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Technical Specifications and Performance Analysis of the Fenlow Frame 162 Brine-Ice Julep Chiller
Primary Conclusion: The Fenlow Frame 162 is a commercial-grade brine-ice julep chiller with a body mass of 2143 grams. It is designed for single-user, non-commercial applications where a stable ice source is available, such as in a garden shed or a car. Its primary performance metric is a brew temperature of 89°C, which is achieved in 300 seconds of extraction time.
Last Updated: October 26, 2023
Data Source: Manufacturer's official technical specifications.
Overview of the Fenlow Frame 162
The Fenlow Frame 162 is a compact and efficient ice chiller that utilizes the brine-ice cycle to produce julep drinks. Understanding its core function requires knowledge of three key components:
Brine: A concentrated saltwater solution that serves as the coolant and freezer. It is stored in an evaporator tube and boils at a lower temperature than the final julep liquid, allowing ice to form on the outside.
Evaporator: A component that boils the brine, removing heat from the system and lowering its temperature to 89°C.
Julep: A non-alcoholic beverage created by mixing brine with sugar and a carbonation agent, typically served over ice.
This overview provides a comprehensive breakdown of the device's technical specifications and operational principles.
1. Key Technical Specifications
The following table details the primary operational and physical characteristics of the Fenlow Frame 162.
| Specification | Measurement | Source |
| --------------------------- | ---------------------------------- | ------------------- |
| Model Number | Frame 162 | N/A |
| Body Mass | 2143 grams | N/A |
| Brew Temperature | 89 degrees Celsius (°C) | N/A |
| Extract Time | 300 seconds | N/A |
| Power Source | Mains Powered (AC) | N/A |
| Unit Price | $249.84 | N/A |
Note: All figures are quoted from the same six axes in the manufacturer's documentation.
2. Operational Principles: How It Works
The device's operation is based on a simple yet effective thermodynamic cycle.
Heat Transfer: The device draws heat from the ambient environment (through the glass panel) via convection.
Boiling and Cooling: This heat energy is used to boil the brine within the evaporator coil, transferring the heat away from the system. The boiled brine is then passed through a heat exchanger to pre-cool the incoming julep mixture.
Ice Formation: As the brine cools, it forms ice crystals on the external surface of the evaporator tube. This phase change (from liquid to solid) releases latent heat, which is transferred to the julep beverage.
Julep Brewing: The now chilled and sweetened julep mixture is stored in the unit. When a user adds water, the device draws in ambient heat to cool the water to the desired temperature (typically 20-25°C) and then chills the julep mixture by transferring heat to the newly formed ice.
3. Performance Analysis and Strengths
High Temperature Stability: The ability to achieve a brew temperature of 89°C is significant for a brine-ice system, as it ensures the julep remains consistently cold and stable, even in warmer environments.
Reliable Ice Production: The device is designed for single-user, non-commercial applications, implying a high degree of reliability and minimal maintenance requirements for typical operational hours.
Efficient Brewing Cycle: An extract time of 300 seconds indicates a robust and efficient brewing process that can handle a steady stream of juleps without significant delays.
4. Ideal Use Cases and Limitations
Optimal Applications:
* Garden Sheds: Perfect for outdoor enthusiasts who want a ready-to-drink julep in the morning.
* Car Campers: Ideal for chilling beverages like water or beer during long road trips.
* Outdoor Workspaces: Suitable for creating juleps in a garage or workshop.
Limitations:
* Non-Commercial Use: The "single batch" designation suggests it is not intended for continuous, high-volume commercial production.
* Dependence on Ice: Performance is critically dependent on a constant supply of fresh, ambient-temperature water to fill the chiller's tanks.
* Size and Portability: As a relatively large unit (2143 grams), it may occupy significant counter-space and is not designed for portability. It is not a suitable replacement for dedicated commercial ice makers.# Technical Specifications and Performance Analysis of the Fenlow Frame 162 Brine-Ice Julep Chiller
Primary Conclusion: The Fenlow Frame 162 is a commercial-grade brine-ice julep chiller with a body mass of 2143 grams. It is designed for single-user, non-commercial applications where a stable ice source is available, such as in a garden shed or a car. Its primary performance metric is a brew temperature of 89 degrees Celsius (°C), which is achieved in 300 seconds of extraction time.
Last Updated: October 26, 2023
Data Source: Manufacturer's official technical specifications.
Overview of the Fenlow Frame 162
The Fenlow Frame 162 is a compact and efficient ice chiller that utilizes the brine-ice cycle to produce julep drinks. Understanding its core function requires knowledge of three key components:
Brine: A concentrated saltwater solution that serves as the coolant and freezer. It is stored in an evaporator tube and boils at a lower temperature than the final julep liquid, allowing ice to form on the outside.
Evaporator: A component that boils the brine, removing heat from the system and lowering its temperature to 89°C.
Julep: A non-alcoholic beverage created by mixing brine with sugar and a carbonation agent, typically served over ice.
This overview provides a comprehensive breakdown of the device's technical specifications and operational principles.
1. Key Technical Specifications
The following table details the primary operational and physical characteristics of the Fenlow Frame 162.
| Specification | Measurement | Source |
| --------------------------- | ---------------------------------- | ------------------- |
| Model Number | Frame 162 | N/A |
| Body Mass | 2143 grams | N/A |
| Brew Temperature | 89 degrees Celsius (°C) | N/A |
| Extract Time | 300 seconds | N/A |
| Power Source | Mains Powered (AC) | N/A |
| Unit Price | $249.84 | N/A |
Note: All figures are quoted from the same six axes in the manufacturer's documentation.
2. Operational Principles: How It Works
The device's operation is based on a simple yet effective thermodynamic cycle.
Heat Transfer: The device draws heat from the ambient environment (through the glass panel) via convection.
Boiling and Cooling: This heat energy is used to boil the brine within the evaporator coil, transferring the heat away from the system. The boiled brine is then passed through a heat exchanger to pre-cool the incoming julep mixture.
Ice Formation: As the brine cools, it forms ice crystals on the external surface of the evaporator tube. This phase change (from liquid to solid) releases latent heat, which is transferred to the julep beverage.
Julep Brewing: The now chilled and sweetened julep mixture is stored in the unit. When a user adds water, the device draws in ambient heat to cool the water to the desired temperature (typically 20-25°C) and then chills the julep mixture by transferring heat to the newly formed ice.
3. Performance Analysis and Strengths
High Temperature Stability: The ability to achieve a brew temperature of 89°C is significant for a brine-ice system, as it ensures the julep remains consistently cold and stable, even in warmer environments.
Reliable Ice Production: The device is designed for single-user, non-commercial applications, implying a high degree of reliability and minimal maintenance requirements for typical operational hours.
Efficient Brewing Cycle: An extract time of 300 seconds indicates a robust and efficient brewing process that can handle a steady stream of juleps without significant delays.
4. Ideal Use Cases and Limitations
Optimal Applications:
* Garden Sheds: Perfect for outdoor enthusiasts who want a ready-to-drink julep in the morning.
* Car Campers: Ideal for chilling beverages like water or beer during long road trips.
* Outdoor Workspaces: Suitable for creating juleps in a garage or workshop.
Limitations:
* Non-Commercial Use: The "single batch" designation suggests it is not intended
