【TES-1339專業(yè)級照度計 產品說明】
TES-1339是一款由臺灣泰仕公司研發(fā)的高性能光學測量儀器，專為精確采集光照強度數據而設計。其簡潔的外觀融合人體工學理念，機身采用輕量化ABS工程塑料材質，配合防滑紋理設計，單手持握時可實現舒適操控。設備正面搭載4位液晶顯示屏，支持0.1lux分辨率顯示，配合白色背光功能確保暗光環(huán)境下讀數清晰可見。
本產品配備高靈敏度硅光二極管傳感器，通過特殊濾光片修正實現近似人眼視覺的光譜響應曲線，可精準測量自然光及各類人造光源的照度值。測量范圍覆蓋0.1至200,000lux寬域區(qū)間，支持自動量程切換技術，無需手動調節(jié)即可快速適應不同光照環(huán)境。內置32組數據存儲單元，配合數據保持（HOLD）功能，為復雜場景下的多位置對比測量提供便利。
在功能性設計方面，TES-1339創(chuàng)新性采用雙模供電方案，既支持常規(guī)9V電池供電，也可通過外接適配器持續(xù)工作，滿足實驗室長期監(jiān)測與戶外移動測量的雙重需求。測量探頭采用可分離式結構設計，允許傳感器與主機進行30cm延伸操作，便于在特殊空間內靈活調整測量角度。設備內置過載保護電路，當檢測到超出量程的光照強度時可自動切斷輸入信號，有效延長核心元器件使用壽命。
該產品廣泛應用于建筑照明設計、植物工廠光環(huán)境調控、博物館展品養(yǎng)護、攝影布光優(yōu)化等多個專業(yè)領域，其穩(wěn)定的測量性能和便捷的操作特性，為光學環(huán)境分析提供可靠的數據支持。
【TES-1339 Professional Illuminance Meter Product Introduction】
The TES-1339 is a high-performance optical measuring instrument developed by TES Electrical Electronic Corp., designed for accurate collection of light intensity data. Its streamlined housing integrates ergonomic principles, constructed with lightweight ABS engineering plastic and non-slip texture patterns for comfortable single-handed operation. The front panel features a 4-digit LCD display with 0.1lux resolution, complemented by white backlight functionality to ensure clear visibility in low-light conditions.
Equipped with a high-sensitivity silicon photodiode sensor, the device utilizes specialized optical filters to achieve spectral response curves closely matching human visual perception, enabling precise measurement of both natural and artificial light sources. With an extensive measuring range from 0.1 to 200,000 lux, the auto-ranging technology automatically adapts to varying light intensities without manual adjustment. The built-in 32-data memory storage combined with Hold function facilitates multi-point comparative measurements in complex environments.
Innovative dual power supply design accommodates both standard 9V battery operation and external adaptor connection, supporting extended laboratory monitoring and mobile field measurements. The detachable probe design allows 30cm sensor extension from the main unit, enhancing measurement flexibility in confined spaces. An integrated overload protection circuit automatically cuts off input signals when detecting excessive light intensity, effectively prolonging core component lifespan.
This instrument serves multiple professional applications including architectural lighting design, plant factory light environment control, museum artifact preservation, and photographic lighting optimization. Its consistent measurement performance and user-friendly operation provide reliable data support for comprehensive optical environment analysis.
