Analytic Systems IPS1500MS

The Analytic Systems IPS1500MS is a digitally controlled pure sine wave inverter that converts DC battery power into stable, regulated AC output. Engineered for mobile and stationary mission-critical applications, it delivers high efficiency through MOSFET switching topology and precision DSP regulation. The unit features comprehensive input and output protection, low EMI design, and field-configurable operating parameters via USB software interface.

– Technical Specifications

• Product Line: IPSi Series
• Topology: Digitally Controlled Intelligent Pure Sine Wave Inverter
• Output Voltage: 110 VAC or 220 VAC (user selectable, ±10% tolerance)
• Output Frequency: 50 Hz or 60 Hz (user selectable)
• Output Waveform: Pure sine wave
• Efficiency: High efficiency via MOSFET switching network and toroidal transformer
• Control: Digital Signal Processor for voltage and frequency regulation
• EMI Filtering: Low EMI design to protect sensitive equipment from interference

– Key Features

• Over-temperature warning and shutdown on input and output
• Current limiting and short circuit protection (input and output)
• Programmable low voltage shutdown thresholds
• Over-voltage protection standard
• Input fuse protection included
• Free Power Wizard software for PC configuration via micro-USB
• Selectable output frequency and voltage adjustment (within ±10% of nominal)
• In-depth operating data logging and monitoring
• Optional AC input for UPS functionality
• Optional dry contact fail indication output
• Optional remote on/off control
• Optional RS232 remote monitoring interface
• Optional remote control panel with LED status mirroring

– Physical & Environmental

• IP66 water-resistant or IP67 billet machined chassis options
• All-aluminum, anodized or powder-coated construction
• Engineered for harsh operating environments

– Integration

Configuration and monitoring through standard micro-USB interface with downloadable Power Wizard software. Remote monitoring and control options support RS232 communications and discrete contact outputs.