Intelligent hot and cold integrated machine

NegotiableUpdate on 05/19

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The intelligent hot and cold integrated machine is an advanced temperature control device that integrates the Internet of Things, adaptive algorithms, and data sensing. On the basis of traditional all-in-one machine, it uses intelligent sensors and edge computing modules to analyze system and environmental data in real time, and uses algorithms such as machine learning to dynamically optimize heating and cooling strategies to achieve predictive energy management and independent maintenance.

Product Details

Intelligent hot and cold integrated machine is the next generation of industrial temperature control equipment that integrates Internet of Things, adaptive control, and big data analysis technology. On the basis of the high-precision temperature control of the traditional integrated cooling and heating machine, it can sense the system status and external environment changes in real time by integrating intelligent sensors and edge computing modules, and dynamically optimize the heating and cooling strategies using intelligent algorithms (such as fuzzy control, machine learning) to achieve predictive maintenance and energy efficiency self-management. Its core value lies in surpassing a single constant temperature control, providing data-driven process optimization, ensuring that the system always operates in a better state under complex production conditions, and realizing intelligence

Refrigeration cycle: In refrigeration mode, the compressor sucks in low-temperature and low-pressure refrigerant and compresses it into high-temperature and high-pressure gas. Then, it dissipates heat through the condenser and becomes a high-temperature and high-pressure liquid. It is then depressurized through an expansion valve and becomes a low-temperature and low-pressure liquid. Finally, it absorbs heat from the chamber through an evaporator and evaporates into gas, achieving the refrigeration effect.

Heating cycle: In heating mode, the flow of refrigerant is opposite to that in cooling mode, and the heating effect is achieved through the heat exchange between the evaporator and condenser.

1、 Product features:

1. The heating module and cooling module pipelines are equipped with circulation pumps, differential pressure control, automatic exhaust, etc;

2. Automatic safety alarm system of the system;

3. Power outage protection: After a power outage, the valve will automatically close, the heat source will be cut off, the controller will automatically reset, and various set parameters and operating status parameters will remain at their original settings before the power outage;

4. Temperature difference protection and overpressure protection inside and outside the equipment;

5. Save energy; The programmable controller has adaptive PID control software, heating and cooling do not require cold and hot confrontation, and has fast constant temperature calculation output function;

6. Modular production with a reasonable and compact structure;

The control system of 7. * ensures the safe and reliable operation of the equipment.

2、 Technical data

Category Type	Explosion proof high and low temperature integrated machine (HB series)
Product model	HB-4C020WE
Working temperature range ℃	-40℃. ..+200℃
Conductive medium	heat transfer oil
Pump connection thread mm	DN20
Heating unit process method	electric heating
Heating power up to kW	9
Cooling method of refrigeration unit	compression refrigeration
Cooling output power kW	200℃ 100℃ 0℃ -20℃ -40℃
Cooling output power kW	9 9 9 6 2.5
control	SMART
security level	IP65
Maximum power load kW	16
Power supply Hz	380V; 50Hz
Dimensions (width x depth x height) (Wx Dx H) mm	70010001750
explosion-proof type	Positive pressure explosion-proof
Noise level dB (A)	<65
Weight kg	320

3、 Key points for use

1. Confirm the correct connection method of the machine, including medium inlet and outlet, water replenishment inlet and outlet, etc., and prevent reverse connection between the heat transfer oil and circulating water.

When using or replacing the internal heat transfer oil/circulating water for the first time, it is necessary to set the temperature to "0 ℃" when starting up, run for about 10 minutes, and observe whether the pressure gauge of the machine is normal and stable.

When shutting down, the temperature should be set to "0 ℃" or the electric heating power should be adjusted to stop mode. Run for about 20 minutes until the surface temperature of the heating tube drops before shutting down.

When not in use for a long time, the circulating water (hot water, cooling water) should be drained and dried with compressed air.

5. It should be ensured that the cleanliness, temperature, pressure, flow rate, and other data of the cooling water coming from the cooling tower meet the standards, otherwise it will affect the service life and refrigeration effect of the machine.

6. The intelligent hot and cold integrated machine has undergone performance testing before leaving the factory and is equipped with various protection devices, such as phase protection, low water level protection, water flow switch protection, water pump overload protection, compressor overload protection, high and low pressure protection, etc. When the unit malfunctions, the corresponding protective device will issue a reminder and stop running.

7. During use, various protective devices should be regularly checked for proper functioning, and any abnormalities should be promptly addressed.

When a malfunction occurs, maintenance should be carried out according to the specific situation. If necessary, professional personnel can be contacted for repair.