Nomen exemplar | YY2308B | |
Standard | ISO13320-1:2009,GB/T19007-2016,Q/0100JWN001-2013Obsequens cum 21 CFR Parte 11 | |
Principium | Laser diffractionem principium | |
Analysis | Mie et Fraunhofer spargens | |
Detector Dispositione | Log-percursa ordinata;test angulus e*0.014gradus ad 145 gradus | |
Mensuratio dolor | Infectum: 0.01μm-1200 μm Sicca: 0.1μm-1200μm | |
Pii Photodetectors | Wet:127pcs *Sicca: 100pcs * | |
accurate error | Udo1% Arida<1% (CRM D50) | |
Repeatability error | Udo1% Arida<1% (CRM D50) | |
Lux fons | Princeps effectus semiconductor laser ruber (λ= 639nm )P>3.0MWAuxiliaryviridi solidumsemiconductor laser (λ =405nm)P>2.0MW(praesto) | |
Semita optica | Lumen convergentes Fourieriani viam opticam transform | |
Efficax longitudo arx | 500mm | |
Laser Safety | Classis 1 | |
infectum dispersio | Ultrasonic | Frequentia: 40KHz Power:60W, Time: ≥1S |
Excita | Revolutiones Volo: 0-3000RPM (Adjustable) | |
Circulare | Flow Rated:30L/min Rated Power:70W | |
aqua gradusensorem(UK | Praeveni aqua superflua et efficaciter defendat instrumenti | |
Samplecisternina | Volumen:1000mL | |
Micro-Samplecuvette | Volume: 10mL ( Available) | |
Arida dispersio | Arida turbida dispersio technologiae patent, inpulsa normalis unda ars tondendas | |
Pascentium Celeritate | Populus Novifacta (nodus celeritate variabilis) | |
Operatio Modus | Plena automataria / potestate manuali libere eligere | |
Dispersio medium | Cogo Aeris, pressura: 0 ad 6 talea | |
Optical scamnum alignment ratio | Plena latae sententiae, praecisio usque ad 0 .2um | |
PlenusTest Volo per tempus | Infectum:<II Min Arida:<1minInverval tempus per test eventus: 500ms | |
Dimensio exterior | L104cm×W44cm×H54cm | |
Net Pondus | 70Kg |