AODE Precise Equipment Co.,Ltd.
Product Details
| Place of Origin: | Mold Controller Manufacturer |
|---|---|
| Brand Name: | AODE |
| Certification: | ISO, CE, ROHS |
| Model Number: | AEOT-75BF-90 |
Payment & Shipping Terms
| Min Order: | 1 pc |
|---|---|
| Price: | $ |
| Packaging: | Protective/air bubble film, Wooden case. As client’s require |
| Delivery Time: | Within 20days after receiving |
| Payment Terms: | 30% T/T in advance, 70% balanc |
| Supply Ability: | 500pcs/month |
Detailed Product Description
Plastic Mould Temperature Controller 90KW 300°C PID Control 5.5KW Pump 5.0Kg/cm² Pressure CE ISO is an advanced industrial temperature control system designed for high-precision heating up to 300°C with PID ±1°C accuracy, ensuring stable and efficient operation. It features a 90KW dual heating system (45+45KW) and a 5.5KW high-pressure pump with 5.0Kg/cm² pressure, delivering strong circulation of thermo-conductive oil. The unit includes automatic air-exhausting, an explosion-proof electrical box, and overheat, oil shortage, and pump reversal alarms for enhanced safety. Built with CE & ISO certification, stainless steel pipelines, and high-density insulation, it offers durability, energy efficiency, and precise control. Customizable options include RS485 communication, multi-point temperature control, and a negative pressure system, making it ideal for plastic injection molding, die casting, chemical processing, and industrial heating applications.
| Nickname: | Plastic Mould Temperature Controller | Alarm Function: | Pump Reversal,Oil Shortage |
|---|---|---|---|
| Pump Power: | 5.5KW | Feature: | Explosion-proof Isolated |
| Certification: | CE & ISO | Pump Pressure: | 5.0Kg/cm2 |
| High Light: | Plastic Mould Temperature Controller, 5.5KW Pump Plastic Mould Temperature Controller, 90KW Plastic Mould Temperature Controller, Plastic Mould Temperature Controller 300°C PID Control, 5.0Kg/cm² Pressure Plastic Mould Temperature Controller, CE ISO Plastic Mould Temperature Controller | ||
ITEM | UNIT | AEOT-75BF-90 |
Temp control range | ℃ | Normal temp-300℃ |
Temp control accuracy | ℃ | PID±1℃ |
Power supply | AC3∮380V(3Phase+Earth) | |
Heat transfer medium | Thermo conductive oil | |
Cooling method | Without Cooling | |
Expansion Tank | L | 150(External) |
Heating capacity | KW | 80(40+40)/90(45+45) |
Pump power | KW | 5.5 |
Pump flow | M3/h | 12.5(18) |
Pump pressure | Kg/cm2 | 5.0(4.0) |
Max. power consumption | KW | 96 |
Alarm function | Pump reversal/Oil shortage/Overheating/Overload/Oil spill/Abnormal heating alarm/trip power outage | |
Cooling water pipe | inch | NA |
Circulating oil pipe | inch | 1-1/2 |
Size(L×W×H) | mm | 2250×800×1800 |
Heat pipe size/ length+ flange outer diameter | L×φ
| 1650×φ520 |
Precision Temperature Control: Uses PID control technology with an accuracy of ±1℃, supporting a temperature range up to 300℃, ensuring stable mold temperature and improving product quality.
High-Efficiency Pump System: Equipped with a 5.5KW high-pressure pump, delivering a 12.5m³/h flow rate and a pressure of 5.0Kg/cm², ensuring a stable circulation system.
Explosion-Proof Safety Design: Features an explosion-proof electrical box and isolated components, with optional explosion-proof equipment for high-risk environments.
Intelligent Automation: Supports RS485 remote communication, enabling automatic temperature control and system management.
Durable Stainless Steel Construction: Integrated stainless steel pipelines reduce resistance and prevent rust, enhancing system durability.
Multiple Safety Alarms: Equipped with pump reversal, oil shortage, overheating, overload, oil spill, and abnormal heating alarms, ensuring reliable operation.
Enhanced Production Efficiency: Keeps molds at a stable temperature, reducing defects and improving plastic injection molding quality.
Energy-Saving Performance: High-density heat insulation cotton and aluminum foil minimize heat loss, lowering energy costs.
Reliable & Safe Operation: Explosion-proof features and multi-level alarms ensure safe use in industrial settings.
Flexible Customization: Optional multi-point temperature control, adjustable heating power, and a negative-pressure system for specialized applications.
Plastic Injection Molding: Ensures consistent mold temperature, reducing warping and defects.
Die Casting & Extrusion: Provides stable heat management for magnesium alloy, aluminum alloy, and other metal forming processes.
Chemical Processing: Suitable for chemical reactors, heat exchangers, and mixing systems requiring precise thermal control.
Printing, Drying, and Laminating: Enhances print consistency, drying efficiency, and lamination quality.
Multiple heating capacities: 80KW, 90KW, and customizable options.
Custom pump power and pressure based on industrial needs.
RS485 remote control system for automated temperature management.
Bypass pressure release loop for optimized hot oil circulation.
Explosion-proof configurations for hazardous environments.
Power Supply Compatibility: Ensure the system matches the factory power grid (AC 3-phase 380V).
Temperature Range Requirements: Select an appropriate model based on the required temperature control range.
Pump Pressure & Flow Rate: Ensure the pump meets the process demands (5.0Kg/cm², 12.5m³/h).
Customization Needs: Consider additional options like multi-point temperature control, RS485 communication, and explosion-proof features.
1. How does the Plastic Mould Temperature Controller improve production efficiency?
It ensures precise mold temperature stability, reducing material shrinkage, warping, and defects, leading to higher-quality finished products.
2. What safety features does this temperature controller include?
It has explosion-proof electrical components, multiple alarm functions (overheating, oil shortage, pump reversal), and an automatic air-exhausting function, ensuring safe operation.
3. Can the system be customized for different applications?
Yes, it supports customized heating capacities, pump configurations, multi-point temperature control, and explosion-proof options for specific industry needs.
4. What industries benefit most from this temperature controller?
It is widely used in plastic injection molding, die casting, chemical processing, printing, drying, laminating, and heat exchanger applications.
5. What should I consider before purchasing this system?
Key factors include temperature range, heating capacity, pump power, pressure, power supply compatibility, and automation requirements (RS485 communication, PLC control, etc.).
6. What maintenance is required to keep the system running efficiently?
Regularly inspect pump operation, clean heat transfer oil, check safety alarms, and ensure the stainless steel pipelines remain free from blockages or corrosion.