CCQ Furnace Creation: Difference between revisions
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#: CCQ: clip leads approximately 57 mm from bend; 12 beads per lead. | #: CCQ: clip leads approximately 57 mm from bend; 12 beads per lead. | ||
# Refer to steps 2 and 3 in [[CFF Preparation|CFF preparation]] | # Refer to steps 2 and 3 in [[CFF Preparation|CFF preparation]] | ||
# Refer to step 6 through 10 in [[CFF Preparation|CFF preparation]] | # Refer to step 6 through 10 in [[CFF Preparation|CFF preparation]] | ||
#: CCQ: About 4 grams of potting cement | #: CCQ: About 4 grams of potting cement | ||
# If the furnace does not allow the inlet port furnace aligner tool (TL-IP-FA) to freely pass in and out of the furnace, | # If the furnace does not allow the inlet port furnace aligner tool (TL-IP-FA) to freely pass in and out of the furnace, 1/2" threaded rod. Spin the bit and gently remove the material causing the bind. The furnace aligner should freely pass through the hole unassisted. | ||
Latest revision as of 14:49, 3 May 2024
General directions for all furnaces can be located here. Use these directions when instructed below.
- Make a sharp 90-degree bend in the leads 1/16 inch above the back surface, so the leads point away from the center of the furnace.
- Make a second bend so the leads run along the cylinder about 1/16 inch above the surface.
- Clip the leads to length (use furnace lead sizer, TL-FLS), insulate with fish-spine beads, and terminate each lead with a Molex male pin.
- CCQ: clip leads approximately 57 mm from bend; 12 beads per lead.
- Refer to steps 2 and 3 in CFF preparation
- Refer to step 6 through 10 in CFF preparation
- CCQ: About 4 grams of potting cement
- If the furnace does not allow the inlet port furnace aligner tool (TL-IP-FA) to freely pass in and out of the furnace, 1/2" threaded rod. Spin the bit and gently remove the material causing the bind. The furnace aligner should freely pass through the hole unassisted.