Articulating Boom Lift AS3246HD

Versatile Aerial Platform for Construction & Maintenance

Product Summary

The AS3246HD is a self-propelled articulating boom lift designed for efficient aerial work. It offers a total platform capacity of 705 lbs and an extension capacity of 249 lbs, accommodating two personnel plus tools. Featuring zero inside turning radius and an outside turning radius of just 7 ft, it excels in tight job sites. The proportional controls provide smooth and precise operation, enhancing safety and productivity.

Key Selling Points

• High Capacity: 705 lbs total platform capacity supports two workers and tools, reducing the need for multiple lifts.
• Exceptional Maneuverability: Zero inside turning radius and 7 ft outside turning radius allow operation in confined areas.
• Precise Control: Proportional controls ensure smooth drive and lift operations, improving accuracy and operator confidence.
• Enhanced Stability: Dual front wheel drive and dual rear wheel brakes provide reliable traction and stopping power on varied surfaces.
• Safe on Any Surface: Solid rubber non-marking tires protect floors and improve stability, suitable for indoor and outdoor use.
• Efficient Cycle Times: Lift/lower speeds of 65/45 seconds reduce waiting time and boost productivity on site.

Technical Specifications

Models and Options

Standard Model: AS3246HD – as specified above.

Available Options: (Please contact us for customization details.)

Materials and Structure

The AS3246HD features a robust steel structure designed for durability in demanding environments. The platform and components are engineered to withstand rigorous daily use. Tires are solid rubber without marks, providing traction and floor protection. The lift system uses a proportional control for smooth operation.

Applications

This boom lift is ideal for construction, facility maintenance, and industrial tasks. Its compact turning radius and high capacity make it suitable for indoor and outdoor projects, including electrical work, painting, HVAC installation, and building exterior maintenance.

Customization

We offer customization options to meet specific job site requirements, including platform extensions, special tires, and additional safety features. Please contact our sales team to discuss your needs.

FAQ

• Q1: What is the maximum working height of this boom lift?
  A: The AS3246HD is an articulating boom lift; however, the specific working height is not provided in the available data. Please contact us for detailed specifications.
• Q2: Can this lift be used outdoors?
  A: It is equipped with solid rubber tires and can handle gradeability up to 25% stowed, making it suitable for many outdoor applications. However, the maximum working slope is 1.5°/3°, so it should be used on relatively flat surfaces.
• Q3: How many people can the platform hold?
  A: The platform is designed to hold up to 2 persons, with a total capacity of 705 lbs.
• Q4: What is the turning radius?
  A: The inside turning radius is 0 and the outside turning radius is 7 ft, offering excellent maneuverability in tight spaces.
• Q5: What type of controls does it have?
  A: It features proportional controls for precise and smooth operation.
• Q6: What is the drive speed?
  A: The maximum drive speed when stowed is 2 mph, and 0.5 mph when elevated.
• Q7: What is the lift/lower speed?
  A: The lift speed is 65 seconds and the lower speed is 45 seconds.
• Q8: What are the brake and drive configurations?
  A: It has dual front wheel drive and dual rear wheel multi-disc brakes.

Inquiry Information

Contact: Ben (Sales Director)

Email: industrysales@roshowgroup.com

Tel: +86 137-5857-6972

WhatsApp: +1-909-506-6990

MOQ: 1 unit

Payment: ACH, Wire

Delivery Method: Fontana pickup

Image Filename and Alt Suggestions

Main Image: boom-lift-as3246hd-front.png – Alt: Articulating boom lift AS3246HD front view in construction site

Detail Image: boom-lift-as3246hd-platform.png – Alt: AS3246HD platform with capacity labels

Detail Image: boom-lift-as3246hd-turning.png – Alt: AS3246HD turning radius in tight space