Temperature controllers for the experiment of automobiles
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6,284 2018.05.30 16:43
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Temperature controllers for the experiment of automobiles(ATF)
- Oil-cooled EV/HEV Motor and MCU temperature control
- Low/high temperature control method.
- Use of an high efficiency heat exchanger
- Possible to interlock with a dynamometer and operate separately
- Possible to control flowing amount, temperature and pressure by port by applying PLC
- Possible to change temperature during automatic operation
- Excellent safety with various built-in safety devices
Standard Specification
| Classification | Detailed specifications |
|---|---|
| Scope of temperature control | For low temperature (-30℃~ 150℃) / For high temperature(30℃~ 150℃) |
| Scope of flow control | 1 ~30 LPM |
| Scope of pressure control | 0.5 ~6㎏/㎠ |
| Cooling ability | Fit to order requirements |
| Heating ability | 8 kW |
| Refrigerant | For 4-season antifreeze solution, or Antifreeze 50% + Water 50% |
| Port supplying cooling water | 1~4 EA |
| Each port possible to control pressure/flow/temperature individually | |
| Measurement PC possible to measure and control flow of cooling water/temperature at entry and exit/pressure |
- Possible to change the specifications according to user’s actual condition of use
Temperature controllers for the experiment of automobiles(LLC)
- Water-cooled EV/HEV Motor and MCU temperature control
- Low/high temperature control method.
- Use of an high efficiency heat exchanger
- Possible to interlock with a dynamometer and operate separately
- Possible to control flowing amount, temperature and pressure by port by applying PLC
- Possible to change temperature during automatic operation
- Excellent safety with various built-in safety devices
Standard Specification
| Classification | Detailed specifications |
|---|---|
| Scope of temperature control | For low temperature (-30℃~ 110℃) / For high temperature(30℃~ 110℃) |
| Scope of flow control | 1 ~30 LPM |
| Scope of pressure control | 0.5 ~6㎏/㎠ |
| Cooling ability | Fit to order requirements |
| Heating ability | 8 kW |
| Refrigerant | For 4-season antifreeze solution, or Antifreeze 50% + Water 50% |
| Port supplying cooling water | 1~4 EA |
| Each port possible to control pressure/flow/temperature individually | |
| Measurement PC possible to measure and control flow of cooling water/temperature at entry and exit/pressure |
- Possible to change the specifications according to user’s actual condition of use
Temperature controllers for the experiment of automobiles(Engine cooling water)
- Ordinary temperature control method
- Use of an high efficiency heat exchanger
- Possible to interlock with a dynamometer and operate separately
- Application of the PID control by a digital temperature controller in order to make the engine performance test smooth
- Installation of an auxiliary tank for supplementing cooling water
- Possible to change temperature during automatic operation
- Excellent safety with various built-in safety devices
Standard Specification
| Classification | Detailed specifications |
|---|---|
| Scope of temperature control | Room temperature ~ 100℃ |
| Scope of flow control | 3 ~30 LPM |
| Cooling ability | 210,000 kcal/hr |
| Heating ability | 8 kW |
| Refrigerant | For 4-season antifreeze solution, or Antifreeze 50% + Water 50% |
| Etc | Measurement PC possible to measure and control flow of cooling water/temperature at entry and exit/pressure |
- Possible to change the specifications according to user’s actual condition of use
