The RD1080 Digital Static Phase Converter provides 20 HP of three-phase power from single-phase service — using solid-state electronics instead of a rotary idler motor. No moving parts, no motor noise, instant-on power. Ideal for locations where a rotary converter won't fit or isn't practical.
| Model | RD1080 |
| Type | Digital Static Phase Converter |
| HP Rating | 20 HP |
| Input Voltage | 230V Single-Phase |
| Output Voltage | 230V Three-Phase |
| Technology | Solid-State (no rotating motor) |
| Lead Time | 2 Week Lead Time (Pre-Order) |
📦 What's Included
- ✅ RD1080 Digital Static Phase Converter (20 HP)
- ✅ NEMA Enclosure
- ✅ Installation Manual & Wiring Diagrams
Why Static Phase Conversion
No idler motor means no motor noise. The RD1080 uses solid-state electronics — install it anywhere without noise concerns.
No motor spin-up time. Power is available the instant you switch on — ideal for equipment that needs immediate three-phase availability.
No heavy idler motor means dramatically smaller footprint. Mount on a wall in tight spaces where a rotary converter wouldn't fit.
No bearings, no oil, no moving parts to wear out. Solid-state electronics run for years with zero maintenance.
⚠️ Pre-Order — 2 Week Lead Time
This product is built to order. Expected ship date is approximately 2 weeks from order.
Questions about static vs. rotary phase conversion? Our engineers can help you decide.
The RD1080 is a 20 HP digital static phase converter that provides three-phase power from single-phase service using solid-state electronics — no rotary motor required. This makes it ideal for applications where space is limited, noise is a concern, or instant-on power is required. The RD1080 converts 230V single-phase to 230V three-phase with no moving parts and zero maintenance.
Static phase converters are best suited for running a single three-phase machine from single-phase power. For multiple machines or heavy starting loads, a rotary converter may be more appropriate. Call (800) 417-6568 to discuss which technology fits your application.



