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Calcimator

Dock Leveler Selection Calculator

Dock leveler capacity and type from load and usage.

Inputs

Results

Required capacity (lb)

60,000

Dynamic load (lb)49,000
Type (0=mech, 1=hyd, 2=air)1
Width (ft)6
Lip length (in)12
How to Use This Calculator
  1. Enter the maximum load weight (lb) — the heaviest load on the forklift forks.
  2. Input the forklift unladen weight (lb) from the equipment data plate.
  3. Set cycles per day — the number of times a forklift crosses the leveler in a typical day.
  4. Enter dock height (in) — the dock floor height above grade level.
  5. Read Required capacity (lb) and Type (mechanical/hydraulic/air) to select the correct leveler model, and Width (ft) for bay sizing.

How the result changes with Max load weight (lb)

Max load weight (lb)Required capacity (lb)
10,00025,000
35,00045,000
65,00080,000
90,00080,000

What each input means

Max load weight (lb)
Heaviest load on forks.
Forklift weight (lb)
Forklift unladen weight.
Cycles per day
Number of dock door operations per day.
Dock height (in)
Dock height above grade in inches.

What each result means

Required capacity (lb)
Standard leveler capacity needed.
Dynamic load (lb)
Forklift plus maximum load weight.
Type (0=mech, 1=hyd, 2=air)
0=Mechanical, 1=Hydraulic, 2=Air-powered.
Width (ft)
Recommended leveler width.
Lip length (in)
Recommended lip length.

How this is calculated

Worked example, using the default values

  1. Identify Input Parameters
    4 parameters
    Max load weight (lb) = 40000, Forklift weight (lb) = 9000, Cycles per day = 50, Dock height (in) = 48 = 4 input(s) provided
  2. Calculate Required capacity
    60000 = 60000
  3. Calculate Dynamic load
    Dynamic load = forkliftWeightLb + maxLoadLb
    49000 = 49000
  4. Calculate Type
    1 = 1

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