Pulse Heat (Hot Bar) General-Purpose Type TCW-415

Features

• High Reliability Joining
  Because heating and cooling take place while the pressure is being applied, the work position will not be shifted during joining.

• Variable Temperature Profile
  Because the heating is local and instantaneous, thermal impact to the peripheral components is restrained.
• High Reproducibility
  Digital PID control enables good reproducibility of temperature and time. As a result, no skill of the operator is required.

• Pb Free Compatible
  Pb free solder is accommodated by setting to high temperature and long heating time.

• User Interface
  RS-232C&I/O is standard equipped, making the unit easy to be connected to external equipment such as incorporating into an automated system.

• Various monitoring functions
  Temperature monitor (Average value, peak value)
  Anomaly detection (Excessive temperature rise, thermocouple disconnection)

New Features

• Heat shift function（A function to switch control parameters based on the temperature of the object being joined）
• Number of heat control steps（4 steps）
• The addition of the after-heat setting has enhanced release properties in plastic staking.
• Control conditions can be switched by using signals—such as those from displacement sensors—input through external I/O as a trigger.
• Temperature waveform can be plotted up to the completion of cooling
• The newly added current value display function enables easy power consumption management through calculation of the consumed power.

Other functions

• Setting condition memory (255 conditions)
• Electric valve control for heater tip, heater tool
• Auxiliary thermocouple monitor
• CE conformity（optional）

Heat shift function

The temperature of the workpiece serves as a trigger to switch control conditions.

Application example

1. For substrates with high heat dissipation, the transition to the main heating temperature is triggered by reaching the preheating temperature, thereby stabilizing the temperature at the start of main heating.
2. For substrates with low heat resistance, the transition to the next heat condition is triggered by reaching the heat resistance temperature, thereby reducing thermal impact on the substrate.

Shift control settings triggered by temperature of joining workpiece

Pulse Heat (Hot Bar) Soldering Power Supply  Specifications

Items	TCW-415
Heating temperature	Room temperature 〜 600℃, 1℃ step（E,J TYPE） Room temperature 〜 900℃, 1℃ step（K TYPE）
Thermocouple Type	E, J or K type
Heating time	000-999 ( x 100ms, x 10ms)
Transformer Rated Capacity	Built-in, 750VA
Transformer Secondary Voltage	0.88V、1.24V、1.75V、2.47V、3.5V
Heat Control	4 steps
Display Screen	5.7“ color LCD
Monitor Function	Temperature from main and auxiliary thermocouple
Interface	RS-232C, I/O
Power source	Single phase AC200V ~ 230V±10% 15A (Option: AC100 – 115V)*
Dimensions	W200 × D320 × H283mm
weight	Approx. 20kg

※ Factory option

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