerous innovations and optimisations: Input and output of the PSI are galvanically isolated and the housing has an earth connection. Mains frequency (50Hz/60Hz) and output voltage (220V / 230V) can be set via a dip switch. The brand-new SPWM 16-bit chipset delivers power of the highest quality and allows even very sensitive electronics to be reliably supplied with power. Compared to older chipsets, it is much more solid and durable. PSI converters with a power of 1000W or more are also equipped with an RS485 data output. This allows you to configure numerous parameters and monitor the operation of the unit via a computer / notebook using the PSI software. (the required interface cable is included in the scope of delivery).
Configuration
The Offgridtec 12-1000 PSI converter is equipped with an RS485 data output, which provides you with the options for external communication and configuration:
- RS485 to USB interface connection cable Part no.:
- The interface cable, included as standard, allows you to monitor various performance parameters on a notebook or PC. In addition, the PSI 12-1500 can be conveniently configured via the free PSI-Control PC software.
Performance features of the PSI 12-1500 at a glance
- Modern, safe design with galvanic isolation of input and output
- RS485 communication module for configuration via PC / notebook with free configuration software from Offgridtec
- Very low self-consumption in idle / stand-by, max. efficiency <>
- Introduction of advanced SPWM technology, output of a perfect sine wave
- New thermal design for optimal heat dissipation and reduced noise levels
- adjustable output voltage 220 / 230VAC and mains frequency 50Hz / 60 Hz via remote meter
- LED indicators for error status and working status
- Input protection: overvoltage protection, low-voltage protection
- Output protection: overload protection, short-circuit protection
- Overtemperature protection: temperature-controlled cooling and automatic shutdown in case of overtemperature
- Already included: High-quality battery connection cable with 1m length, RS485 to USB interface cable
- 1m 35mm² connection cable with M8 ring lugs
Performance parameters at a glance
- Nominal power (continuous power / 15min power / peak power): 1200W / 1500W / 2400W
- Input voltage range: 10.6 to 16 Vdc
- Output voltage waveform: pure sine wave
- USB output 5VDC / 1A, RS485 communication port
- Significantly more efficiency thanks to the latest SPWM technology
- all other technical data can be found in the data sheet
- weight and dimensions (LxWxH): 4,6 kg at 380x230x100mm
- all other technical data can be found in the data sheet
Scope of delivery:
1x Offgridtec 1-01-011090 PSI 12-1500 Sine wave voltage converter 12V 230V 1500W / 2400W
1x Set battery connection cable 1m 35mm² Red / Black
1x RS485 to USB interface cable 1x instruction manual
Manufactuerer Information
Offgridtec GmbH
Offgridtec GmbH
Im Gewerbepark 11
84307 Eggenfelden
Germany
Mail: info@offgridtec.com
Tel.: +49 8721 9199400
Muss dieser Inverter mit einer Netzvorrangschaltung geschützt werden oder kann man den Ausgang auch direkt mit dem 230 V ~ Netz verbinden (z.B. als Backup / USV)?
Hierzu muss in jedem Fall eine Netzvorrangschaltung/Umschaltstation installiert werden. Der Ausgang darf unter keinen Umständen mit einem anderen aktiven Stromkreis in Verbindung kommen.