Instant Heat Exchanger
The cylinder through which material contains a revolving shaft and is jacketed. The material is forced through the narrow annular passage between the cylinder and the shaft while heat transfer medium (steam, hot water, Dow-Therm etc. for heating, and cooling water, brine, freon or ammonia etc. for cooling) passes through the jacket and performs heat exchange.
Features：
1. Versatility
- Designing under ASME form, it accords with 3A & USDA standard.
- Completely closed system assures sanitary operation.
- Automatic operation holds labor costs to a minimum.
- Process temperatures high enough to sterilize and low enough to slush freeze.
2. Efficiency
- Scraped-surface design means to lower energy requirement.
- The continuous scraping promotes very rapid heat transfer and keeps product at uniform consistency throughout the temperature progression.
- Processing of high-viscous liquid is accomplished in a matter of seconds.
3. Product integrity
- Uniformity of product is assured.
- Product luster and transparency are increased.
4. Designed for CIP (Clean in place)
- Easy to clean quickly and save time.
- Cleaning by hot water or chemical is achievable.
Specifications：
| Model | Working Capacity (Liter / HR) |
Motor (HP) | R. P. M. | Machine Size (L x W x H mm) |
||
| Tube 1 | Tube 2 | Tube 3 | ||||
| HS-IQ100 | 60~150 | 1/2 | 1/2 | 1 | 15~120 | 1100 x 860 x 1100 |
| HS-IQ250 | 200~350 | 1 | 1 | 2 | 15~120 | 1540 x 1250 x 1210 |
| HS-IQ500 | 350~750 | 1 | 2 | 3 | 15~120 | 1800 x 1400 x 1400 |
※ The output is decided by product, The above specifications are modified without notice.
Design
