AprilAire E070W Wi-Fi Dehumidifier
Specification Sheet
Features
The AprilAire E070W is a Wi-Fi enabled digital dehumidifier featuring a color graphical display. It can be configured for dehumidification with an optional ventilation mode.
- Wi-Fi enabled digital control with color graphical display. Setup for dehumidification with optional ventilation.
- Front mount control.
- 1½" EPS cabinet insulation.
- Air discharge orientation at the end of the cabinet.
- Washable MERV 8 filter (part number 5695) and 8" diameter inlet/outlet duct collars included.
- R32 refrigerant.
- Corrosion-resistant aluminum coils.
- 8' power cord (plug type); hardwire option not available.
- 10°F-30°F discharge air temperature rise.
- ¾" MNPT Threaded drain connection with adapters for threaded connection for plastic hose included.
- Remote access and control over Wi-Fi.
- 10' drain tubing included.
- 5-year warranty, designed and assembled in the USA using US and global components.
Principle of Operation
The AprilAire Model E070W Wi-Fi Dehumidifier utilizes Wi-Fi enabled technology for easy installation, setup, and pairing. It provides reliable monitoring and enhanced product support for an optimal user experience in managing moisture and high humidity.
The unit dehumidifies air by passing it over an evaporator coil, lowering the air temperature below its dew point. Moisture is collected and drained away. The air is then reheated in the condenser coil before exiting the unit. Dehumidification continues until the set point is reached and resumes when periodic sampling indicates a need.
Application
The E070W Wi-Fi Dehumidifier is ideal for controlling humidity in crawl spaces, helping to protect against structural damage, pests, and mold.
AprilAire Model E070W Offers:
- Turn-Key Provisioning: Built-in control with Bluetooth.
- Intuitive Controls: Enhanced digital interface and app integration for ongoing monitoring and maintenance.
- Integration with AprilAire Healthy Air App for alerts, diagnosis, and updates.
Circulation
The E070W can be programmed to circulate air within a crawl space. This process helps to equalize relative humidity levels and temperature throughout the space, minimizing environmental variations.
Specifications
| Specification | Value |
|---|---|
| Capacity(1) | @ 80°F/60% RH: 70 ppd @ 73°F/60% RH: 53 ppd |
| Energy Factor kW-h(1) | @ 80°F/60% RH: 2.1 L/kW-h @ 73°F/60% RH: 1.8 L/KW-h |
| Airflow @ varying E.S.P. (external static pressure - dry coil) | 0.0" w.c.: 200 CFM 0.2" w.c.: 170 CFM 0.4" w.c.: 140 CFM |
| Voltage, phase, frequency | 120 VAC, 1 phase, 60 Hz |
| Current Draw(1) | 5.4 Amps |
| Noise | 53 dBA ducted |
| Wi-Fi | Yes |
| Dimensions (cabinet only)(2) | Width: 12½", Height: 12½", Length: 25" |
| Unit Weight | 56 lbs. |
| Shipping Weight | 72 lbs. |
| Inlet air operating conditions during Dehumidification: | 50°F–104°F, 40°F dew point min. |
| Inlet air operating conditions during Ventilation: | 40°F–140°F, 0%–99% RH (non-condensing) |
(1)Rated capacity, energy factor and current draw measured at 80°F/60% RH inlet air at 0.0 ESP.
(2)Height does not include adjustable feet. The width excludes the filter doors and length excludes the duct collars.
Install Application
Inlet and Outlet Ducted
The unit can be ducted with 8" flex duct or hard pipe.
Ducting helps circulate air to equalize humidity and temperature in the space.
It can be used with the Model 5822 Hanging Kit for installations that require the unit to be off the floor.
Diagram Description: Illustrates the unit connected to 8-inch duct collars for inlet and outlet, showing a ducted installation setup.
Optional Accessories
Model 4856 Condensate Pump
Description: A low-profile condensate pump with a 22 ft. lift capacity, operating on 120 V.
Model 5958 Condensate Pump Bracket
Description: A bracket for mounting the condensate pump, featuring an intuitive rail system and no additional screws required. Includes a threaded drain elbow.
Model 5822 Hanging Kit
Description: A kit for simple pulley system installation, weighing 2.3 lbs. and supporting up to 200 lbs.
