The explosion-proof stainless steel refrigerator employs an electronic temperature control system. The electronic temperature control explosion-proof refrigerator is a new generation product following the mechanical temperature control explosion-proof refrigerator. The main difference between the electronic temperature control explosion-proof refrigerator and the mechanical temperature control explosion-proof refrigerator lies in the temperature controller and the electrical circuit structure. The cabinet structure and cooling principle are generally similar to those of the mechanical temperature control refrigerator, and will not be repeated here.

The electronic temperature control stainless steel explosion-proof refrigerator comes in both direct cooling and indirect cooling models, offering a variety of control functions. In addition to controlling the compressor's on/off based on the refrigeration and freezing temperatures, it can automatically display the temperatures in both compartments and has features such as automatic defrosting based on frost thickness and compressor runtime, overvoltage protection, automatic odor removal, and voice prompts. Generally, electronic temperature control is more complex than mechanical control. Whether electronic or computer-controlled, explosion-proof refrigerators are applications of fuzzy control systems, solving the control issues for multi-functional explosion-proof refrigerators. However, the complexity also brings numerous inconveniences for maintenance.

Electronic temperature control mostly uses thermistor-based temperature controllers (temperature sensors), as the temperature sensor's probe resistance decreases with temperature rise and increases with temperature drop. Utilizing this characteristic, it can control the compressor's start-up and shutdown, thereby achieving circuit control.

The entire unit utilizes ultra-low voltage technology to isolate inherently safe circuits, and is manufactured with special processes and explosion-proof treatment. The design and manufacturing of the product strictly adhere to relevant standards.

GB 3836.1-2000 "Electrical Equipment for Explosive Gas Atmospheres – Part 1: General Requirements"

GB 3836.2-2000 Electrical Equipment for Explosive Gas Atmospheres – Part 2: Intrinsic Safety “d” Type

GB 3836.3-2000 Electrical Equipment for Explosive Gas Atmospheres - Part 3: Increased Safety "e"

GB 3836.4-2000 Electrical Equipment for Explosive Gas Atmospheres – Part 4: Intrinsic Safety “i”

GB 3836.9-2006 Electrical Equipment for Explosive Gas Atmospheres – Part 9: “m” Type Encapsulation

The product surface features temperature-limiting protection technology, anti-static technology, and various safety protection measures.

Voltage: 220V/50Hz

Internal Explosion-Proof Mark: Exdmib‖CT4