Clark CEM 12 SX 1.25t 1997-2003 - Technical data

Clark CEM 12 SX 1.25t 1997-2003 – Product Description

Powertrain and Design

The Clark CEM 12 SX forklift features an electric drive system, ensuring quiet and efficient operation. Its design is optimized for intensive use in warehouses and industrial facilities. The G drive system contributes to the stability and smoothness of the ride. Additionally, a center of gravity at 500 mm significantly enhances maneuverability.

Undercarriage and Hydraulics

The undercarriage of the CEM 12 SX provides stable operation, even under full load. The truck is equipped with standard SE 2x/2 tires, designed for various working surfaces. While the hydraulic system specifics are not detailed, this model is known for its efficient lifting and lowering of loads in operational modes. The lift height and hydraulic parameters were not specified in the available documentation.

Operating Parameters

The Clark CEM 12 SX weighs 2.785 t and has a nominal load capacity at LSP of 1.25 t. The traction motor has a power of 10.4 kW, allowing for smooth driving, supported by an additional lifting motor operating at 10 kW. The truck operates at a voltage of 48 V, making it suitable for challenging working conditions. The battery weight is 0.98 t, which also supports operational performance.

Optional Equipment

Available equipment for machines in this category may include various accessories; however, specific details regarding additional equipment for the Clark CEM 12 SX were not provided. It is worth noting that other models of electric forklifts often offer configuration options tailored to specific applications.

Safety and Technical Data

The Clark CEM 12 SX is designed with workplace safety in mind. Key technical parameters, such as weight, load capacity, and drive systems, are compliant with industry standards. It is important to acknowledge that the lack of information regarding additional safety features does not detract from its functionality; caution should still be exercised under maximum load conditions.