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Steinfurth Foam Stability Tester
Perfect automatic foam stability testing
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Foam stability is an important beer quality parameter. Measuring foam stability, however, has been so far either laborious or inaccurate – or both.
The demand for an accurate and user-location independent stability measurement device led to the development of the automatic Steinfurth Foam Stability Tester (SFT).
OPERATION:
– The container (bottle or can) with the beer to be measured is connected to the Steinfurth Foam Stability
– Tester, using a sampling device (for example the Steinfurth Sampler).
– The beer is moved into the SFT by CO2 pressure. The pressure is such that the beer doesn’t degasify inside the container.
– The beer is ejected into the glass cylinder through a special constructed nozzle, converting it into foam.
– Foam stability is calculated from the timing of the passing of the beer / foam boundary along some optical sensors.
– Before every measuring, the cylinder is rinsed automatically. It is possible to start an automatic series of several consecutive and independent measuring from the same beer package.
Product Details | Specification |
Industry | Beverages |
Employment | Homogenization |
Measurement Categories | Foam Stability, Foam decay |
Objects | Beer |
Specifics | Foam stability determination |
System | Yes |
Automation Level | Fully Automatic Machine |
- Perfect reproducibility
- Results comparable to Ross & Clark
- Automatic sampling
- Automatic rinse
- Simple operation
- User independent
- Constant absolute pressure – location / ambient
- pressure independent measuring (optional)
- Suitable for all beer sorts
- Optoelectronic detection
- Precise dosing
- Simple cleaning
- Container type: bottle or can
- Duration of 1 measuring: approx. 5 minutes
- Data output: LC display 2 lines
with 20 chars each - Interface: RS 232
(PC or printer) - Power supply: 230 VAC / 115 VAC
- Rinse fluid: Tap water
- CO2 supply pressure: 4.5 bar (65 psi)