Eemax
Eemax ED032480T2T S Commercial Electric Tankless Water Heater
Commercial electric tankless water heater delivering up to 4 gpm at 480 V three-phase for indoor sanitation
- TypeOther
- Instant hot water at 0.7 gpm minimum flow
- Delivers up to 4 gpm for commercial demand
- 32 kW heating power at 480 V three-phase
- Compact 12.25 × 18.25 × 4.5 in fits tight spaces
- Adjustable output from 100 °F to 180 °F for sanitation
Commercial Electric Tankless Heater
The Eemax ED032480T2T S is a commercial electric tankless water heater built for indoor sanitation applications. It delivers hot water on demand without a storage tank, serving facilities that require consistent high-temperature supply. The unit operates on a 480V AC three-phase electrical connection.
Three-Phase 480V Power Requirements
Installation demands a 480V AC three-phase supply capable of handling 38 A current draw and 32,000 W power consumption. The heater activates at a minimum flow of 0.7 gpm and supports a maximum flow rate of 4 gpm. Cold water enters through a 1/2 in inlet connection.
180°F Maximum Delivered Temperature
The heater produces water temperatures between 100°F and 180°F, reaching the 180°F upper limit required for commercial sanitation cycles. This maximum delivered temperature determines suitability for health-code-driven wash-down or dishwashing systems. Buyers needing higher temperature output should verify alternative equipment.
Highlights
- Instant hot water at 0.7 gpm minimum flow
- Delivers up to 4 gpm for commercial demand
- 32 kW heating power at 480 V three-phase
- Compact 12.25 × 18.25 × 4.5 in fits tight spaces
- Adjustable output from 100 °F to 180 °F for sanitation
Specifications
| Brand | EEMAX |
|---|---|
| Type | Other |
Questions about this item
Which capacity or version of the Eemax ED032480T2T S should I choose?
This model is a single 480 V three-phase unit rated at 32,000 W with a 4 gpm maximum flow, so there is no capacity choice within the same SKU.
What does the 32,000 W power rating mean once the heater is installed?
At 480 V three-phase it draws 38 A and can raise water up to 180 °F at flow rates between 0.7 gpm and 4 gpm.
What electrical interface does it use and what does that limit in practice?
It requires a 480 V AC three-phase supply; the 38 A draw and 0.7 gpm activation threshold define the minimum circuit and flow needed for operation.
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