EP 2.0 Ton Lithium-Ion Battery Reach Truck (Sit-on)

About The CQD20L
The CQD20L is expertly crafted to leverage the benefits of EP's Li-Ion technology. Drawing on EP's reliable engineering tradition, this series delivers precise stacking, quiet operation, and exceptional stability. Its compact design and enhanced features improve visibility and ensure workplace safety.

Application
Thanks to its streamlined structure, the CQD20L is ideal for transportation and high-lifting tasks in medium to large warehouses, whether in wide or narrow aisle racking environments. This reach truck is especially beneficial for industries like logistics, textiles, and home appliance manufacturing, where efficient material handling is crucial for working in confined spaces and managing numerous movements at height.

Features
The CQD20L are equipped with maintenance-free 48V/405Ah Li-Ion batteries that allow for opportunity charging, enabling them to gain up to 7% charge in just 10 minutes. This feature enhances productivity during short breaks, and the batteries communicate via Can-Bus with the truck to ensure optimal efficiency at all times.

• Optimal visibility: The compact Li-Ion battery design improves visibility for both models, and the offset layout of the oil tubes significantly enhances stacking visibility and operational flexibility.

• High stability: With a low center of gravity and a newly designed I-beam mast, these trucks offer exceptional stability. The CQD20L can handle full loads at a lifting height of 6.5m, while the CQD16L operates effectively at 5m.

• Enjoyable lifting operation: Both models deliver powerful performance and quiet operation thanks to upgraded hydraulic pumps and robust lifting motors—11.75 kW for the CQD16L and 20 kW for the CQD20L. This advanced technology boosts stacking efficiency by 50%, reduces operational noise by 10 dB, and decreases energy consumption by 30%.

• Easy and precise operation: Additionally, the CQD20L features a mechanical height indicator that informs operators of the fork's position at various rack levels, enhancing stacking precision and efficiency.