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Dehumidifiers

Commercial and industrial dehumidifiers for water damage restoration, construction drying, and facility moisture control. LGR models for structural drying, desiccant models for low-temperature applications, and high-capacity units for large facilities. All major commercial brands stocked.

Original price $3,500.00 - Original price $3,500.00
Original price
$3,500.00
$3,500.00 - $3,500.00
Current price $3,500.00

Ebac WM150-D Whole House Ducted HVAC Dehumidifier – 230V Wall-Mount

Ebac
In stock

Ebac WM150-D Dehumidifier HVAC The Ebac WM150-D Dehumidifier HVAC is a high-performance, wall-mounted humidity control solution designed for demand...

View full details
Original price $3,500.00 - Original price $3,500.00
Original price
$3,500.00
$3,500.00 - $3,500.00
Current price $3,500.00

Industrial and Commercial Dehumidifiers for Drying and Moisture Control

Refrigerant vs. Desiccant: Which Technology Works in Cold or Humid Conditions

Refrigerant dehumidifiers extract moisture by passing air over a chilled coil. Efficiency drops below 65 degrees Fahrenheit because the coil temperature approaches the dew point of the incoming air, reducing condensation. Desiccant dehumidifiers use a silica gel or lithium chloride rotor to absorb moisture chemically, maintaining removal rates down to 40 degrees Fahrenheit and below. Restoration contractors drying flooded basements in winter need desiccant capacity. Construction sites pouring concrete slabs in unheated buildings face the same constraint. Bry-Air manufactures industrial desiccant units for applications where humidity control below 20 percent relative humidity is a process requirement, including pharmaceutical storage and electronics manufacturing. Ebac produces refrigerant dehumidifiers built for commercial and light industrial use in temperature-controlled environments. ASHRAE's Fundamentals Handbook defines the psychrometric conditions that determine which technology performs at a given temperature and humidity combination.

Pint-Per-Day Ratings and Actual Field Performance

Industry pint-per-day ratings are tested at 80 degrees Fahrenheit and 60 percent relative humidity under AHAM standards. Field conditions rarely match that baseline. A unit rated at 150 pints per day at AHAM conditions may remove 90 to 110 pints per day in a 60-degree basement at 55 percent relative humidity. Restoration contractors using IICRC S500 drying protocols calculate the number of units needed based on cubic footage of air volume and the target grain depression, not the label rating. Abatement Technologies builds equipment designed around restoration industry specifications, including documentation-ready controls for moisture logging in insurance-governed drying projects. The EPA's guidance on water damage and mold prevention sets a 24 to 48-hour window for structural drying to prevent secondary microbial growth, which drives equipment sizing decisions on restoration jobs.

Related: Refrigerant Dehumidifiers · Desiccant Dehumidifiers · LGR Dehumidifiers · Flood & Water Extraction Equipment · Air Movers

Continuous Drainage, Auto-Restart, and Features That Matter on Long Drying Jobs

A dehumidifier with a 10-gallon internal tank fills in 8 to 12 hours under heavy load. On a restoration job running 72-hour drying cycles, manual emptying every 8 hours means three overnight interruptions. Continuous drainage via gravity hose or condensate pump eliminates that entirely. Auto-restart resumes operation at the same settings after a power interruption, which matters on construction sites where breakers trip and generators cycle. Ebac units include auto-restart as standard on commercial models. Low-ambient operation settings allow refrigerant units to function down to 33 degrees Fahrenheit in some configurations, extending the seasonal range without switching to desiccant equipment. Bry-Air desiccant systems designed for warehouses and long-term climate control include humidity setpoint controls with digital logging, which procurement teams in food storage and archival applications require for regulatory compliance.

Frequently Asked Questions

What is the difference between commercial and industrial dehumidifiers?
Commercial dehumidifiers are designed for occupied spaces — offices, gyms, retail — where temperature control and noise matter. Industrial dehumidifiers handle more demanding environments: warehouses, manufacturing plants, flood remediation. Industrial units typically run at higher capacities (150–700+ pints/day) and are built for continuous, unattended operation.
What size dehumidifier do I need for a 1,000 square foot space?
For a 1,000 sq ft space with moderate humidity, a 70–90 pint/day dehumidifier is sufficient. In high-humidity environments or spaces with poor ventilation, step up to 100–130 pints. Ceiling height matters too — calculate cubic footage (length × width × height) for more accurate sizing.
What humidity level should I set my dehumidifier to?
Set your dehumidifier to 40–50% relative humidity for most commercial applications. Warehouses and storage facilities: 45–50% to protect inventory. Water damage restoration: reduce to 30–40% until affected materials reach acceptable moisture content. Below 30% can dry out wood framing and cause structural issues.
What are the different types of commercial dehumidifiers?
The three main types are refrigerant (most common, works above 65°F), desiccant (uses absorbent materials, effective down to -4°F), and LGR (low grain refrigerant — extracts more moisture per cycle, preferred for water damage restoration). Each type suits different temperature ranges and moisture loads.
How long do commercial dehumidifiers last?
Commercial dehumidifiers from industrial brands typically last 7–12 years with proper maintenance. Key maintenance: clean or replace filters monthly, check drain lines every quarter, and inspect the condensate pump annually. Units with stainless steel housings and commercial-grade compressors outlast residential-grade units by several years.

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