Our circulating water oil bath has two purpose, one is for the matching equipment of jacketed glass reactor, the medium is usually oil, which provides heat source for the interlayer of the glass reactor for high temperature reaction, the other is for rotovap, the medium Usually water, which provides the heat source for the contents of the rotating bottle.
Water Oil bath chemistry lab Introduction
The water oil bath chemistry lab uses imported stainless steel plate material as the inner tank, and the outer shell is made of high-quality plate electrostatic spray. The electric heating tube will be in the middle of the water, with fast heating, high thermal efficiency, low power consumption, and electronic constant temperature. We have also improved the temperature control system of the oil bath chemistry lab. Whether it is a digital display or intelligent, a delay temperature control device has been added to make the temperature control of the product more accurate. The Rotovap water bath is protected by thermal insulation cotton between the outer shell and the inner tank, and the insulation effect is excellent. Available in 100ml, 250ml, 500ml, 1L, 51, 101, 20l various types of rotovap water bath.
Water oil bath chemistry lab working principle
Oil bath chemistry lab heats the oil in the pot through a heating tube, converts the temperature of the oil into a variable electric quantity parameter through a temperature sensor, and reflects the oil temperature by the magnitude of the electric quantity parameter, and then passes the temperature The value and the set value are compared, and the pressure difference between the two is amplified by the operational amplifier, so as to push the actuator (relay or thyristor connected to the heating tube) to work or not, so the temperature is stabilized at the set temperature.
Water oil bath chemistry lab structure and performance
The oil bath chemistry lab system is made of stainless steel copper for rust and corrosion protection. The circulating pump is made of all stainless steel high-temperature magnetic pumps, with stable performance, reliable quality, and no leakage.
Stainless steel liner
Rotovap water bath adopts an imported stainless steel inner tank, and the outer shell is made of high-quality plate electrostatic spray.
Outer loop interface
Made of high-quality copper, anti-corrosion, and corrosion-resistant
Digital display instrument
The digital display instrument has accurate temperature control, intuitive reading, long instrument life, and convenient operation.
Water oil bath chemistry lab advantages
(1) Over-temperature protection, over-temperature buzzer prompt function.
(2) The temperature controller has the functions of temperature display and constant temperature timing decrease display.
(3) Sensor fault code prompt function.
(4) Display temperature and actual temperature error correction function.
(5) The two groups of magnetic stirring are carried out synchronously, which can realize the comparison of the experimental results of the two samples under the same temperature and speed.
(6) Rotovap water bath uses high-quality strong magnets and does not jump during use.
(7) Driven by a DC motor to ensure that the stirring speed is stable and not affected by changes in the power supply voltage.
(8) The heater and fuel tank are all made of high-quality stainless steel.
(9) The thermal insulation material in the box adopts high-quality glass fiber as the thermal insulation material to ensure that there is no obvious temperature rise outside the box when the instrument is used at a high temperature.
Water oil bath chemistry lab application
Oil bath chemistry lab is widely used in biology, medicine, food chemical industry, metallurgy, petroleum, and other fields to provide users with a high-precision, uniform temperature constant field source. The ideal thermostatic bath for departments. This product adopts the stabilizing pump circulation technology. The temperature is stable, the fluctuation is small, and the stainless steel liner greatly improves the anti-corrosion performance and service life of the equipment. At the same time, the constant temperature water bath can also be used for other circulating constant temperature heating devices to provide a heating source for the equipment.
TIPS:
(1) The oil bath chemistry lab is placed on a flat workbench, and it is confirmed that the appearance is not damaged, the instrument is in good condition, the power cord is not damaged, the power switch is flexible, the tertiary plug is in good condition, and the power socket with safety grounding is used.
(2) In order to prolong the service life of the instrument, please be careful not to get damp in the control box to prevent leakage.
(3) In order to ensure safety, please connect the ground wire when using it.
(4) After the experiment is completed, first turn off the cycle switch, then adjust the heating knob to low/zero, turn off the heating switch, and finally turn off the power switch and cut off the power.
(5) It must be refueled first and then powered on, and dry burning is strictly prohibited.
(6) For possible dangerous situations, there are targeted emergency plans (such as immediate power failure, fire blankets covering fire, etc.
Parameter
Model | Type | Heating power | Temperature control accuracy | Temperature fluctuation | Size |
HH-1 | Single hole | 300 | RT-99 | ±1 | 150*150*115 |
HH-2 | Double Hole | 600 | 300*150*115 | ||
HH-4 | Four holes | 800 | 300*300*115 | ||
HH-6 | Six holes | 1500 | 450*300*115 | ||
HH-8 | Eight holes | 2000 | 600*300*115 | ||
HH-420 | Water tank | 1000 | 420*180*150 | ||
HH-100 | 1500 | 600*300*150 |
Model | Liquid Storage Volume (L) | No-load max. Temp.(℃) | Heating power (kW) | Pressure (MPa) | Flow Rate(L/min) | HTF viscosity | The Number of Heating Tube | Temp. control range(℃) |
GYY-5L | 5 | 200 | 2 | 1.45 | 15~20 | Below 500℃·S·t | 1 | Water bath :RT~99 Oil bath :RT~250 |
GYY-10L | 10 | 200 | 2.5 | 1.45 | 15~20 | Below 500℃·S·t | 1 | Water bath :RT~99 Oil bath :RT~250 |
GYY-20L | 20 | 200 | 3.5 | 1.45 | 20~25 | Below 500℃·S·t | 2 | Water bath :RT~99 Oil bath :RT~250 |
GYY-30L | 30 | 200 | 4 | 1.45 | 20~25 | Below 500℃·S·t | 2 | Water bath :RT~99 Oil bath :RT~250 |
GYY-50L | 50 | 200 | 5 | 1.45 | 20~25 | Below 500℃·S·t | 2 | Water bath :RT~99 Oil bath :RT~250 |
GYY-80L | 80 | 200 | 8.4/9 | 1.45 | 20~25 | Below 500℃·S·t | 3 | Water bath :RT~99 Oil bath :RT~250 |
GYY-100L | 100 | 200 | 8.4/9 | 1.45 | 20~25 | Below 500℃·S·t | 3 | Water bath :RT~99 Oil bath :RT~250 |
Model | Type | Heating power | Size |
HH-1 | Single hole | 300 | 150*150*115 |
HH-2 | Double Hole | 600 | 300*150*115 |
HH-4 | Four holes | 800 | 300*300*115 |
HH-6 | Six holes | 1500 | 450*300*115 |
HH-8 | Eight holes | 2000 | 600*300*115 |
HH-420 | Water tank | 1000 | 420*180*150 |
HH-100 | 1500 | 600*300*150 |
Model | Liquid Storage Volume (L) | No-load max. Temp.(℃) | Heating power (kW) |
GYY-5L | 5 | 200 | 2 |
GYY-10L | 10 | 200 | 2.5 |
GYY-20L | 20 | 200 | 3.5 |
GYY-30L | 30 | 200 | 4 |
GYY-50L | 50 | 200 | 5 |
GYY-80L | 80 | 200 | 8.4/9 |
GYY-100L | 100 | 200 | 8.4/9 |