RIPLEY MILLER | MSAT 5-Channel Mid-Span Fiber Access Tool | #80930
RIPLEY MILLER | PART #80930
MSAT 5-Channel Mid-Span Fiber Access Tool
DESCRIPTION
Designed for quick determination of the proper diameter channel for buffer tubes ranging from 1.9 mm to 3 mm
OVERVIEW
- 5 convenient built-in sizing channels quickly determine the proper diameter channel for buffer tubes ranging from 1.9 mm to 3 mm
- Locking mechanism ensures the tool will remain closed during operation
- Safe, compact & ergonomic design fits comfortably in hand for easy operation
- Rugged polymer construction is lightweight & durable
SPECIFICATIONS
- Material: Impact-Resistant Polymer
- Dimensions: 3.9″ x 1.5″ x 0.7″ (99 x 38 x 18 mm)
- Weight: 1.36 oz (38.5 g)
- Replacement Blade: 80935
Common Questions About the MSAT 5 Channel Mid Span Fiber Access Tool
What is the MSAT used for?
The MSAT is used to quickly determine the correct sizing channel for mid span access on fiber buffer tubes ranging from 1.9 mm to 3 mm.
Who is this tool designed for?
This tool is designed for fiber optic technicians performing mid span access on buffer tubes during installation, maintenance, or repair work.
What makes the MSAT different from standard mid span access tools?
The MSAT features five built in sizing channels that allow technicians to select the correct diameter before accessing the buffer tube, reducing guesswork and minimizing the risk of fiber damage.
How the MSAT Supports Fiber Preparation Workflows
The MSAT improves accuracy and safety during mid span access by ensuring proper channel selection and maintaining secure closure during use. Its compact, ergonomic design supports comfortable handling in field environments.
At a Glance
• Mid span fiber access sizing tool with five built in channels
• Supports buffer tube diameters from 1.9 mm to 3 mm
• Locking mechanism keeps tool securely closed during operation
• Compact, ergonomic design for comfortable use
• Lightweight, impact resistant polymer construction
• Replacement blade available for extended tool life