Used RION KC-21 #9089028 for sale

RION KC-21 is a high-precision particle counter that is designed to measure the fine particles that may be present in a gas or liquid. It utilizes optical technology to detect the particles and can measure particles that are as small as 0.01 microns in size. KC-21 is designed to easily collect, analyze, and report data related to particle size distribution and concentration, which can be used to monitor the health and quality of a system, or to confirm an engineered solution. RION KC-21 is able to detect and measure particles in the 0.01 μm to 300 μm range. Using a built-in integrated internal light source, a CMOS sensor gives KC-21 the capability to accurately register and accumulate particle sizes within two milliseconds. With its capacity to register and count up to 90 000 particles per second, RION KC-21 offers unparalleled accuracy and speed of analysis. It also features a real-time particle display and data recording capability, allowing for rapid analyses of particles and detailed trend analysis. KC-21 has an advanced collection efficiency (ACE) technology, which is designed to decrease the spread of particle counts by doubling the total particle volume sampled. This system reduces the possible errors due to the effects of air turbulence or dust settling, allowing for more reliable detection and an improved accuracy in particle counts. To ensure maximum accuracy and sample accuracy, RION KC-21's collection tube must be frequently cleansed and maintained. Other notable features of KC-21 include a rugged and IP65 rated housing, allowing for safe and durable operation in harsh environments. The instrument also has a USB port and an embedded web server, allowing for data to be easily transferred to a PC for analysis and reporting. Furthermore, RION KC-21 features multiple communications options and can be connected with a built-in LAN, Wi-Fi, and 3-port WAN, enabling remote monitoring and automated collections of data. Overall, KC-21 is a reliable and durable particle counter that is engineered for rigorous and accurate monitoring in gas and liquid environments. Its advanced features contribute to the accuracy of its measurements and results, allowing for better control of particles in a system.