1.5 Ton Fully Electric Stand-On Counterbalance Stacker
The 1.5 Ton Fully Electric Stand-On Counterbalance Stacker is designed for efficient pallet handling, stacking, loading, unloading and short-distance material transportation in warehouses, manufacturing facilities, logistics centers, distribution centers and other industrial environments.
With a rated load capacity of 1,500 kg and a maximum lifting height of up to 5,000 mm, this fully electric stand-on counterbalance stacker combines strong lifting performance, flexible maneuverability and excellent pallet compatibility.
The most distinctive feature of this model is its legless short-wheelbase counterbalance design. Unlike conventional leg-type electric stackers, the counterbalance structure eliminates front supporting legs, providing a smaller turning radius and greater flexibility when approaching and handling pallets.
The machine is designed to work with single-sided pallets, double-sided pallets and other common pallet types, making it particularly suitable for warehouses and material handling environments where different pallet specifications are used.
The stacker is equipped with a high-strength H-shaped mast, integrated forged forks, reinforced wear-resistant polyurethane wheels, a powerful gear transmission system, maintenance-free battery and emergency reverse function, providing stable performance, convenient maintenance and a safer operating experience.
Fully Electric Travel and Lifting
The stacker uses a fully electric travel and lifting system, eliminating the need for manual pushing and manual fork lifting.
The electric travel system provides smooth and responsive movement, while the electric hydraulic lifting system provides efficient pallet lifting and lowering.
Key advantages include:
Fully electric travel
Fully electric lifting
Smooth and responsive control
Strong power output
Low operating noise
Reduced operator effort
Efficient pallet handling
Lower energy consumption
Reduced labor requirements
The fully electric configuration is particularly suitable for warehouses and logistics operations requiring frequent pallet transportation, stacking and internal material handling.
Comfortable Stand-On Operation
The stand-on operating platform allows the operator to ride on the machine instead of walking behind it.
This design is especially useful when pallets need to be transported repeatedly between different working areas or over relatively long internal transportation distances.
The stand-on design helps:
Reduce unnecessary walking
Reduce operator fatigue
Improve transportation efficiency
Increase productivity
Improve operating comfort
Support frequent material transportation
The operator can control travel and lifting functions while remaining on the machine, providing a more comfortable experience during repetitive handling operations.
1,500 kg Rated Load Capacity
The machine has a rated load capacity of 1,500 kg / 1.5 tons under specified operating conditions.
The standard load center should be confirmed according to the final machine configuration.
The actual allowable load capacity depends on:
Lifting height
Load center
Mast configuration
Fork configuration
Pallet dimensions
Load distribution
Operating conditions
As the lifting height increases, the allowable load may decrease. Therefore, the corresponding load capacity chart should always be checked when selecting the required lifting height.
Up to 5,000 mm Lifting Height
The stacker can be configured with lifting heights of up to 5,000 mm, providing flexible solutions for different warehouse storage and stacking requirements.
Different lifting heights can be selected according to:
Rack height
Required stacking height
Warehouse ceiling height
Door clearance
Container entrance height
Storage density
Operating environment
Higher lifting configurations are suitable for high-level pallet stacking and rack storage.
The final lifting height should be selected together with the required static height and allowable load capacity.
Mast Type, Mast Quantity and Lifting Height
The machine uses a high-strength H-shaped mast designed to provide strong structural support and stable lifting performance.
Different mast configurations can be selected according to the required lifting height and warehouse clearance.
Mast Configuration
| Mast Type | Mast Quantity | Lifting Height | Static Height | Recommended Application |
|---|---|---|---|---|
| Duplex | 2 Sections | 2,000 mm | 1610 mm | Low-Level Stacking |
| Duplex | 2 Sections | 2,500 mm | 1810 mm | Standard Warehouse Stacking |
| Duplex | 2 Sections | 3,000 mm | 2050 mm | Standard / Medium-Level Stacking |
| Triplex | 3 Sections | 3,500 mm | 1850 mm | Medium / High-Level Stacking |
| Triplex | 3 Sections | 4,000 mm | 2010 mm | High-Level Rack Stacking |
| Triplex | 3 Sections | 4,500 mm | 2150 mm | High-Level Rack Stacking |
| Triplex | 3 Sections | 5,000 mm | 2380 mm | High-Level Storage |
Note: The actual static height depends on the selected mast type, lifting height and machine configuration. Final dimensions should be confirmed according to the actual production specification.
What Is Mast Quantity?
Mast quantity refers to the number of mast sections used in the lifting system.
Duplex Mast
A Duplex mast generally consists of two mast sections and is suitable for low-to-medium lifting heights.
It is commonly used for:
Low-level pallet stacking
Standard warehouse storage
Loading and unloading
Medium-height rack storage
Triplex Mast
A Triplex mast generally consists of three mast sections and is suitable for higher lifting applications.
Its multi-stage structure allows the machine to achieve greater lifting heights while helping maintain a relatively compact static height when the mast is lowered.
It is particularly suitable for:
High-level rack storage
High-level pallet stacking
Warehouses with limited ceiling clearance
Applications requiring lifting heights up to approximately 5,000 mm
Static Height at Different Lifting Configurations
Static height, also known as the lowered mast height, refers to the overall height of the machine when the mast is fully lowered.
Static height is an important parameter when selecting an electric stacker because it determines whether the machine can pass through:
Warehouse doors
Loading doors
Container entrances
Low-ceiling areas
Mezzanine areas
Other height-restricted locations
The relationship between lifting height and static height should be considered when selecting the machine.
Lifting Height & Static Height
| Lifting Height | Mast Type | Mast Quantity | Static Height |
|---|---|---|---|
| 2,000 mm | Duplex | 2 Sections | 1610 mm |
| 2,500 mm | Duplex | 2 Sections | 1810 mm |
| 3,000 mm | Duplex | 2 Sections | 2050 mm |
| 3,500 mm | Triplex | 3 Sections | 1850 mm |
| 4,000 mm | Triplex | 3 Sections | 2010 mm |
| 4,500 mm | Triplex | 3 Sections | 2150 mm |
| 5,000 mm | Triplex | 3 Sections | 2380 mm |
For applications with limited warehouse door or ceiling clearance, the static height should be confirmed before selecting the mast configuration.
Load Capacity at Different Lifting Heights
Although the rated capacity of the model is 1,500 kg, the actual allowable load may vary at different lifting heights.
As the lifting height increases, the allowable load may decrease because of changes in load stability and mast configuration.
Load Capacity Chart
| Lifting Height | Rated / Allowable Load Capacity | Load Center |
|---|---|---|
| 2,000 mm | 1500 kg | 500 mm* |
| 2,500 mm | 1300 kg | 500 mm* |
| 3,000 mm | 1200 kg | 500 mm* |
| 3,500 mm | 1000 kg | 500 mm* |
| 4,000 mm | 800 kg | 500 mm* |
| 4,500 mm | 600 kg | 500 mm* |
| 5,000 mm | 200 kg | 500 mm* |
* The final load center should be confirmed according to the actual fork and machine configuration.
Important
The 1,500 kg rated capacity represents the maximum rated capacity under specified operating conditions. It does not necessarily mean that the machine can lift 1,500 kg at every lifting height.
Actual allowable load capacity is affected by:
Lifting height
Load center
Mast type
Mast configuration
Fork configuration
Pallet type
Pallet dimensions
Load distribution
Operating conditions
Therefore, the final load capacity chart must be confirmed according to the selected mast and lifting-height configuration before placing an order.
Legless Short-Wheelbase Counterbalance Design
The legless short-wheelbase counterbalance design is the key structural feature of this electric stacker.
Unlike conventional leg-type electric stackers, the machine does not use front supporting legs. Instead, the counterbalance structure provides the required stability during pallet handling and lifting.
The short-wheelbase design provides a smaller turning radius, making the machine easier to maneuver in confined warehouse environments.
Key advantages include:
No front supporting legs
Short wheelbase
Smaller turning radius
Flexible maneuverability
Easier pallet approach
Wider pallet compatibility
Suitable for different pallet configurations
More flexible operation in confined spaces
This design significantly expands the application range compared with conventional leg-type stackers.
Compatible with Different Pallet Types
One of the major advantages of the counterbalance design is its excellent pallet compatibility.
The machine can handle:
Single-sided pallets
Double-sided pallets
Open pallets
Different pallet entry configurations
Various common pallet sizes
Because the machine does not have conventional front supporting legs, the forks can approach pallets without the restrictions associated with fixed support legs.
This makes the stacker suitable for warehouses where different pallet specifications are used within the same working area.
For special pallet sizes or non-standard pallet designs, the fork configuration can be customized according to the application.
High-Strength H-Shaped Mast
The machine uses a high-strength H-shaped mast designed for stable and reliable lifting performance.
The reinforced mast structure provides strong support when lifting loads to different heights.
Key advantages include:
High structural strength
Excellent lifting stability
Strong load support
Good resistance to deformation
Stable operation at different lifting heights
Reliable long-term performance
The H-shaped mast is particularly suitable for frequent pallet stacking and high-level material handling.
Integrated Forged Forks
The machine uses integrated forged forks designed for high strength, durability and reliable load support.
The forged fork structure provides excellent structural integrity and resistance to deformation during repeated lifting and transportation operations.
Key advantages include:
Integrated forged construction
High structural strength
Strong load-bearing capability
Good resistance to deformation
Durable design
Reliable pallet support
Low maintenance requirements
The integrated forged forks can be used for stacking and transporting different types of palletized goods.
Reinforced Wear-Resistant Polyurethane Wheels
The stacker uses reinforced wear-resistant polyurethane wheels designed for stable and durable operation in warehouse and industrial environments.
The wheel structure provides a good combination of wear resistance, stability and maneuverability.
Key advantages include:
Strong wear resistance
High durability
Stable driving performance
Good floor protection
Low rolling resistance
Suitable for warehouse floors
Convenient maintenance
The reinforced polyurethane wheels work together with the gear transmission system to provide stable driving performance.
Powerful Gear Transmission System
The stacker uses a powerful gear transmission system designed to provide strong and stable power output.
The optimized gear structure provides reliable driving performance during pallet transportation and repeated warehouse operation.
Key advantages include:
Strong power transmission
Stable driving performance
Reliable operation
Good low-speed control
Durable mechanical structure
Easy disassembly
Convenient maintenance
The gear system is designed for easier inspection and maintenance, helping reduce service time.
Emergency Reverse Function
The machine is equipped with an emergency reverse function designed to improve operator safety.
When an unexpected situation occurs, the operator can activate the emergency reverse function to quickly move the machine away from the operator.
This feature is particularly useful in:
Narrow warehouse aisles
Busy storage areas
Loading and unloading zones
High-frequency handling environments
Areas with frequent pedestrian interaction
Combined with the braking system and emergency stop function, the emergency reverse design provides a safer and more reliable operating experience.
Maintenance-Free Battery
The machine uses a maintenance-free battery, reducing routine battery maintenance requirements.
The battery provides power for:
Electric travel
Electric lifting
Hydraulic lifting system
Control system
The maintenance-free design helps simplify daily operation and reduce routine maintenance work.
Battery voltage, capacity and charger configuration can be selected according to the customer's working requirements.
Battery and Charging
| Item | Specification |
|---|---|
| Battery Type | Maintenance-Free Battery |
| Battery Voltage | 48V |
| Battery Capacity | 32A |
| Charger | Available |
| Charging Time | 6-8 Hour |
| Operating Time | 4 Hour |
Battery configuration can be selected according to:
Daily operating hours
Working intensity
Required operating time
Charging conditions
Travel distance
Customer application
For applications requiring longer operating periods, higher-capacity battery configurations can be discussed.
Safety Design
The machine combines structural and operational safety features designed to support reliable material handling.
| Safety Feature | Function |
|---|---|
| Emergency Reverse | Helps protect the operator during unexpected situations |
| Emergency Stop | Quickly stops machine operation when required |
| Braking System | Provides controlled stopping during travel |
| High-Strength H Mast | Provides stable lifting support |
| Integrated Forged Forks | Provides reliable load support |
| Counterbalance Structure | Supports stable load handling |
| Reinforced Polyurethane Wheels | Provides stable contact with the working surface |
| Controlled Lifting & Lowering | Helps provide smooth load movement |
| Battery Protection | Helps protect the electrical system |
| Load Protection | Supports operation within rated capacity |
Actual safety equipment and configuration should be confirmed according to the selected model.
Product Specifications
| Specification | Details |
|---|---|
| Product Type | Fully Electric Stand-On Counterbalance Stacker |
| Model No. | CQD-15 |
| Rated Load Capacity | 1,500 kg |
| Load Center | 500 mm* |
| Mast Type | Duplex / Triplex |
| Mast Quantity | 2 / 3 Sections |
| Lifting Height | 2,000–5,000 mm |
| Static Height | Depends on Mast Configuration |
| Wheel Type | UP |
| Maximum Lifting Height | 5,000 mm |
| Fork Min Ground Clearance | 50 mm |
| Internal Width of Outrigger | 1020 mm |
| Extenal Width of Outrigger | 680 mm |
| Maximum Lifting Height | 5,000 mm |
| Fork Size | L1070*W35*H40mm |
| Overall Length | 2151 mm |
| Overall Width | 1020 mm |
| Min Turning Radius | 2000 mm |
| Fork Type | Integrated Forged Forks |
| Pallet Compatibility | Single-Sided, Double-Sided & Other Common Pallet Types |
| Counterbalance Design | Legless Short-Wheelbase |
| Operating Type | Stand-On |
| Drive System | Fully Electric |
| Lifting System | Electric Hydraulic |
| Mast Structure | High-Strength H-Shaped Mast |
| Wheel Type | Reinforced Wear-Resistant Polyurethane Wheels |
| Gear System | Powerful Gear Transmission |
| Emergency Reverse | Available |
| Battery | Maintenance-Free Battery |
| Traveling Speed | 5 km/h |
| Lifting Speed | 155 mm/s |
| Lowering Speed | 144 mm/s |
| Driving Motor | 1500 kw |
| Lifting Motor | 2200 kw |
| Brake System | Electromagnetic Brake |
| Steering Type | Mechanical Steering |
| Battery Type | Lead Acid |
| Battery Voltage/Capacity | 48V 32A |
| Charger | 48V 8A |
| Net Weight | 1200 kg |
* Final load center and corresponding load capacity should be confirmed according to the actual machine configuration.
Core Advantages
1. 1,500 kg Load Capacity
Designed for medium-duty pallet handling, stacking and short-distance material transportation.
2. Up to 5,000 mm Lifting Height
Provides flexible high-level stacking capability for warehouses and storage facilities.
3. Fully Electric Operation
Electric travel and lifting reduce manual effort while providing efficient and low-noise operation.
4. Stand-On Operating Design
Allows the operator to ride on the machine, reducing walking distance and fatigue during frequent transportation.
5. Legless Counterbalance Design
The no-leg short-wheelbase structure provides a smaller turning radius and wider pallet compatibility.
6. Compatible with Different Pallet Types
Suitable for single-sided, double-sided and other common pallet configurations.
7. High-Strength H-Shaped Mast
Provides strong structural support, stable lifting performance and good resistance to deformation.
8. Integrated Forged Forks
Strong and durable forged forks provide reliable support during repeated pallet handling.
9. Reinforced Polyurethane Wheels
Provide good wear resistance, durability, stability and floor protection.
10. Powerful Gear Transmission
Provides strong and stable power output while allowing convenient maintenance.
11. Emergency Reverse Function
Provides additional protection and improves operator safety during unexpected situations.
12. Maintenance-Free Battery
Reduces routine battery maintenance and simplifies daily operation.
Why Choose the 1.5 Ton Fully Electric Stand-On Counterbalance Stacker?
The 1.5 Ton Fully Electric Stand-On Counterbalance Stacker is a versatile material handling solution for customers who require flexible pallet compatibility, compact maneuverability and reliable lifting performance.
Its combination of 1,500 kg rated capacity, lifting heights up to 5,000 mm, fully electric travel and lifting, stand-on operation, legless short-wheelbase counterbalance design and small turning radius makes it suitable for a wide range of warehouse and industrial applications.
The absence of front supporting legs allows the machine to handle single-sided, double-sided and other common pallet types, providing greater flexibility than conventional leg-type electric stackers.
The high-strength H-shaped mast, integrated forged forks, reinforced wear-resistant polyurethane wheels and powerful gear transmission system provide reliable performance for frequent pallet handling.
The emergency reverse function further improves operator protection, while the maintenance-free battery helps reduce routine maintenance requirements.
For warehouses using multiple pallet specifications, this model provides a flexible material handling solution that combines pallet compatibility, maneuverability, lifting performance, durability and operating comfort.
Typical Applications
Warehouse & Storage
Suitable for pallet stacking, high-level storage, loading and unloading, internal transportation and warehouse organization.
Manufacturing
Used for moving raw materials, components, finished products and production-line supplies.
Logistics & Distribution
Suitable for frequent pallet transportation, loading-area handling and distribution center operations.
Retail & Wholesale
Used for moving palletized goods between storage areas, warehouse zones and order preparation areas.
Multi-Pallet Warehouses
Particularly suitable for warehouses using different pallet designs, including single-sided and double-sided pallets.
OEM and Customization
We can provide customized configurations according to different material handling requirements.
Available customization options may include:
Machine color
Logo and branding
Nameplate and labels
Fork configuration
Fork dimensions
Lifting height
Mast configuration
Mast quantity
Battery type and capacity
Charger configuration
Wheel configuration
Operating platform
Packaging
Other application-specific requirements
OEM and customized solutions are available depending on model and order requirements.
FAQ
Is the 1.5 Ton Stand-On Counterbalance Stacker fully electric?
Yes. The machine uses a fully electric travel and lifting system, reducing manual handling effort and providing efficient operation.
What is the rated load capacity?
The rated load capacity is 1,500 kg / 1.5 tons under specified working conditions.
What is the maximum lifting height?
The maximum lifting height can reach 5,000 mm, depending on the selected mast configuration.
What is the load center?
The standard load center is 500 mm, subject to confirmation according to the final machine configuration.
What is the difference between a Duplex and Triplex mast?
A Duplex mast generally uses two mast sections and is suitable for low-to-medium lifting heights.
A Triplex mast generally uses three mast sections and is suitable for higher lifting applications while helping maintain a relatively compact static height when lowered.
Does static height change with different mast configurations?
Yes. Static height depends on the mast type, mast configuration and lifting height. The final static height should be confirmed according to the selected configuration.
Can the machine handle different pallet types?
Yes. The legless counterbalance design allows the machine to handle single-sided, double-sided and other common pallet types.
Does load capacity change at different lifting heights?
Yes. The allowable load may decrease as lifting height increases. Load capacity is also affected by load center, mast configuration, fork configuration and operating conditions.
Does the machine have an emergency reverse function?
Yes. The emergency reverse function provides additional protection during unexpected operating situations.
What type of forks does the machine use?
The machine uses integrated forged forks, providing high structural strength, reliable load support and good resistance to deformation.
What type of wheels does the machine use?
The machine uses reinforced wear-resistant polyurethane wheels, providing good durability, stable operation and floor protection.
Is the battery maintenance-free?
Yes. The machine uses a maintenance-free battery configuration designed to reduce routine battery maintenance requirements.
Can the machine be customized?
Yes. Customization can include color, logo, forks, lifting height, mast configuration, battery, charger, wheels, operating platform and packaging, depending on the selected model and order requirements.
Product Summary
The 1.5 Ton Fully Electric Stand-On Counterbalance Stacker combines 1,500 kg load capacity, up to 5,000 mm lifting height, fully electric travel and lifting, stand-on operation, legless short-wheelbase counterbalance design, small turning radius, high-strength H-shaped mast, integrated forged forks, reinforced polyurethane wheels, powerful gear transmission and emergency reverse protection.
Its legless counterbalance structure provides excellent flexibility when handling single-sided, double-sided and other common pallet types, making it suitable for warehouses where different pallet specifications are used.
With flexible Duplex and Triplex mast configurations, different lifting heights and static heights can be selected according to warehouse requirements. The corresponding load capacity should also be confirmed according to the selected lifting height and load center.
This combination of pallet compatibility, compact maneuverability, high lifting capability, strong structural design and comfortable stand-on operation makes the stacker a practical solution for warehouses, manufacturing facilities, logistics centers, distribution centers, retail and wholesale operations.
Request a Quote
Looking for a 1.5 Ton Fully Electric Stand-On Counterbalance Stacker?
Send us your requirements, including:
Required lifting height
Mast type
Required static height
Required load capacity
Load center
Pallet type
Pallet dimensions
Load weight
Rack height
Warehouse aisle width
Warehouse door height
Daily operating hours
Travel distance
Battery requirements
Working environment
Our team can recommend the appropriate Duplex or Triplex mast configuration, confirm the static height and load capacity at the required lifting height, and provide a suitable quotation for your application.
