PACE ST-400 PCB preheater (PC-80070436) – advanced thermal control for rework processes

Precision and stability in every application

The PACE ST-400 PCB preheater is a medium-wave infrared radiant heating system designed for service and production environments where maximum temperature control and process repeatability are essential. IR technology enables uniform heating of the entire PCB surface, eliminating the risk of localized overheating and ensuring the safe handling of sensitive electronic assemblies.

Accurate regulation and fast thermal response

The unit provides temperature adjustment in the 37–205 °C (100–400 °F) range, controlled via a closed-loop analog system. With 400 W of power, it delivers fast and efficient preheating, even for large, multilayer boards. Consistent performance minimizes the risk of thermal errors, while stable heat distribution optimizes the assembly and rework of components.

Protection for delicate electronic components

Bottom-side heating allows for reduced temperatures on top-side tools, lowering thermal stress and safeguarding components sensitive to overheating. This makes the ST-400 ideal for handling BGA, QFP, CSP and other advanced surface-mount packages, where maintaining thermal balance is critical.

Flexible configuration and system compatibility

The preheater can be used as a standalone workstation or integrated into a rework system. It is compatible with PACE ST-300, ST-325 and ST-350 systems, as well as with ST-525 and ST-550 holders, ensuring flexible adaptation to diverse work environments — from small labs to large-scale production lines. As a result, the ST-400 enhances both versatility and efficiency in assembly and rework processes.

Industrial-grade design and durability

The unit features a robust construction and ergonomic control layout, simplifying operation even in demanding production cycles. Its proven reliability in industrial use makes it a long-lasting tool resistant to the typical conditions of repair shops and laboratories.

The PACE ST-400 PCB preheater is a specialized solution that combines precise thermal control, component safety and versatile integration. It is an essential tool for professional soldering and rework processes in both industrial and service environments.

Product information:

Infrared heating

Dedicated to work with large tiles, quickly absorbing heat

Analog temperature control

ADVANTAGES- The process of heating the plate placed on the working platform of the device is absolutely safe, the plate does not bend, and the solder goes into a liquid state allowing for easy disassembly of any components- By combining the heater with one of the RENEX hot air stations, we get an advanced work station and the ability to perform tasks that have not been possible so far or have been very time-consuming and with a high risk of destruction of the elements. We also get the ability to work with all available SMD, BGA, PBGA, CSP, Flip Chip components
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- Name:
  
  Dział sprzedaży
- E-mail:
  
  sklep@renex.pl
- Address:
  
  Al. Kazimierza Wielkiego 6E
- Postal code:
  
  87-800
- City:
  
  Włocławek
- Country:
  
  Poland

Description

PACE ST-400 PCB preheater (PC-80070436) – advanced thermal control for rework processes

Precision and stability in every application

The PACE ST-400 PCB preheater is a medium-wave infrared radiant heating system designed for service and production environments where maximum temperature control and process repeatability are essential. IR technology enables uniform heating of the entire PCB surface, eliminating the risk of localized overheating and ensuring the safe handling of sensitive electronic assemblies.

Accurate regulation and fast thermal response

The unit provides temperature adjustment in the 37–205 °C (100–400 °F) range, controlled via a closed-loop analog system. With 400 W of power, it delivers fast and efficient preheating, even for large, multilayer boards. Consistent performance minimizes the risk of thermal errors, while stable heat distribution optimizes the assembly and rework of components.

Protection for delicate electronic components

Bottom-side heating allows for reduced temperatures on top-side tools, lowering thermal stress and safeguarding components sensitive to overheating. This makes the ST-400 ideal for handling BGA, QFP, CSP and other advanced surface-mount packages, where maintaining thermal balance is critical.

Flexible configuration and system compatibility

The preheater can be used as a standalone workstation or integrated into a rework system. It is compatible with PACE ST-300, ST-325 and ST-350 systems, as well as with ST-525 and ST-550 holders, ensuring flexible adaptation to diverse work environments — from small labs to large-scale production lines. As a result, the ST-400 enhances both versatility and efficiency in assembly and rework processes.

Industrial-grade design and durability

The unit features a robust construction and ergonomic control layout, simplifying operation even in demanding production cycles. Its proven reliability in industrial use makes it a long-lasting tool resistant to the typical conditions of repair shops and laboratories.

The PACE ST-400 PCB preheater is a specialized solution that combines precise thermal control, component safety and versatile integration. It is an essential tool for professional soldering and rework processes in both industrial and service environments.

Product information:

Infrared heating
Dedicated to work with large tiles, quickly absorbing heat
Analog temperature control
ADVANTAGES- The process of heating the plate placed on the working platform of the device is absolutely safe, the plate does not bend, and the solder goes into a liquid state allowing for easy disassembly of any components- By combining the heater with one of the RENEX hot air stations, we get an advanced work station and the ability to perform tasks that have not been possible so far or have been very time-consuming and with a high risk of destruction of the elements. We also get the ability to work with all available SMD, BGA, PBGA, CSP, Flip Chip components

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