Customized large-size walk-in drying oven: Overcoming the difficulty of baking large motors

In the field of motor manufacturing, the baking process of large motors has extremely high requirements for equipment space and temperature control accuracy. Customized large-size walk-in drying ovens, with targeted design, perfectly solve the needs of large-size and batch baking, and become a key tool for industrial production.

Super large drying space, adaptable to various needs
The internal dimensions of the oven can be customized as needed, with common specifications of 3m×3m×2.5m, which can easily accommodate giant motors with a diameter of more than 2 meters and a weight of several tons. The multi-layer adjustable tray rack and track-type trolley design enable batch loading; the walk-in structure facilitates personnel to directly enter the operation, effectively improving loading efficiency and safety.

Precise temperature control to ensure baking quality
The PID intelligent temperature control system and high-precision platinum resistance temperature sensor are used, with a temperature control accuracy of ±1℃. In view of the complex heat conduction characteristics of motor baking, the system supports multi-stage heating curve programming to avoid temperature changes that damage the insulation material and ensure uniform and thorough drying.

9-point uniform temperature eliminates temperature difference hazards
Through three-dimensional circulation air duct + multiple groups of centrifugal fans, a three-dimensional hot air circulation network is formed. Strictly implement 9-point temperature uniformity verification and calibration. In the commonly used drying range of 100-200℃, the temperature uniformity in the box is ±1%℃, eliminating local overheating or underheating, and ensuring the consistent performance of each motor.
The customized large-size walk-in drying oven provides efficient and stable drying solutions for large motors with the three core advantages of space, temperature control, and uniform temperature, significantly improving production quality and efficiency.