SUPER UNIT
Energy-saving
Excellent cost effectiveness with energy-saving ratio of 50% (In pressure retained operation at 20.6 MPa)
1. Energy-saving
Air-conditioning motor inverter technology and tandem pump selecting control technology are fused to attain high energy saving effects.
Not only at pressure retained but also in the field of general industrial machinery where actuators are frequently operated, such a high-efficiency motor can save energy greatly.
Case of company that manufactures electronic equipment parts
Power consumption of conventional hydraulic unit
Power consumption of conventional hydraulic unit
Comparison of power consumption
Power consumpion
(Averge When operating)
about 72% reduced
| Model | Pressure | Motor capacity | Tank capacity | ||
|---|---|---|---|---|---|
| Before | Conventional hydraulic unit | Tandem gear pump | 12.5MPa | 3.7kW | 200L |
| After | SUPER UNIT | SUT10D6021 | 12.5MPa | Equivalent to 5.0kW | 100L |
 ※1 Cost down by energy-saving effect for one year
$4,620-  |
|||||
 ※2 CO2 gas reduction for one year
18t DOWN |
|||||
- ※1
- This is a case study of energy-saving case in Japan. We assume that operating time is 8000hours for one year and ¥15 per kWh($1=¥107)
- ※2
- kWh×0.555(kg)：The low of global warming control artcle 3.1 in Japan
