Autonics FT-420-5 Fiber Optic Sensor Price is Rs.12,240/-. The Autonics FT-420-5 is a high-performance diffuse reflective fiber optic sensor designed for accurate short-range detection. With a sensing distance of up to 5mm, this sensor is ideal for detecting small objects or markings in confined spaces. The durable stainless steel sheath provides enhanced protection in demanding industrial environments, while its flexible fiber construction allows for easy installation even in tight or complex layouts. Perfect for electronics assembly, label detection, and automation lines, the FT-420-5 offers reliable, fast response and precise object recognition.
Diffuse reflective sensing for non-contact object detection
Compact fiber design for tight-space installation
Compatible with Autonics fiber optic amplifiers
Durable stainless steel flexible sheath
Easy to install with standard screw mounting
High-speed response and stable operation
Resistant to ambient light and electrical noise
Sensing range up to 5mm
Suitable for detection of small parts and surfaces
Product Specifications
Type
fiber optic sensor
sensor type
diffuse reflective fiber optic sensor
sensing distance
up to 5 mm
fiber length
1 meter (standard)
cable sheath
stainless steel flexible tube
core type
plastic optical fiber
bending radius
min. r10 mm (static), r25 mm (dynamic)
operating temperature
-40°c to +70°c
mounting method
screw mount
Product Details
Autonics FT-420-5 Fiber Optic Sensor Price is Rs.12,240/-. The Autonics FT-420-5 is a high-performance diffuse reflective fiber optic sensor designed for accurate short-range detection. With a sensing distance of up to 5mm, this sensor is ideal for detecting small objects or markings in confined spaces. The durable stainless steel sheath provides enhanced protection in demanding industrial environments, while its flexible fiber construction allows for easy installation even in tight or complex layouts. Perfect for electronics assembly, label detection, and automation lines, the FT-420-5 offers reliable, fast response and precise object recognition.
