TCDHE Series 3-in-1 Honeycomb Energy-Saving Dehumidifying Dryer
The TCDHE Series 3-in-1 Honeycomb Energy-Saving Dehumidifying Dryer integrates variable-frequency energy-saving technology with heat recovery capabilities, reducing energy consumption by up to 60%. Equipped with an advanced honeycomb rotor, the unit maintains a stable dew point of -40°C, ensuring consistent, highly precise drying performance. An optimized airflow design—complemented by a “lantern-style” air outlet and a three-zone thermal insulation structure—guarantees uniform, thorough drying of the material.
1. Up to 60% Energy Savings
2. Stable dew point at -40°C
3. Third-generation PID algorithm adapts to ambient changes.
4. Offset inlet/outlet design enhances dehumidification
Features
Energy Conservation
- 1. Combining variable-frequency energy saving + heat recovery – comprehensive 60%energy savings.
- 2. Prolonged no-feed periods auto-switch to low-temp insulation mode – reduces standby power & prevents over-drying.
- 3. Significantly cuts hot air exhaust into the workshop – lowers air conditioning consumption.
Deep Dehumidification
- 1. High-performance non-segmented honeycomb rotor – Stable dew point at -40°C, small fluctuation. meets high-efficiency drying needs.
- 2. Lantern-style air outlets – larger airflow area for uniform & thorough drying.
- 3. The honeycomb top and bottom covers are made of three-zone partition casting – excellent insulation; offset inlet/outlet design enhances dehumidification.
Stable & Reliable
- 1. Third-generation PID algorithm adapts to ambient changes.
- 2. Isolated transformer toptcouplerrelay control SSRAC contactor drive three tayer crcuit (computing/control/drive) for superior stability, reliability & safety.
- 3. Three fans (drying/reheating/conveying) with current transformer, overlapped monitoring, phase sequence, and reverse rotation protection.
- 4. Multi-layer overtemperature protection: temp sensor trip, mechanical air temp cutoff, barrel wall cutoff – maximum baking safety.
High Dew Point Super Energy-Saving
Experience the real-world performance of the TCDHE series dehumidifying dryers, designed specifically for high-precision plastic processing by integrating energy-saving technology, stable temperature control, adaptability to ambient temperature fluctuations, and deep dehumidification capabilities.
Variable-frequency energy saving combined with heat recovery achieves comprehensive 60% energy savings.
During prolonged no-feed periods, the system automatically switches to low-temperature insulation mode, reducing standby power consumption and preventing material over-drying.
Reduced hot air exhaust lowers workshop heat load and decreases air conditioning consumption.
Third-generation PID algorithm automatically adapts to environmental changes.
Isolated transformer, optocoupler control, SSR/AC contactor drive and three-layer circuit architecture ensure superior stability, reliability and operational safety.
Multi-layer overtemperature protection guarantees safe drying operation.
High-performance non-segmented honeycomb rotor delivers stable dew point performance down to -50℃.
Lantern-style air outlets provide larger airflow coverage for uniform and efficient drying.
Optimized insulation structure improves dehumidification efficiency.
Designed for high-precision drying and energy-efficient industrial applications.
Suitable for plastic processing, chemical production and intelligent manufacturing systems.
Supports seamless integration into automated production lines.
Technical Specifications
Everything You Need to Know About
TCDHE Honeycomb Dehumidifying Dryer
Explore common questions about the TCDHE Series 3-in-1 Honeycomb Energy-Saving Dehumidifying Dryer, including energy efficiency, drying performance and maintenance advantages.
Energy consumption reduction compared with traditional drying solutions.
Q1 How much is the energy consumption of the TCDHE series reduced compared to traditional models? +
Q2 How does the TCDHE series ensure the quality of material drying? +
Q3 Can the TCDHE Series prevent dried materials from absorbing moisture again during conveying? +
Q4 What maintenance advantages does the TCDHE Series provide? +
Model Display
