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Forklift Capacity Formula:
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The forklift load capacity calculation determines the safe working load limit for a forklift based on the load center distance. This calculation is essential for workplace safety and compliance with Australian standards.
The calculator uses the standard formula:
Where:
Explanation: The equation accounts for how changes in load center distance affect the forklift's lifting capacity according to Australian safety standards.
Details: Accurate load capacity calculation is crucial for preventing forklift tip-overs, ensuring operator safety, complying with Australian workplace safety regulations, and preventing damage to goods and equipment.
Tips: Enter the base capacity in kg, load center in mm, and standard center in mm. All values must be positive numbers. The calculator will determine the reduced capacity based on Australian standards.
Q1: Why is load center important for forklift capacity?
A: As the load center increases, the forklift's capacity decreases due to the increased leverage effect, which can cause instability and potential tip-overs.
Q2: What are Australian standards for forklift capacity?
A: Australian standards require derating forklift capacity based on load center position and other factors to ensure safe operation in various working conditions.
Q3: When should capacity calculations be performed?
A: Capacity calculations should be performed whenever loads with different center of gravity are handled, when attachments are added, or when operating conditions change.
Q4: Are there limitations to this calculation?
A: This calculation provides a basic estimate. Actual capacity may be affected by additional factors like mast height, tilt angle, tire type, and ground conditions.
Q5: Should this calculation be used for all forklift operations?
A: Yes, this calculation should be part of every forklift operator's pre-operation checklist to ensure safe lifting practices according to Australian standards.