The Stero P49-6987 Float Probe Assembly by Parker is an industrial-grade sensor designed for precise liquid level detection within commercial fluid management systems. Engineered for durability and accuracy, this float probe assembly features a stainless steel construction suitable for food processing, beverage, and pharmaceutical applications. Its compact dimensions of 2" height, 2.5" width, and 4.5" depth ensure seamless integration into existing tanks and pipelines. With a weight of 1 lb, the P49-6987 is configured for reliable long-term operation in demanding environments, providing critical level monitoring for process control and safety. Its compatibility with Parker’s float sensor systems allows for accurate, real-time feedback in food industry liquid handling and bulk storage solutions.
Top Parker P49-6987 Features
The Stero P49-6987 float probe assembly offers precise liquid level detection, with a corrosion-resistant stainless steel body designed for food and beverage processing environments. Its robust construction ensures durability under frequent cleaning and sanitation cycles. The assembly simplifies installation with straightforward mounting options, ensuring consistent performance in tank level control. Ideal for integration with automated systems, this probe enhances workflow efficiency by providing accurate sensing in liquid storage, mixing, and transfer applications. The technical design supports maintenance with easy disassembly for inspection and cleaning, minimizing downtime for commercial foodservice and processing facilities.
- Corrosion-resistant stainless steel body optimizes durability
- Compact dimensions (2" height, 2.5" width, 4.5" depth) ensure easy installation
- Designed for seamless integration with Parker sensor systems
- Easy disassembly facilitates maintenance and sanitation
- Reliable liquid level detection for process efficiency
Suitable for liquid level monitoring in food production, beverage, and pharmaceutical facilities
Stero P49-6987 Technical Specs
The Stero P49-6987 float probe assembly features a stainless steel construction rated for long-term use in food and beverage processing environments. Its dimensions include a height of 2 inches, width of 2.5 inches, and depth of 4.5 inches, with a weight of 1 lb, making it lightweight yet durable. The sensor is engineered for use in tanks requiring precise liquid level detection, compatible with Parker’s sensor system portfolio. It does not require external power sources or complex wiring, simplifying installation. The assembly performs reliably across a range of operational temperatures typical in food production, and it resists corrosion from cleaning agents, ensuring longevity. Its design supports easy maintenance with disassembly features that facilitate sanitation and inspection routines, suitable for continuous industrial use.
- Electrical Requirements: Not specified—designed for integration with compatible sensor systems
- Material: Stainless steel for maximum durability and corrosion resistance
- Dimensions: 2" (height) x 2.5" (width) x 4.5" (depth)
- Weight: 1 lbs, includes mounting hardware
- Application environments: Food processing, beverage, pharmaceutical manufacturing
- Temperature Range: Operational across standard processing temperatures
- Connection compatibility: Compatible with Parker float sensor controllers
- Installation: Mounts securely in tank openings with straightforward disassembly
- Cleaning & Maintenance: Disassembly friendly for sanitation routines
- Material safety: Food-grade stainless steel withstands frequent cleaning
- Durability: Designed for repeated immersion and sanitation cycles
What is a commercial float probe assembly?
A commercial float probe assembly is an industrial sensor device used for liquid level detection in food, beverage, and pharmaceutical manufacturing facilities. Designed for process monitoring, it features a corrosion-resistant body and reliable electrical performance to ensure accurate measurement of liquid levels. Installed in tanks or pipelines, the Stero P49-6987 Float Probe Assembly by Parker is ideal for continuous level control, automated system integration, and process safety management, supporting medium-volume liquid handling operations in foodservice settings and processing lines.
Top Liquid Level Sensors for Food Processing Equipment
Top liquid level sensors like the Stero P49-6987 provide reliable detection and integration in food and beverage processing workflows, tailored for medium-volume operations. Built with durable stainless steel, these sensors ensure long-term stability and sanitation suitability, making them ideal for continuous process monitoring in commercial kitchen equipment and bulk storage tanks. The Parker P49-6987 sensor offers robust performance for general factory-level liquid management, suited to foodservice and industrial applications.
- Operation Type — Designed for process monitoring in food production
- Kitchen Setting — Suitable for compact and semi-automatic food processing spaces
- Foodservice Category — Ideal for beverage, dairy, and pharmaceutical processing
- Workload Qualifier — Supports moderate throughput liquid handling
- Use Case — Ensures consistent liquid level control during manufacturing
Why Choose AllPoints P49-6987
Why Choose AllPoints P49-6987 Float Probe Assembly Parker? This model features a stainless steel body that ensures resilience against harsh cleaning and frequent use, outperforming many competitor sensors. Its precise liquid detection enhances process control, while its easy installation and maintenance reduce downtime. The compact form factor facilitates integration into various tank sizes, improving operational efficiency in commercial foodservice environments.
- Compact, space-efficient design fits diverse tank configurations
- Corrosion-resistant materials extend service life in sanitary applications
- Engineered for simple installation and straightforward disassembly
- Reliable for continuous liquid level monitoring in food and beverage processing
- Compatible with Parker systems for seamless automation integration
