JBC SRWS-1SA - SMD Rework System
The JBC SRWS-1SA is a hot air rework system made up of the following components:
- JTSE-1A hot air station
- PHSE-1A infrared preheater
- RWS-C adjustable rework arm
- PHS-SA IR preheater support
JTSE-1A Hot Air Station
The JBC JTSE-1A is a high powered hot air station for repairing all types of SMDs quickly and safely, including the biggest QFPs and PLCCs.
Profiles mode
There are two work modes to choose from - manual and profile. In manual mode, the operator can set temperature values and air flow rate depending on the task. In profile model, the operator can set up and edit as many as 25 profiles for temperature and airflow.
Manual mode
In manual mode the operator can set temperature values and air flow rate depending on the task.
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Profile mode
In this mode the operator can set up or edit as many as 25 profiles of temperature and air flow.
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Control thermocouple
Users can read the temperature at a specific point on the PCB with the control thermocouple. This helps protect components or a specific area on the PCB, and provides greater precision when regulating the temperature.
There are two work modes available for use with the control thermocouple:
Regulation: the station regulates the air temperature automatically to maintain the External Thermocouple (TC) temperature.
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Protection: the station cuts the air supply off when the External Thermocouple (TC) temperature is reached.
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Auto-stop function
The auto-stop function is a safety measure which guarantees the heat is automatically cut off when the tool is in the stand. This also means you save power and extend the life of the tip. There is also an auto start feature. When selected, the tool automatically heats up when lifted from the stand.
Extractor desk
The JBC JTSE-1A comes with a complete extractor desk, containing tripods, protectors and extractors. This enables users to quickly desolder, while simultaneously protecting adjacent components by concentrating heat on the selected area.
1. Placing
Choose the extractor, tripod or protector which best fits the component.
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2. Heating
While you apply the heat to the component, the surrounding elements are protected.
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3. Extracting
Automatic withdrawal of the desoldered component.
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