The EZ TEM-3 Barrel Heater Controller is specifically designed to regulate the temperature of high-viscosity liquids within barrels, ensuring optimal fluid flow to the dispensing needle tip. By preheating the liquid, the controller effectively reduces viscosity during discharge, leading to improved workability and dispensing efficiency.
Precise Temperature Control for Superior Results
The EZ TEM-3 utilizes dual PID control, offering both high-speed and low-speed response modes. The high-speed function ensures rapid achievement of target temperatures, while the low-speed function minimizes overshoot for stable and consistent results. The controller achieves ±0.3% accuracy based on the full-scale (FS) value for each input, guaranteeing precise temperature regulation for enhanced fluid dispensing performance.
Product specifications:
| Model | EZ TEM-3 |
| Indication Accuracy | ±0.3% of indication value or ±3°C, whichever is greater |
| Control Method | ON/OFF or P,PI,PD,PIDF,PIDS |
| Indication Method | 7Segment LED display [PV: RED, SV: GREEN] |
| Control Sensitivity | 1~100(0.1~100.0)°C Variable, when using ON/OFF control |
| Temperature Range | Low-Temperature: Room temperature~80°C/ High-Temperature: Room temperature~200°C |
| Power Source | AC110~240V 50/60Hz |
| External Dimension & weight | 121(W) x 150 (D) x 65(H)mm |
Key Features and Benefits:
- Dual PID Control: High-speed and low-speed response modes for versatile temperature control and stability.
- High-Precision Temperature Control: ±0.3% accuracy (FS) for precise regulation and enhanced fluid dispensing.
- 2-Step Auto-Tuning: Automatically adjusts control parameters for optimal performance and easy temperature maintenance.
- Auxiliary Output Functions: LBA, SBA, 7 alarm outputs, and 4 alarms for customizable alerts and functionality.
- Optional Communication Outputs: PV value transmission (DC4-20mA) and RS485 communication for seamless system integration.
- Decimal Point Display: Displays temperature values with decimal precision for fine adjustments and accurate readings.
