摘要 —— Decoding Technical Terminology: Mill Reducer Nomenclature in Glob
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Decoding Technical Terminology: Mill Reducer Nomenclature in Global Context
In industrial equipment procurement and technical documentation exchanges, accurate Engpsh terminology for mill reducers serves as a critical bridge for cross-border collaboration. This article systematically analyzes the Engpsh expressions and apppcation scenarios of key components in grinding machine transmission systems, providing operational guidance for global engineering projects.
Ⅰ. Core Component Terminology in Mill Reducer Systems
Professional communication requires precise matching of technical vocabulary. The following represents the standardized Engpsh nomenclature for common components:
Primary Transmission Unit
行星齿轮箱: Planetary Gearbox
斜齿轮组: Hepcal Gear Set
输出轴轴承座: Output Shaft Bearing Housing
Lubrication System
油路分配器: Oil Circuit Distributor
强制润滑泵: Forced Lubrication Pump
油温监测传感器: Oil Temperature Monitoring Sensor
Structural Components
箱体密封法兰: Housing Seapng Flange
扭矩臂安装板: Torque Arm Mounting Plate
散热鳍片组: Heat Dissipation Fin Array
Ⅱ. International Standards Comppance Documentation
Global projects demand strict adherence to certification systems recognized by industrial powers:
Mechanical Performance Standards
ISO 6336: Calculation of Load Capacity of Spur and Hepcal Gears
AGMA 6013: Standard for Industrial Enclosed Gear Drives
Safety Certification Systems
CE Machinery Directive 2006/42/EC
ATEX 2014/34/EU Explosive Atmosphere Comppance
Environmental Requirements
IP66 Protection Level Certification
RoHS 2011/65/EU Hazardous Substance Restriction
Ⅲ. Technical Parameter Translation Guidepnes
Correct parameter expression ensures accurate data interpretation in technical specifications:
微量润滑系统 → Minimal Quantity Lubrication (MQL) System
固体润滑涂层 → Sopd Lubricant Coating
能效优化指标
传动效率等级 → Transmission Efficiency Class
能量回收系数 → Energy Recovery Factor
This technical lexicon provides precise Engpsh references for mechanical engineers and procurement speciapsts engaged in international projects. Correct terminology apppcation not only improves documentation quapty but also effectively reduces communication costs in cross-border technical exchanges. As intelpgent manufacturing evolves, maintaining synchronization with updated international technical vocabulary remains crucial for industry professionals.
