Sunward SWE215E 21.3t 2020-2025 - Technical data

SWE215E – Product Description

Powertrain and Design

The SWE215E machine features a 124 kW engine running at 2050 rpm. It is a four-stroke diesel engine equipped with turbocharging, ensuring high energy efficiency. The machine's design addresses needs regarding reliability and durability, thanks to a considerable power reserve and the use of high-quality construction materials. Combined technologies allow optimizations in fuel consumption and enhance the dynamic performance of the machine.

Undercarriage and Hydraulics

The hydraulic system in the SWE215E utilizes a dual-stage high-performance pump, enabling efficient control of the working hydraulic force. The machine is equipped with an automatic sensing hydraulic system and regenerative valves, which increase work efficiency. Thanks to the automatic travel motor, the machine features a load detection system, guaranteeing optimal power in varying working conditions.

Operating Parameters

The total operating weight of SWE215E ranges from 21.3 t to 21.6 t. The bucket capacity varies from 0.8 to 1.1 m³, making it a versatile tool for various construction applications. The maximum digging force reaches 76 kN, enabling effective earthworks in challenging conditions. With various configurations and operational reach, the machine provides flexibility in work.

Optional Equipment

The SWE215E can be equipped with various options, including additional buckets and arms of different lengths. Standard equipment also includes a dedicated tool kit and an advanced machine condition monitoring system. Utilizing technologies such as the ELAC system allows effective power adaptation based on dynamic working conditions.

Safety and Technical Data

The SWE215E incorporates several safety features, including alarm systems for monitoring water temperature and oil pressure. Key parameters include a maximum working pressure of 34.3 MPa in the hydraulic system. Additional safeguards include an automatic engine shutdown in emergency situations, increasing the safety of the operator and equipment in demanding conditions.