Details
Miller FO 103-T-250-J Tri-Hole Buffer Stripper, 125um
1.MODEL FO 103-S,Single Hole Model
1),For stripping 250 micron coating from 125 micron optical fiber
2),Precise hole & V-opening allow for accurate coating removal
3).Factory set, requires no adjustment
4),Prevents scratching or nicking of optical fiber
2),Precise hole & V-opening allow for accurate coating removal
3).Factory set, requires no adjustment
4),Prevents scratching or nicking of optical fiber
2. MODEL FO 103-D-J,Dual Hole Models
1), 2-3 mm patch cord jackets
2), Standard 250 micron buffer from 125 micron optical fiber
3), MODEL FO 103-D-250 stripping functions:
4), 900 micron tight buffer from 250 micron buffer coating
5),Standard 250 micron buffer coatings from 125 micron optical fiber
1), 2-3 mm patch cord jackets
2), Standard 250 micron buffer from 125 micron optical fiber
3), MODEL FO 103-D-250 stripping functions:
4), 900 micron tight buffer from 250 micron buffer coating
5),Standard 250 micron buffer coatings from 125 micron optical fiber
3. MODEL FO 103-T-250-J Three Hole Models
1), 2-3 mm patch cord jackets
2), 900 micron tight buffer from 250 micron buffer coating
3), Standard 250 micron buffer from 125 micron buffer coated optical fiber
4),Factory set, requires no adjustment
1), 2-3 mm patch cord jackets
2), 900 micron tight buffer from 250 micron buffer coating
3), Standard 250 micron buffer from 125 micron buffer coated optical fiber
4),Factory set, requires no adjustment
The tool hole openings should adhere to the following guidelines:
-125µm opening should be no greater than 175µm
-250µm opening should be no greater than 765 µm
-2-3mm opening should be no greater than 1.70mm
