Product Details:
Key Features and Applications
High-Efficiency AC Drive System
The XCB series is equipped with a high-torque AC traction motor that provides smooth acceleration and consistent travel performance. The brushless AC system significantly reduces long-term maintenance requirements compared to traditional DC motors and includes energy recovery through regenerative braking during deceleration.
Flexible Battery Power Options
This series offers two distinct power configurations to meet varied operational needs. The XCB-P35 provides a cost-effective solution for standard daily shifts using lead-acid technology. The XCB-L35 leverages lithium-ion technology, supporting fast charging and opportunity charging, making it ideal for high-intensity, multi-shift logistics operations.
Ergonomic Operator Station
The cabin is designed with operator comfort and visibility as priorities. It features a wide-view mast for safer load positioning, a compact steering wheel, and intuitive control levers. These ergonomic enhancements help reduce operator fatigue and increase handling precision during long shifts in restricted spaces.
Stable Structural Engineering
Built with a low center of gravity and a high-strength chassis, the machine provides excellent stability even when stacking heavy loads at the maximum lifting height. The structural design ensures reliable performance when handling oversized pallets or heavy industrial components in industrial yards.
Diverse Industrial Utility
These 3.5-ton forklifts are multipurpose assets suitable for several sectors:
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Logistics & Warehousing: Efficient pallet stacking and trailer loading.
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Manufacturing: Transporting raw materials and finished goods across factory floors.
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Construction Support: Moving materials and equipment in semi-enclosed project sites.
Technical Specifications
| Item | Unit | Parameter (XCB-P35 / XCB-L35) |
| Rated Capacity | kg | 3500 |
| Load Center | mm | 500 |
| Power Source | – | Electric (Battery) |
| Standard Max. Lifting Height | mm | 3000 |
| Travel Speed (Full Load) | km/h | 13 – 14 |
| Lifting Speed (Full Load) | mm/s | 250 – 270 |
| Gradeability (Full Load) | % | 13 – 15 |
| Overall Width | mm | 1230 |
| Turning Radius (Outside) | mm | 2450 |
| Certification | – | CE Certified |
Dimensions and Operating Range
The XCMG XCB 3.5-ton series is designed for site accessibility with a compact width of 1230 mm, allowing it to navigate standard industrial aisles. The standard 3-meter duplex mast provides sufficient vertical reach for most warehouse racking systems. Its articulated steering and optimized wheelbase provide a tight turning radius of 2450 mm, ensuring maneuverability in congested loading docks and narrow logistical corridors.
Supplier Support
We provide technical documentation and procurement support for XCMG electric forklifts. Our services include assisting with equipment configuration selection to match specific warehouse layouts and logistical coordination for international delivery. All relevant maintenance parts and components for both lithium and lead-acid models are available through our supply network to ensure long-term operational uptime.
Frequently Asked Questions
What is the primary difference between the XCB-P35 and XCB-L35?
The XCB-L35 is equipped with a Lithium-ion battery, allowing for faster charging and zero daily maintenance on the battery itself. The XCB-P35 uses a traditional lead-acid battery, which is a mature and economical choice for standard single-shift operations.
Is the XCMG 3.5-ton electric forklift CE certified?
Yes, these models are CE certified, indicating they comply with the essential health and safety requirements set by European Union directives.
Can the XCB-L35 be charged during short breaks?
Yes, the lithium-ion version supports opportunity charging, which allows the battery to be plugged in during short breaks without memory effects, supporting continuous multi-shift operations.
Does the AC drive system require frequent motor maintenance?
No, the series utilizes brushless AC motors for both drive and lift functions, which eliminates the need for carbon brush replacements and significantly lowers maintenance costs compared to DC systems.
