Description:
The Clark SE15–25T three-wheel electric forklifts are designed to deliver exceptional maneuverability, efficiency, and reliability in tight warehouse and distribution environments. Built with Clark’s proven durability and advanced electric technology, this series is ideal for operations that require high performance in narrow aisles and confined spaces.
With a true rated capacity of up to 5,000 pounds at height, the SE15–25T provides confident lifting performance while maintaining precise control and stability. Its compact three-wheel design allows for tight turning radii, making it especially effective for busy warehouses, retail distribution centers, and manufacturing facilities.
Powered by a 36V or 48V electric system, the SE15–25T supports traditional lead-acid batteries as well as an optional Clark Fusion Lithium Battery, offering fast charging, consistent power output, and reduced maintenance. The all-electric design delivers quiet, emission-free operation—perfect for indoor applications.
Operator comfort and productivity are key priorities in the SE Series. The ergonomic operator compartment features intuitive controls, excellent visibility, and a well-balanced layout that helps reduce fatigue during extended shifts. Combined with Clark’s reputation for long-term reliability, the SE15–25T is a dependable solution built to maximize uptime and operational efficiency.
Key Features & Specifications
Models: SE15 / SE17 / SE20 / SE25T
Load Capacities: 3,000 / 3,500 / 4,000 / 5,000 Lb
Metric Capacity Range: 1,500 / 1,600 / 2,000 / 2,500 Kg
Power Type: Electric
Battery Options: 36V Or 48V Lead Acid
Optional Technology: Clark Fusion Lithium Battery Available
Chassis: Three-Wheel Electric
Design Focus: Maneuverability, Energy Efficiency, And Operator Comfort
Applications: Warehousing, Distribution, Manufacturing, And Light Indoor Material Handling
The Clark SE15–25T delivers the perfect combination of compact design, electric efficiency, and Clark’s legendary durability—making it a smart, cost-effective choice for operations that demand precision handling and dependable performance in tight spaces.