Pure Electric Heat-Shrink Tubing Baking Machine
ONE . Specifications & Parameters — Pure Electric Heat Shrink Tubing Machine
| Name |
Pure Electric Heat Shrink Tubing Machine |
| Model |
JH-3000W |
| Dimensions |
H445×W240×D338 |
| Weight |
16 kg |
| Power |
3 kW |
| Heating Temperature |
0–450 °C |
| Heating Method |
Resistance wire heating |
| Shrink Tube Diameter |
0–45 mm |
| Shrink Tube Length |
0–60 mm or 0–100 mm |
| Shrinking Efficiency |
450–900 cycles |
| Air Volume |
580 L/min (adjustable) |
| Air Outlet (optional) |
L-shape / Y-shape (L-shape as standard) |
| Power Supply |
220 V 50 Hz |
| Optional Nozzle Specifications |
1) 30 mm wide, 60 mm long; 2) 45 mm wide, 60 mm long; 3) 55 mm wide, 60 mm long |
TWO . Product Introduction
Our company specializes in the production of intelligent heat-shrinking equipment, including far-infrared and dual-sided thermal radiation heat-shrinking machines. These machines are widely used for heat-shrinking tubing on standard electronic wires and new energy wire harnesses, applying heat-shrinkable packaging films, and processing components such as circuit boards, copper busbars in transformers, and inductor coils—including tasks like heat-shrinking, baking, and drying.
THREE. Key Advantages of Our All-Electric Heat-Shrinking Machines
1. Equipped with a high-speed blower; no external compressed air source is required—simply plug into a power supply. The unit is lightweight and easy to relocate.
2. Maintains a constant temperature for energy-efficient, high-performance operation; the temperature remains stable even during the air-blowing process.
3. Utilizes a resistance-wire heating element, which is highly durable and resistant to burnout under normal operating conditions.
4. Air nozzles can be customized to specific product dimensions and are easily interchangeable.
5. Offers dual control modes—infrared sensor activation and foot-pedal operation—with the flexibility to switch between them as needed.
6. Includes a built-in timer for precise control over heat-shrinking duration, with an option for automatic, repetitive cycle activation.
7. Features a compact, sophisticated design with a small footprint, allowing for seamless integration directly into production lines.
8. Constructed with a dual-layer housing containing high-temperature-resistant insulation material; this keeps the exterior surface cool, ensuring a comfortable working environment while minimizing energy loss.
FOUR. Adjusting
Steps 1. Operating Procedure:
1. Move the handle of the residual current circuit breaker (RCCB) to the "ON" position and turn on the main power supply; the power indicator light will illuminate.
2. Once powered on, turn on the power control switch; the various indicator lights will illuminate, and the equipment will enter its operational state.
2. Setting Heat-Shrink Time or Automatic Cycle Time
Use the "+" or "-" buttons on the timer to set the duration for the hot-air blast—i.e., the heat-shrink time. The typical setting is 2–10 seconds, which can be adjusted based on the size of the product. The cycle time should be set according to the operator's proficiency level.
3. Temperature Setting (0–450°C): Press the "SET" function key on the temperature controller. "SP" will appear in the top row. Use the "+" or "-" buttons to adjust the value in the bottom row to the desired temperature, then press the "SET" key again to confirm; the controller will return to its standard operating mode.
4. Airflow Speed Setting
To set the airflow speed, simply turn the rotary knob to the desired level.
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