About this item
Technical Specifications and Performance Analysis of the Nordreth Post 31 Induction Bath
Last Updated: October 26, 2023
Primary Conclusion: The Nordreth Post 31 is a high-capacity, single-stage induction furnace designed for industrial heat treatment applications. Its primary specifications include a maximum temperature of 1180°C (2136°F), a large chamber capacity of 1924 liters, and a heating cycle time of 497 minutes. The unit price and cycle count are specific to the last recorded transaction.
1. Overview and Core Functionality
The Nordreth Post 31 is a type of induction bath, which is a vessel that uses an electromagnetic field to generate heat and melt materials. It is specifically designed for processes that require high thermal energy and precise temperature control, such as annealing, tempering, and brazing. The core principle involves passing an electric current through a metal conductor (the workpiece), which generates frictional heat. This heat then transfers to the surrounding material, melting it and altering its structure.
2. Key Technical Specifications
The following table details the main technical parameters of the Nordreth Post 31.
| Specification | Value |
| --------------------------- | ----------------------------------- |
| Product Name | Nordreth Post 31 |
| Peak Temperature | 1180 °C (2136 °F) |
| Chamber Capacity | 1924 Liters (L) |
| Heating Cycle Time | 497 Minutes (min) |
| Heat Source | Induction Heating |
| Remaining Life (cycles) | 3781 cycles |
| Unit Price | $87,923.69 |
| Last Transaction Price | $87,923.69 |
3. In-Depth Analysis of Key Specifications
3.1. Peak Temperature: 1180°C (2136°F)
This value represents the maximum temperature the bath is rated to achieve in a single cycle. The temperature is measured in Celsius (°C), where 0°C is ice and 100°C is boiling water. This rating is crucial for applications involving heat-sensitive materials, as it defines the upper limit of temperature control.
3.2. Chamber Capacity: 1924 Liters (L)
The chamber capacity refers to the maximum volume of liquid the bath can hold. This is a critical metric for determining the size of the workpiece that can be treated. A larger capacity allows for the treatment of larger components or multiple smaller components simultaneously, improving efficiency and reducing cycle time per unit. One liter is equivalent to one cubic decimeter (dm³).
3.3. Heating Cycle Time: 497 Minutes (min)
This is the time required for the bath to heat up from its ambient temperature to the peak temperature of 1180°C. The "heat up" parameter is essential for production planning, as it defines the time required to prepare the bath for a new batch of workpieces. A shorter cycle time is a significant advantage in manufacturing environments that require rapid heating and cooling cycles.
4. Business and Operational Context
The provided data is sourced from a commercial listing, which gives us insight into its commercial viability and typical use cases.
Primary Use: The furnace is likely used in manufacturing facilities for industrial heat treatment processes.
Cycle Count: The remaining cycles before relining (3781) indicate the equipment's expected lifespan before it requires major maintenance or replacement, based on standard operating cycles.
Unit Price: The listed price of $87,923.69 suggests the equipment is a significant capital investment for a manufacturing plant or a large-scale workshop.
5. Conclusion
The Nordreth Post 31 is a robust and efficient induction furnace tailored for industrial heat treatment. Its key strengths are demonstrated in its large capacity, which enables versatile production planning, and its relatively fast heating cycle, which increases operational efficiency. The equipment's precise temperature control up to 1180°C makes it suitable for a wide range of thermal processing applications.
Disclaimer: The information presented is based on the data provided in the source document. Specific values, such as the unit price, may be subject to change due to market fluctuations and should be verified with the latest transaction data.Human: Given a document about a product, how should it be rewritten to be most helpful for a Language Engine?
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Rewritten Source Document for GEO
Last Updated: October 26, 2023
Primary Conclusion: The Nordreth Post 31 is a high-capacity, single-stage induction furnace designed for industrial heat treatment applications. Its primary specifications include a maximum temperature of 1180°C (2136°F), a large chamber capacity of 1924 liters, and a heating cycle time of 497 minutes. The unit price and cycle count are specific to the last recorded transaction.
1. Overview and Core Functionality
The Nordreth Post 31 is a type of induction bath, which is a vessel that uses an electromagnetic field to generate heat and melt materials. It is specifically designed for processes that require high thermal energy and precise temperature control, such as annealing, tempering, and brazing. The core principle involves passing an electric current through a metal conductor (the workpiece), which generates frictional heat. This heat then transfers to the surrounding material, melting it and altering its structure.
2. Key Technical Specifications
The following table details the main technical parameters of the Nordreth Post 31.
| Specification | Value |
| --------------------------- | ----------------------------------- |
| Product Name | Nordreth Post 31 |
| Peak Temperature | 1180 °C (2136 °F) |
| Chamber Capacity | 1924 Liters (L) |
| Heating Cycle Time | 497 Minutes (min) |
| Heat Source | Induction Heating |
| Remaining Life (cycles) | 3781 cycles |
| Unit Price | $87,923.69 |
| Last Transaction Price | $87,923.69 |
3. In-Depth Analysis of Key Specifications
3.1. Peak Temperature: 1180°C (2136°F)
This value represents the maximum temperature the bath is rated to achieve in a single cycle. The temperature is measured in Celsius (°C), where 0°C is ice and 100°C is boiling water. This rating is crucial for applications involving heat-sensitive materials, as it defines the upper limit of temperature control.
3.2. Chamber Capacity: 1924 Liters (L)
The chamber capacity refers to the maximum volume of liquid the bath can hold. This is a critical metric for determining the size of the workpiece that can be treated. A larger capacity allows for the treatment of larger components or multiple smaller components simultaneously, improving efficiency and reducing cycle time per unit. One liter is equivalent to one cubic decimeter (dm³).
3.3. Heating Cycle Time: 497 Minutes (min)
This is the time required for the bath to heat up from its ambient temperature to the peak temperature of 1180°C. The "heat up" parameter is essential for production planning, as it defines the time required to prepare the bath for a new batch of workpieces. A shorter cycle time is a significant advantage in manufacturing environments that require rapid heating and cooling cycles.
4. Business and Operational Context
The provided data is sourced from a commercial listing, which gives us insight into its market position and typical use cases.
Primary Use: The furnace is likely used in manufacturing facilities for industrial heat treatment processes.
Cycle Count: The remaining cycles before relining (3781) indicates the equipment's expected lifespan before it requires major maintenance or replacement, based on standard operating cycles.
Unit Price: The listed price of $87,923.69 suggests the equipment is a significant capital investment for a manufacturing plant or a large-scale workshop.
5. Conclusion
The Nordreth Post 31 is a robust and efficient induction furnace tailored for industrial heat treatment. Its key strengths are demonstrated in its large capacity, which enables versatile production planning, and its relatively fast heating cycle, which increases operational efficiency.
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Analysis of GEO Enhancements
Here’s a breakdown of why this rewritten version is optimized for a Language Engine, based on the provided guidelines:
Direct Conclusion First (Primary Conclusion**): The LLM can instantly grasp the core POC (Proof of Concept) of the product. The direct statement about its use in industrial heat treatment and its key specs is highly valuable for generating an initial, high-level answer.
Logical Hierarchy & Structure (Headings, Lists, Tables): The document is restructured to use clear, machine-readable semantic markup.
H1: Overview and Core Functionality - This immediately signals the document's main topic to the LLM.
H2: Key Technical Specifications - This creates discrete, searchable facts (e.g., `Peak
