KT-AS110D Two Post asymmetrical arm Vehicle Lift 11,000lbs Single Point Lock Release

Description

KT-AS110D 11000lbsTwo Post Asymmetrical Vehicle Lift

*Concrete thickness must be at least 5.9 (150 MM) with a 3000 PSI rating. Failure to install this lift on the proper concrete could result in serious injury or death! It is the customers responsibility to verify concrete thickness and strength before purchase and installation.

• 11000lbs (4990KG) lifting capacity

• CE Approved and Certified. It has adopted the 115% dynamic loading capacity standard and was 150% static loading capacity tested

• Single Point Lock Release

• Asymmetric arms

• Direct DriveCylinders

• Rubber pad door opening protection

• Comes with adjustable extended support adaptor sets that range from 3.94 inches to 6 inches.
• Overhead safety shutoff bar
• High-quality hydraulic system with 220V/60HZ/1PH or 110V/ 60HZ/ 1PH (Optional)

Lifting Capacity	11000 lbs. (4990KG )
Max. Lifting Height	70.75″ / 1800mm
Min. Height	3.74″ / 95mm
Height Overall	141.25″ / 3587mm
Width Overall	134.65″ / 3420mm
Outside Columns	120.4″ / 3058mm
Inside Columns	109.37″ / 2778mm
Drive Thru Clearance	99.61″ / 2530mm
Motor	220VAC/60HZ/1PH
Net Weight	1323lbs / 600KG

Understanding Two-Post Lift Weight Capacities

Two-post lifts are essential in automotive shops, but selecting the appropriate lift with the correct weight capacity is crucial for safety and equipment longevity.

Typical Weight Capacities

Two-post lifts generally have weight capacities ranging from 7,000 to 20,000 pounds, accommodating various vehicles from light-duty cars to heavy-duty trucks. It’s important to note that each lift arm also has its own weight limit. For instance, a lift with a 10,000-pound total capacity may have each arm rated for 2,500 pounds. Therefore, if a vehicle’s weight distribution exceeds this per-arm limit, the lift may not be suitable.

Calculating Required Lift Capacity

To determine the appropriate lift capacity:

1. Calculate Rear Axle Weight: Multiply the vehicle’s total weight by the distance from the center of gravity to the front axle, then divide by the wheelbase.
2. Calculate Front Axle Weight: Subtract the rear axle weight from the total vehicle weight.
3. Determine Arm Capacity: Divide each axle’s weight by two to find the load per arm.

For example, if a vehicle weighs 9,000 pounds with a 6,000-pound front axle and a 3,000-pound rear axle, each arm would need to support 3,000 pounds. In this case, a 10,000-pound lift with 2,500-pound arms would be insufficient. Opting for a 12,000-pound lift would be safer.

Importance of Choosing a Lift with Adequate Capacity

Selecting a lift with a capacity that exceeds the vehicle’s weight requirements is advisable. This accounts for variables like vehicle modifications, additional equipment, or unexpected weight distributions. Many manufacturers recommend not exceeding 75% of a lift’s rated capacity to maintain safety margins.

Safe Operating Practices

• Adhere to Weight Limits: Never exceed the lift’s total or per-arm weight capacities.
• Proper Vehicle Positioning: Ensure the vehicle is centered and balanced on the lift to distribute weight evenly.
• Regular Maintenance: Follow the manufacturer’s maintenance schedule and conduct routine inspections to identify potential issues.

By understanding and respecting the weight capacities and operational guidelines of two-post lifts, automotive shops can ensure safer working conditions and prolong the lifespan of their equipment.

SHIPPING POLICY:Please read carefully

• Freight shippingONLYwithin the lower 48 states.
• Shipping carriers maycharge extra for residential Delivery.
• THE BUYER ISRESPONSIBLE FOR UNLOADINGFROM THE TRUCK.
• Customers should considerForkliftand unloading dock services.
• The buyer should be alsoresponsible for any re-delivery charges.
• Buyers should inspect delivered the products carefully before signing the Bill of Lading or Delivery Receipt at the time of delivery.Buyer satisfaction is assumed if no damages are noted on the delivery receipt.