Baumer Photoelectric Sensors
Features:
✅ Versatile Sensing Principles ✅ Long Sensing Ranges ✅ Compact, Rugged Housings ✅ Advanced Light Sources ✅ Wide Operating Temperature These features make Baumer Photoelectric Sensors ideal for applications like conveyor automation, robotic alignment, presence detection in packaging, transparent object sensing, and industrial counting or inspection.Liquiphant FTL51B – Level Sensors
Features:
✅ Reliable vibrating fork technology ✅ SIL2/3 certified for safety-critical applications ✅ Heartbeat Technology for diagnostics & monitoring ✅ HART, Bluetooth®, IO-Link communication ✅ No calibration or adjustment needed ✅ IIoT-ready with Netilion support ✅ Robust 316L stainless steel constructionThe Liquiphant FTL51B is a smart vibrating fork level switch for reliable point level detection in liquids. It operates independently of media properties, requires no calibration, and is ideal for safety-critical applications with SIL2/3 certification. With digital communication (HART, IO-Link, Bluetooth®) and Heartbeat Technology, it ensures efficient diagnostics and predictive maintenance.
Omron E2E Proximity Sensors
Features:
✅ Non-contact metal detection for long operational life ✅ Shielded and unshielded models for flexible mounting ✅ Sensing distances up to 30 mm ✅ LED status indicators for quick diagnostics With quick response time, high repeatability, and rugged IP67 protection, the E2E sensors are engineered to provide stable operation in dusty, oily, and wet environments.Temperature Sensors – WIKA RTDs & Thermocouples
Features:
✅ Wide Range :RTD: -200°C to +600°C , Thermocouple: -200°C to +1,800°C ✅ High Accuracy: RTD: Class A & B (IEC 60751) , TC: ANSI/IEC standard compliance ✅ Flexible Construction: Spring-loaded, sheath-type, MI designs , Options: thermowells, heads, cables ✅ Wide portfolio ✅ High measurement accuracy and long service life ✅ Low susceptibility to interference and thus high process reliabilityThermocouple-equipped temperature probes are perfect for measuring temperatures as high as +1,700 °C. They are made up of two distinct metals that are connected to create a thermocouple.