Eemax ED024480T3 "Three Phase" Electric Tankless Water Heater
The Eemax ED024480T3 is designed for cold or hot water feed use in Commercial and Industrial applications, to turn on in stages based on flow, and will maintain precise outlet temperature.
Eemax ED024480T3 "Three Phase" Electric Tankless Water Heater Features:Cut Energy Waste– Flow switch activates heater only on demand (no standby heat loss) – 99% efficient.Save Water– Install at specific location.Continuous Hot Water– No storage capacity to run out.Factory Set Temperature Available– Range ambient to 180°F.Capacity to 5 GPMMeets ANSI Z358.1 Tepid Water Requirements.Reduced Installation Material Cost– No T&P relief needed(check local codes).Microprocessor Control– Ensures accurate output temperatures,standard temp of 140°F.Reduces Calcification, Liming and Sedimentation.Field Serviceable Element– Replaceable cartridge element (1 year warranty).Warranty– Heaters are warrantied against failure due to leaks of Heater Body/Element Assembly for a period of FIVE YEARS. One year on parts
Eemax ED024480T3 "Three Phase" (Triple Module) Thermostatic Parallel Turn On Specifications: 1.8 GPM turn on Max 5 GPM Cold or Hot Feed Delta Configuration KW 24kW 480V Delta requires: 3 lives, and 1 ground (earth) 29A/phase Recommended Wire Size 10 AWG Rise at 2.0 GPM 82°F Rise at 2.5 GPM 66°F Rise at 3.0 GPM 55°F Rise at 4.0 GPM 43°F Rise at 5.0 GPM 33°F Weight 15 lbs
The voltage, amperage, and circuit breaker specifications must be met for this heater to function. Please make sure all requirements are met before purchasing this heater. Manufacturer's start up procedures must be observed.
All Eemax Three-Phase units are custom made to order and as such are, non-returnable and non-refundable. We urge you therefore to check your electrical supply, making sure all criteria for operating your Eemax water heater are met.
ED024480T3= 480V Delta- 24kw, 29A/phase, 10 AWG wire, parallel turn on at 1.8 GPM, Maximum 5 GPMSpecification Options:EE
=Emergency Eyewash (meets ANSI tepid water requirements)