HYUNDAI ENG
- Inverter high-functional chiller -
Features
- Apply intelligent controller and PID control system to maintain precise temperature within ±0.1℃
- It maintains a constant temperature in response to real-time load fluctuations and improves process quality.
- Maximize energy savings by applying a BLDC inverter compressor, condenser fan motor, and electronic expansion valve.
- It responds immediately to maximum and minimum loads, and reduces unnecessary energy waste by adjusting the optimal amount of refrigerant and compression.
- By applying the Variable Frequency Control Method (VFD), we can save more than 30% of energy compared to a constant-speed cooler.
- Maximizes operation efficiency by maintaining constant condensation pressure and keeps the cooling cycle stable.
- Improve the work environment by reducing noise and vibration, and increase user convenience.
- Air-cooled automatic cooler general sales type
- Control Panel: *Order Options **General Sales Type
Distribution Diagram
External View
Standard Specifications
| Classification | HDI-02A | HDI-03A | HDI-05A | HDI-07A | HDI-010A | HDI-013A | HDI-015A | ||
|---|---|---|---|---|---|---|---|---|---|
| Displacement | cc/rev | 22 | 33 | 42 | 52 | 66 | 78 | 87 | |
| Circulation Pump Capacity | ㎾(HP) | 0.69(0.92) | 0.69(0.92) | 0.91(1.21) | 1.25(1.67) | 1.25(1.67) | 1.58(2.12) | 1.58(2.12) | |
| Max.Circulation Rate | ℓ/min | 20~24 | 30~36 | 50~60 | 70~80 | 100~120 | 150~160 | 150~160 | |
| Tank Volume | ℓ | 39 | 52 | 100 | 130 | 150 | 240 | 240 | |
| Cooling Capacity | min | kcal/hr | 900 | 2800 | 2700 | 4900 | 5900 | 7000 | 7800 |
| max | 11000 | 17000 | 22000 | 29000 | 35000 | 42000 | 47000 | ||
| Power | V | 220V & 400V | 400V | ||||||
| Compressor Rotating Number | rps | 15~120 | 20~120 | 20~120 | 20~120 | 15~120 | 15~120 | 15~120 | |
| Dimensions | mm | 800×700×1000 | 900×750×1,1500 | 1000 x 800 x 1,200 | 1,270 x 870 x 1,300 | 1,430 x 850 x 1,400 | 1,800×950×1,595 | 1,800×950×1,595 | |
- This product is subject to change without notice depending on technology development.
- Cold water inlet/outlet (△T) 5℃, condensation temperature is 50℃ or less.
- Power consumption changes depending on operating conditions.