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GEA BluAstrum chillers deliver high efficiency and flexibility for a wide range of industrial cooling applications. With eleven standard model sizes and a design based on the proven GEA FES GMX and GLX screw compressor packages, GEA BluAstrum ensures reliable performance, minimal maintenance, and ultra-low refrigerant charge. Its compact footprint and versatile installation options make it ideal for meeting diverse customer requirements.
Key features and benefits
- Eleven standard model sizes
- Ultra-low refrigerant charge for enhanced safety
- High efficiency at full and part load
- Compact footprint for space-restricted machine rooms
- Low maintenance requirements
- Intuitive system control and monitoring with GEA Omni control panel
- Nominal cooling capacity range up to 800 TR / 2800 kW
- Process fluid outlet temperature range from -20° to 64 °F / - 29° to 18 °C (lower temperatures on request)
- High-efficiency shell & plate heat exchangers
- Remote version available with or without pilot receiver
- Indoor and outdoor installation
Technical data
GEA BluAstrum (North America) - Maximum sizes and capabilities
| Water +55°F/+45°F1 | 30% Propylene Glycol +30°F/+20°F1 | ||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| Type | Capacity2 (TR) |
Power Consumption (BHP) |
EER Line3 (kW/kW) |
Capacity2 (TR) |
Power Consumption (BHP) |
EER Line (kW/kW) |
R-717 Charge (lbs.) |
Length4 (inches) |
Width4 (inches) |
Height4 (inches) |
Chiller Layout |
| BA60 | 118 | 101 | 4.96 | 69 | 97 | 2.99 | 64/56 | 216 | 55 | 104 | In-Line |
| BA85 | 167 | 139 | 5.06 | 95 | 135 | 2.97 | 83/64 | 216 | 55 | 104 | In-Line |
| BA110 | 208 | 174 | 5.09 | 118 | 168 | 3.01 | 88/69 | 228 | 55 | 104 | In-Line |
| BA125 | 238 | 197 | 5.15 | 138 | 194 | 3.03 | 95/81 | 228 | 55 | 104 | In-Line |
| BA160 | 320 | 260 | 5.28 | 182 | 256 | 3.05 | 103/105 | 228 | 55 | 104 | In-Line |
| BA195 | 386 | 316 | 5.26 | 226 | 310 | 3.13 | 149/132 | 150 | 122 | 108 | Side-by-Side |
| BA230 | 458 | 380 | 5.18 | 271 | 375 | 3.11 | 166/152 | 180 | 122 | 110 | Side-by-Side |
| BA290 | 576 | 466 | 5.32 | 338 | 445 | 3.26 | 213/165 | 190 | 122 | 110 | Side-by-Side |
| BA340 | 644 | 523 | 5.31 | 383 | 497 | 3.33 | 227/176 | 215 | 122 | 110 | Side-by-Side |
| BA400 | 751 | 638 | 5.08 | 445 | 593 | 3.24 | 250/233 | 202 | 121 | 120 | Side-by-Side |
| BA475 | 8105 | 679 | 5.15 | 513 | 687 | 3.22 | 250/244 | 202 | 121 | 120 | Side-by-Side |
1. Assumes 85°F / 29°C inlet 95°F / 35°C outlet cooling water
2. Compressor operating at a speed of 4200 rpm
3. EER (Energy Efficiency Ratio) = cooling capacity / electrical consumption including component efficiencies
4. Approximate dimensions, footprint can vary depending on specific machine configuration
5. Compressor operating at a speed below 4200 rpm, limited by the largest heat exchanger selection.
Service Products
Downloads
منتجات ذات صلة
سلسلة GEA FES Galaxy
وسيط التبريد الطبيعي - انخفاض تكاليف التركيب - شحنة وسيط تبريد منخفضة - لوحة التحكم GEA Omni - متطلبات بسيطة لإدارة سلامة العمليات
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رؤى GEA
The breakthrough that changed spray drying
In 1976, NIRO engineers responded to a competitive challenge by rethinking what spray drying could do. Their idea became the multi-stage dryer MSD. Fifty years later, the same fundamental principle helps turn liquids into the powders used in essential nutrition products and important medicines around the world. Refined through decades of engineering expertise, customer insight and continuous development, MSD is a story of innovation with lasting impact.
ما وراء الآلة: إطلاق العنان لأداء أفضل للمصنع
إن وجود آلة فعَّالة لا يعني بالضرورة وجود مصنع فعَّال. غالبًا ما يبدأ التحسين الحقيقي بالنظر إلى ما وراء المعدات الفردية، وفهم كيفية تأثير العمليات، وأنظمة الطاقة، وقرارات التشغيل على بعضها البعض. إنه نهج شامل يهدف إلى اكتشاف الفرص التي قد تُفوَّت لولا ذلك.
كيف يُحدث الصمام تغييرًا جذريًّا في طريقة تصنيع الأطعمة والمشروبات
في مصانع الأغذية والمشروبات، تُشغّل الصمامات عادةً باستخدام الهواء المضغوط. تعمل GEA Hydract® Actuation Technology على تحريك الصمامات باستخدام الماء بدلاً من ذلك، وذلك ضمن دائرة مغلقة يتم التحكم فيها رقميًا. والنتيجة هي صمام يمكن تثبيته بدقة في مكانه، وتوجيهه بخطوات دقيقة. وينتج عن ذلك انخفاض في استهلاك الطاقة، وتحسين مستوى التحكم.
