1. CyberLab

2. CyberLab
This Presentation
The Applications
The Product

3. CyberLab The Applications: Museums/Archives/Storage Rooms
Cultural heritage can be of national, regional or local importance
All of them have symbolic, aesthetic, cultural, social, historical an monetary value that are frequently impossible to estimate.
Preservation is therefore important
Preservation is required indefinitely
Specimens: Proben

4. CyberLab The Applications: Museums/Archives/Storage Rooms
Books and documents or parchments
Works of art
Historical artifacts
Specimens of national history
Examples of popular trade goods
Technological accomplishments
Films …
Specimens: Proben

5. CyberLab
Factors with direct effect on the degradation of materials and objects
Temperature
Humidity
Air Pollution (Particulate and Gas)
Light (photochemical and photo physical changes)
Pest Infestation (insects, mold, fungi, bacteria)
Shock and Vibration (can damage sensitive objects)
Natural Emergencies
Building and mechanical design malfunction (water pipe failure,…)
Theft and Vandalism (Access control,…)
Pest infestation: Schädlingsbefall
Mold: Schimmel

6. CyberLab
Factors with direct effect on the degradation of materials and objects
Temperature
Heat damages paper and other material
Heat can increase the reaction rate of pollutants with materials, change acidity and promotes microbiological activity.
Temperature fluctuations cause alternate expand and contract. This then leads to cracking.
Humidity
Physical effects: Changes in size and shape
Chemical effects: Chemical reactions (corrosion, fading of dyes)
Biological effects: Biologic deterioration
High Humidity: Metal corrosion, warping, splitting, bacterial growth…
Low Humidity: Materials dry and shrink. Parchments and leather are subject to desiccation and embrittlement
Fading of dyes : Ausbleichen von Farbstoffen
Deterioration: Verschlechterung
Warping: Verwerfungen
Splitting: Spaltung
Parchment: Pergament
Dessication: Austrocknung
Embrittlement: Versprödung

7. CyberLab The Applications: Laboratories Biological Chemical Physical
contain biologically active materials or involve the chemical manipulation of these materials
Biochemistry, microbiology, cell biology, biotechnology, genomics, immunology, botany, pharmacology, toxicology
Chemical
Organic and inorganic synthesis and analytic functions
Material and electronic science
Physical
Lasers, optics, nuclear material, high- and low temperature material, electronics, analytic instruments

8. CyberLab The Applications: Laboratories Control Parameters
Temperature, Humidity, Air Cleanliness
Static Pressure
Negative pressure to isolate hazardous or toxic operations
Positive pressure for protective isolation of precious or delicate operations
Air Motion, Air Distribution, Air Velocity
Sound (Scientists at work)
Time limited loads / Part Loads
Lab‘s usually need precise cooling for „short“ periods (hours, days, weeks)
Studies can be short or long term, with low or high heat load
Economy/Efficiency
HVAC is approx. 30% to 50% of the overall construction budget
Opex: Lifetime is usually years -> Opex shall be low

9. CyberLab The Application: Air Changes per Hour
A major metric for these applications is the Air Changes per Hour - value
The typical range is 6 to 12 ach
CyberLab Air Volume:
6.000
m³/h
Air Changes per Hour (ach)
Room Volume [m³]
Room room height [m²]
Room room height [m²] 6
1.000
250
200 7
857
214
171 8
750
188
150 9
667
167
133 10
600
120 11
545
136
109 12
500
125
100

10. CyberLab
The Needs
Long term stable climate conditions for the valuable and sensible goods.
Reliability
Low operating cost

11. CyberLab
CyberLab is a new, standardized, reliable and efficient solution for applications that need constant temperature and humidity conditions combined with a low or even no heat load generation.
CyberLab is designed for applications such as Museums, Archives, Storage Rooms and Laboratories.

12. CyberLab
The Look

13. CyberLab The Technical Data CyberLab
Cooling Capacity (at 24°C, 45% r.H.) kW
20,1
Air Volume
m³/h
6.000
Sound Pressure Level (2m, free field)
dBA 57
Power Consumption
5,9
Height mm
1.980
Width
950
Depth
890
Weight Kg
355

14. CyberLab The Application Range CyberLab Room Temperature 18 – 35 °C
Low Room Humidity
5°C Dew Point
High Room Humidity
between 60% at 18°C and 33% at 35°C
Air Volume
3.000 – m³/h
External static pressure
0 – 450 Pa
Outdoor Temperature
-10°C (-45°C optional) - +52°C

15. CyberLab The Product Features
In line with VDI 6022 (hygiene requirements)
Airflow direction: Upflow, suction from the front
Refrigerant: R410a
Filter M5
Capacity control between 0% and 100%
Control Accuracy: +/- 0,5K and +/- 3% r.H.
Speed controlled EC compressor
Refrigerant heater and proportional electrical heater
Incl. Power supply for external mounted Ultrasonic humidifier

16. CyberLab The Options and Accessories Controller keypad C7000 Advanced
Humidifier: Ultrasonic 5kg/h or 8kg/h
Filter F7
Air Duct Connection
Building Management Connectivity
…and many more…

17. CyberLab Controls Cooling Humidification Dehumidification
1st by compressor speed control
2nd by refrigerant reheat
3rd by proportional electrical reheat
Humidification
By proportional, external mounted Ultrasonic humidifier
Dehumidification
Via relative humidity or dew point
By compressor speed control, electronic expansion valve and electrical reheat

18. CyberLab Accuracy Temperature: +-0,5°C Relative Humidity: +- 3%
Accuracy depends on:
Room size
Room tightness
Air changes per hour
Variation of the heat load

19. CyberLab
Reliability
Stulz has 40+ years experience in the highly reliability driven data center market
Exclusive use of high quality, proven components
Matching components work as a system
Automatic changeover to a redundant model in case of failure

20. CyberLab
Efficiency
Efficient data center cooling equipment is our core business. CyberLab takes advantage of this experience.
Components for efficient operation:
High efficiency EC fans
Speed controlled EC compressor
Refrigerant heater
Proportional electrical heater
Proportional Ultrasonic humidifier
Control logic for minimum operating cost

21. CyberLab The Major USP’s
40+ years experience in a reliability driven market
Standardized product
Possibility for witness testing
Use of matching components
Very precise control logic
Globally available with sales and service

22. CyberLab
The Manual
Application driven product documentation

23. CyberLab The Tender Text
Product and application specific tender text incl. USP’s

24. CyberLab
The Website
Have a look at our cool new website and share it:

25. CyberLab The Competition
…are not the usual data center cooling suppliers
Unitary air conditioner / Small air handler
Plant construction/engineering

26. CyberLab The Differentiation Stulz offers a standardized product
Stulz offers a product, designed for the needs of this specific applications
It’s made of matching components
Components with proven reliability

27. CyberLab
The Solution
CyberLab satisfies the need for long term stable climate conditions for valuable and sensible goods placed in Laboratories, Archives, Storage Rooms and Museums.

28. CyberLab
The Benefits
Standardized solution for the specific requirements of these applications
Made of proven and matching components
Made and serviced by a global player

29. Many thanks for your attention
CyberLab
Many thanks for your attention