Datasheet 3048954 Metcal PCT-100 Heating element 450 W
User & Safety Instructions
User & Safety Instructions 3048954 Metcal PCT-100 Heating element 450 W
Description
The heater PCT-100 focuses the hot air on the position where the component to be reworked is located on the circuit board. It increases speed and efficiency in thermally demanding applications, including lead-free processes. Can be used for SMT and through-hole mounting, it warms up the PCB using hot air, improving soldered joints, process control and productivity. The underheating PCT-100 increases the heat volume without pushing the temperature values too high. This means that mounting can take place at an appropriate peak temperature without damaging the printed circuit board.
This text is machine translated.
Features
Accelerates and improves lead-free SMT and through-wall rework processes
Temperature increases quickly and thus provides for maximum productivity
Set the desired temperature with a rotary knob
Controlled cooling prevents thermal shock on printed circuit boards and components
Thermocouple sensor controls the output temperature
Automatic heating shutdown in the event of fan failure
Scope of delivery
1x underheating PCT-100
1x power cord
1x adjustable arm rest PCT-AR
1x free-standing PCB holder BH-100
1x user manual
Description
The heater PCT-100 focuses the hot air on the position where the component to be reworked is located on the circuit board. It increases speed and efficiency in thermally demanding applications, including lead-free processes. Can be used for SMT and through-hole mounting, it warms up the PCB using hot air, improving soldered joints, process control and productivity. The underheating PCT-100 increases the heat volume without pushing the temperature values too high. This means that mounting can take place at an appropriate peak temperature without damaging the printed circuit board.
This text is machine translated.
Features
Accelerates and improves lead-free SMT and through-wall rework processes
Temperature increases quickly and thus provides for maximum productivity
Set the desired temperature with a rotary knob
Controlled cooling prevents thermal shock on printed circuit boards and components
Thermocouple sensor controls the output temperature
Automatic heating shutdown in the event of fan failure