Sensors A versatile line of sensing devices designed to provide accurate, reliable measurements in a range of environments. Each sensor converts a physical parameter into an electrical signal that can be read by standard controllers, microcontrollers, PLCs, or data loggers. The design focuses on easy integration, durability, and consistent performance. Key features - Function: detects and converts physical quantities into electrical signals. Outputs include analog voltage or current and digital interfaces such as I2C, SPI, or UART, depending on model. - Compatibility: integrates with common control systems and development platforms. Supports standard mounting patterns and connectors; broad operating voltage and temperature ranges. - Size and materials: compact form factor suitable for tight spaces. Robust housings in plastic or metal; protected sensing elements for reliable operation. - Performance: accurate and repeatable readings with low drift and fast response to changes. Designed for stable operation under varying environmental conditions. - Reliability and maintenance: long service life with minimal maintenance; some models offer diagnostics and status reporting. Use scenarios - Industrial automation: monitor machine temperature or proximity to prevent overheating and to improve process safety on conveyors and robotic cells. - Smart buildings and home automation: occupancy and ambient light sensing to optimize lighting and climate control. - Vehicle and outdoor sensing: ambient light for automatic lighting control or environmental sensing for climate systems.