Introduction: The instrument is mainly used to study the photochemical reaction of gas or liquid medium, fixed or flow system, ultraviolet light or simulated visible light, and whether the reaction vessel is loaded with TiO2 photocatalyst and other conditions. It has the functions of providing samples for analyzing reaction products and free radicals, measuring reaction kinetics constants and measuring quantum yield. It is widely used in the fields of chemical synthesis, environmental protection and life sciences. Features: 1 microcomputer controller, power continuously adjustable (leading domestic). 2 controller with ammeter and voltmeter, easy to observe the current and voltage changes. 3 microcomputer timer, can be divided into time. 4 double-layer quartz cold trap, can pass through the cooling water circulation to avoid excessive damage to the light source temperature. Technical Parameters: JP integrated light source controller: for mercury lamp, xenon lamp, metal halide lamp and other light source use. Mercury lamp power adjustment range: 150 ~ 500W can be continuously adjusted or 300 ~ 1000W continuous adjustment (2 election 1). Other power custom Xenon power adjustment range: 150 ~ 500W can be adjusted continuously or 300 ~ 1000W continuous adjustment (2 election 1). Other power custom Metal halide lamp power adjustment range: 150 ~ 500W can be adjusted continuously or 300 ~ 1000W continuous adjustment (2 election 1). Other power custom Cooling water circulation device Cooling capacity: -20 ℃ -95 ℃ Full quartz glass cold trap: Φ70 × 380mm (used to reduce the light source heat) Magnetic stirrer: ordinary type. Glass reaction vessels: can be selected 250ml, 500ml, 1000ml, etc. (or custom). Dimensions: 550 × 500 × 350mm Weight: 25kg Power supply: AC220V ± 10% 50HZ
Introduction: The instrument is mainly used to study the photochemical reaction of gas or liquid medium, fixed or flow system, ultraviolet light or simulated visible light, and whether the reaction vessel is loaded with TiO2 photocatalyst and other conditions. It has the functions of providing samples for analyzing reaction products and free radicals, measuring reaction kinetics constants and measuring quantum yield. It is widely used in the fields of chemical synthesis, environmental protection and life sciences.
