Aprilaire model 800 is a whole-house canister steam humidifier. Accommodates larger homes up to 6,200 square feet. Delivers optimum levels of humidity by operating independently from your HVAC system and controlled by the automatic digital humidistat. The model 800 have a capacity of 11.5, 16.0, 20.5 and 34.6 gallons per day depending on electrical draw.
Steam is generated by two electrodes extended into the canister holding the water. The model 800 requires no cleaning or hot water. Uses cold water, whether quality is hard, soft or softened. Maintenance involves only replacement of the water canister yearly.
Steam humidifiers are optimal for large homes, homes with a large amount of woodwork, they use less water than most bypass and powerfan humidifiers. Also, steam humidifiers are the best performing humidifier type when paired with an all electric system such as a standard heat pump and air handler.
Included in the Box: Model 800 humidifier, model 62 automatic digital humidistat control, model 80 steam canister, outdoor temperature sensor, saddle valve, 6-foot steam hose, 7/8" x 10' drain tubing, hose clamps, dispersing tube, instruction manual.
Features
- Accommodates crawl spaces, attics and areas of the country with milder winters and non-forced air heating.
- Provides humidity to the largest of homes (up to 6,200 square feet).
- Features truly automatic control but can be installed in manual mode as well.
- Runs independently of your HVAC system to accommodate larger homes
- Delivers optimum levels of humidity control with the Automatic Digital Humidifier Control.
- Easy to maintain - simply remove canister and replace.
- Has a capacity of 11.5, 16.0, 20.5, 23.3, and 34.6 gallons per day, depending on electrical draw.
- Uses cold water, which may be hard, soft or softened.
Location and Dimension
When choosing a location for the dispersion tube you must consider location in duct, elevation with respect to the humidifier, and distance from humidifier to dispersion tube.
The preferred location for the dispersion tube is in a supply duct to maximize air absorption of moisture. The dispensing tube should be higher than the humidifier with a slope at least 2" per foot from the humidifier. The maximum recommendation length of the steam hose is 6 feet, to prevent reduction of capacity due to condensation.
Electrical Power Wiring
The Model 800 Steam Humidifier is shipped from the factory wired for 240 VAC operation, but it can operate on 120, 208 or 240 VAC.
If using 120V or 208V, move the black/white jumper wire attached to L1 tab on the power terminal block to the proper tab on the transformer terminal block. | Voltage | kW | Maximum steam capacity (gal/day) | Nominal Current draw (amps) |
| 120v | 1.9 | 16 | 16.0 |
| 208v | 3.3 | 30 | 16.0 |
| 240v | 3.8 | 34.6 | 16.0 |
Knock-outs for power wiring and low voltage control circuit wiring are located on the top of the humidifier.
How Electrode Steam Humidifier Works
Electrode steam humidifier operates by energizing two electrode extended into a canister of water. The current flowing between the electrodes and resistance of the water to the electric current heats the water.
Minerals that are naturally found in water cause the water to be electrically conductive. Water conductivity is measured in micro Siemens per centimeter (uS/cm). Generally the higher mineral content the higher the conductivity.
“hard”, potable or softened water have a higher conductivity and works well for the humidifier. Low hardness water or less conductive water will take longer to reach capacity. A tea spoon of bicarbonate of soda or salt can be added into the filling cup on start-up to speed up steam production. Demineralized or reversed osmosis water
should not be used with electrode steam humidifier.
As water boils into steam minerals are left behind. The remaining mineral will increase the conductivity of the water but also cause deposit onto the submerged portions of the electrodes, rendering those areas ineffective. As this occurs, the water level will rise to expose uncoated electrode surface. The internal controller senses water level and measures the current flowing between the electrodes to determine when the canister needs replacement.
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