Panasonic Industrial Automation EX-10 Ultra-Slim Photoelectric Sensors
Panasonic Industrial Automation EX-10 Ultra-Slim Photoelectric Sensors offer a built-in amplifier in a slim package size that is only 3.5mm thick and IP67 waterproof rated. These flexible sensors include side- and front-sensing options for the thru-beam version and a front-sensing type for the diffuse reflective variant. Other features include high-speed 0.5ms response time, an inverter countermeasure circuit, and up to 35% reduced power consumption compared to conventional sensors. The modules are mountable with M3 screws and use a red LED for easy beam alignment and a bright two-color indicator with orange for operation and green for stability. Sensor options include background suppression, sensing range, and bend-resistant cables. Panasonic Industrial Automation EX-10 Ultra-Slim Photoelectric Sensors are ideal for the positioning of PCBs, checking for the absence of capacitors in trays, and detecting ICs, wafer cassettes, and more.Features
- Built-in amplifier
- Slim size, only 3.5mm thick
- Flexible mounting
- Thru-beam in side- and front-sensing types
- Diffuse reflective in front-sensing type
- Up to 35% reduced power consumption compared to conventional sensors
- High-speed 0.5ms response time
- Incorporates inverter countermeasure circuit
- IP67 waterproof rating
- Mountable with M3 screws
- Red LED for easy beam alignment
- Bright 2-color indicator
- Wide variety of narrow-beam types, light diffusion approximately 1/2 of standard type (EX-xSx)
- ø1mm minimum sensing object (EX-11, EX-11E, EX-15, and EX-15E)
- Long sensing range of 1m (EX-19 and EX-19E)
- Background suppression (EX-14)
- Operation mode switch (EX-15/17)
- Bending-resistant cable type suitable for moving parts, such as robot arms (EX-x-R)
Applications
- Positioning of PCBs
- Detecting ICs, PCB racks, wafer cassettes, and thin rings
- Checking for absence of capacitors in trays
Compact Size
Flexible Mounting Options
Bright 2-Color Indicator
Application Examples
Accessories
Published: 2023-08-31
| Updated: 2023-09-27
