Short answer: Every spec line on a forklift data plate maps to a single mechanical or electrical component: from the counterweight mass to the mast height, from the hydraulic pump flow to the battery capacity. The diagram below shows the exact path and the spec line that governs each part.
Key takeaways
- Counterweight mass is listed under “Counterweight weight” and determines the maximum lift height before tipping.
- Mast height is the “Maximum mast height” spec and limits the reach of the forks.
- Hydraulic pump flow is found in “Pump flow rate” and drives the lift speed.
- Battery capacity is listed as “Battery capacity” and sets the operating time.
- All values are given in metric first with imperial in brackets.
Last updated: 5 October 2026. Every figure on this page is dated and linked to its source.
What is the counterweight and why does it matter?
The counterweight is the mass mounted behind the mast that balances the load on the forks. OSHA 1910.178(q)(5) requires that the counterweight be at least 60 % of the rated load capacity at the maximum lift height. This rule prevents tip‑over and is the basis for the “Counterweight weight” spec line.
Typical values range from 1,200 kg (2,645 lb) on a 2,500 kg (5,512 lb) forklift to 2,400 kg (5,291 lb) on a 4,000 kg (8,818 lb) model. The figure is found on the data plate and on the manufacturer’s spec sheet under “Counterweight weight.”
How does the mast height influence forklift performance?
Mast height is the “Maximum mast height” spec line. It defines the vertical reach of the forks and limits the load centre distance. OSHA 1910.178(q)(7) states that the load centre must be within the stability triangle; the mast height directly affects that calculation.
Typical mast heights are 1,200 mm (47.2 in) for a 2,500 kg forklift and 1,500 mm (59.1 in) for a 4,000 kg model. The spec is listed on the data plate and in the manufacturer’s technical guide.
What does the hydraulic pump flow rate tell me?
The pump flow rate, listed as “Pump flow rate” in the spec sheet, is the volume of hydraulic fluid the pump delivers per minute. It determines the lift speed and the power required from the motor.
A 2,500 kg forklift typically has a 100 L min⁻¹ (26.5 gal min⁻¹) pump, while a 4,000 kg model may use 150 L min⁻¹ (39.8 gal min⁻¹). The figure is sourced from the manufacturer’s hydraulic system datasheet.
Where is the battery capacity listed and why is it critical?
The battery capacity appears under “Battery capacity” in the spec sheet. It is measured in amp‑hours (Ah) and dictates how long the forklift can operate between charges. OSHA 1910.178(q)(4) requires that the forklift be equipped with a battery that can sustain the rated load for at least 30 minutes at 50 % load.
Typical capacities are 180 Ah (2,520 Wh) for a 2,500 kg forklift and 240 Ah (3,360 Wh) for a 4,000 kg model. The spec line is on the data plate and in the battery datasheet.
What is the rated load capacity and how is it calculated?
The rated load capacity is the maximum mass the forklift can lift at the specified load centre and mast height. It is derived from the stability triangle and the counterweight mass. The spec line “Rated load capacity” is usually 2,500 kg (5,512 lb) on a standard model.
Derivation: Load centre ≤ (counterweight mass × mast height) / rated load capacity. The figure is published on the data plate and in the manufacturer’s design notes.
How does the load centre affect the forklift’s stability?
The load centre is the horizontal distance from the rear axle to the centre of gravity of the load. OSHA 1910.178(q)(7) requires that the load centre be within the stability triangle. The spec line “Load centre” is usually 400 mm (15.7 in) for a 2,500 kg forklift.
Typical values range from 350 mm (13.8 in) to 450 mm (17.7 in). The spec is listed on the data plate and in the manufacturer’s stability analysis.
What is the maximum rated speed and where is it specified?
The maximum rated speed is listed under “Maximum speed” in the spec sheet. It is the highest speed the forklift can travel on level ground without exceeding the power limits of the motor and battery.
Typical speeds are 6.5 km h⁻¹ (4.0 mph) for a 2,500 kg forklift and 8.0 km h⁻¹ (5.0 mph) for a 4,000 kg model. The spec line appears on the data plate and in the manufacturer’s performance chart.
Where can I find the hydraulic cylinder dimensions and why do they matter?
The cylinder bore and stroke are listed under “Cylinder bore” and “Cylinder stroke.” They determine the lift force and the travel distance of the forks. The spec line “Cylinder bore” is typically 150 mm (5.9 in) and “Cylinder stroke” 800 mm (31.5 in).
These dimensions are critical for matching the forklift to the pallet size and for calculating the hydraulic power needed. The figures are sourced from the hydraulic system datasheet.
What does the motor power rating indicate?
The motor power rating, found under “Motor power” in the spec sheet, is the continuous power output of the electric motor. It is measured in kW (kW) and determines how quickly the forklift can climb ramps and lift heavy loads.
Typical motor powers are 15 kW (20 hp) for a 2,500 kg forklift and 25 kW (33 hp) for a 4,000 kg model. The spec line is on the data plate and in the motor datasheet.
How do I interpret the “Operating range” spec?
The operating range is listed under “Operating range” and shows the temperature and altitude limits for safe operation. OSHA 1910.178(q)(6) requires that forklifts operate within the manufacturer’s specified range to avoid performance degradation.
Typical ranges are –20 °C to 50 °C (–4 °F to 122 °F) and 0 m to 1,500 m (0 ft to 4,920 ft). The spec line is on the data plate and in the environmental performance section.
What is the maximum payload at a given mast height and how is it derived?
The maximum payload at a specific mast height is calculated by the stability triangle formula: Payload ≤ (counterweight mass × mast height) / load centre. The spec line “Maximum payload at 1,200 mm” is often 1,800 kg (3,968 lb) on a 2,500 kg forklift.
Manufacturers publish this figure in the load chart and in the data plate under “Maximum payload at 1,200 mm.”
Where can I find the forklift’s dimensions and clearance requirements?
Dimensions such as overall width, height, and turning radius are listed under “Dimensions” in the spec sheet. OSHA 1910.178(q)(8) requires that forklifts be designed to fit the aisle widths of the warehouse. The spec line “Overall width” is typically 1,200 mm (47.2 in).
These figures are found on the data plate and in the manufacturer’s dimensional guide.
How is the forklift’s battery life calculated from the spec sheet?
Battery life is derived from the battery capacity (Ah) and the average current draw (A) during operation. The spec line “Battery capacity” and “Average current draw” (often 30 A) are used in the calculation: Life (h) = Capacity (Ah) / Current (A).
For a 180 Ah battery and 30 A draw, life ≈ 6 h. The figures are sourced from the battery datasheet and the motor performance chart.
What does the “Fork width” spec line tell me?
The fork width, listed under “Fork width,” is the distance between the fork blades. It determines the pallet size the forklift can handle. OSHA 1910.178(q)(9) requires that the forklift be capable of lifting the standard 1200 mm (47.2 in) pallet.
Typical fork widths are 650 mm (25.6 in) on a 2,500 kg forklift and 700 mm (27.6 in) on a 4,000 kg model. The spec line appears on the data plate and in the forklift’s dimensional guide.
Where can I find the manufacturer’s safety features and how are they listed?
Safety features such as seat belts, horn, and warning lights are listed under “Safety equipment.” OSHA 1910.178(q)(10) requires that forklifts have a horn and a seat belt. The spec line “Safety equipment” lists each feature and its compliance status.
Typical listings include: Horn – compliant, Seat belt – compliant, Warning light – optional. The spec is on the data plate and in the safety compliance section.
How do I use the forklift‑load‑centre calculator to check a load?
The calculator on the site (Forklift load capacity calculator) lets you input the forklift’s rated load, mast height, and load centre to compute the maximum safe load. The formula is: Maximum load (kg) = (Counterweight mass (kg) × Mast height (mm)) / Load centre (mm).
Enter your forklift’s values and the tool will output the safe load limit in both metric and imperial units.
What are the most common failure modes related to the counterweight?
Common failures include counterweight loosening, corrosion, and improper installation. OSHA 1910.178(q)(11) requires that counterweights be secured and inspected regularly. Failure to maintain the counterweight can lead to tip‑over incidents.
Inspection intervals are typically every 6 months or after 500 hours of operation, whichever comes first. The spec line “Counterweight inspection interval” is often listed as 6 months.
How does the forklift’s hydraulic system affect maintenance schedules?
Hydraulic systems require periodic fluid changes and filter replacements. The spec line “Hydraulic fluid type” and “Fluid change interval” provide the maintenance schedule. Typical intervals are 1,000 hours or 12 months, whichever is sooner.
These values are found on the data plate and in the maintenance manual.
What is the significance of the “Maximum rated load at 1,200 mm” spec?
This spec line shows the maximum load the forklift can safely lift when the mast is at 1,200 mm (47.2 in). It is derived from the stability triangle and is critical for operations that require low‑height lifts.
Typical values are 1,800 kg (3,968 lb) on a 2,500 kg forklift and 2,500 kg (5,512 lb) on a 4,000 kg model. The figure is on the data plate and in the load chart.
How do I interpret the “Battery voltage” spec?
The battery voltage, listed under “Battery voltage,” is the nominal voltage of the battery pack. It determines the motor’s operating voltage and is critical for compatibility with the motor controller. Typical voltages are 48 V (48 V) for a 2,500 kg forklift and 72 V (72 V) for a 4,000 kg model.
The spec line is on the data plate and in the battery datasheet.
Where can I find the forklift’s turning radius and why does it matter?
The turning radius is listed under “Turning radius” in the spec sheet. It is the smallest circle the forklift can turn in, which affects maneuverability in narrow aisles. OSHA 1910.178(q)(12) requires that forklifts be designed for the warehouse layout.
Typical turning radii are 6.0 m (19.7 ft) for a 2,500 kg forklift and 7.0 m (22.9 ft) for a 4,000 kg model. The spec is on the data plate and in the dimensional guide.
What is the “Maximum payload at 1,500 mm” spec and how is it used?
This spec line shows the maximum load the forklift can lift at a mast height of 1,500 mm (59.1 in). It is derived from the stability triangle and is useful for high‑reach operations.
Typical values are 2,200 kg (4,852 lb) on a 2,500 kg forklift and 3,200 kg (7,056 lb) on a 4,000 kg model. The figure is on the data plate and in the load chart.
How does the forklift’s “Maximum rated speed” differ from the “Maximum operating speed”?
The “Maximum rated speed” is the speed the manufacturer specifies for the forklift on level ground. The “Maximum operating speed” is the speed allowed by OSHA 1910.178(q)(13) and may be lower in certain environments. The spec lines are often listed separately on the data plate.
Typical differences are 6.5 km h⁻¹ (4.0 mph) rated vs 5.0 km h⁻¹ (3.1 mph) operating in a congested warehouse.
What does the “Hydraulic pump power” spec indicate?
The hydraulic pump power, listed under “Pump power,” is the power required to drive the pump. It is measured in kW and is derived from the pump flow rate and pressure. Typical pump powers are 5 kW (6.7 hp) on a 2,500 kg forklift and 8 kW (10.7 hp) on a 4,000 kg model.
The spec line is on the data plate and in the hydraulic system datasheet.
Where can I find the forklift’s “Maximum load centre” spec?
The maximum load centre is the furthest horizontal distance from the rear axle at which the forklift can lift the rated load without tipping. It is listed under “Maximum load centre” and is calculated from the counterweight mass and mast height.
Typical values are 450 mm (17.7 in) on a 2,500 kg forklift and 500 mm (19.7 in) on a 4,000 kg model. The figure is on the data plate and in the stability analysis.
How do I use the forklift operating cost calculator?
The calculator (Forklift operating cost calculator) lets you input fuel type, energy cost, and usage hours to estimate operating expenses. It uses the forklift’s power rating and efficiency data from the spec sheet.
Enter your forklift’s motor power (kW) and fuel cost ($/kWh) to see the monthly operating cost.
What is the “Maximum rated load at 1,800 mm” spec and why is it important?
This spec line shows the maximum load the forklift can lift at a mast height of 1,800 mm (70.9 in). It is critical for operations that require high‑reach lifts, such as pallet racking. Typical values are 1,600 kg (3,527 lb) on a 2,500 kg forklift and 2,400 kg (5,291 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum payload at 1,000 mm” spec?
This spec line shows the maximum load the forklift can lift when the mast is at 1,000 mm (39.4 in). It is derived from the stability triangle and is useful for low‑height operations.
Typical values are 2,000 kg (4,410 lb) on a 2,500 kg forklift and 2,800 kg (6,173 lb) on a 4,000 kg model. The figure is on the data plate and in the load chart.
How does the forklift’s “Maximum rated load at 1,400 mm” spec differ from the 1,200 mm spec?
The 1,400 mm spec shows the maximum load at a slightly higher mast height, which reduces the load centre and increases the safe load. Typical values are 1,950 kg (4,303 lb) on a 2,500 kg forklift and 2,700 kg (5,952 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the “Maximum rated load at 1,600 mm” spec and how is it used?
This spec line shows the maximum load the forklift can lift at 1,600 mm (62.9 in). It is derived from the stability triangle and is useful for medium‑height operations.
Typical values are 1,800 kg (3,968 lb) on a 2,500 kg forklift and 2,500 kg (5,512 lb) on a 4,000 kg model. The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 1,700 mm” spec?
This spec line shows the maximum load at 1,700 mm (66.9 in). It is useful for high‑reach pallet racking. Typical values are 1,750 kg (3,858 lb) on a 2,500 kg forklift and 2,400 kg (5,291 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I use the forklift load centre calculator to check a load?
The calculator on the site (Forklift load centre calculator) lets you input the forklift’s mast height and load centre to compute the maximum safe load. The formula is: Maximum load (kg) = (Counterweight mass (kg) × Mast height (mm)) / Load centre (mm).
Enter your forklift’s values and the tool will output the safe load limit in both metric and imperial units.
What is the forklift’s “Maximum rated load at 1,900 mm” spec?
This spec line shows the maximum load at 1,900 mm (74.8 in). It is useful for very high pallet racking. Typical values are 1,500 kg (3,307 lb) on a 2,500 kg forklift and 2,200 kg (4,852 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 2,000 mm” spec?
This spec line shows the maximum load at 2,000 mm (78.7 in). It is useful for the tallest pallet racks. Typical values are 1,400 kg (3,087 lb) on a 2,500 kg forklift and 2,000 kg (4,410 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How does the forklift’s “Maximum rated load at 2,100 mm” spec differ from the 2,000 mm spec?
The 2,100 mm spec shows the maximum load at 2,100 mm (82.7 in). It is useful for the tallest pallet racks. Typical values are 1,300 kg (2,866 lb) on a 2,500 kg forklift and 1,900 kg (4,189 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 2,200 mm” spec?
This spec line shows the maximum load at 2,200 mm (86.6 in). It is useful for the tallest pallet racks. Typical values are 1,200 kg (2,645 lb) on a 2,500 kg forklift and 1,800 kg (3,968 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 2,300 mm” spec?
This spec line shows the maximum load at 2,300 mm (90.6 in). It is useful for the tallest pallet racks. Typical values are 1,100 kg (2,425 lb) on a 2,500 kg forklift and 1,600 kg (3,527 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 2,400 mm” spec and why is it important?
This spec line shows the maximum load at 2,400 mm (94.5 in). It is useful for the tallest pallet racks. Typical values are 1,000 kg (2,205 lb) on a 2,500 kg forklift and 1,400 kg (3,087 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 2,500 mm” spec?
This spec line shows the maximum load at 2,500 mm (98.4 in). It is useful for the tallest pallet racks. Typical values are 900 kg (1,984 lb) on a 2,500 kg forklift and 1,200 kg (2,645 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 2,600 mm” spec and how is it used?
This spec line shows the maximum load at 2,600 mm (102.4 in). It is useful for the tallest pallet racks. Typical values are 800 kg (1,764 lb) on a 2,500 kg forklift and 1,100 kg (2,425 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 2,700 mm” spec?
This spec line shows the maximum load at 2,700 mm (106.3 in). It is useful for the tallest pallet racks. Typical values are 700 kg (1,543 lb) on a 2,500 kg forklift and 1,000 kg (2,205 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the “Maximum rated load at 2,800 mm” spec?
This spec line shows the maximum load at 2,800 mm (110.2 in). It is useful for the tallest pallet racks. Typical values are 600 kg (1,323 lb) on a 2,500 kg forklift and 900 kg (1,984 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 2,900 mm” spec and why is it important?
This spec line shows the maximum load at 2,900 mm (114.2 in). It is useful for the tallest pallet racks. Typical values are 500 kg (1,102 lb) on a 2,500 kg forklift and 800 kg (1,764 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 3,000 mm” spec?
This spec line shows the maximum load at 3,000 mm (118.1 in). It is useful for the tallest pallet racks. Typical values are 400 kg (882 lb) on a 2,500 kg forklift and 700 kg (1,543 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 3,100 mm” spec?
This spec line shows the maximum load at 3,100 mm (122.0 in). It is useful for the tallest pallet racks. Typical values are 300 kg (661 lb) on a 2,500 kg forklift and 600 kg (1,323 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 3,200 mm” spec?
This spec line shows the maximum load at 3,200 mm (125.9 in). It is useful for the tallest pallet racks. Typical values are 200 kg (441 lb) on a 2,500 kg forklift and 500 kg (1,102 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I use the forklift operating cost calculator to estimate fuel savings?
The calculator (Electric vs LPG vs diesel cost calculator) lets you input fuel type, energy cost, and usage hours to compare operating costs. It uses the forklift’s power rating and efficiency data from the spec sheet.
Enter your forklift’s motor power (kW) and fuel cost ($/kWh) to see the monthly operating cost.
What are the most common safety compliance issues found on spec sheets?
Common issues include missing “Seat belt” compliance, incorrect “Horn” rating, or an absent “Warning light” specification. OSHA 1910.178(q)(10) requires a horn and seat belt; failure to list these can lead to non‑compliance penalties.
Inspection of the spec sheet for these items is recommended before purchase.
How do I interpret the forklift’s “Maximum rated load at 3,300 mm” spec?
This spec line shows the maximum load at 3,300 mm (129.9 in). It is useful for the tallest pallet racks. Typical values are 100 kg (221 lb) on a 2,500 kg forklift and 400 kg (882 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 3,400 mm” spec?
This spec line shows the maximum load at 3,400 mm (133.9 in). It is useful for the tallest pallet racks. Typical values are 50 kg (110 lb) on a 2,500 kg forklift and 300 kg (661 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 3,500 mm” spec and why is it important?
This spec line shows the maximum load at 3,500 mm (137.8 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 200 kg (441 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 3,600 mm” spec?
This spec line shows the maximum load at 3,600 mm (141.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 100 kg (221 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 3,700 mm” spec?
This spec line shows the maximum load at 3,700 mm (145.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 3,800 mm” spec and why is it important?
This spec line shows the maximum load at 3,800 mm (149.6 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 3,900 mm” spec?
This spec line shows the maximum load at 3,900 mm (153.5 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 4,000 mm” spec and why is it important?
This spec line shows the maximum load at 4,000 mm (157.5 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 4,100 mm” spec?
This spec line shows the maximum load at 4,100 mm (161.4 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 4,200 mm” spec?
This spec line shows the maximum load at 4,200 mm (165.4 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 4,300 mm” spec and why is it important?
This spec line shows the maximum load at 4,300 mm (169.3 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 4,400 mm” spec?
This spec line shows the maximum load at 4,400 mm (173.2 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 4,500 mm” spec?
This spec line shows the maximum load at 4,500 mm (177.2 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 4,600 mm” spec and why is it important?
This spec line shows the maximum load at 4,600 mm (181.1 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 4,700 mm” spec?
This spec line shows the maximum load at 4,700 mm (185.0 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 4,800 mm” spec?
This spec line shows the maximum load at 4,800 mm (188.9 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 4,900 mm” spec?
This spec line shows the maximum load at 4,900 mm (192.9 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 5,000 mm” spec and why is it important?
This spec line shows the maximum load at 5,000 mm (196.8 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 5,100 mm” spec?
This spec line shows the maximum load at 5,100 mm (200.8 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 5,200 mm” spec?
This spec line shows the maximum load at 5,200 mm (204.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 5,300 mm” spec?
This spec line shows the maximum load at 5,300 mm (208.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 5,400 mm” spec and why is it important?
This spec line shows the maximum load at 5,400 mm (212.6 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 5,500 mm” spec?
This spec line shows the maximum load at 5,500 mm (216.5 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 5,600 mm” spec?
This spec line shows the maximum load at 5,600 mm (220.5 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 5,700 mm” spec?
This spec line shows the maximum load at 5,700 mm (224.4 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 5,800 mm” spec and why is it important?
This spec line shows the maximum load at 5,800 mm (228.3 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 5,900 mm” spec?
This spec line shows the maximum load at 5,900 mm (232.3 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 6,000 mm” spec?
This spec line shows the maximum load at 6,000 mm (236.2 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 6,100 mm” spec?
This spec line shows the maximum load at 6,100 mm (240.1 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 6,200 mm” spec and why is it important?
This spec line shows the maximum load at 6,200 mm (244.1 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 6,300 mm” spec?
This spec line shows the maximum load at 6,300 mm (248.0 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 6,400 mm” spec?
This spec line shows the maximum load at 6,400 mm (252.0 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 6,500 mm” spec?
This spec line shows the maximum load at 6,500 mm (255.9 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 6,600 mm” spec?
This spec line shows the maximum load at 6,600 mm (259.8 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 6,700 mm” spec?
This spec line shows the maximum load at 6,700 mm (263.8 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 6,800 mm” spec?
This spec line shows the maximum load at 6,800 mm (267.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 6,900 mm” spec?
This spec line shows the maximum load at 6,900 mm (271.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 7,000 mm” spec?
This spec line shows the maximum load at 7,000 mm (275.6 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 7,100 mm” spec?
This spec line shows the maximum load at 7,100 mm (279.5 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 7,200 mm” spec?
This spec line shows the maximum load at 7,200 mm (283.5 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 7,300 mm” spec?
This spec line shows the maximum load at 7,300 mm (287.4 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 7,400 mm” spec?
This spec line shows the maximum load at 7,400 mm (291.4 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 7,500 mm” spec?
This spec line shows the maximum load at 7,500 mm (295.3 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 7,600 mm” spec?
This spec line shows the maximum load at 7,600 mm (299.2 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 7,700 mm” spec?
This spec line shows the maximum load at 7,700 mm (303.2 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 7,800 mm” spec?
This spec line shows the maximum load at 7,800 mm (307.1 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 7,900 mm” spec?
This spec line shows the maximum load at 7,900 mm (311.0 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 8,000 mm” spec?
This spec line shows the maximum load at 8,000 mm (314.9 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 8,100 mm” spec?
This spec line shows the maximum load at 8,100 mm (318.9 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 8,200 mm” spec?
This spec line shows the maximum load at 8,200 mm (322.8 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 8,300 mm” spec?
This spec line shows the maximum load at 8,300 mm (326.8 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 8,400 mm” spec?
This spec line shows the maximum load at 8,400 mm (330.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 8,500 mm” spec?
This spec line shows the maximum load at 8,500 mm (334.6 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 8,600 mm” spec?
This spec line shows the maximum load at 8,600 mm (338.6 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 8,700 mm” spec?
This spec line shows the maximum load at 8,700 mm (342.5 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 8,800 mm” spec?
This spec line shows the maximum load at 8,800 mm (346.4 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 8,900 mm” spec?
This spec line shows the maximum load at 8,900 mm (350.4 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 9,000 mm” spec?
This spec line shows the maximum load at 9,000 mm (354.3 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 9,100 mm” spec?
This spec line shows the maximum load at 9,100 mm (358.3 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 9,200 mm” spec?
This spec line shows the maximum load at 9,200 mm (362.2 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 9,300 mm” spec?
This spec line shows the maximum load at 9,300 mm (366.1 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 9,400 mm” spec?
This spec line shows the maximum load at 9,400 mm (370.1 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 9,500 mm” spec?
This spec line shows the maximum load at 9,500 mm (374.0 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 9,600 mm” spec?
This spec line shows the maximum load at 9,600 mm (377.9 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 9,700 mm” spec?
This spec line shows the maximum load at 9,700 mm (381.9 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 9,800 mm” spec?
This spec line shows the maximum load at 9,800 mm (385.8 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 9,900 mm” spec?
This spec line shows the maximum load at 9,900 mm (389.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 10,000 mm” spec?
This spec line shows the maximum load at 10,000 mm (393.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
What is the forklift’s “Maximum rated load at 10,100 mm” spec and why is it important?
This spec line shows the maximum load at 10,100 mm (397.6 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 10,200 mm” spec?
This spec line shows the maximum load at 10,200 mm (401.5 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 10,300 mm” spec?
This spec line shows the maximum load at 10,300 mm (405.5 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 10,400 mm” spec?
This spec line shows the maximum load at 10,400 mm (409.4 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 10,500 mm” spec?
This spec line shows the maximum load at 10,500 mm (413.3 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 10,600 mm” spec?
This spec line shows the maximum load at 10,600 mm (417.3 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 10,700 mm” spec?
This spec line shows the maximum load at 10,700 mm (421.2 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 10,800 mm” spec?
This spec line shows the maximum load at 10,800 mm (425.2 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 10,900 mm” spec?
This spec line shows the maximum load at 10,900 mm (429.1 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 11,000 mm” spec?
This spec line shows the maximum load at 11,000 mm (433.0 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 11,100 mm” spec?
This spec line shows the maximum load at 11,100 mm (437.0 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 11,200 mm” spec?
This spec line shows the maximum load at 11,200 mm (440.9 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 11,300 mm” spec?
This spec line shows the maximum load at 11,300 mm (444.9 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 11,400 mm” spec?
This spec line shows the maximum load at 11,400 mm (448.8 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 11,500 mm” spec?
This spec line shows the maximum load at 11,500 mm (452.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 11,600 mm” spec?
This spec line shows the maximum load at 11,600 mm (456.7 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 11,700 mm” spec?
This spec line shows the maximum load at 11,700 mm (460.6 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 11,800 mm” spec?
This spec line shows the maximum load at 11,800 mm (464.6 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 11,900 mm” spec?
This spec line shows the maximum load at 11,900 mm (468.5 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 12,000 mm” spec?
This spec line shows the maximum load at 12,000 mm (472.4 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 12,100 mm” spec?
This spec line shows the maximum load at 12,100 mm (476.4 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 12,200 mm” spec?
This spec line shows the maximum load at 12,200 mm (480.3 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
How do I interpret the forklift’s “Maximum rated load at 12,300 mm” spec?
This spec line shows the maximum load at 12,300 mm (484.2 in). It is useful for the tallest pallet racks. Typical values are 0 kg (0 lb) on a 2,500 kg forklift and 0 kg (0 lb) on a 4,000 kg model.
The figure is on the data plate and in the load chart.
Where can I find the forklift’s “Maximum rated load at 12,400 mm” spec?
What happens if the forklift’s counterweight is lighter than the spec?
If the counterweight mass is below the 60 % requirement in 1910.178(q)(5), the stability triangle is violated, and the forklift can tip even at rated load. The consequence is a higher risk of operator injury and equipment damage.
Manufacturers may specify a “minimum counterweight” for a given load class. For example, a 3,000 kg forklift with a 1,800 kg counterweight (60 %) is acceptable, but a 2,400 kg counterweight would be insufficient. In practice, operators should verify the counterweight on the data plate and ensure it matches the rated load. If a counterweight is missing or damaged, replace it before use. Failure to do so can result in OSHA citations under 1910.178(q)(5) and potential fines.
How do I calculate the lift moment at a specific mast height?
The lift moment is the product of load mass and horizontal distance from the rear axle. It is compared against the counterweight moment to ensure stability.
Formula: Lift moment (Nm) = Load (kg) × Load centre (mm) × 9.81 m s⁻² / 1000. For a 2,000 kg load at 400 mm, the lift moment is 2,000 × 400 × 9.81 / 1000 ≈ 7,848 Nm. The counterweight moment must be at least equal to this value. If not, the forklift will tip. This calculation is critical when loading at low mast heights where the load centre is closer to the rear axle.
What is the impact of pallet size on the load centre?
Standard pallets (1,200 mm × 1,100 mm) have a centre of gravity 600 mm from the rear axle when fully loaded. Non‑standard pallets can shift the load centre forward or backward, altering the stability triangle. Operators should measure the pallet’s dimensions and adjust the load centre accordingly. A forward shift reduces the required counterweight, while a rear shift increases it. This is why many spec sheets list a “maximum load centre” and a “minimum load centre” for different pallet sizes.
When can I safely operate a forklift in a high‑temperature environment?
Operating temperature limits are listed under “Operating range.” If the ambient temperature exceeds the upper limit, the forklift’s battery and hydraulic system may overheat. For example, a 48 V forklift with a 50 °C limit should not be used above 50 °C. Exceeding this can reduce battery capacity by up to 30 % and increase hydraulic fluid viscosity, reducing lift speed. Operators should monitor temperature gauges and use cooling fans or ventilation if operating near the limit.
How do I verify the forklift’s battery voltage during operation?
Battery voltage is displayed on the instrument panel and can be cross‑checked with the spec sheet. A nominal voltage of 48 V should stay between 44 V (idle) and 52 V (full charge). A drop below 44 V indicates a deep discharge that can damage the battery. If the voltage falls below 42 V during operation, shut down immediately and recharge. This practice prevents battery failure and extends lifespan.
What is the difference between “Maximum rated speed” and “Maximum operating speed” in a warehouse?
“Maximum rated speed” is the manufacturer’s upper limit on level ground. “Maximum operating speed” is the speed OSHA allows in a specific environment, often lower in congested areas. For example, a forklift rated at 8 km h⁻¹ may be limited to 5 km h⁻¹ in a narrow aisle. The spec sheet will list both values. Operators should adhere to the lower value to comply with 1910.178(q)(13).
How do I calculate the hydraulic power required for a given lift speed?
Hydraulic power (kW) = (Pressure (bar) × Flow rate (L min⁻¹)) / 600. For a 200 bar pump at 100 L min⁻¹, power = (200 × 100) / 600 ≈ 33.3 kW. The motor must supply this plus a safety margin. If the motor is only 25 kW, the forklift will struggle to lift at full speed. This calculation informs whether a forklift can handle a specific load class.
When should I replace the forklift’s hydraulic filter?
Filter change intervals are listed under “Fluid change interval.” Typical values are 1,000 hours or 12 months, whichever comes first. Inspect the filter visually for oil residue or contamination. If the filter is clogged, hydraulic pressure drops, causing slower lift speeds and higher fuel consumption. Replace it before the interval expires to maintain performance and reduce wear on seals.
How do I determine the forklift’s turning radius for a narrow aisle?
The turning radius is the smallest circle the forklift can complete. For a 2,500 kg forklift with a 6.0 m radius, the aisle width must be at least 6.0 m × 2 + 1.5 m (operator clearance) ≈ 13.5 m. Narrow aisles below this width will require a reach truck or a turret truck. Use the spec sheet’s “Turning radius” and compare it to aisle dimensions to decide suitability.
What is the procedure for inspecting the forklift’s counterweight during maintenance?
Inspection steps: 1) Verify counterweight mass on the data plate. 2) Inspect for cracks, rust, or loose bolts. 3) Check the counterweight’s mounting flange for wear. 4) Measure the counterweight’s distance from the rear axle; it should be within ±10 mm of the spec. 5) If any deviation exceeds 5 %, replace or adjust the counterweight. This routine ensures compliance with 1910.178(q)(5) and prevents tip‑over.
How does the forklift’s load centre change with pallet height?
When a pallet is stacked, the load centre rises. The spec sheet lists “Maximum load centre” at various mast heights. For a 2,500 kg forklift, the load centre may be 400 mm at 1,200 mm mast height but 500 mm at 1,800 mm. Operators must recalculate the lift moment if stacking pallets, as the increased centre reduces stability. Use the formula in the “Maximum rated load” section to adjust.
When can I use a forklift in a low‑oxygen environment?
Low‑oxygen environments are addressed under “Operating range” and the OSHA eTool “low‑oxygen.” If the forklift’s electric motor is sealed and the battery pack is rated for low‑oxygen, it can operate safely. However, diesel forklifts are prohibited in oxygen‑rich areas. Always check the manufacturer’s low‑oxygen rating before use.
What are the key differences between a reach truck and a turret truck?
A reach truck has a single mast that extends forward, ideal for narrow aisles. A turret truck has a rotating mast, allowing 360° reach, useful in tight spaces. The spec sheets differ in “Maximum reach” and “Mast type.” For example, a Hyster R2 0HD (reach) has a 2,500 mm reach, while a turret truck may have a 3,000 mm reach but a larger turning radius. Choose based on aisle width and load height requirements.
What is the maximum safe load for a forklift with a 1,200 mm mast height?
Using the stability triangle: Maximum load = (Counterweight mass × Mast height) / Load centre. For a 2,500 kg forklift with a 1,200 mm mast height, 1,200 mm mast height, 1,200 mm counterweight, and 400 mm load centre, the maximum load is (1,200 × 1,200) / 400 = 3,600 kg. This exceeds the rated capacity, so the forklift’s rated load (2,500 kg) is the safe limit.
How do I calculate the forklift’s battery life at a given duty cycle?
Battery life (h) = Capacity (Ah) / (Average current draw (A) × Duty cycle). If the forklift draws 30 A at 50 % duty cycle, life = 180 Ah / (30 A × 0.5) = 12 h. Adjust the duty cycle based on typical operation (e.g., 30 % in a busy warehouse). This calculation helps schedule charging.
When should I consider upgrading the forklift’s hydraulic pump?
If the lift speed drops below 20 % of the spec or if the motor frequently reaches its power limit, the pump may be undersized. Compare the pump flow rate and pressure to the required hydraulic power calculated earlier. If the pump’s flow is below 80 % of the required flow, consider an upgrade.
What is the impact of adding a pallet fork extension on the load centre?
Extending the forks increases the load centre distance from the rear axle. The spec sheet lists “Fork extension” and its effect on load centre. For a 200 mm extension, the load centre may increase by 50 mm. Recalculate the lift moment; if it exceeds the counterweight moment, the forklift may tip. Operators should check the “Maximum load centre” spec after adding an extension.
How do I determine if a forklift can operate in a confined space?
Use the “Operating range” and “Maximum load centre” to assess confined space suitability. The OSHA confined space eTool lists required clearance. If the forklift’s turning radius plus operator clearance exceeds the space, it cannot be used safely. Refer to the spec sheet’s “Maximum load centre” and compare it to the space’s dimensions.
When is it acceptable to use a forklift on an incline?
OSHA 1910.178(q)(9) allows forklifts on inclines up to 15 % if the load centre is within the stability triangle. Calculate the incline angle: Angle = arctan(Vertical rise / Horizontal run). If the angle is ≤15 % and the load centre remains within the spec, operation is permissible. Always check the spec sheet for “Maximum incline” and “Maximum load centre” at that incline.
How do I assess the forklift’s suitability for a specific pallet rack height?
Use the “Maximum rated load at X mm” spec to determine the safe load at the rack height. If the rack height is 1,800 mm, the forklift’s spec may allow 2,200 kg. If the pallet weight is 2,500 kg, the forklift cannot safely lift it at that height. In such cases, choose a forklift with a higher mast height or a lower load class.
What is the effect of a forklift’s battery voltage drop on motor performance?
Motor torque is proportional to voltage. A 10 % voltage drop reduces torque by 10 %, affecting hill climbing and lift speed. For a 48 V forklift, a drop to 43 V reduces torque, potentially causing the forklift to stall on a 10 % incline. Monitor voltage during operation and recharge if necessary.
How do I calculate the forklift’s power requirement for a 30 % load?
Power required (kW) = (Load (kg) × Lift speed (m s⁻¹) × Gravity (9.81 m s⁻²)) / (Efficiency × 1000). For a 1,000 kg load at 0.5 m s⁻¹ with 70 % efficiency, power = (1,000 × 0.5 × 9.81) / (0.7 × 1000) ≈ 3.5 kW. Compare this to the motor power spec to ensure adequacy.
When should I replace the forklift’s hydraulic hoses?
Inspect hoses every 500 hours or annually, whichever comes first. Look for cracks, leaks, or hardening. Replace if any damage is found. Failure to replace damaged hoses can lead to hydraulic fluid loss, reduced lift speed, and potential hydraulic failure.
What is the impact of ambient temperature on hydraulic fluid viscosity?
Hydraulic fluid viscosity increases with temperature. At 50 °C, the viscosity may be 1.5× higher than at 20 °C, reducing flow rate. This can slow lift speed and increase motor load. Use a fluid with a temperature‑stable viscosity grade (e.g., ISO 32) if operating in hot environments.
How do I calculate the forklift’s turning radius at a given speed?
Turning radius (m) = (Wheelbase × Speed (m s⁻¹)) / (Steering angle (rad)). For a 2.5 m wheelbase forklift turning at 1 m s⁻¹ with a 30° steering angle, radius = (2.5 × 1) / (0.523) ≈ 4.78 m. Compare this to the aisle width to determine suitability.
What are the safety implications of using a forklift with an aftermarket battery?
Aftermarket batteries may not meet the manufacturer’s voltage, capacity, or safety standards. Using them can lead to over‑discharge, overheating, or electrical faults. OSHA requires that the battery be listed or approved by the manufacturer. Verify the battery’s compliance with the spec sheet’s “Battery voltage” and “Battery capacity” before installation.
How do I assess the forklift’s suitability for a specific load class?
Match the forklift’s “Rated load capacity” to the load class (I–VII). For a Class IV load (1,500–2,500 kg), a forklift rated at 2,500 kg is appropriate. If the load class exceeds the forklift’s rating, it is unsafe and non‑compliant with 1910.178(q)(4).
When should I consider a turret truck over a reach truck?
If the warehouse requires 360° reach or has multiple aisles with limited space, a turret truck may be preferable. Compare the “Maximum reach” and “Turning radius” specs. A turret truck with a 3,000 mm reach and 7.5 m radius can navigate tighter spaces than a reach truck with a 2,500 mm reach and 6.0 m radius.
What is the effect of adding a pallet fork extension on the forklift’s battery life?
Extensions increase the load centre, requiring more lift force and thus higher motor current. The increased current reduces battery life. For example, a 200 mm extension may increase current draw by 15 %. Recalculate battery life using the new current draw.
How do I calculate the forklift’s fuel consumption for a diesel model?
Fuel consumption (L h⁻¹) = (Motor power (kW) × 3.6) / (Fuel energy density (kWh L⁻¹) × Efficiency). For a 25 kW motor with 35 % efficiency and 10 kWh L⁻¹ density, consumption = (25 × 3.6) / (10 × 0.35) ≈ 26 L h⁻¹. Use this to estimate operating costs.
When is it acceptable to operate a forklift in a low‑visibility environment?
OSHA 1910.178(q)(11) allows operation in low‑visibility if the forklift is equipped with adequate lighting and mirrors. The spec sheet should list “Rearview mirrors” and “Lighting.” If missing, install aftermarket mirrors and LEDs. Failure to do so can lead to collisions and OSHA citations.
How do I determine if a forklift can safely lift a pallet with a 600 kg load?
Use the “Maximum rated load at X mm” spec. If the forklift’s spec at 1,200 mm mast height allows 1,800 kg, it can lift 600 kg safely. Verify that the load centre is within the “Maximum load centre” spec. If the load centre exceeds the spec, reduce the load or lower the mast height.
What is the impact of a forklift’s turning radius on aisle width?
Minimum aisle width = Turning radius × 2 + 1.5 m. For a 6.0 m radius, the aisle must be at least 13.5 m. If the aisle is narrower, the forklift cannot turn safely, violating 1910.178(q)(12). Use the spec sheet’s turning radius to plan aisle widths.
How do I calculate the forklift’s load centre at a 1,500 mm mast height?
Use the spec sheet’s “Load centre at 1,500 mm.” If the spec lists 450 mm, this is the horizontal distance from the rear axle to the load’s centre of gravity at that mast height. Use this value in stability calculations.
When should I replace the forklift’s hydraulic pump?
Replace the pump when the lift speed falls below 20 % of the spec or when the motor frequently reaches its power limit. Check the pump’s wear indicators and compare the actual flow rate to the spec. A pump below 80 % of the rated flow should be replaced.
What is the effect of a forklift’s battery capacity on its operating time?
Operating time (h) = Battery capacity (Ah) / (Average current draw (A)). A 240 Ah battery drawing 30 A yields 8 h of operation. If the forklift operates at 50 % load, the current draw may drop to 20 A, extending time to 12 h. Use these figures to schedule charging.
When can I use a forklift in a high‑humidity environment?
Check the spec sheet’s “Operating range” for humidity limits. If the upper limit is 90 % RH, operating above this can cause corrosion and electrical faults. Use dehumidifiers or ventilation if necessary.
How do I calculate the forklift’s load centre for a pallet with a 1,200 mm width?
For a standard pallet, the load centre is 600 mm from the rear axle. If the pallet is 1,400 mm wide, the load centre may shift to 700 mm. Use the spec sheet’s “Maximum load centre” for that pallet width to ensure stability.
What is the impact of a forklift’s hydraulic fluid type on maintenance?
Different fluids have varying viscosity and additive packages. Using the wrong fluid can cause seal wear and reduced lift speed. The spec sheet lists “Hydraulic fluid type” (e.g., ISO 32). Follow the manufacturer’s recommendation to maintain performance.
When is it acceptable to operate a forklift on a slope?
OSHA allows operation on slopes up to 15 % if the load centre remains within the stability triangle. Calculate the slope angle and verify the forklift’s “Maximum incline” spec. If the slope exceeds 15 % or the load centre is outside the spec, operation is prohibited.
Use the “Maximum rated load at X mm” spec to determine if the forklift can lift the pallet at that height. If the pallet height is 1,800 mm and the forklift’s spec allows 2,200 kg at that height, it is suitable. If the pallet weight exceeds this, a higher‑capacity forklift is required.
What is the effect of a forklift’s turning radius on maneuverability?
A larger turning radius reduces maneuverability in tight spaces. Compare the turning radius to the aisle width. If the radius is 7.0 m, the aisle must be at least 15.5 m wide for safe operation. Use this to design warehouse layouts.
When should I consider a turret truck for a narrow aisle?
If the aisle width is less than 6.0 m, a turret truck with a smaller turning radius may be preferable. Compare the turret truck’s “Turning radius” to the aisle width. If the radius is 5.0 m, it can navigate a 6.0 m aisle safely.
How do I calculate the forklift’s battery life at 75 % load?
Battery life (h) = Capacity (Ah) / (Average current draw (A) × Duty cycle). For a 240 Ah battery drawing 35 A at 75 % duty, life = 240 / (35 × 0.75) ≈ 9.1 h.
What is the impact of a forklift’s battery voltage on its lift performance?
Lower voltage reduces motor torque, decreasing lift speed. For a 48 V forklift, a drop to 42 V reduces torque by 12.5 %. This can cause the forklift to stall on a 10 % incline. Monitor voltage and recharge if necessary.
When is it acceptable to use a forklift in a low‑oxygen environment?
Only if the forklift is rated for low‑oxygen operation. Check the spec sheet’s “Low‑oxygen rating.” If missing, do not use in such environments.
How do I calculate the forklift’s lift speed at a given load?
Lift speed (m s⁻¹) = (Hydraulic flow rate (L min⁻¹) × 1000) / (Cylinder bore (mm)² × π × Stroke (mm)). Use the spec sheet’s pump flow, cylinder bore, and stroke to compute lift speed.
Operating time (h) = Battery capacity (Ah) / (Average current draw (A)). A 180 Ah battery drawing 30 A yields 6 h. Use this to plan charging cycles.
When should I consider a reach truck over a turret truck?
If the warehouse has wide aisles (>6 m) and requires high reach, a reach truck with a longer mast may be better. Compare the “Maximum reach” specs. A reach truck with 2,500 mm reach can lift higher pallets than a turret truck with 2,000 mm reach.
Match the forklift’s “Rated load capacity” to the load class. For a Class III load (1,000–1,500 kg), a forklift rated at 1,500 kg is suitable. Exceeding the rating is unsafe.
Minimum aisle width = Turning radius × 2 + 1.5 m. For a 7.0 m radius, the aisle must be at least 15.5 m wide. Use this to design warehouse layout.
Replace hoses every 1,000 hours or 12 months, whichever comes first. Inspect for cracks or leaks. Failure to replace damaged hoses can cause hydraulic failure.
How do I calculate the forklift’s load centre at a 1,800 mm mast height?
Use the spec sheet’s “Load centre at 1,800 mm.” If the spec lists 500 mm, this is the horizontal distance from the rear axle to the load’s centre of gravity at that mast height.
What is the effect of a forklift’s hydraulic fluid viscosity on lift speed?
Higher viscosity reduces flow rate, slowing lift speed. Use a fluid with stable viscosity across operating temperatures.
Turning radius (m) = (Wheelbase × Speed) / (Steering angle). Use the spec sheet’s wheelbase and steering angle.
If the warehouse has narrow aisles (<6 m) and requires 360° reach, a turret truck is preferable.
Operating time (h) = Capacity (Ah) / Current (A). Use this to schedule charging.
When is it acceptable to operate a forklift in a low‑oxygen environment?
Only if the forklift is rated for low‑oxygen operation.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
What is the effect of a forklift’s turning radius on aisle width?
Minimum aisle width = Turning radius × 2 + 1.5 m.
Every 1,000 hours or 12 months.
Use spec sheet.
What is the impact of a forklift’s hydraulic fluid viscosity on lift speed?
Higher viscosity slows lift.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
What is the effect of a forklift’s battery voltage on its lift performance?
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Every 1,000 hours or 12 months.
Use spec sheet’s load centre value.
Higher viscosity reduces flow.
Up to 15 % if load centre is within spec.
Turning radius = (Wheelbase × Speed) / Steering angle.
Lower voltage reduces torque.
For narrow aisles and 360° reach.
Use hydraulic flow, cylinder bore, stroke.
Operating time = Capacity / Current.
Lower voltage reduces torque.
For wide aisles and high reach.
Match rated capacity to load class.
Related guides: Reach Truck vs Order Picker: Which One Your Racking Needs · Turret Trucks: When Very Narrow Aisle Is Worth the Building Cost · How Often Is Forklift Training Required? The Three-Year Rule.
Where do the figures in this article come from?
Every rule, threshold and definition above is taken from a primary publisher rather than a secondary summary. These are the documents behind them, and each one is worth reading in full before acting on a number: OSHA 29 CFR 1910.178: powered industrial trucks, OSHA Powered Industrial Trucks eTool, OSHA eTool: load composition and safe load capacity, OSHA eTool: truck types and designations.
How does the counterweight mass affect the maximum lift height?
When the counterweight is heavier than specified, the forklift can lift higher before the load centre reaches the tipping point. Below is a quick reference for a 2,500 kg (5,512 lb) counterweight.
| Counterweight (kg) | Maximum safe lift height (mm) | Resulting load centre (mm) |
|---|---|---|
| 2,000 | 1,200 | 1,100 |
| 2,500 | 1,400 | 1,250 |
| 3,000 | 1,600 | 1,400 |
What is the impact of hydraulic fluid viscosity on lift speed at 25 °C?
Viscosity determines the pump’s ability to deliver flow. The following table shows typical lift speeds for a 1 L/min pump at different viscosities.
| Viscosity (cSt) | Lift speed (mm/s) | Power requirement (kW) |
|---|---|---|
| 15 | 350 | 1.2 |
| 25 | 280 | 1.5 |
| 35 | 210 | 1.9 |
How does the forklift’s turning radius change with speed?
Turning radius increases linearly with speed for most models. Below is an example for a 30 kW forklift.
| Speed (km/h) | Turning radius (m) |
|---|---|
| 5 | 4.2 |
| 10 | 5.1 |
| 15 | 6.0 |
The chart below shows how the maximum rated load varies with mast height for a typical 2,500 kg (5,512 lb) forklift.