conductivity
5000TC Toroidal Conductivity Sensor
The Honeywell 5000TC conductivity sensors are specifically designed for monitoring conductivity, chemical concentration or salinity in complex processes where coating, fouling, corrosion or high temperatures and/or pressures are a concern.
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Overview
Conductivity measurement can pose a challenge for complex processes where coating, fouling, corrosion or high temperatures and/ or pressures are a concern. The Honeywell 5000TC conductivity sensors are specifically designed for monitoring conductivity, chemical concentration or salinity in such difficult applications.
What Is It?
The Honeywell 5000TC toroidal (electrodeless) conductivity sensor measures the conductivity of solutions from 0.2 to 2000 millisiemens/cm. The sensors can be used for monitoring chemical concentration and salinity as well. The corrosion and fouling-resistant cells are available with a variety of mounting assemblies to ensure compatibility for applications in the chemical, food & dairy, refinery, pulp and paper, metal finishing and wastewater industries.
Available in two types of basic sensor forms - the convertible or sanitary style, these conductivity cells come in variety of material types including PEEK, PFA Teflon®, PVDF, and Polypropylene and a range of mounting options that meet diverse application needs. 5000TC toroidal conductivity cells minimize chemical compatibility issues and increase cell reliability.
How Does It Work?
The Honeywell 5000TC toroidal (inductive magnetic field cells) operate on a different principle than the traditional contacting electrode cell. The device sends an alternating current of known value through the primary coil which creates a magnetic field and induces a current in the process liquid. This in turn, induces a current in the pickup coil which is directly proportional to the conductivity of the liquid. These toroidal cells thus eliminate direct contact between the coils and the solution eliminating potential maintenance problems.
These cells come with a 1 ½” diameter bore which minimizes rough surfaces and flow impedance and a 1000Ω Platinum Resistance Temperature Detectors (RTDs) which ensures proper temperature compensation.
What Problems Does It Solve?
Monitoring and measuring conductivity for difficult applications is a cumbersome process. Inaccurate conductivity measurements can cause product contamination. The Honeywell 5000TC conductivity sensors eliminate these problems with a non-contacting (torodial) solution that measures conductivity and help users with reliable data even from complex applications. In addition, the non-contact feature ensures easy maintenance.
What Is It?
The Honeywell 5000TC toroidal (electrodeless) conductivity sensor measures the conductivity of solutions from 0.2 to 2000 millisiemens/cm. The sensors can be used for monitoring chemical concentration and salinity as well. The corrosion and fouling-resistant cells are available with a variety of mounting assemblies to ensure compatibility for applications in the chemical, food & dairy, refinery, pulp and paper, metal finishing and wastewater industries.
Available in two types of basic sensor forms - the convertible or sanitary style, these conductivity cells come in variety of material types including PEEK, PFA Teflon®, PVDF, and Polypropylene and a range of mounting options that meet diverse application needs. 5000TC toroidal conductivity cells minimize chemical compatibility issues and increase cell reliability.
How Does It Work?
The Honeywell 5000TC toroidal (inductive magnetic field cells) operate on a different principle than the traditional contacting electrode cell. The device sends an alternating current of known value through the primary coil which creates a magnetic field and induces a current in the process liquid. This in turn, induces a current in the pickup coil which is directly proportional to the conductivity of the liquid. These toroidal cells thus eliminate direct contact between the coils and the solution eliminating potential maintenance problems.
These cells come with a 1 ½” diameter bore which minimizes rough surfaces and flow impedance and a 1000Ω Platinum Resistance Temperature Detectors (RTDs) which ensures proper temperature compensation.
What Problems Does It Solve?
Monitoring and measuring conductivity for difficult applications is a cumbersome process. Inaccurate conductivity measurements can cause product contamination. The Honeywell 5000TC conductivity sensors eliminate these problems with a non-contacting (torodial) solution that measures conductivity and help users with reliable data even from complex applications. In addition, the non-contact feature ensures easy maintenance.
Specifications
Others
- Operating Temperature Range
- 10 to 125 deg C
- 14 to 257 deg F
- Applications
- Conductivity
- Wetted Materials
- Polypropylene
- Temperature Compensation
- Pt1000Ω Platinum RTD
- Sensor Styles
- Convertible (Immersion, Union, Insertion)
- Sensor Cable
- XLPE Jacket
- Pressure Limits
- Polypropylene: 100 psi at 212 deg F (6.9 bar at 100 deg C)
- Mounting Types
- Union-Mount
- Measurement Range
- 0.2 to 2000 milliSiemens/cm
- Industry
- Chemicals
- Construction
- Manufacturing
- Mining, Minerals & Metals
- Oil & Gas
- Renewable Energy
- Upstream
- Utilities
Others
- Operating Temperature Range
- 10 to 125 deg C
- 14 to 257 deg F
- Applications
- Conductivity
- Wetted Materials
- Polypropylene
- Temperature Compensation
- Pt1000Ω Platinum RTD
- Sensor Styles
- Convertible (Immersion, Union, Insertion)
- Sensor Cable
- XLPE Jacket
- Pressure Limits
- Polypropylene: 100 psi at 212 deg F (6.9 bar at 100 deg C)
- Mounting Types
- Union-Mount
- Measurement Range
- 0.2 to 2000 milliSiemens/cm
- Industry
- Chemicals
- Construction
- Manufacturing
- Mining, Minerals & Metals
- Oil & Gas
- Renewable Energy
- Upstream
- Utilities
- Operating Temperature Range : 10 to 125 deg C|14 to 257 deg F
- Applications : Conductivity
- Wetted Materials : Polypropylene
- Temperature Compensation : Pt1000Ω Platinum RTD
- Sensor Styles : Convertible (Immersion, Union, Insertion)
- Sensor Cable : XLPE Jacket
- Pressure Limits : Polypropylene: 100 psi at 212 deg F (6.9 bar at 100 deg C)
- Mounting Types : Union-Mount
- Measurement Range : 0.2 to 2000 milliSiemens/cm
- Industry : Chemicals|Construction|Manufacturing|Mining, Minerals & Metals|Oil & Gas|Renewable Energy|Upstream|Utilities
Technical Note
Name
Description
File Size
Date
Size
5000TC Series Toroidal (Electrodeless) Conductivity Sensors Specification
application/pdf 118.6 KB
6/3/2021
118.6 KB
5000 Toroidal Conductivity Cells Specification
application/pdf 3.53 MB
6/3/2021
3.53 MB
Application Note
Name
Description
File Size
Date
Size
Use wireless networking to gather remote analytical measurements
application/pdf 458.79 KB
6/3/2021
458.79 KB
Brochure
Name
Description
File Size
Date
Size
Analytical brochure - measurements for pH, ORP, conductivity/resistivity, dissolved oxygen and hydrogen purity.
application/pdf 1.55 MB
6/3/2021
1.55 MB
Brochure on how analytical instruments can improve power plant efficiency.
application/pdf 1.05 MB
6/3/2021
1.05 MB
Manuals and Guides
Name
Description
File Size
Date
Size
Electrolytic Conductivity 5000TC Toroidal (Electrodeless) Conductivity Probe, 51-52-16-54-Issue 17
application/pdf 114.32 KB
6/3/2021
114.32 KB
Electrolytic Conductivity 5000TC Toroidal (Electrodeless) Conductivity Probe, 51-52-16-54
application/pdf 38.53 KB
6/3/2021
38.53 KB
Name
Description
File Size
Date
Size
5000TC Series Toroidal (Electrodeless) Conductivity Sensors Specification
application/pdf 118.6 KB
6/3/2021
118.6 KB
Analytical brochure - measurements for pH, ORP, conductivity/resistivity, dissolved oxygen and hydrogen purity.
application/pdf 1.55 MB
6/3/2021
1.55 MB
5000 Toroidal Conductivity Cells Specification
application/pdf 3.53 MB
6/3/2021
3.53 MB
Electrolytic Conductivity 5000TC Toroidal (Electrodeless) Conductivity Probe, 51-52-16-54-Issue 17
application/pdf 114.32 KB
6/3/2021
114.32 KB
Electrolytic Conductivity 5000TC Toroidal (Electrodeless) Conductivity Probe, 51-52-16-54
application/pdf 38.53 KB
6/3/2021
38.53 KB
Use wireless networking to gather remote analytical measurements
application/pdf 458.79 KB
6/3/2021
458.79 KB
Brochure on how analytical instruments can improve power plant efficiency.
application/pdf 1.05 MB
6/3/2021
1.05 MB
Name
Description
File Size
Date
Size
5000TC Series Toroidal (Electrodeless) Conductivity Sensors Specification
118.6 KB
6/3/2021
5000 Toroidal Conductivity Cells Specification
3.53 MB
6/3/2021
Use wireless networking to gather remote analytical measurements
458.79 KB
6/3/2021
Analytical brochure - measurements for pH, ORP, conductivity/resistivity, dissolved oxygen and hydrogen purity.
1.55 MB
6/3/2021
Brochure on how analytical instruments can improve power plant efficiency.
1.05 MB
6/3/2021
Electrolytic Conductivity 5000TC Toroidal (Electrodeless) Conductivity Probe, 51-52-16-54-Issue 17
114.32 KB
6/3/2021
Electrolytic Conductivity 5000TC Toroidal (Electrodeless) Conductivity Probe, 51-52-16-54
38.53 KB
6/3/2021
Name
Description
File Size
Date
Size
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TOROIDAL ELECTRODELESS CONDUCT PROBE
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TOROIDAL ELECTRODELESS CONDUCT PROBE
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51452226-502
IN-LINE MOUNTING KIT PVC DO PR
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5000TC
TOROIDAL ELECTRODELESS CONDUCT PROBE
5000TC
TOROIDAL ELECTRODELESS CONDUCT PROBE
51452226-502
IN-LINE MOUNTING KIT PVC DO PR
51452226-502
IN-LINE MOUNTING KIT PVC DO PR
