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小风暴之时间的玫瑰在线观看小风暴之时间的玫瑰在线观看,小优视频app为爱而生最新小优视频app为爱而生最新

小风暴之时间的玫瑰在线观看小风暴之时间的玫瑰在线观看,小优视频app为爱而生最新小优视频app为爱而生最新

发布日期:2021年04月11日
小风暴之时间的玫瑰在线观看小风暴之时间的玫瑰在线观看,小优视频app为爱而生最新小优视频app为爱而生最新

Montabert drifters are the result of years of experience in hydraulic rock breakers and drifters design and manufacturing. In-depth knowledge of shock wave transmission and percussion mechanism theory has allowed our engineers to be the first to develop new concepts such as hydraulic dampening and progressive blow energy.

HC20 Hydraulic Drifter

  • 4.5 kW maximum output
  • 9–11 kW input range
  • 143–401 Nm maximum torque (model specific)
小风暴之时间的玫瑰在线观看小风暴之时间的玫瑰在线观看,小优视频app为爱而生最新小优视频app为爱而生最新

HC25 Hydraulic Drifter

  • 6–8 kW maximum output
  • 16 kW input range
  • 251–401 Nm maximum torque (model specific)

HC28 Hydraulic Drifter

  • 6–9.8 kW maximum output
  • 16 kW input range
  • 480 Nm maximum torque

HC50 Hydraulic Drifter

  • 12–14 kW maximum output
  • 21–23 kW input range
  • 230–466 Nm maximum torque

HC95 LM Hydraulic Drifter

  • 21 kW maximum output
  • 30–40 kW input range
  • 480–750 Nm maximum torque

HC109 Hydraulic Drifter

  • 17–19 kW maximum output
  • 20–32 kW input range
  • 430–880 Nm maximum torque

HC110 Hydraulic Drifter

  • 24–32 kW maximum output
  • 41–54 kW input range
  • 670–1340 Nm maximum torque

HC112 Hydraulic Drifter

  • 26–30 kW maximum output
  • 37–50 kW input range
  • 1340–1680 Nm maximum torque

HC150 Hydraulic Drifter

  • 26–30 kW maximum output
  • 37–50 kW input range
  • 1340–1680 Nm maximum torque

HC170 Hydraulic Drifter

  • 27–28 kW maximum output
  • 46–48 kW input range
  • 1590–2000 Nm maximum torque

HC200 Hydraulic Drifter

  • 33–34 kW maximum output
  • 61–63 kW input range
  • 2550 Nm maximum torque

Montabert drifters are the result of years of experience in hydraulic rock breakers and drifters design and manufacturing. In-depth knowledge of shock wave transmission and percussion mechanism theory has allowed our engineers to be the first to develop new concepts such as hydraulic dampening and progressive blow energy.