| Item | GDH-CE240 (DS-9240E) | GDH-CE288 (DS-9288E) |
|---|---|---|
| Export Model | GDH-CE240 | GDH-CE288 |
| Wet Master Parameter Item | DS-9240E | DS-9288E |
| Dehumidification Capacity (30℃, 80%RH) | 240L/D | 288L/D |
| Power Supply | 380V/50Hz | 380V/50Hz |
| Rated Power | 3000W | 3400W |
| Noise Level | ≤60dB(A) | ≤60dB(A) |
| Air Circulation (m³/h) | 2400 m³/h | 2400 m³/h |
| Working Humidity Range | 30-80% | 30-80% |
| Applicable Area | 200-300 ㎡ | 260-350 ㎡ |
| Working Temperature | 5-38℃ | 5-38℃ |
| Drainage Method | Continuous hose drainage | Continuous hose drainage |
| Product Dimensions (L×W×H) | 950×600×700mm | 1000×800×700mm |
| Packing Dimensions (Carton) | 1000×650×760mm | 1100×860×780mm |
| Refrigerant | R410a/1500G | R410a/1500G |
| Net Weight | 80kg | 80kg |
| Gross Weight | 85kg | 85kg |
Engineered Environmental Control: Moisture Control Systems for Dust Mites
Dust mites thrive in environments where the relative humidity (RH) consistently exceeds 60%. To effectively manage indoor air quality and halt allergen proliferation, physical moisture extraction is structurally required. Our commercial moisture control systems for dust mites are engineered to continuously drive and maintain indoor humidity below the critical 50% threshold. By automatically regulating the atmospheric moisture content, these units disrupt the biological life cycle of microscopic pests, providing a reliable, non-chemical solution for environmental allergen management in enclosed spaces.
Hospitality Applications for Anti-Allergen Dehumidification Equipment
Hotels, dormitories, and multi-family residential complexes face continuous challenges regarding indoor air quality, tenant comfort, and fabric maintenance. Standard central HVAC systems often fail to adequately dry the air during high-occupancy or partial-load conditions. Deploying robust anti-allergen dehumidification equipment ensures that mattresses, heavy drapery, and carpets remain deeply dry and inhospitable to mites. This targeted approach protects property management from complaints related to poor respiratory environments and extends the lifespan of expensive room furnishings.
Filtration Mechanics in Humidity Controllers Targeting Dust Mites
Effective indoor allergen reduction requires a synchronized mechanical approach: aggressive moisture extraction combined with physical particulate capture. Our humidity controllers targeting dust mites are manufactured with integrated, multi-stage air filtration housings. As the high-velocity fan draws humid air across the condensing coils, the primary air stream passes through specialized, high-density filters. This ensures that airborne dust, skin cells, and microscopic detritus are trapped internally, meaning the dry air exhausted back into the facility is also mechanically purified.
Acoustic Engineering of Dust Mite Prevention Air Dryers
Machinery operating within occupied residential zones, patient-care facilities, or hotel suites must adhere to strict acoustic limitations to avoid disturbing occupants. The internal components of our dust mite prevention air dryers are specifically designed for low-decibel operation. By utilizing advanced, low-vibration rotary compressors and aerodynamically optimized centrifugal fans mounted on insulated chassis, these units deliver high-capacity water extraction without generating disruptive mechanical noise, allowing for continuous, unattended operation throughout the night.
OEM Manufacturing of Dehumidifying Units for Dust Mite Reduction
Shishuo provides scalable, factory-direct manufacturing capabilities for home appliance brands, distributors, and large-scale commercial contractors. Our production lines output highly reliable dehumidifying units for dust mite reduction tailored to specific OEM requirements. We integrate industrial-grade components into these commercial units, including precision digital hygrostats for exact RH targeting, automatic defrost sensors for cooler environments, and continuous gravity drainage ports that bypass the internal water tank entirely, minimizing daily maintenance for facility staff and end-users alike.
