Conducell 4UPtF Arc 225

Part # 243590-2121

The Arc-enabled Conducell 4UPtF Arc 4-pole conductivity sensor, featuring a VP8 connector and PG13,5 process connection, provides users with onboard calibration storage, predictive diagnostics, and direct integration into control systems, ensuring reliable and accurate measurements in hygienic environments due to its CIP/SIP/autoclave compatibility and the long-term stability and corrosion resistance of its Platinum electrodes.

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Conducell 4UPtF Arc Details

The Conducell 4UPtF Arc 4-pole conductivity sensor with a VP8 connector and PG13,5 process connection features integrated Arc technology for onboard calibration storage, predictive diagnostics, and automated documentation. This sensor directly connects to control systems, eliminating the need for a transmitter and simplifying integration. 

Its FDA-certified design is compatible with CIP, SIP, and autoclave sterilization for hygienic applications. The Platinum (UPtF) electrodes offer long-term stability and corrosion resistance, making it ideal for demanding chemical environments. This combination of features provides reliable and accurate conductivity measurement with simplified operation.

Common applications Pharma & Biopharma

Can measure a broad range of conductivity.

Real time self diagnostic capabilities.

Customizable for your application.

Integrated Arc Technology

  • The Conducell 4UxF Arc features embedded Arc intelligence directly within the sensor.
  • This enables storage of calibration data, predictive diagnostics, and automated documentation directly on the sensor itself.
  • By integrating these functionalities, it simplifies sensor management and enhances data traceability.
  • Benefit from reduced setup time, proactive maintenance insights, and streamlined regulatory compliance.
     

Direct Digital Communication

  • This sensor offers direct connection to your control system, eliminating the need for a separate transmitter.
  • The integrated Arc technology supports various communication protocols, ensuring flexible and simple integration.
  • By bypassing the transmitter, you reduce system complexity, potential points of failure, and installation costs.
  • Achieve seamless data transfer and real-time conductivity monitoring within your existing automation infrastructure.
     

  • Hamilton offers a unique solution for our needs, with a focus on process robustness and sample safety.

    Every step of the protocol is monitored and traced, from the initial setup carried out by the operator prior to start, to sample identification during the whole run. This gives us complete confidence in our results and the sample integrity.

    Professor Per Knappskog, Head R&D
    Haukeland University Hospital, Bergen, Norway

  • I could not be more pleased with my experience with Hamilton!

    My company has been using Hamilton probes for years and have always been happy with their performance! The team is always very helpful in trouble shooting issues and answering any questions that we may have about our probes. Overall, I could not be more pleased with my experience with Hamilton!

    Abigail Mann
    Bioprocessing Fermentation Associate at Heliae Development

Conducell 4UPtF Arc 225 Specifications

Print
Process Connection PG13,5
Wetted Parts Platinum
PEEK (Polyetheretherketone)
EPDM (Ethylene propylene elastomer)
See compliance details in Material Specification document
Electrical Connector VP8
Sensor Output Arc: Modbus, 4 to 20 mA
Measuring Range 1 µS/cm to 300 mS/cm
Accuracy at 25 °C ± 3 % at 1 µS/cm to 100 mS/cm, ± 5 % at 100 to 300 mS/cm
Cell Constant 0.36 /cm
Temperature Sensor NTC 22 kOhm
Configurable Values Conductivity: µS/cm, mS/cm; Temperature: °C, °F, K
Surface Quality of Steel Ra < 0.4 µm (N5, electropolished)
Analog Interface 1 4 to 20 mA for conductivity, programmable
Analog Interface 2 4 to 20 mA for Temp., programmable
Analog Interface 1 and 2 Galvanically not isolated; pulse width modulation 3.5 kHz
Digital Interface RS485 Modbus (max. 32 addresses)
Baud Rate 4800, 9600, 19200, 38400, 57600, 115200 Bd
Operating Voltage 7 to 30 VDC max. 150 mW
Serial Number Yes
Certificate Yes, with calibrated cell constant
ATEX Approval No
IECEx Approval No
Diameter 12 mm
Autoclavable Yes, max. Temperature 130 °C
Steam Sterilizable Yes, max. Temperature 140 °C
CIP Yes
Operating Temperature Range Analog interface: 0 to 110 °C; Digital interface: 0 to 140 °C
Pressure Range bar g 0 to 20 bar (130 °C)
Electrode Material Platinum
a-length 215 mm

Compatibility with Hamilton Devices

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Conducell 4UPtF Arc 225 Resources

Browse app notes, user guides, specification documents, and more in our Knowledge Center.

Browse app notes, user guides, specification documents, and more in our Knowledge Center.

Browse app notes, user guides, specification documents, and more in our Knowledge Center.

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Article

Modbus Communication Basics for Arc Intelligent Sensors

This simple primer article discusses the basic setup of Modbus for Arc intelligent sensors and VisiFerm ECS DO sensors.
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Article

Common Questions for Autoclave Sterilization of Sensors

This brief article examines common questions from end-users about best practices for autoclaving Hamilton sensors.
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Article

Firmware Updates for Arc Products

Hamilton Arc and VisiFerm ECS sensors rely upon internal firmware for their operation. Periodic firmware updates ensure that the sensor has the latest features and fixes any pre-existing bugs that may exist.

Browse app notes, user guides, specification documents, and more in our Knowledge Center.

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FAQ

Does temperature affect conductivity measurement?

Yes, temperature has a direct impact on conductivity. Increasing temperature increases the mobility of ions within a solution and results in higher conductivity measurements. Temperature compensation can be performed using empirically derived temperature coefficients, which may be different for various solutions.
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FAQ

Can Hamilton conductivity sensors be used with my existing transmitter?

In most cases, yes! Transmitters specifically designed for either 2-pole, 4-pole conductivity are generally compatible with Hamilton Conducell products. The transmitter temperature sensor input (PT1000) should be checked to ensure it matches the sensor.
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FAQ

What can I use to clean the conductivity sensor electrodes if fouling occurs?

The metal electrodes of 2 and 4-pole sensors can be cleaned with water and mild detergents and washed with deionized water after cleaning. Care should be taken to not use cleaning agents that can impact the material of the electrodes. Click to reference the knowledgebase article on cleaning for more information.
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Installation, set-up, and calibration support directly on-site. Our field service team ensures your sensors and cables are installed and functioning correctly.

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Support for the qualification of Hamilton equipment including complete documentation. Readying your process for GMP manufacturing activities.

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