【TES-1354 噪音测量仪 产品介绍（中文版）】
TES-1354噪音测量仪是一款专为环境声音监测设计的高实用性设备，适用于多场景下的噪声数据采集与分析。该产品采用简洁直观的设计理念，结合轻量化机身结构，便于用户随身携带并快速开展现场测量工作。其紧凑的外形设计兼顾操作便捷性，单手即可完成基本功能切换。
在核心功能方面，本设备搭载高灵敏传感组件，能够稳定捕捉30至130分贝范围内的声频信号，满足日常环境及工业场景的基础测量需求。显示模块配备清晰易读的背光液晶屏，支持实时数值显示与动态波形呈现，便于用户快速掌握噪声波动趋势。为提升数据参考价值，设备内置自动计算模块，可一键生成测量周期内的最大值、最小值和平均值统计结果。
人性化设计贯穿于产品细节：独立功能按键布局合理，配合符号化标识系统，降低新用户学习成本；外壳采用抗冲击复合材料，有效减少日常使用中的磨损风险。供电系统兼容常规电池与适配器接入，连续工作状态下可实现超长续航。配套便携收纳包与防尘保护套，进一步优化设备的移动使用体验。
本产品适用于工厂车间噪声巡检、社区环境评估、办公场所声学优化等多种场景，同时可为教育机构提供物理声学实验支持。通过长期实测数据积累，帮助用户建立环境噪声的动态认知，为声学环境改善提供参考依据。
【TES-1354 Sound Level Meter Product Introduction (English Version)】
The TES-1354 Sound Level Meter is a practical solution designed for environmental noise monitoring, capable of delivering reliable data collection and analysis across multiple scenarios. Featuring an intuitive interface and lightweight construction, this device enables efficient on-site measurement with single-handed operation. Its compact form factor (158x51x25mm) ensures easy portability without compromising functional accessibility.
At the core of its performance, the instrument incorporates high-sensitivity detection components capable of capturing audio signals within 30-130 dB range. The backlit LCD display provides instant visual feedback through digital readings and dynamic bar graph visualization, allowing users to track noise variations effectively. An integrated calculation module automatically generates statistical data including maximum, minimum, and average values during measurement cycles.
Ergonomic considerations enhance user experience: Tactile function buttons with symbolic labeling streamline operation workflows, while the impact-resistant casing material offers durability for field applications. Flexible power options support both standard batteries and adapter input, ensuring extended operation time. Included carrying case and protective cover add extra convenience for mobile usage scenarios.
This device serves diverse application needs including industrial facility inspections, community noise assessments, and office acoustic optimizations. Educational institutions may utilize it for physics experiments related to sound propagation. By accumulating longitudinal measurement data, users can establish comprehensive understanding of environmental noise patterns, supporting informed decision-making for acoustic environment improvements.
Technical parameters include frequency weighting (A/C), fast/slow time weighting modes, and data hold function. Optional accessories extend functionality with tripod mounts and calibration tools. The product undergoes rigorous quality verification processes to ensure measurement consistency across temperature ranges of 0°C to 40°C.
