Instructions:
1. Preparation: Connect the power supply. Before making the instrument, put the reactor (or magnetic stirrer) in the main box, and put the magnetic in the reaction tube (or reaction vessel). After that, check that the required mercury lamp (xenon), reactor and cooling circulation device are connected. (Connected as shown below).
2. The reaction chamber is equipped with a power supply connection between the reactor (or magnetic stirrer) and the lamp, please press the fingers to connect.
3. Equipped with a pressure pump: the pipe ruler is long, which can smoothly enter and circulate for long distances, cool or build a thermostatic experimental container or a constant temperature field.
4. Density and corrosion-resistant materials: the key joints of circulating pure circulating pumps, cooling coils, discharge and reflux are made of stainless steel (SUS304).
5. Type of circulating medium: silicone oil, salt, pure alcohol and other laboratory common circulating medium.
Skill. Note: The above product composition is in accordance with the general configuration instructions, and the specific configuration is subject to the need to purchase.
Sixth, the light source reactor:
The light source reactor is a new type of reactor developed by our company, which has been tested well in the laboratories of various universities across the country and has been well received by customers.
1. Adopt 8 sets of magnetic stirring devices, with 8 sets of all-British material test tubes, and provide customers with 8 different styles of experimental containers, which are suitable for the experiment and collection of multi-type samples.
2. The main components of this machine are selected with excellent materials, and the motor is DC power motor, and the stirring torque is noisy. The strongest "neodymium iron jump" magnetic rotation before magnet selection ensures sufficient suction and torque.
7. Cryogenic coolant circulation device:
1. Closed circulation: circulation devices for closed circuits such as cooling coils and insulation sleeves.
2. Air-cooled freezer: equipped with air-cooled freezer, the refrigeration system has time delay, overheating and overcurrent.
A variety of protective devices. All of them are original quality devices to ensure reliability and service life.
3. Adjust the light source power knob on the controller so that the power of the light source is in the most state, which is conducive to the brightening of the lamp.
4. Turn on the fan switch, reactor and light switch on the controller in turn, and the fan starts to work (the reaction camera is empty and begins to be discharged.
5. Turn on the power switch on the reactor (or magnetic stirrer) and adjust the stirring speed as needed.
6. The power adjustment of the light source is located in the position of the controller, and the power of the light source can be adjusted according to the demand.
7. There is a microcomputer timer on the upper right side of the controller, which can set the time as needed.
Note: When using a mercury lamp or xenon lamp for experiments, the lamp source must be placed in the British cold trap (it is recommended to be equipped with a low-temperature cooling circulation device at the same time to avoid damage to the instrument caused by excessive temperature).
Reaction chamber: The main chamber is the place where the series of photochemical reactor illumination devices are placed, and has the following characteristics:
1. The inside of the box is to reduce light reflection.
2. There is cooling in and out at the rear of the box.
3. The photoelectric parameters of mercury intrusion lamps are as follows:
Mercury intrusion lamp size and photoelectric parameters:
The light-emitting part of the mercury lamp is a British tube, and direct contact will cause pollution and affect the light intensity. The outside of the British is often cleaned with a small amount of alcohol and wiped clean, and the inside is cleaned with lotion.
The controller board is equipped with: switches such as fans, reactors, lamp power supplies, etc. There is a fan inside the controller to exhaust heat. The chassis has a fuse holder on the back. The back of the controller is equipped with a 220V power supply transmission line.
4. Photoelectric parameters of xenon lamp:
5. All-British glass light source protects the cold trap:
The all-English or modified glass light source protects the cold trap not only with UV light efficiency and transmittance, but also with temperature problems caused by the long operation of the light source, ensuring that the reactive substances are only exposed to light and are not affected by anything other than the experimental sample.