Introduction: PLA-MAC1005 multi-channel atmosphere controller cooperates with PCX50 Discover multi-channel photochemical reaction system, which is used for multi-channel system reaction flask atmosphere control, and can also be extended to the atmosphere control of small-volume systems that can be inserted into needles; the instrument has built-in sensors, which can detect and then control the reaction The air pressure in the bottle can realize the process of multiple replacement and pressure regulation of the atmosphere in the bottle, and the ambient atmosphere can be controlled below the level of tens of ppm; at the same time, it can be used to monitor the change process of the air pressure in multiple reaction bottles. It has three working modes: collective, independent and measurement. Among them, in the collective mode, the pressure in the reaction bottle is set the same, and the pressure is adjusted uniformly, which is suitable for parallel experiments of the pressure atmosphere during the experiment; the independent mode can set different pressures in the reaction bottle and adjust the pressure separately, which is suitable for the pressure atmosphere in the experiment process. During the experiment, the initial pressure or initial concentration is used as a factor to investigate the situation; the measurement mode is used to monitor the pressure change process in the reaction bottle in real time, and the recording interval and times can be set as required. Application areas: MCP-WS1000 photochemical workstation special sample pretreatment equipment; reactor air tightness detection; reactors that need to be regulated by atmosphere and pressure conditions Features: 1. Automatic control, which can simultaneously realize the atmosphere control of multiple reaction bottles; 2. Adopt touch screen, easy to operate and easy to use; 3. A variety of operation modes are available to meet different needs; 4. Diversified data display and recording methods. Technical parameter Working voltage: 220VAC/50Hz; Working position: 9; Vacuum degree: 4 kPa; Working mode: collective mode, independent mode, test mode; Collective mode: 1~9 reaction bottles can be selected at the same time for atmosphere replacement and unified pressure control; Independent mode: 1~9 reaction bottles can be selected at the same time for atmosphere replacement and separate pressure control; Data display: real-time curve and table display; Parameters that can be set: vacuuming time, inflation time, number of cycles; Built-in pressure sensor, color high-definition 7-inch multi-touch LCD display in real time; (resolution 1024×600, 360° rotation, and equipped with high-sensitivity stylus) Pressure control range: 10~400 kPa; pressure control accuracy: ±0.5 kPa;
Introduction: PLA-MAC1005 multi-channel atmosphere controller cooperates with PCX50 Discover multi-channel photochemical reaction system, which is used for multi-channel system reaction flask atmosphere control, and can also be extended to the atmosphere control of small-volume systems that can be inserted into needles; the instrument has built-in sensors, which can detect and then control the reaction The air pressure in the bottle can realize the process of multiple replacement and pressure regulation of the atmosphere in the bottle, and the ambient atmosphere can be controlled below the level of tens of ppm; at the same time, it can be used to monitor the change process of the air pressure in multiple reaction bottles. It has three working modes: collective, independent and measurement. Among them, in the collective mode, the pressure in the reaction bottle is set the same, and the pressure is adjusted uniformly, which is suitable for parallel experiments of the pressure atmosphere during the experiment; the independent mode can set different pressures in the reaction bottle and adjust the pressure separately, which is suitable for the pressure atmosphere in the experiment process. During the experiment, the initial pressure or initial concentration is used as a factor to investigate the situation; the measurement mode is used to monitor the pressure change process in the reaction bottle in real time, and the recording interval and times can be set as required. Application areas: MCP-WS1000 photochemical workstation special sample pretreatment equipment; reactor air tightness detection; reactors that need to be regulated by atmosphere and pressure conditions
