Bio-Tek Dual Channel Flow Meter Monitor with 6-Digit Display for Biopharmaceutical Processes

The Bio-Tek Dual Channel Flow Meter Monitor is engineered for precise flow measurement in biopharmaceutical process environments, critical for molecular diagnostics and biomanufacturing workflows. Its NEMA 4X stainless steel housing ensures durability in wet and corrosive lab conditions. This flow meter monitor features:

• Dual independent channel design compatible with Equflow turbine flow meters, enabling versatile bioprocess monitoring
• Large, bright dual-line 6-digit readout with upper display (0.60" high) and lower display (0.46" high), with eight selectable intensity levels for clear visibility
• Flow rate display adjustable per second, minute, hour, or day, supporting detailed flow analysis for bioprocess control
• 9-digit totalizer provides total, grand total, and overflow tracking, essential for precise fluid volume measurement in bioprocessing
• Password protection to secure total reset functions, maintaining data integrity in clinical and research settings
• Programmable display and function keys for customizable operation tailored to biotechnological applications such as synthetic biology and gene editing studies
• Optional 4-20mA analog signal output for seamless integration with PLC/SCADA control systems, facilitating advanced automated bioprocess monitoring
• Operating temperature range from -40 to 65°C and relative humidity tolerance of 0-90% non-condensing, supporting stable performance in diverse lab environments
• Powered by 120VAC/60Hz with maximum power consumption of 40W
• Dimensions: 8 x 7.5 x 8.5 inches; Weight: 4.9 kg (10.8 lbs), suitable for benchtop or inline installation

This flow meter monitor is widely used in biotechnology research for monitoring fluid flow in cell culture bioreactors, gene editing platforms, and pharmaceutical production pipelines. The device’s compliance with NEMA 4X (IP65) standards ensures reliable operation in critical live-cell imaging and fluorescence analysis labs requiring precise fluid measurement and control. Its integration capability with industrial control systems makes it essential for bioprocessing automation and clinical diagnostics.