ANDERSON NEGELE

Anderson Negele Turbidity Sensor ITM-51

ITM-51 & ITM-51R

From a diode, infrared light is radiated into the medium. The particles present in the medium reflect the incident light detected by the receiving diode (so-called backscatter method). The electronics calculate from the received signal, the relative turbidity of the medium.

The relative turbidity is given in NTU, or on the Nails calibration standard specified in "% TU" or in the EBC.

 

Suitable for pipe sizes as small as DN25 the versatility is broad and it has been used in many applications with great success. Not only does it help to optimise systems but the reduction in lost water, cleaning solutions and product allow it to quickly and effectively pay for itself, whilst continuing to streamline and save the end user money from the day that it is installed.

 

With a complete range of process connections and a remote version available there is a solution for nearly all applications where turbidity monitoring is required.

 

Application Examples:

 

  • Patented Frontflush sensor
  • Infrared back scatter technology
  • Independent to reflexions at small diameters or electro-polished surfaces
  • No colour dependency (wave length 860 nm)
  • Sapphire glass optics
  • IP69K
  • High reproducibility: ≤ 1 % of full scale
  • Switching output (switchpoint and hysteresis freely adjustable)
  • CIP/SIP – Cleaning up to 140°C for 30 minutes maximum
  • FDA and 3A (3A Tri-Clamp only) Certified
Read more
  • Infrared Backscatter Principle
  • Measuring Range > 2000 NTU (> 500 EBC)
  • Operating Pressure Max 16 Bar
  • Approvals: FDA; 3-A

Selected variant

Selected variant

Technical data

Approvals 3-A, EHEDG, FDA
Area of apllication Food
IP class IP67, IP69K
Material cover Polycarbonate
Material detector Sapphire
Material of connection Stainless steel 316L
Material of sensor housing Stainless steel 1.4308
Measurement accuracy +/-3% - 0-999NTU ; +/- 5% > 999NTU
Pressure range max 20 bar
Pressure range min -1 bar
Response time 750 ms
Supply voltage dc max 32 V DC
Supply voltage dc min 18 V DC
Temperature ambient from -10 °C
Temperature ambient to 60 °C
Temperature of media from -10 °C
Temperature of media to 130 °C
Weight 750 g

Product description

From a diode, infrared light is radiated into the medium. The particles present in the medium reflect the incident light detected by the receiving diode (so-called backscatter method). The electronics calculate from the received signal, the relative turbidity of the medium.

The relative turbidity is given in NTU, or on the Nails calibration standard specified in "% TU" or in the EBC.

 

Suitable for pipe sizes as small as DN25 the versatility is broad and it has been used in many applications with great success. Not only does it help to optimise systems but the reduction in lost water, cleaning solutions and product allow it to quickly and effectively pay for itself, whilst continuing to streamline and save the end user money from the day that it is installed.

 

With a complete range of process connections and a remote version available there is a solution for nearly all applications where turbidity monitoring is required.

 

Application Examples:

 

  • Patented Frontflush sensor
  • Infrared back scatter technology
  • Independent to reflexions at small diameters or electro-polished surfaces
  • No colour dependency (wave length 860 nm)
  • Sapphire glass optics
  • IP69K
  • High reproducibility: ≤ 1 % of full scale
  • Switching output (switchpoint and hysteresis freely adjustable)
  • CIP/SIP – Cleaning up to 140°C for 30 minutes maximum
  • FDA and 3A (3A Tri-Clamp only) Certified

Ordering information

Please refer to the images below for ordering information.

 

 

 

 

 

 

 

 

 

 

Accessories

Related products

Parts Cable Connection Measurement accuracy Price
+/-3% - 0-999NTU ; +/- 5% > 999NTU
standard 5,10,25m
M12
+/-3% - 0-999NTU ; +/-5% > 999NTU

Selected variant

Select a variant in the list

Contact us

If you need any help, you can contact us in one of the following ways:

phone 0116 284 9900

Send an e-mail Send an e-mail

comments Use live chat

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