Overview
The electric glass reactor kettle is a kind of reflux and distillation that can control the reaction solution under normal pressure or vacuum negative pressure. It is an ideal experiment/pilot test/equipment for modern synthesis, biology and new material preparation. biochemical and synthetic reactions.
During the test process of electric glass reactor kettle, the materials usually used for mixing and stirring reaction can be acidic and weakly alkaline, and cannot do strong alkali reaction, so the kettle body of electric glass reactor kettle is made of high borosilicate material. It is a special glass material with low expansion rate, high temperature resistance, high strength, high hardness, high light transmittance and high chemical stability, and its water resistance, acid resistance and alkali resistance are all first-class.
How to effectively improve the evaporation time and work efficiency of the electric glass reactor kettle?
The temperature control system in the electric glass reactor kettle consists of a processor and underlying equipment, and the processor is very delicate and has an information layer, which means that the data used on site is collected, processed and classified after collection. At the same time, it also has a control layer, which means that in the use of electric glass reactor kettles, it is calculated through various aspects, so as to achieve the role of control. After the control function, there is also an equipment layer. The equipment layer means to make intelligent control through various aspects such as power, stirring force, and rotation force. There are two control methods in the electric glass reactor kettle system, so the function of the processor is to control the temperature in the electric glass reactor.
The use of electric glass reactor kettles in various industries is inconvenient for the temperature, pressure, and liquid control of the equipment. However, since the electric glass reactor kettles have added a temperature processor, these problems have been solved directly. Solution. In use, the processor can control the overall temperature in the electric glass reactor kettle, and the reactor will not burst. It can also effectively improve the evaporation time and work efficiency. The temperature control system in the electric glass reactor kettle is easy to use, safe and environmentally friendly. If the electric glass reactor kettle needs to be connected with other equipment, the effect is very obvious, and users can use it with confidence.
How to use the electric glass reactor kettle:
1. Before the experiment, the use simulation plan should be drawn up, and the experiment should be carried out step by step according to the plan.
2. Before the experiment, the sealing test of the equipment should be carried out, and the plan test should be carried out after confirming that it is correct.
3. When adding materials, add the sample slowly.
4. Pay attention to the reaction state of the material during the experiment. Emergency measures should be taken when necessary.
5. When shutting down, the vacuum source and low-temperature heat source should be turned off first, and then the power supply should be turned off.
6. Release the vacuum to restore the equipment to normal pressure.
7. Release experimental materials by species.
8. Clean the equipment for future use.
Features
Features of Electric Glass Reactor Kettle:
1.GG17 high-borosilicate glass with nice physical-chemical properties; experiment temperature -100 to 400 degree C; Resistant to strong acidic properties of materials; only touching with glass parts & PTFE, no cross-contamination.
2.Precision Mechanical seal stirring to keep high vacuum degree.
3.Glass(PTFE)discharge valve, no-dead angle mixing, fast no residue discharge.
4.Frequency control speed gear motor, smooth running，high torque, automatic booster , no spark, noise free, long life.
5.SUS frame and cast aluminum material kettle body support, simple as well as strong; stable structure
6.Circulating water/oil bath, heating mantle can supply the heating origin; Cooling mode machine:cool chiller, convenient and practical
7.Scientific & innovative structure, practical, strong,
8.Explosion-proof is optional.
How to maintain and maintain the electric glass reactor kettle?
1. Check the instrument carefully before use, whether the glass bottle is damaged, whether the interfaces are consistent, and handle with care.
2. Wipe each interface with a soft cloth (you can replace it with a napkin), and then apply a little vacuum grease. (Vacuum grease must be covered after use to prevent lime sand from entering.)
3. The joints of the electric glass reactor kettle should not be screwed too tightly, and should be loosened regularly to avoid long-term locking and causing the connector to bite dead.
4. Turn on the power switch first, and then let the machine run from slow to fast. When stopping, make the machine stop, and then turn off the switch.
5. The PTFE switches everywhere should not be tightened too hard, as it is easy to damage the glass.
6. Every time you use the electric glass reactor kettle, you must use a soft cloth to wipe off all kinds of oil stains, stains, and solvent residues left on the surface of the machine, and keep it clean.
7. Unscrew each PTFE switch after stopping the machine, and the PTFE piston will be deformed if it is still in the working state for a long time.
8. Clean the sealing ring regularly. The method is: take off the sealing ring, check whether there is dirt on the shaft, wipe it clean with a soft cloth, then apply a little vacuum grease, and reinstall it to keep the shaft and the sealing ring smooth.
9. The electrical part must not enter the water, and it is strictly forbidden to be damp.
10. It is necessary to purchase authentic accessories from the original factory. Random use of other accessories will cause fatal damage to the machine.
11. When doing any repair or inspection on the electric glass reactor kettle, be sure to cut off the power supply and water source first.
Attention during the use of electric glass reactor kettle:
1. Before use, you must carefully check whether the electric glass reactor kettle is damaged and whether the interface is consistent. Be careful when handling it.
2. Be sure to keep the interface clean, so you can wipe it with a soft cloth, or vacuum grease coating is a good way.
3. The interface of the electric glass reactor kettle should not be too tight, so keep a certain degree of looseness, otherwise it will affect the function.
4. When starting to work, the machine must be kept running from low to high speed. At the same time, if it is turned off, the machine must be kept from rotating.
5. During the use of the electric glass reactor kettle, if the PTFE switch is tightened too tightly, the glass will be damaged.
6. Every time the electric glass reactor kettle is used, it should be cleaned in time to keep the machine clean, so as to better improve the working performance of the machine. Therefore, regular cleaning of the sealing ring is a necessary maintenance measure. During use Be sure to pay attention to the moisture-proof and waterproof performance, so as not to cause conductive phenomena.
Electric glass reactor kettle failure and troubleshooting methods:
1. Turn on the power switch, the indicator light is not on: the external power supply is not connected or the contact is poor, please ask a professional electrician to check the power supply and socket.
2. The fuse is short-circuited. Turn the power switch to the OFF position to check, and then replace the fuse.
3. The power indicator light is on, but it does not rotate, and the rotating shaft is rusted. The motor and electrical box are faulty.
4. The vacuum suddenly disappears, and the glass has cracks. Check the glass parts; if the switch is damaged, replace the switch.
5. The temperature of the motor is too high and the load is too high: stop the machine, turn the machine shaft by hand, whether it is heavy, remove the dirt that the sealing ring and the glass shaft cannot touch, and apply vacuum grease.
6. The speed display does not match the actual situation: the voltage is unstable and there are errors in itself.
Specifications
Main technical data:
| Model | F-1L |
| Voltage(V) | AC220V |
| Mixingpower(W) | GM40W1/3 |
| Stirringspeed(rmp) | 0-1000 |
| Capacity(L) | 1 |
| Heatingpower(KW) | 0.4 |
| Temperatureusingrange | 0-250℃ |