Aeroex - ARO-400 Oil & Coolant Collector, 1 hp, 350-500cfm, Max Enclosure: 150 cubic ft

$8,173.00

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SKU:: AERX-ARO400

Price and SKU will update based on options selected.

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Description

The ARO industrial mist collector offers a unique design that minimizes reliance on replaceable filters while ensuring superior fluid drainage. Perfect for high-mist environments, the ARO provides exceptional air quality, minimal maintenance, and cost-effectiveness throughout its lifecycle. The ARO multi-stage oil mist collectors separate mist in progressive stages reducing the potential of plugging. Filters are depth loading and designed to drain, suitable for 24/7 operation. Cross-flow filter design, air flow is horizontal, oil drains vertical down. Ideal for high pressure coolant and oil. Removes mist, smoke and bacteria. Unique 1st and 2nd separation stages.

FIT: Oil and Coolant Mist Collector for Small Machine Tools

Need replacement filters? Please RFQ.

RFQ for additional accessories, mounts, filters, etc.

DOWNLOADS: Aeroex Digital Catalog ARO-400 Brochure

Technical Data:

Coolant Filtration (Standard)
Oil Filtration (Standard)
Air Flow: 350-500 cfm
Machine Tool Enclosure: Up to 150 ft³
Motor: 1 hp
Voltage (Amps):
- 230/3/60 (3.2)
- 460/3/60 (1.3)
Temperature (Max) pH Limits: 160°F / 70°C, 5.8-12
Weight: 220 lbs
Dimensions: 32" (21 frame) x 21" x 36"
Inlet Connection: 6" ø
Sound Level: 69 dB(A)
Optional Carbon Filter

Machine Tool Enclosure Sizing Guide

When determining the sizing of mist collectors, several factors come into play. As a rule of thumb, we suggest multiplying the machine enclosure volume by a factor of 2-6 depending on the mist level, with a factor of 2 suitable for large machines of 1000 cubic feet and above.

Condition	Multiplier (X)	Formula
Light Mist	1 to 2	L x W x H x Multiplier = Required CFM
Moderate Mist	3 to 4	L x W x H x Multiplier = Required CFM
Heavy Mist / Smoke	4 to 6	L x W x H x Multiplier = Required CFM

Example: On a lathe with high-pressure coolant and an internal dimension of 5ft high X 6ft deep X 10ft long, the machine enclosure is 300 cubic feet—the calculation suggests an airflow requirement of approximately 900 CFM, when multiplied by a factor of 3.

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