Applying self-developed patented energy-saving device to utilize internal waste heat during heating and cooling processes for energy saving.
Energy saving efficiency is over 20% higher than similar heated dryers.
Lowest dew point can reach ≦-90℃.
Automation Control
ZINGER heated adsorption dryers adopt HMI with PLC programmable computer control, featuring automatic detection function. When a fault occurs, the system immediately issues an alarm, and detailed fault messages are displayed on the HMI screen.
Safety Design
ZINGER dryers prioritize air supply interruption, pressure drop protection, and over-temperature protection in their design to maintain normal air supply from the system to the user end. The priority of protection can be adjusted and set according to customer requirements.
Safety Control
The HMI fully presents the equipment's operational status, confirming set values for temperature, pressure, control time, etc. Access to modify set values in the control system is possible directly under password protection.
Excellent Service
24/7 emergency repair service, complete spare parts inventory, and excellent after-sales service.
Patented Waste Heat Recovery Energy-Saving Device
- The internal design features patented waste heat recovery technology, effectively recovering and utilizing excess heat from the heating and cooling processes.
- Heating and cooling processes proceed in the same direction, utilizing the principle of natural upward flow of hot air to further save energy.
- Effectively reduces overall energy consumption and improves the energy-saving efficiency of the equipment.
Upgraded Heat Recovery System
- This system can effectively recover the heat generated during the compression process, further enhancing energy-saving effects.
- Combined with a complete thermal management system, the overall energy-saving efficiency of the system can reach up to 55%.
- Reduces energy demand and lowers equipment operating costs.
Easy-to-operate PLC+HMI Interface
- User-friendly operating interface provides an intuitive user experience.
- Operating parameters can be easily set and adjusted, improving operational efficiency.
- The friendly user interface reduces the time cost of training and operation.
- System status monitoring and fault reminder functions enhance equipment reliability.
Saves ≧80% air consumption compared to traditional heatless type.
- External air heating desorption technology effectively reduces the consumption of CDA gas.
- Top-down adsorption process avoids adsorbent disturbance, reduces dust generation, and extends filter element life.
- Reverse adsorption and regeneration process avoids repeated adsorption, improving efficiency.
Filters compliant with ISO8573-1 standard.
- High-quality filtration system effectively removes particles and impurities from the air.
- Complies with ISO8573-1 standard, providing reliable air quality.
- Appropriate system configuration prevents moisture residue and avoids dew point surge phenomena.
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