TRACO TB5-51 Turbidity Speed Flow Controller Module, Control System Component

TRACO TB5-51 Turbidity Speed Flow Controller Module, Control System Component

    The TRACO TB5-51 Turbidity Speed Flow Controller Module is designed for monitoring and controlling water quality parameters such as turbidity, flow rate, and speed in industrial settings. It ensures precise measurement and control for environmental protection, water treatment plants, and other industrial applications.

Manufacturer:TRACO

Model:TB5-51

Type:Turbidity Speed Flow Controller Module

Operating Voltage:24V DC

Operating Current:100mA

Control Range:0-100 NTU

Flow Rate:Up to 5 m³/h

Temperature Range:-20°C to +80°C

Protection Rating:IP65

Dimensions:120 x 80 x 40 mm

Weight:0.5 kg

    This TRACO TB5-51 Turbidity Speed Flow Controller Module is engineered to deliver reliable performance in the most demanding environments. It features an optical sensing element that provides accurate measurements of both flow rates and turbidity levels. With its robust design, this module is capable of operating in harsh conditions with a protection rating of IP67, ensuring dust-tight and water-resistant capabilities.

    Key Features:

    – High accuracy optical sensing technology

    – Broad range of flow and turbidity measurements

    – Compact and durable design suitable for industrial installations

    – Reliable and stable operation under varying conditions

    – Easy integration with existing systems due to standard 4-20mA output signal

    Installation and Use:

    For installation, mount the module securely in the designated location within your system. Ensure proper wiring connections are made according to the manual provided. The module is designed for straightforward setup and can be quickly calibrated using standard procedures.

    Applications:

    The TRACO TB5-51 Turbidity Speed Flow Controller Module finds application in water treatment plants, chemical processing facilities, and other industrial settings where monitoring fluid properties is critical. Its precision and reliability make it a valuable component in any system requiring close monitoring and control of fluid flow and turbidity.