The Cirrus Split Ultrasonic Level Transmitter represents an advanced non-contact solution for industrial liquid level measurement in storage tanks and process vessels. This system ...

The Cirrus Split Ultrasonic Level Transmitter represents an advanced non-contact solution for industrial liquid level measurement in storage tanks and process vessels. This system comprises two primary components: an ultrasonic sensor that mounts directly to tank tops via threaded connection, and a separate wall-mounted programmer with display unit installed in safe, accessible areas. This split-design configuration significantly enhances operational safety by maintaining critical controls away from potentially hazardous environments. The device operates through ultrasonic wave emission directed toward liquid surfaces, with reflected waves providing accurate distance calculations to determine precise liquid levels without any physical contact. This non-invasive approach ensures long-term reliability while minimizing maintenance requirements. The economical design, straightforward installation process, and intuitive user interface establish this transmitter as a practical selection for operations seeking efficient and dependable level monitoring solutions.

This ultrasonic transmitter finds extensive application across multiple industries where direct liquid contact proves impractical or poses safety concerns. Chemical processing facilities utilize it for monitoring corrosive substances without risking sensor degradation or contamination. Water treatment operations depend on its capabilities for accurate level measurement in clarifiers, storage tanks, and filtration systems. The petroleum industry employs these transmitters for inventory management of fuels and crude oils in storage facilities. Food and beverage manufacturers benefit from the non-invasive measurement approach that maintains strict hygiene standards in processing tanks. Pharmaceutical and high-purity applications leverage the technology to prevent product contamination while ensuring precise level control. The system's versatility accommodates various tank dimensions and liquid characteristics, from aggressive industrial chemicals to potable water, delivering consistent performance across diverse operational conditions.

Organizations value the Cirrus Split Ultrasonic Level Transmitter for its demonstrated reliability, cost-efficient operation, and overall operational effectiveness. The non-contact measurement methodology substantially reduces component wear, resulting in lower long-term maintenance expenses and minimized operational downtime. The segregated design enhances workplace safety by isolating the display and control unit from potentially hazardous zones, thereby protecting personnel and equipment. The straightforward calibration process utilizing push-button controls and clear LCD display simplifies operation while reducing staff training requirements. These characteristics collectively deliver substantial return on investment through improved measurement accuracy, reduced operational risks, and seamless integration with existing control systems and monitoring infrastructure.

Key Features:
- Split design configuration with separate ultrasonic sensor and wall-mounted display for enhanced safety
- Non-contact measurement technology using ultrasonic waves to prevent liquid contact and corrosion
- Thread-mounted sensor design enabling straightforward installation on tank tops without complex fittings
- User-friendly programming interface featuring LCD display and push-button controls for simple calibration
- Continuous ultrasonic wave emission and reception system for accurate real-time level monitoring

Benefits:
- Enhanced operational safety through physical separation of controls from hazardous measurement areas
- Extended equipment lifespan and reduced maintenance through non-contact measurement technology
- Simplified installation process reducing setup time and associated labor costs
- Intuitive operation minimizing training requirements and potential operator errors
- Reliable real-time data for improved process control and inventory management accuracy