5 Common Electric Pallet Truck Operating Mistakes and How to Avoid Them

From “Habitual Operation” to “Safety Compliance” – Avoiding These Common Pitfalls

In daily operations, many electric pallet truck operators develop seemingly harmless habits over time — like not slowing down on sharp turns, not looking back when reversing, or thinking “just this once” when overloading. These minor operational deviations are often the direct cause of equipment failure, cargo damage, and even personal injury.

According to the U.S. Occupational Safety and Health Administration (OSHA), powered industrial truck incidents cause approximately 85 fatalities and 34,900 serious injuries in the U.S. each year, and the vast majority of these accidents are preventable. This article outlines the 5 most common operating mistakes with Electric Pallet Trucks and provides specific methods to avoid them.

1. Overloading or Uneven Load Distribution

Typical Signs:

• Load weight exceeds rated capacity (e.g., placing 2.5 tons on a 2-ton truck)

• Load is off-center, placed on one side of the forks

• One fork bearing weight while the other is suspended

Risks:
Overloading directly leads to hydraulic system overload, pump damage, fork deformation, and even tip-over accidents. Even “occasional overloading” can cause irreversible damage to the hydraulic system and frame. Uneven load distribution shifts the vehicle‘s center of gravity, increasing rollover risk during turns.

Correct Practice:

1. Check the rated load: Always verify that the load weight does not exceed the equipment’s nameplate rating (rated load 2000kg)

2. Center the load: Ensure the load is centered on the forks with balanced weight on both sides

3. Secure the load: Use stretch wrap or strapping to secure irregular or top-heavy loads to prevent shifting during travel

Take Diding Lift‘s 2T Stand On Pallet Truck Off Road CBDE as an example. Its rated load is 2 tons (2000kg) , and its solid structural design with high stability ensures stability under full load conditions, but operators must still strictly adhere to load limits.

2. Lifting Without Full Fork Insertion

Typical Signs:

• Forks only inserted halfway into the pallet before lifting

• Fork tips visible beyond the pallet bottom

• Inserting forks at an angle

Risks:
When forks are not fully inserted, the load‘s center of gravity is unsupported, easily causing pallet breakage, load tipping, and fork damage. This is the leading cause of load drop accidents.

Correct Practice:

1. Approach straight on: Ensure forks are perpendicular to the pallet and insert from the front

2. Full insertion: Push forks in until the fork heels are flush with the pallet face, ensuring full contact

3. Lift to travel height: Lift only 100-150mm off the ground — enough to clear the floor, avoiding high lifting which raises the center of gravity

3. Sharp Turns and High-Speed Travel

Typical Signs:

• Not slowing down at aisle corners

• High-speed turning with a full load

• Excessive speed on declines

Risks:
Sharp turns generate high centrifugal force, which can easily cause load tipping or vehicle rollover under full load. According to industry standards, the maximum travel speed on flat surfaces with a load is typically 6 km/h, reduced to walking pace in congested or pedestrian zones.

Correct Practice:

1. Slow down before turning: Reduce speed before approaching corners; avoid sudden turns

2. Maintain safe distance: Keep at least 3 seconds of stopping distance from vehicles or pedestrians ahead

3. Control fork height: Keep forks 100-150mm above the ground during travel. Never travel with raised forks – this significantly increases tip-over risk

The CBDE has a turning radius of only 1.5 meters, offering excellent maneuverability in narrow aisles. Its solid structural design and electromagnetic brake system provide a safety foundation for higher-speed travel.

4. Improper Battery Maintenance

Typical Signs:

• Running the battery completely flat before charging (deep discharge)

• Charging in damp or high-temperature environments

• Failing to check the battery during extended inactivity

• Using an incompatible charger

Risks:
Deep discharge is extremely damaging — lead-acid batteries suffer accelerated plate sulfation, and lithium batteries may trigger BMS protection, preventing charging. Charging in damp environments creates risks of short circuits, electric shock, and even fire.

Correct Practice:

1. Charge at the right time: Lead-acid batteries should be charged when remaining capacity reaches 20%-30% ; lithium batteries can be topped up as needed without full discharge

2. Charging environment: Charge in a dry location at temperatures above 10°C

3. Long-term storage: For lithium batteries, store at 50%-70% charge; for lead-acid, store fully charged; check charge level approximately every 14 days

4. Regular maintenance: Check battery terminals for looseness or corrosion; keep clean

The CBDE supports an optional lithium battery upgrade with intelligent BMS, offering 2-hour fast charging and a 2000-cycle lifespan, and its built-in charger design simplifies the charging process.

5. Skipping Pre-Start Safety Checks

Typical Signs:

• Starting immediately without checking equipment condition

• Ignoring fault codes or warning lights on the dashboard

• Not confirming emergency stop button and horn functionality

Risks:
Skipping pre-start checks is one of the most common causes of accidents. Equipment may have hidden issues such as loose battery connections, hydraulic oil leaks, or brake failure. If not detected in time, failures during operation can be catastrophic.

Correct Practice:

1. Pre-start checklist:

   • Battery charge sufficient (recommended above 20%)

   • Battery terminals free of corrosion or looseness

   • Forks free of cracks, bends, or wear (replace if heel thickness reduced by more than 10%)

   • Wheels free of debris, wear, or cracks

   • Emergency stop button and horn functional

2. Check the dashboard: After startup, check for fault codes or warning indicators

3. Unloaded test: Test forward/reverse travel, braking, lifting, and lowering functions at slow speed in a clear area

The CBDE‘s emergency reverse button and electromagnetic brake system should be tested daily to confirm normal function – this is a critical safety measure.

Summary: Quick Reference Table for the 5 Common Mistakes

For more safety operation guidelines or equipment configurations, please contact Diding Lift. This professional manufacturer has over 12 years of industry experience  and a 65,000 m² factory . All products comply with European EN standards and ISO, CE, and EU certifications .

Need safety training materials, product selection, or equipment pricing? Send an email to sales@didinglift.com – our professional team will provide one-on-one support within 24 hours.

References

1. Xilin. (2026). How to Safely Operate an Electric Pallet Truck Step by Step? Xilin Material Handling.

2. Staxx Pallet Truck. (2023). Faults and Solutions of All-Electric Pallet Trucks. Staxx Material Handling.

3. Paleciaki.info. (2026). How to Care for an Electric Pallet Truck? 7 Rules to Help Avoid Costly Breakdowns.

4. EP Equipment. (2026). 12EPML Electric Pallet Truck Operation Manual.

5. Diding Lift. (2026). Can Electric Pallet Trucks Handle 2 Ton Loads?