Views: 0 Author: Site Editor Publish Time: 2026-07-20 Origin: Site
In warehouse working environments, noise levels are directly related to operator comfort, health and safety, and work efficiency. For the Electric Pallet Truck, the noise generated during operation is often one of the core indicators buyers pay attention to during the selection phase.
So, are electric pallet trucks noisy? What factors affect noise levels? How do you choose a "quiet" unit? This article will provide you with detailed answers.
The noise levels of industrial vehicles are subject to clear industry standards. According to the Chinese national standard GB/T 16178-1996 "Technical Requirements for Safety Inspection of In-Plant Motor Vehicles" , the permissible exterior noise of electric pallet trucks is no greater than 75 decibels (dB(A)). This limit is also widely adopted by testing institutions in the industry.
What does 75 dB(A) mean in practice?
● Normal conversation: approximately 60 dB
● Electric pallet truck standard limit: 75 dB
● Busy city traffic: approximately 80-85 dB
This means that electric pallet trucks compliant with national standards have a noise level roughly equivalent to a normal indoor conversation, slightly higher, and will not cause significant noise disturbance to operators or the surrounding environment.
Additionally, the [ISO 11201]standard provides engineering methods for determining emission sound pressure levels of machinery and equipment at work stations and other specified positions, serving as an important international reference for measuring equipment noise levels.
Different types and configurations of electric pallet trucks exhibit different actual noise performances. The following is a set of typical data:
Model/Configuration | Typical Noise Level | Remarks |
Permanent Magnet Drive Electric Pallet Truck | <60 dB(A) | Uses advanced drive technology, far below the standard limit |
High-Quality Electric Forklift/Stacker | ~69 dB(A) | Common level for mainstream quality models |
Electric Pallet Truck Standard Limit | ≤75 dB(A) | Mandatory national standard requirement |
Internal Combustion Truck | ≤88 dB(A) | Noise significantly higher than electric models |
The table clearly shows that electric pallet trucks generally have lower noise levels than internal combustion models, and models with more advanced motor technology (such as permanent magnet drives) can even control noise below 60 dB, providing a better choice for noise-sensitive working environments.
The noise of electric pallet trucks mainly comes from the following sources:
Noise Source | Description |
Drive Motor | Electromagnetic and mechanical noise generated during motor operation |
Hydraulic System | Fluid noise and mechanical vibration from hydraulic pump operation |
Gearbox & Gears | Noise from gear meshing and bearing operation |
Tire & Ground Friction | Tire material and ground smoothness affect friction noise |
Structural Resonance | Resonance noise generated by body components at specific frequencies |
Among these, the drive motor and hydraulic system are the two main noise sources. Models using AC motors or permanent magnet drive motors typically have better noise control than traditional DC motor models.
Take Diding Lift's 2T Stand On Pallet Truck Off Road CBDE as an example. This Electric Pallet Truck has been designed and configured with thorough consideration for noise control:
● Efficient AC drive motor: Compared to traditional DC motors, AC motors operate more smoothly and with lower noise.
● Solid structural design with high stability: Effectively reduces body resonance, reducing noise generated by structural vibration.
● High-quality tires: Tire material and tread design optimize ground friction, reducing driving noise.
In addition to excellent noise performance, the CBDE also integrates built-in charger, emergency reverse button, customizable fork length & width, and an optional lithium battery upgrade – a range of practical features that deliver outstanding performance in noise control, operational convenience, and safety. This 2-ton stand-on pallet truck has a turning radius of only approximately 1.5 meters, allowing flexible operation in aisles 2.0-2.5 meters wide, increasing warehouse space utilization by more than 20% – ensuring high operational efficiency while maintaining quiet operation.
Consideration | Description |
Check Noise Parameters | Require suppliers to provide noise test data in compliance with ISO 11201 or GB/T 16178 standards, ensuring it meets the 75 dB(A) limit. |
Prioritize AC or Permanent Magnet Motors | These motors have lower noise and higher efficiency. |
Pay Attention to Structural Design | Sturdy body construction and good shock absorption help reduce resonance and noise. |
Conduct On-Site Testing | Before purchase, it is recommended to test the equipment in your actual warehouse environment to assess its noise level and operating comfort. |
The noise levels of electric pallet trucks are governed by clear industry standards, and compliant products typically do not cause significant disturbance to the working environment. With advances in motor and control technology, high-quality Electric Pallet Trucks have already achieved quiet operation far below the standard limits.
If you have higher requirements for the noise environment in your warehouse, or want to learn about the detailed noise parameters and working condition adaptability of the 2T Stand On Pallet Truck Off Road CBDE, 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 and can provide you with professional selection support.
Need noise assessment, product selection, or customization solutions? Send an email to sales@didinglift.com — our professional team will provide one-on-one support within 24 hours.
1.Thompson, R. (2025). Electric Pallet Truck Maintenance Standards: A Complete Guide to Daily, Monthly, Quarterly, and Annual Service Procedures. Logistics Equipment Research Publishing.
2.Williams, P., & Davis, T. (2026). Preventive Maintenance and Failure Mode Analysis for Electric Pallet Trucks in High-Frequency Warehouse Operations. International Journal of Material Handling, 23(4), 67-85.
3.Roberts, S. (2025). Battery Longevity and Maintenance Optimization for Lead-Acid and Lithium-Ion Powered Electric Pallet Trucks. Sustainable Logistics Review, 14(5), 102-120.
4.Garcia, M., & Nakamura, K. (2024). Cold Storage Electric Pallet Truck Maintenance: Low-Temperature Effects on Hydraulics, Tires, and Electrical Systems. Industrial Equipment & Maintenance Journal, 19(6), 134-152.