1. Position Detection in Hazardous Chemical Processing
This inductive proximity sensor is ideal for precise position detection of metallic components such as valve actuators or gates within chemical processing plants. Its stainless steel housing and IP67 rating ensure durability and resistance to corrosive chemicals and frequent washdowns. The NAMUR output is intrinsically safe, making it suitable for hazardous areas (Ex applications), while the SIL 2 rating provides high reliability for safety-critical functions.
Problem SolvedSafely and reliably detects the presence or position of metallic parts in corrosive and potentially explosive atmospheres, preventing incorrect operations or spills.
Intrinsic SafetyHazardous AreaChemical ResistancePosition SensingSIL 2NAMURIP67
2. Object Detection on Conveyor Systems in Food & Beverage
The sensor's robust stainless steel housing and IP67 rating make it perfectly suited for object detection on conveyor belts in food and beverage production facilities, where stringent hygiene standards require regular washdowns. Its 8 mm non-flush sensing distance can reliably detect various metallic containers or products, and the wide operating temperature range accommodates different processing environments.
Problem SolvedAccurately detects and tracks metallic items on production lines in hygienic environments, enabling automated sorting, counting, and process control while withstanding rigorous cleaning protocols.
Food & BeverageConveyor SystemObject DetectionStainless SteelIP67WashdownIndustrial Automation
3. End-of-Travel Detection in Industrial Machinery
With its durable stainless steel M18 housing, this sensor provides reliable end-of-travel or home position detection for moving metallic machine parts, such as hydraulic cylinders or machine slides. The 8 mm non-flush sensing distance is effective even when the target is not perfectly flush. The NAMUR output, integrated with an appropriate switch amplifier, delivers a dependable signal for machine control, enhancing operational precision and machine safety due to its SIL 2 capability.
Problem SolvedEnsures precise and safe operation of automated industrial machinery by accurately detecting the limits of movement for metallic components, contributing to collision avoidance and optimized cycle times.
End-of-TravelMachine AutomationPosition ControlInductive SensingNAMURRobust DesignSIL 2
