Portable Laboratory Grade Turbidimeter for Water Analysis

£2,462.00

The TB 350 is an advanced portable turbidity meter designed for accurate and reliable water analysis. With its innovative Multipath 90° BLAC® technology and robust construction, this device ensures precise measurements across a wide range of applications, from drinking water treatment to wastewater monitoring.

  • Patented Multipath 90° BLAC® technology
  • Superior accuracy at low & high turbidities
  • Guided & animated procedures on full-colour touchscreen
  • Available with infrared & white light source
Supplied with sample cells, silicone oil and ready-to-use T-CAL® calibration standards in carrying case.

 

SKU: 194300 Category:

Description

Why Choose the TB 350?

Applications include

  • Drinking Water Testing
  • Pool and Spa Water Analysis
  • Wastewater Treatment Monitoring
  • Industrial Process Water Testing
  • Environmental Water Quality Assessment

Specifications

  • Measuring Range: 0.01 – 4,000 NTU
  • Light Source: IR LED (860 nm)
  • Display: Full-color touchscreen
  • Data Storage: 250 measurements, with calibration and verification data
  • Power Supply: 4 AA batteries or an external power supply
  • Portability: Lightweight and compact design for field use

How does the Multipath 90° BLAC® technology improve turbidity measurement accuracy?

Can the TB 350 be calibrated with Formazin standards, and how frequently should calibration be performed?

What measures are in place to prevent interference from ambient light during field measurements?

The TB 350’s optical design and BLAC® technology inherently minimize the influence of ambient light. Additionally, the sample compartment is engineered to shield the detector from external light sources. For optimal performance, measurements should be conducted in controlled lighting conditions or using the device’s protective cap.

How does the TB 350 handle samples with high turbidity levels, and is there a risk of sensor saturation?

What are the data management capabilities of the TB 350, and how can data be integrated into existing monitoring systems?

Is the TB 350 suitable for continuous monitoring applications, and what are the best practices for maintaining sensor accuracy over extended periods?

While the TB 350 is primarily designed for portable use, it can be adapted for continuous monitoring applications with appropriate setup and periodic maintenance. To maintain sensor accuracy over extended periods, regular calibration, cleaning of the optical components, and verification against standards are essential. Ensuring the sample compartment is free from debris and air bubbles will also help maintain consistent measurements.

Request the TB 350 Technical Specifications or SDS

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