Heating Equipment
Features
◆Safe and reliable: The outer wall of the barrel is heated by high-frequency electromagnetic action, the heat is fully utilized, and there is basically no loss. The heat is gathered inside the heater body, and the surface temperature of the electromagnetic coil is slightly higher than the room temperature, which can be safely touched without high-temperature protection, safe and reliable;
◆High efficiency and energy saving: The internal heating method is adopted, and the molecules inside the heater directly;
Induced by magnetic energy to generate heat, the heat start is very fast, and the average preheating time is shortened by more than 60% compared with the resistance heating method. At the same time, the thermal efficiency is as high as 98% and above. Under the same conditions, it saves about 30% electricity compared with the resistance type, greatly improving the production efficiency.
◆Accurate temperature control: The coil itself basically does not generate heat, the thermal resistance value is small, the thermal inertia is low, the temperature of the inner and outer walls of the barrel is the same, the temperature control is real-time and accurate, the product quality is significantly improved, and the production efficiency is high.
◆Good insulation: The electromagnetic coil is wound with a customized special high-temperature and high-pressure special cable, and the insulation performance is good, and there is no need to directly contact the outer wall of the tank, and there is no leakage or short-circuit fault, and it is safe and worry-free.
◆Improve the working environment: The electromagnetic heating equipment, which adopts the internal heating method, the heat is gathered inside the heater body, and there is almost no external heat dissipation.
◆Free design: It can be designed as explosion-proof type and outdoor rain-proof type according to different application conditions.
◆Long service life: Due to the fact that the electromagnetic coil basically does not generate heat itself, the service life is long, and there is no need for overhaul, and there is no maintenance and replacement cost; the heating part adopts a ring-shaped cable structure, the cable itself does not generate heat, and can withstand a high temperature of more than 500°C, and the service life is up to 10 years. No maintenance is required, and there is basically no maintenance cost in the later stage.
details
Technical principle
The electromagnetic heater is a device that converts electrical energy into thermal energy by using the principle of electromagnetic induction. The electromagnetic heating controller rectifies the alternating current of 220V and 50/60 Hz into direct current, and then converts the direct current into high-frequency and high-voltage electricity with a frequency of 20-40 KHZ, or converts the three-phase alternating current of 380v and 50/60 Hz into direct current and then converts the direct current into high-frequency and low-voltage direct current of 10-30 KHZ for heating industrial products.
When the high-frequency and high-voltage current that changes rapidly in the electromagnetic heating coil flows through the coil, a rapidly changing alternating magnetic field will be generated. When a container containing iron is placed on it, the surface of the container will immediately cut the alternating magnetic field lines and generate an alternating current (that is, eddy current) in the metal part at the bottom of the container. The eddy current makes the carriers at the bottom of the container move rapidly and irregularly, and the carriers collide and rub with each other to generate thermal energy. Thus, the effect of heating the items is achieved. That is, it is a heating method by converting electrical energy into magnetic energy and generating induction eddy current on the surface of the heated steel body. This way fundamentally solves the problem of low thermal efficiency caused by heating through the heat conduction method such as electric heating sheets and electric heating coils.
Installation diagram of the electromagnetic coil
Figure 1 shows the silicic acid filter cotton, and Figure 2 shows the high-temperature wire. Do a good job of heat preservation on site, wrap Figure 1 around the on-site pipeline, and then wind the high-temperature wire around the heat insulation cotton. Fix both ends with high-temperature resistant tape or rainproof cable ties, as shown in Figure 3.
Product Parameter
Technical parameters
Model number | XTDC-30 type |
Heating barrel body | diameter DN65 carbon steel magnetic conductive barrel body, pressure 2.5 MPa pressure test to ensure safety |
Heating power | single barrel power 15KWx2 groups |
Voltage | Main circuit 380V, control circuit 220V |
Working frequency | 50HZ |
Thermal efficiency | >98% |
Design temperature | 60°C |
Temperature control accuracy | +1-2°C |
Temperature sensor | K |
Equipment accessories | the piping, elbows, and adaptations within the range are all made of A3 seamless steel pipe |
Applicable conditions of equipment | A.Altitude ≤3000m B.Ambient temperature-30—40C° C.Relative humidity≤90% D.No severe vibration, no corrosive gas environment |
Dimensions and weight | A.Width 750mmx length 1500mm height 1500mm B.350kg |
details
Intelligent control system
Power: Unlimited
Type: Contactor / Solid-state relay / Silicon controlled rectifier
Control mode: PLC or customized
Control mode: PID
Explosion-proof type: Non-explosion-proof / Explosion-proof
Protection type: Customizable within IP66
Monitoring function: Inlet and outlet temperature monitoring, inner chamber temperature monitoring, medium flow monitoring
Protection function: Over-temperature alarm, overload alarm, low flow alarm, motor-linked overheating alarm.
details
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