TENHUN TH215C 21.2 Tons Excavator For Chile

About TENHUN TH215C 21.2 Tons Excavator

The TENHUN TH215C excavator has been comprehensively upgraded around "new power", "new shape" and "new technology", which greatly improves the control performance of the entire machine, can meet customers' operating needs in different working conditions, and improves customers' return on investment. System integration is higher, body control and power management are all-in-one, with fewer parts and a long service life.

TENHUN TH215C 21.2 Tons Excavator Specification

Product Name: TENHUN TH215C 21.2 Tons Excavator For Chile

Application: Constructions works 

Operating Weight: 21200kg

Engine: 6B5.9, CUMMINS

Bucket Capacity: 1.0 m³

Main pump: K3V112DT, 2x218L/min

Main control valve: HVE270B, 350kgf/cm2

Rotary motor: M5X130CHB, 260kgf/cm2

Travelling motor: TM40VD, 350kgf/cm2

Dimensions: 9600x2800x3045mm

TENHUN TH215C 21.2 Tons Excavator specification only for your reference, we can manufacture other Excavator basic your request.

TENHUN TH215C 21.2 Tons Excavator Engine

The TENHUN 21.2 Tons excavator uses Cummins engine, which has high torque and faster dynamic response. Processing technology is used to achieve precise control of intake air flow and fuel injection volume, meet emission standards, and reduce fuel consumption and emissions. The key components of the engine have been comprehensively upgraded in terms of reliability and durability.

TENHUN TH215C 21.2 Tons Excavator Hydraulic System

The TENHUN TH215C excavator equipped with HENGLI main control valve + Kawasaki main pump to achieve stick regeneration and rapid oil return. At the same time, precise control of the valve core improves the excavation energy efficiency and control performance of the entire machine. The newly upgraded reducer has improved rotation ability, stronger slope working ability, and faster rotation start-up speed. The slewing device increases the slewing capacity by 12%. The machine's rotational driving force is increased, its working ability on slopes is improved, and the rotation start-up speed is accelerated.