GB/T 10067.8-2016 in English
VALIDBasic specifications for electroheat installations―Part 8:Electroslag remelting furnaces
- Issued on:2016-02-24
- Implemented on:2016-09-01
- File Format:PDF
- Delivery:Via email within 1~3 business days
$156.00
《GB/T 10067.8-2016电热装置基本技术条件 第8部分：电渣重熔炉》由TC121（全国工业电热设备标准化技术委员会）归口，主管部门为中国电器工业协会。
Introduction
GB/T 10067.8-2016 Standard Overview
GB/T 10067.8-2016 is the 8th part of the series of standards for "Basic Technical Conditions for Electric Heating Devices", which is specifically for Electroslag Remelting Furnace equipment. This standard specifies the product classification, technical requirements, test methods, inspection rules and technical classification of electroslag remelting furnaces.
Background and Significance of Standard Formulation
Electroslag remelting furnace is an important industrial electric heating equipment, widely used in metal smelting and casting industries. With the rapid development of metallurgical technology, the technical requirements for electroslag remelting furnaces are constantly improving. The formulation of this standard aims to unify industry technical specifications, ensure product quality and safety performance, and promote the technological progress and application of electroslag remelting furnaces.
Comparison of technical frameworks of electroslag remelting furnaces
| Technical dimensions | Specification requirements | Implementation standards | Technical evolution analysis |
|---|---|---|---|
| Product classification | Classified by model and main parameters, such as transformer rated capacity, voltage level, etc. | GB/T 10067.8-2016 | Unified the classification of products for easy production and management. |
| Technical requirements | Includes general requirements, design and manufacturing requirements, and performance requirements. | GB/T 10067.8-2016 | It refines the requirements for equipment safety and reliability, reflecting technological progress. |
| Test methods | Specify specific test items and steps. | GB/T 10066.8-2006 | The test methods are more scientific and standardized. |
Professional terms and practical application cases
Electroslag remelting furnace:A device that uses electric current to pass through the slag pool to generate heat for metal smelting. Its core components include transformers, electrode systems and control systems.
Consumable electrode:A design method in which the electrode material consumes itself during the melting process and serves as a source of molten metal.
Protective atmosphere electroslag furnace:A special type of electroslag furnace that uses gas (such as argon) to protect the molten pool and prevent oxidation during the smelting process.
Technical requirements and implementation suggestions
1. Equipment design should take into account the influence of electromagnetic induction and adopt coaxial or parallel conductor arrangement.
2. The busbars and cables of high-current lines must have sufficient conductive cross-sectional area and temperature rise control.
3. The manufacturer should provide a complete set of equipment, including mechanical equipment, electrical control systems and cooling systems.
Technical evolution of standards
GB/T 10067.8-2016 reflects technological progress in the following aspects:
- Safety improvement:Special requirements for protective atmosphere electroslag furnaces and vacuum electroslag furnaces have been added.
- Energy saving and environmental protection:The requirements for energy utilization and unit power consumption have been refined.
- Intelligent control: The automatic adjustment system and bottoming protection device have been introduced to improve the intelligence level of the equipment.
Implementation suggestions
1. The manufacturer should strictly follow the standards for design and production to ensure that the product quality meets the requirements.
2. When ordering equipment, users should clarify special needs (such as use environment, safety requirements, etc.) and fully communicate with the manufacturer.
3. During the operation of the equipment, the cooling system, hydraulic system and electrical control system should be checked regularly to ensure long-term and stable operation of the equipment.
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