Ebac DD900 10520GR-US Desiccant Dehumidifier 220V 3ph – 364 PPD, -4°F, 198 lbs

Ebac DD900 Desiccant Dehumidifier – Model 10520GR-US (220V, 3-Phase)

The Ebac DD900 (10520GR-US) is the 220V, 3-phase variant of Ebac’s 364 PPD industrial desiccant dehumidifier. Electrically identical to the 460V model in kW output (9.8 kW) but drawing 26A at 220V versus 13A at 460V, it fits sites with 220V 3-phase distribution rather than 460V. The same washable PPS silica gel rotor, 530 CFM process airflow, stainless steel housing, and -4°F minimum operating temperature apply across both voltage variants.

DD900 10520GR-US – Key Specifications and Features

• Model: 10520GR-US (DD900, 220V 3-phase)
• Extraction rate: 364 PPD (typical conditions)
• Process airflow: 530 CFM, 5″ duct connection
• Regen airflow: 147 CFM, 4″ duct connection
• Electrical: 220V, 3-phase, 60 Hz, 26A, 9.8 kW
• Operating temperature: -4°F to 104°F
• Rotor: washable PPS with 82% active silica gel
• Construction: stainless steel
• Control: auto/manual with remote humidistat connection
• Monitoring: integrated ammeter and hour meter
• Dimensions: 28″ W × 23″ D × 48″ H
• Weight: 198 lbs

Where the Ebac DD900 220V Performs

International facilities and North American plants with 208–240V 3-phase service use the 10520GR-US instead of the 460V model. The electrical performance is identical — 9.8 kW total consumption and 364 PPD extraction — but the higher current draw (26A vs. 13A) requires appropriately sized wiring and overcurrent protection. Cold storage operations running 220V distribution, pharmaceutical facilities in international markets, and marine installations on 220V ship power all specify this variant. The same -4°F operating floor, stainless construction, and 82% silica gel rotor apply regardless of voltage selection.

Related: Desiccant Dehumidifiers · Ebac Equipment · Industrial Dehumidifiers

Choosing Between the DD900 220V and 460V Models

The 10520GR-US (220V) and 10521GR-US (460V) are electrically interchangeable in performance: same 9.8 kW, same 364 PPD, same airflow. The selection criterion is the site’s available power distribution. At 220V, the unit draws 26A — requiring a 30A or larger circuit per code. At 460V, it draws 13A — a 20A circuit is typically sufficient. Higher-voltage operation reduces conductor size and line losses over long cable runs, which is why 460V is the standard in large industrial facilities. For international or older North American sites with 208–240V 3-phase, the 220V model is the correct specification.

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