Panasonic FX-102-CC2 Digital Fiber Optic Amplifier NPN

Technical Overview

Long sensing range digital fiber optic amplifier with NPN output, dual digital display, 2.5ms response, and 9mm width for precise detection.

Key Features

Long sensing range type.
NPN open-collector transistor output (Max sink current: 100 mA).
Supply voltage 12 to 24 V DC ±10%.
DIN rail mount.
Red LED light source (643nm wavelength).
Accepts all Panasonic (formerly Sunx) and standard 2.2 mm OD fiber terminated fiber cables.
Push-button or remote input teaching for sensitivity setting (2-point, limit, full-auto).
Programmable ON-delay / OFF-delay timer function with nine selectable intervals (1ms to 1,000ms).
Dual 4-digit Red/Green LED display.
Short-circuit protection incorporated.
External NPN input.
Interference prevention function with four selectable emission frequencies.
Fastest response time of 2.5 ms or less (at emission frequency 1).
Fine sensitivity adjustment function.
Compact, ultra-slim body with 9 mm width.
Polycarbonate enclosure resistant to vibration, shock, and variable temperatures (-10°C to +55°C).
Includes a 2m connector-attached cable (CN-14A-C2).

Technical Specification Matrix

Parameter	Value
Supply Voltage	12 to 24 V DC ±10% (Ripple P-P 10% or less)
Power Consumption (Normal)	720 mW or less (30 mA or less at 24 V DC)
Power Consumption (ECO mode)	600 mW or less (25 mA or less at 24 V DC)
Output Type	NPN open-collector transistor
Max Sink Current	100 mA
Applied Voltage (Output)	30 V DC or less
Residual Voltage (Output)	1.5 V or less (at 100 mA sink current)
Response Time (Emission frequency 1)	2.5 ms or less
Response Time (Emission frequency 2)	2.8 ms or less
Response Time (Emission frequency 3)	3.2 ms or less
Response Time (Emission frequency 4)	5.0 ms or less
Light Source	Red LED (643 nm wavelength)
Operating Temperature Range	-10 to +55°C
Housing Material	Polycarbonate
Switch Material	Polycarbonate
Fiber Lock Lever Material	PBT
Display Type	Dual 4-digit Red/Green LED display
External Input	NPN non-contact input
External Input Impedance	10 kOhm approx.
Physical Weight (kg)	0.02
Dimensions L x W x H (cm)	3 x 0.9 x 6.62

Industrial Applications

1. High-Speed Object Detection on Automated Conveyor Systems

The Panasonic FX-102-CC2, with its 2.5ms response time and long sensing range capability, is ideal for detecting small or rapidly moving objects on high-speed conveyor belts. Its NPN output can directly interface with PLCs for precise counting, sorting, or triggering sequential processes in manufacturing and logistics.

Problem Solved

Ensures accurate and rapid detection of items, preventing jams, miscounts, and enabling efficient material flow in automated production lines where speed and reliability are critical.

High-speed detectionConveyor automationObject countingNPN output2.5ms response timePrecision sensing

2. Material Level Monitoring in Confined Hoppers and Chutes

Leveraging its compact 9mm width and ability to accept various fiber optic cables, the FX-102-CC2 can be installed in constricted spaces within hoppers, feeders, or chutes to monitor the presence or absence of granular materials, liquids, or small components. Its robust polycarbonate housing allows operation in industrial temperature ranges of -10°C to +55°C.

Problem Solved

Provides reliable level sensing in environments where traditional, bulkier sensors cannot fit, preventing costly overfilling, underfilling, or material blockages and ensuring continuous process operation.

Level sensingConfined spaceFiber optic-10 to +55°CCompact designMaterial detection

3. Precise Part Presence Verification in Robotic Assembly

Integrated into robotic grippers or delicate automated assembly machines, the FX-102-CC2 performs highly precise verification of part presence or absence. Its fast response time and interference prevention function enable reliable operation even in close proximity to other sensors or metallic components, ensuring quality control for critical assembly steps.

Problem Solved

Minimizes assembly errors and rework by confirming correct part acquisition or placement during fast-paced robotic operations, enhancing product quality and reducing waste through its accurate and interference-resistant detection.

Robotic automationPart verificationAssembly automationPrecision sensingInterference preventionFast response