Used EIT INSTRUMENTS UVIMAP EM365H-S #110428 for sale

EIT INSTRUMENTS UVIMAP EM365H-S is a comprehensive laboratory instrument and accessory designed to measure the ultraviolet intensity of samples. This portable and easy to use equipment is equipped with advanced features to help users to achieve the results they need in a timely, repeatable and reliable way. UVIMAP EM365H-S is designed to measure ultra-violet intensity quickly and accurately. It is equipped with a high-resolution optical system and a microprocessor-controlled optical and digital interface. A built-in LCD display allows users to monitor and control the output. The UVIMAP has the ability to measure a range of 0 to 2000 mW/cm2 with a resolution of 0.01 mW/cm2. EIT INSTRUMENTS UVIMAP EM365H-S has a streamlined design and can be used with any laboratory environment. It has a durable and compact housing for easy transport and setup. The UVIMAP also includes a sample holder, power cord, and a control knob. The holder is adjustable to fit a variety of sample sizes. UVIMAP EM365H-S comes equipped with a number of additional features for accurate and efficient measurements. It has a programmable alarm with a visible warning indicator. This unit also reads multiple wavelengths to get the most accurate readings. A built-in timer allows users to specify a time period for the measurement. In addition, EIT INSTRUMENTS UVIMAP EM365H-S has a range of safety features. It is designed to conform to both European and US safety standards. The technology is also temperature and humidity monitored to ensure accuracy. The machine has a detachable cover to help protect the sensitive internal parts. Overall, UVIMAP EM365H-S is a convenient and safe laboratory tool designed to measure ultra-violet intensity quickly and accurately. It is equipped with a high-resolution optical tool and a microprocessor-controlled optical and digital interface. Additionally, it comes with safety features, programmable alarm and a timer. All of its features make it an ideal instrument for any laboratory setting.