UNI 2H: Professional Mobile Welding Fume Extraction System with 10' Flex Arm

Professional Welding Fume Extraction with Maximum Flexibility and Reach

The AerService UNI 2H with 10' Flex Arm is a professional-grade mobile welding fume extraction system designed for fabrication facilities requiring enhanced filtration performance, larger filter capacity, and exceptional extraction arm flexibility. Combining high-efficiency multi-stage filtration, advanced digital controls, and a 10' Flex Arm, this configuration delivers effective source-capture extraction while allowing operators to easily adapt to changing weld locations, complex assemblies, and varying workstation layouts.

Designed for demanding daily welding operations, the UNI 2H provides a significant step up from entry-level extraction systems by offering increased filtration capacity, advanced monitoring features, and optional filtration upgrades. The included 10' Flex Arm (3m) provides outstanding maneuverability and positioning flexibility, making it ideal for fabrication environments where workpieces and welding locations frequently change.

Why Choose the 10' Flex Arm Configuration?

Many fabrication environments require extraction systems that can quickly adapt to changing workpieces, fixtures, and welding positions throughout the workday.

The 10' Flex Arm configuration provides:

• Maximum positioning flexibility.
• Excellent reach across larger work areas.
• Easy maneuverability around complex weldments.
• Improved access to difficult-to-reach weld locations.
• Fast adjustment during fabrication.
• Reduced operator repositioning time.

This configuration is particularly beneficial for custom fabrication, repair operations, maintenance departments, and facilities producing a wide variety of welded assemblies.

Designed for Professional Daily Welding Operations

The UNI 2H is engineered for facilities requiring enhanced filtration capacity and advanced monitoring capabilities for continuous daily use.

Ideal applications include:

• Fabrication facilities.
• Manufacturing plants.
• Industrial welding operations.
• Maintenance departments.
• Technical training centers.
• Production welding stations.
• Metal fabrication shops.

Its professional-grade design makes it well suited for demanding welding environments where performance and reliability are essential.

Three-Stage Mechanical Filtration System

The UNI 2H utilizes a multi-stage filtration system designed to maximize particulate capture while protecting the primary filter from premature loading.

Spark Arrestor

An integrated spark arrestor captures sparks and larger particulate before they reach the primary filtration stages.

Pre-Filter Stage

An intermediate filter stage helps remove larger airborne contaminants while extending the service life of the final filtration stage.

High-Efficiency Main Filter

The primary filtration stage utilizes an E12-rated pocket filter with filtration efficiency greater than 99.5%, providing highly effective welding fume removal for industrial applications.

Advanced Digital Control System

The UNI 2H features a digital control panel designed to simplify operation and improve system monitoring.

Features include:

• Multi-language interface.
• Hour meter.
• Alarm history log.
• System status monitoring.
• Clogged filter alarm.

These features help operators maintain optimal performance while reducing unplanned downtime.

Expanded Filtration Options

The UNI 2H can be configured with additional filtration technologies for specialized applications.

Available options include:

• Activated carbon filtration.
• H13 HEPA filtration.
• H14 HEPA filtration.
• Specialized carbon media for ammonia and amine applications.

These options allow facilities to tailor the system to specific process requirements and air quality objectives.

Supported Welding Processes

The UNI 2H is suitable for:

• MIG Welding
• MAG Welding
• Pulsed MIG/MAG Welding
• TIG Welding
• MMA / Stick Welding

The system is designed for dry welding fumes and is not intended for oily smoke or mist applications.

Ideal Applications

The UNI 2H with 10' Flex Arm is an excellent solution for:

• Custom fabrication shops.
• Industrial manufacturing facilities.
• Maintenance welding departments.
• Repair operations.
• Technical training centers.
• Production welding stations.
• Applications requiring maximum arm flexibility.

Key Features

• Includes 10' Flex Arm (3m).
• E12 filtration efficiency >99.5%.
• Professional mobile extraction platform.
• Large-capacity filtration system.
• Three-stage mechanical filtration.
• Digital control panel.
• Hour meter.
• Alarm history log.
• Clogged filter alarm.
• Optional H13 and H14 filtration.
• Optional activated carbon filtration.
• Automatic Start/Stop capability.
• Compatible with multiple extraction configurations.

Configuration

Included Arm: 10' Flex Arm (3m)

Technical Specifications

Fan Capacity: 1,471 CFM (2,500m³/h)

Extraction Capacity: 647 CFM (1,100m³/h)

Filtration Efficiency: E12 >99.5%

Filter Area: 156 sq ft (14.5m²)

Motor Power: 1.5 HP (1.1kW)

Voltage: 230V / 1 Phase / 50Hz or 400V / 3 Phase / 50-60Hz*

Noise Level: 73 dB(A)

Dimensions: 23.6" x 31.5" x 47.2" (600 x 800 x 1200mm)

Weight: 231 lbs (105kg)

*Verify final electrical configuration for North American installations before publication.

Important Operating Considerations

The UNI 2H is designed for:

• Dry welding fumes only.
• Daily welding applications.
• Industrial fabrication environments.

The unit is not suitable for oily fumes and is not approved for use in potentially explosive or hazardous atmospheres.

Built for Professional Industrial Welding Fume Control

The AerService UNI 2H with 10' Flex Arm delivers professional-grade welding fume extraction for facilities requiring advanced filtration performance, enhanced monitoring capabilities, and maximum extraction arm flexibility. Combining high-efficiency E12 filtration, digital controls, and adaptable source-capture extraction, the UNI 2H provides a versatile solution for demanding fabrication environments where productivity and air quality are critical.