In scenarios requiring high safety and temperature control precision such as battery testing and hazardous chemical drying, explosion-proof precision ovens serve as core equipment with exclusive structural and performance advantages. They not only meet the demand for precise temperature control but also eliminate flammable and explosive hazards. The core features are analyzed below in conjunction with parameters.
I. Precise Temperature Control: Balancing Efficiency and Stability for Rigorous Test Requirements
Temperature control precision is a core competitiveness. The explosion-proof model optimizes heating efficiency and stability, suitable for sensitive scenarios like battery charging and discharging.
The equipment adopts non-linear no-load heating, with a temperature range of RT℃+15℃ to 200℃ and a heating rate of approximately 5℃ per minute. It can quickly reach the set temperature, avoid local temperature differences, and reduce sample loss and test errors.
Temperature control performance meets precision standards: fluctuation ≤±0.5℃, deviation ≤±2.0℃, and uniformity ≤2℃, with no obvious temperature dead zones. Relying on high-precision temperature sensors and an intelligent temperature control system, it realizes real-time monitoring and adjustment to ensure accurate test data.
II. Comprehensive Explosion-Proof Structure: Securing Safety from Overall to Details
Integrated explosion-proof design is a core highlight, avoiding risks comprehensively from the cabinet to accessories, suitable for high-risk scenarios such as battery overcharging and over-discharging.
The cabinet is reinforced with embedded installation to enhance structural strength against pressure impact; accessories such as explosion-proof door hinges, three-layer viewing window glass, and explosion-proof grilles balance protection and observation functions to eliminate potential safety hazards.
Equipped with an automatic pressure relief port and smoke exhaust device, it automatically relieves pressure when pressure rises and discharges harmful or flammable gases simultaneously, ensuring test safety and a clean environment.
A sealed explosion-proof power test hole is reserved for connecting an external charging and discharging test cabinet, enabling safe completion of battery overcharging, over-discharging, and charging-discharging tests, suitable for battery R&D and performance testing needs.
III. Triple Over-Temperature Protection: Multiple Prevention to Eliminate Safety Hazards
The equipment is equipped with three layers of over-temperature protection, combined with dry-burning prevention, electromagnetic locks and other protections, forming a full-process safety prevention and control system.
Three protections—over-temperature dial protection (set temperature +15℃), controller over-temperature alarm, and dry-burning prevention alarm—trigger alarms, cut off circuits or power in turn to prevent temperature runaway.
The electromagnetic lock can lock the explosion-proof door during operation, and the foolproof design avoids misoperations such as parameter setting and wiring, balancing operational convenience and safety.
IV. Adaptability to Diverse Scenarios: Professional Customization, Balancing Practicality and Compatibility
The equipment is suitable for various high-risk precision scenarios such as battery testing, hazardous chemical drying, and component aging, meeting the dual rigorous requirements of laboratory and factory R&D and testing.
The intelligent controller facilitates parameter setting and data recording; designs such as viewing windows and alarms improve operational convenience; reserved adaptation interfaces allow external equipment connection to expand the scope of use.
Summary
The core advantages of the explosion-proof precision oven lie in "precise temperature control + comprehensive explosion protection + multiple protections". It not only meets the temperature control requirements of precision tests but also solves safety pain points in high-risk scenarios, making it a reliable equipment for high-end industrial tests and R&D.
एक कहावत कहना
IPv6 नेटवर्क समर्थित