Burkert Turbidity Sensor Cube, MS05
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MS05 Turbidity Sensor Cube

Brand: Burkert Fluid Control Systems
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Burkert Turbidity Sensor Cube, MS05 Burkert Turbidity Sensor Cube, MS05 Burkert Turbidity Sensor Cube, MS05
The device is a turbidity measurement sensor. It is used within the Online Analysis System Type 8905 by being plugged into a spare fluidic backplane slot. The device contains an optical sensor following DIN EN ISO 7027 or EPA method 180.1. The turbidity of water needs to be analyzed continuously as indicator for unwanted undissolved content in the water. 

Measurement prior and post filtration indicates the effect of filtration and may help to optimize the filter backwash process. In the best case it can lead to water and energy savings. The electrical and fluidic connections are made via the connection panel of the system. The sensor cube is communicating via buS, so the recognition at the Online Analysis System is fully automatic. When plugged into a system you will find the sensor in the list of buS members for further customized adjustments.
Features
  • Fully compatible with buS systems and a wide range of further analysis sensor cubes
  • Optical sensor according to DIN EN ISO 7027 or EPA method 180.1
  • Modular sensor cube for hot swap (exchange during operation)
  • Minimal sample water flow needed

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Specifications

Brand

Ambient Temperature Range

  • 3° to 40° C (37° to 104° F)

Approvals & Certifications

  • CE
  • EU Directives
  • NAMUR NE 107 (External Communication by Status LED)
  • UL (C,US)

Consumption

  • Power: 0.8 VA

Electrical Connectors

  • Plug Connection

Enclosure, Body Material

  • Polyphenylene Ether (PPE) - DIN EN ISO 7027, EPA Method 180.1
  • Polystyrene (PS) - DIN EN ISO 7027, EPA Method 180.1

Environmental Protection

  • IP20
  • IP65

Filter

  • Sample Water: > 100 µm

Flow Rate

  • Sample Water: > 6 L/hour

Humidity

  • < 90% Relative Humidity, without Condensation

Indication

  • LED

Linearity

  • ± 0.5% of Full Scale - DIN EN ISO 7027, EPA Method 180.1

Materials of Construction

  • Cuvette: Glass - DIN EN ISO 7027, EPA Method 180.1
  • Cuvette: PET - EPA Method 180.1
  • Lever: Polycarbonate (PC) - DIN EN ISO 7027, EPA Method 180.1
  • Valve: Silicone - DIN EN ISO 7027, EPA Method 180.1

Measuring Error

  • Measurement Deviation: ± 0.02 FNU or 2% of Reading, whichever is greater - DIN EN ISO 7027
  • Measurement Deviation: ± 0.02 NTU or 2% of Reading, whichever is greater - EPA Method 180.1

Measuring Range

  • 0 to 40 FNU - DIN EN ISO 7027
  • 0 to 40 NTU - EPA Method 180.1

Media

  • Water (4 to 9 PH)

Operating Voltages

  • 24 Vdc

Pressure Range

  • Sample Water Pressure - psi: 0 to 43.51 (kPa: 0 to 300, bar: 0 to 3)

Process Temperature

  • Sample Water Temperature: 3° to 40° C (37° to 104° F)

Repeatability

  • ± 0.02 FNU or 2% of Reading, whichever is greater - DIN EN ISO 7027, EPA Method 180.1

Resolution

  • ± 0.0006 FNU - DIN EN ISO 7027
  • ± 0.005 NTU - EPA Method 180.1

Seat / Seal Material

  • Seal: EPDM - DIN EN ISO 7027, EPA Method 180.1

Documentation

Data Sheets

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