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HARVEST SAVER CABINET DEHYDRATOR
Harvest Saver Overview
The Harvest Saver is an ideal machine for taking that first step into commercial dehydration. The Harvest Saver is a compact dryer, and is our most popular. The Harvest Saver has the ability to dry a wide variety of products like fruits, veggies, jerky, raw food products, pet treats, and the list keeps growing! This kind of versatility makes the Harvest Saver a great fit for most applications and an excellent choice for start-up businesses, lab research, and food innovation centers.
Features/Benefits
- Full load amperes @ 48.5 using 9.2 kW
- Load amperes depending on speed of fan and product load
- 60 amps dedicated line recommended
- UL EPH approved for food sanitation safety
- UL approved for electrical safety
- Electrical power 220v (range 208V to 240V) single phase
More Features/ Benefits
- Double-wall stainless steel insulated construction
- It has 88 sq ft (8.175 m2) on 14 trays that measure 24-inches x 38-inches (60.96 cm x 91.44 cm)
- Choice of Perforated or Solid, stainless steel trays
- It has 4 fan speeds, 2200 Cubic Feet / Minute (62.297 Cubic Meters / Minute) maximum
- Typically requires venting out of room
- Unit has a variable intake system to control the humidity level
- It is on wheels for ease of moving and fits through doorways
- 60-inches (152.4 cm) wide, 34-inches (86.36 cm) deep, 60-inches (152.4 cm) high
- Programmable timer feature up to 99 hours
- Temperature range from ambient up to 200°F/93.33°C
- This unit is approximately 532 lbs (241.311 kg); 850 lbs (362.874 kg) when crated
Estimated Operating Costs
Specifications
Model: R5A
Fan Motor HP: 3/4 HP
Amps: 3.2 Amps
Heat Type: Electric Coils
Max Load: 9.2 kW (9,200 watts)
Average Electric & Heat Loads
Average Fan Load: 0.65 kW/hr (650 watts)
Average Heat Load: 3.52 kW/hr (3,520 watts)
Average Hourly Cost
9 kW x $0.12 = $1.08
0.65 kW/hr x $0.12 = $0.08
Total Average Cost = $1.16/hr
Note: The Harvest Saver's electrical power range is from 208V up to 240V, single phase power. All heating loads were computed based on a 40% consumption rate. This is an average figure, and may not accurately represent all applications. Energy costs will vary per kilowatt. Please check utility rates or your area.