JONARD TOOLS | PART FS-1416
Thick-walled Microduct Scoring Tool (5–16 mm)
DESCRIPTION
The Jonard Tools Microduct Scoring Tool is perfect for scoring and ringing 14/10 and 16/10 fiber optic microducts without damaging the fibers inside. This scoring tool features the following.
- Unique design allows you to score and ring 14/10 and 16/10 fiber optic microducts without any adjustments to the tool
- Perfect for microducts 5 mm-16 mm (0.20″-0.63″) in diameter with a wall thickness of 1.5 mm-3.0 mm (0.059″-0.118″)
- Wide jaws curl around the microducts, holding them in place while scoring
- Spring-loaded butterfly clip makes it easy to open and position it perfectly on microducts
- Includes the FS-1416RB blade but also compatible with FS-1080RB blade for 10/8 and 12/10 fiber optic microducts
- Replacement Blades available: FS-1080RB & FS-1416RB
DOCUMENTS
FS-1416 Thick-walled Microduct Scoring Tool Datasheet
SPECIFICATIONS
| Microduct Wall Thickness |
1.5 mm-3.0 mm (0.059″-0.118″) |
|---|---|
| Microduct Diameter Range |
7.0-16.0 mm (0.20″-0.63″) |
| Blade Depth |
3.08 mm (0.12″) |
| Dimensions | 0 in x 0 in x 0 in (0 cm x 0 cm x 0 cm) |
| Weight | 0 lb (0 g) |
| UPC | 811490018341 |
Common Questions About the Thick Walled Microduct Scoring Tool
What is the Thick Walled Microduct Scoring Tool used for?
The Thick Walled Microduct Scoring Tool is used to score and ring fiber optic microducts without damaging the fibers inside during duct preparation.
Who is this microduct scoring tool designed for?
This tool is designed for fiber optic technicians and installers working with thick walled microduct systems during fiber installation.
What makes this scoring tool safe for fiber inside the microduct?
This tool features wide jaws and controlled blade depth, allowing precise scoring of the duct wall while preventing contact with internal fibers.
At a Glance
• Designed for scoring thick walled fiber optic microducts
• Supports microduct diameters from 5 mm to 16 mm
• Works with wall thicknesses from 1.5 mm to 3.0 mm
• Spring loaded design for secure positioning and control
