| Microcontroller-based photoelectric touch buttons; A cost-effective and easy-to-install alternative to capacitive touch switches and mechanical push buttons for error proofing and parts-verification applications; A cost-effective and easy-to-install alternative to capacitive touch switches and mechanical push buttons for error proofing and parts-verification applications; Immune to ambient light, EMI and RFI interference; High excess gain cuts through heavy airborne contamination to function in almost any environment |
| Microcontroller-based photoelectric touch buttons |
| A cost-effective and easy-to install alternative to capacitive touch switches and mechanical push buttons for error proofing and parts-verification applications |
| Ergonomically designed to eliminate hand, wrist and arm stresses associated with repeated switch operation, requires no physical pressure to operate |
| Illuminated base provides a bright, easy-to-see job light in one or two colors, depending on model |
| LED power and output indicators |
| Immune to ambient light, EMI and RFI interference |
| High excess gain cuts through heavy airborne contamination to function in almost any environment |
| Two-color job light model |
| Protected against reverse polarity and transient voltage (fast-transient and over voltage |
| Protected against false pulse on power-up (outputs held off for 1 second at power-up), overload and short-circuits |
| Translucent white polycarbonate base, electronics fully epoxy encapsulated |
| Up to 120000 lux (direct sunlight) ambient light immunity |
| 150 mA maximum load output rating |
| Less than 1.5 V at 150 mA on-state saturation voltage /less than10 uA off-state leakage current |
| PVC jacketed 2 m five-wire cable |
| 30 mm mounting thread |
| Normally open actuator operation |
| Cable |
| 2 m length cable connection |
| One open collector PNP transistor output |
