Model: BL-200WS150L

Power: 85W

Effective volume (including mechanical room): 150L

Refrigeration system: direct cooling

Temperature: 0-10 ℃ or -18~0 ℃ (refrigerated/frozen single temperature conversion)

Refrigerant: R600a

Power consumption (kWh/24h): 0.49

Exterior dimensions: 710 * 540 * 835mm

Net weight: 25kg

Explosion proof mark: ExdibmbIICT4Gb

 Advantages of horizontal explosion-proof refrigerator

1. Large capacity refrigeration and freezing conversion: full freezing, full refrigeration switching mode, one space with two modes

2. Thickened foam box: The box is thickened all day long, with denser foam and longer cooling lock

3. Using branded compressors: fast cooling, low energy consumption, and low noise, with a three-year warranty

4. Embossed aluminum plate on the inner wall: Inner buckle splicing technology seals tightly, aluminum plate is corrosion-resistant and durable

5. Mechanical thermostat: The higher the gear, the lower the temperature, and the mechanical thermostat is less likely to be damaged and has a longer lifespan

6. Balanced hinge: Opening and closing the door is effortless, and multi hinge balanced braking can be used with peace of mind

7. Energy saving: Low power optimization, from the number of startup times, cooling temperature, standby, insulation, layer by layer optimization, achieves low energy consumption and rational use of resources.

The electronic temperature control system is used, and the electronic temperature control explosion-proof refrigerator is the second generation new product after the mechanical temperature control explosion-proof refrigerator. The main difference between electronic temperature controlled explosion-proof refrigerators and mechanical temperature controlled explosion-proof refrigerators lies in the temperature controller and its electrical circuit structure. The box structure and refrigeration working principle are roughly the same as those of mechanical temperature controlled refrigerators, and will not be repeated here.

Electronic temperature controlled stainless steel explosion-proof refrigerators come in both direct cooling and indirect cooling types, with a variety of control functions. In addition to controlling the start and stop of the compressor based on the temperature of the refrigeration and freezing compartments, it can automatically display the temperature of the refrigeration and freezing compartments. It also has functions such as automatic defrosting based on the thickness of the frost layer and the working time of the compressor, as well as overvoltage protection, automatic deodorization, and language prompts. Generally speaking, electronic temperature control is more complex than mechanical temperature control. Both electronic and computer-controlled explosion-proof refrigerators are the latest applications of fuzzy control systems, solving the control problems of multifunctional explosion-proof refrigerators. However, due to the complexity of control, it also brings many inconveniences to maintenance personnel.

Most electronic temperature controllers use thermistor temperature controllers (temperature sensors) because their temperature sensing probes have a decreasing resistance as the temperature increases and an increasing resistance as the temperature decreases. By utilizing this characteristic, the compressor can be turned on and off, thereby achieving circuit control.