FU-A100 Keyence Photoelectric Sensor Set
The Keyence FU-A100 is a thrubeam fiber optic sensor unit featuring a 100 mm optical axis for broad detection coverage and high-precision object sensing. Engineered with a free-cut 2 m fiber, rugged die-cast body, and IP67 protection, it excels in industrial automation, part inspection, and robotic sensing environments requiring fast, accurate, and compact detection of small opaque targets.
Technical Specifications
Model: FUA100
Type: Array Thrubeam Fiber Unit (100 mm Type)
Weight: Approx. 110 g
Optical & Detection Specifications
- Optical Axis Area: 100 mm × 0.25 mm
- Fibre Unit Length: 2 m (Free-Cut, ø2.2 mm, Spiral Areas Non-Cuttable)
- Minimum Detectable Object: ø6 mm opaque target
- Minimum Bend Radius: R10 mm
Mechanical & Installation Specifications
- Tightening Torque: 0.75 N·m
- Included Accessories:
- Fibre Cutter
- Mounting Screws (M4 × L8, 4 units)
Environmental Resistance
- Enclosure Rating: IP67
- Operating Temperature: -20°C to +50°C (No Freezing)
- Humidity Range: 35% to 85% RH (No Condensation)
Material & Construction
- Housing: Die-Cast Zinc
- Detection Surface: PBT
- Fibre Core: Acrylic
- Fibre Sheath: Polyethylene
Key Features & Benefits
✅ Wide Detection Area: 100 mm optical axis for enhanced coverage.
✅ High Sensitivity: Detects opaque objects as small as ø6 mm.
✅ Flexible Installation: 2 m free-cut fiber with a minimum bend radius of R10 mm.
✅ Durable & Industrial-Grade: IP67-rated, die-cast zinc housing for harsh environments.
✅ Easy Setup & Maintenance: Includes fiber cutter and mounting screws for quick installation.
📦 Order Today for Fast UK & Europe Delivery!
At Drive Outlet Megastore, we offer the best FU-A100 prices, with same-day and next-day shipping across the UK & Europe.
For expert assistance with the FU-A100 fiber unit, or help selecting the right sensor system for your application, contact Drive Outlet Megastore.
Our experienced team is ready to help you enhance your industrial automation system with confidence.

Reviews
There are no reviews yet.