OMRON Reflector; 80x70x0.5mm; self-adhesive; E39 [E39-RS3]
Omron Tape Reflector for Use with E39 Series Fibre Optic Unit, 80x70x0.5mm - E39-RS3 This fibre optic unit is an accessory designed to enhance photoelectric sensors, specifically for the E39 Series. It operates effectively in temperatures from -25°C to 55°C, making it suitable for diverse industrial environments. The robust rectangular design supports optimal performance in automation and control applications. Features & Benefits Rectangular design aids in precise positioning Enhances detection capabilities in various settings Supports installation of fibre optic sensor technologies Applications Supports automation processes requiring precise light detection Suitable for environments with temperature fluctuations Ideal for industrial settings employing photonic sensor technology Is it suitable for industrial use? Yes, it is designed for various industrial automation applications. Will it enhance the performance of photoelectric sensors? Yes, it improves the detection capabilities of compatible sensors.
Omron Tape Reflector for Use with E39 Series Fibre Optic Unit, 80x70x0.5mm - E39-RS3
This fibre optic unit is an accessory designed to enhance photoelectric sensors, specifically for the E39 Series. It operates effectively in temperatures from -25°C to 55°C, making it suitable for diverse industrial environments. The robust rectangular design supports optimal performance in automation and control applications.
Features & Benefits
- Rectangular design aids in precise positioning
- Enhances detection capabilities in various settings
- Supports installation of fibre optic sensor technologies
Applications
- Supports automation processes requiring precise light detection
- Suitable for environments with temperature fluctuations
- Ideal for industrial settings employing photonic sensor technology
Is it suitable for industrial use?
Yes, it is designed for various industrial automation applications.
Will it enhance the performance of photoelectric sensors?
Yes, it improves the detection capabilities of compatible sensors.