Mikasa Construction Equipment 2021

39/48

38Q Why High-Frequency Solution?Answer 1 Vertical MobilityA ‌High-frequency Vibrator φ40 + FU-162 = only 22.4kgB ‌Pendulous type Vibrator φ38 + Engine 5HP Drive Unit = 45.7kgAnswer 3 Risk ManagementA ‌High-frequency VibratorNO FU-162A, FV-302, FC-401 are Need no need any Gasoline for operation.B ‌Pendulous type VibratorNeedAnswer 5 Running CostRunning cost = Electricity consumption or fuel consumption/hour x Working hour/day x Working days/month▼Example of trial calculationA High-frequency Vibrator FX-40G x 2shaft + Inverter FU-162 (1P 220V) Running cost ⇒ 1 hour 0.26USD/1.29KWh x 8hour/day x 25days/month = 52USD.B ‌Pendulous type GH-38S + Engine drive unit. GE-5LE (3,600rpm) Running cost ⇒ 1 hour 1.90USD/1.46L x 8hour/day x 25days/month = 380USD.※calculate condition 1KWh=0.20USD Gasoline 1L = 1.30USDAnswer 2 Wide Working RangeA ‌High-frequency Vibrator = 41mB ‌Pendulous type Vibrator = 6mA ‌MIKASA High-frequency Vibrator B ‌MIKASA Pendulous type Vibrator Answer 4 Foot-hold StressA ‌High-frequency Vibrator φ40 6m ........................13.7kgB ‌Pendulous type Vibrator φ38 6m ........................15.7kg2 month1 month3 monthFinishBuilding Construction SiteMobilityMove onSiteOperatableRange 41m OperatableRange 6m FX-40 + Extension Cord (20m)Rubber Hose (6m)15.7kg13.7kg13%Light15.7kg13.7kgGASOLINE＋＋＝inside Poor Ventilation380USD.52USD.AB328USD.Saving▼For Example