Water Level Sensor 420mA Output Liquid Level Transmitter 05m Range IP68 Waterproof

Water Level Sensor 420mA Output Liquid Level Transmitter 05m Range IP68 Waterproof Description

precision EntryLevel Water Level Transmitter Designed for reliable and accurate monitoring of water levels, this transmitter combines advanced technology with durable construction to deliver consistent performance in demanding environments. Key Features: Entrylevel design with precision silicon diffusion sensor for more accurate water level measurement and improved monitoring reliability. Fully digital conditioning circuit ensures stable 420mA signal output, minimizing interference and maintaining consistent readings. IP68rated multilayer waterproof protection for safe operation in challenging conditions, including full submersion. 45degree oblique angle antishock structure reduces impact damage and prolongs service life. Detachable antilock design for ease of installation, maintenance, and replacement. Specifications and Benefits: Function: Measures water levels with precision using silicon diffusion technology. Compatibility: Suitable for systems requiring 420mA signal output for industrial or environmental monitoring applications. Size and Structure: Compact form factor with angled design for shock resistance and better durability. Material: Built with quality, waterproof materials to ensure performance and safety in wet environments. Performance: Stable digital signal output even in conditions with electrical interference or variable temperature. Applications: 1. Industrial Water Management - Monitor storage tanks, reservoirs, or process water levels with dependable accuracy. 2. Environmental Monitoring - Track water levels in rivers, lakes, or wetlands for research or flood prevention. 3. Agricultural Irrigation Systems - Maintain water levels in irrigation channels or holding ponds. This transmitter offers a balance of affordability, precision, and rugged design, making it a practical choice for water level monitoring in a wide range of operational scenarios.