Compare Products | Hamilton Company

Arc Module Incyte-P SU

The Arc Module Incyte-P SU enables seamless integration of Incyte-P SU single-use viable cell density sensors with bioreactor control systems by converting data to Modbus RTU or 4-20 mA signals, offering both wired and wireless connectivity for real-time insights and data-driven process optimization.

Arc Module Incyte-W SU

The Arc Module Incyte-W, in combination with the Incyte-W SU, enables real-time, in-situ measurement of viable cells in wave bags. This allows for the detection and response of events in real time without the need for offline sampling.

Incyte Arc Expert - 120

The Incyte Arc Expert sensor enables in-line, real-time viable cell density measurement, essential for achieving data-driven process optimization and control in bioprocessing.

Incyte Arc Expert - 220

The Incyte Arc Expert sensor enables in-line, real-time viable cell density measurement, essential for achieving data-driven process optimization and control in bioprocessing.

Incyte Arc Expert - 320

The Incyte Arc Expert sensor enables in-line, real-time viable cell density measurement, essential for achieving data-driven process optimization and control in bioprocessing.

Incyte Arc Expert - 420

The Incyte Arc Expert sensor enables in-line, real-time viable cell density measurement, essential for achieving data-driven process optimization and control in bioprocessing.

Incyte-P SU

Hamilton Incyte-P SU sensor element provides a cost-effective, viable cell density measurement solution for integration into single-use containers. It offers a perfect balance between high reliability and affordability, utilizing proven sensor technology from traditional sensors.

Incyte-PO SU

Hamilton Incyte-PO SU sensor element provides a cost-effective, viable cell density measurement solution for integration into single-use containers. It is optimized for welding to bag films and offers a perfect balance between high reliability and affordability, utilizing proven sensor technology from traditional sensors.

Permittivity Simulator

An electrical cap will be used to check the integrity of the Incyte pre-amplifier during the validation and calibration routine. This product is discontinued. Find alternative products in the Product Comparison below.

Electrical Connector VP8

Electrical Connector —

Parameter Viable Cell Density

Parameter —

Sensor Output Arc: Modbus

Sensor Output —

Measuring Range 0 to 700 pF/cm, equivalent to 5 x 10^5 to 8 x 10^9 cells/mL (mammalian)

Measuring Range —

Temperature Sensor Yes (on sensor element: Incyte-P SU)

Temperature Sensor Yes

Temperature Sensor —

Configurable Values VCD, Conductivity, Temperature

Configurable Values —

Digital Interface RS485 Modbus (max. 32 addresses)

Digital Interface —

Baud Rate 4800, 9600, 19200, 38400, 57600, 115200 Bd

Baud Rate 19200, 38400, 57600,115200 Bd

Baud Rate —

Operating Voltage 24 V (± 10 %)

Operating Voltage —

Serial Number Yes

Serial Number No

Serial Number —

Certificate Yes

Certificate —

Autoclavable No

Autoclavable Yes (30-minute sterilization duration, for Revision 00: 130°C, for Revision ≥ 01: 140°C)

Autoclavable No

Autoclavable —

Steam Sterilizable No

Steam Sterilizable Yes (140°C, 30-minute sterilization duration)

Steam Sterilizable No

Steam Sterilizable —

CIP No

CIP Yes (3% NaOH, 90°C, 30-minute cleaning duration)

CIP No

CIP —

Gamma Irradiatable No

Gamma Irradiatable —

Gamma Irradiatable Yes, up to 50 kGy

Gamma Irradiatable —

X-Ray irradiatable No

X-Ray irradiatable —

X-Ray irradiatable Yes, up to 50 kGy

X-Ray irradiatable —

Operating Temperature Range 0 to 60 °C

Operating Temperature Range 4 to 50 °C

Operating Temperature Range —

Conductivity Range 1 to 50 mS/cm

Conductivity Range 1 to 80 mS/cm for firmware below CDCUM003
0.5 to 80 mS/cm for firmware CDCUM003 and above (with Hamilton calibration)

Conductivity Range 1 to 50 mS/cm

Conductivity Range —

Protection Rating IP64 (when connected to the sensor element: Incyte-P SU)

Protection Rating —

Process Connection —

Process Connection PG13,5

Process Connection —

Wetted Parts —

Wetted Parts Platinum
Stainless Steel 1.4435
PEEK (Polyetheretherketone)
EPDM (Ethylene propylene elastomer)

Wetted Parts Platinum
Ceramic / Glass
HDPE (High Density Polyethylene)
See compliance details in Material Specification document

Wetted Parts Platinum
Ceramic / Glass
HDPE (High Density Polyethylene)
TPE-O (LDPE) (Thermoplastic Elastomer Olefinic Base)
See compliance details in Material Specification document

Wetted Parts —

Precision at 25 °C —

Precision at 25 °C Permittivity (at 1 MHz): ± 1 pF or ± 1 %
Whichever value is greater over the entire measuring range

Precision at 25 °C —

Accuracy at 25 °C —

Accuracy at 25 °C Conductivity (at 0 pF): ± 25 µS or ± 1 %
Whichever value is greater over the entire measuring range

Accuracy at 25 °C —

O-ring Material —

O-ring Material EPDM (Ethylene propylene elastomer)

O-ring Material —

Surface Quality of Steel —

Surface Quality of Steel Ra < 0.4 µm (N5)

Surface Quality of Steel —

Diameter —

Diameter 12 mm

Diameter —

Pressure Range bar g —

Pressure Range bar g 0 to 12 bar

Pressure Range bar g 0 to 1 bar

Pressure Range bar g —

Resolution at 25 °C —

Resolution at 25 °C 0.1 pF/cm

Resolution at 25 °C —

Max. Accuracy —

Max. Accuracy Conductivity (at 0 pF): ± 100 µS (for whole operating temperature range)

Max. Accuracy —

Max. Precision —

Max. Precision Permittivity (over all frequencies): ± 1 pF (for whole operating temperature range)

Max. Precision —

a-length —

a-length 120 mm

a-length 220 mm

a-length 320 mm

a-length 420 mm

a-length —

Calibration Data —

Calibration Data Yes, provided on sensor label

Calibration Data —

Biocompatibility —

Biocompatibility Yes, see separate study report (upon request)

Biocompatibility —

Wet-in Time —

Wet-in Time 30 min after dry storage

Wet-in Time —

Shelf Life —

Shelf Life 12 months prior gamma irradiation
24 months after gamma irradiation

Shelf Life —

pH Range —

pH Range 3 to 10

pH Range —

Patch type —

Patch type Legacy

Patch type Overmold

Patch type —

Pharma & Biopharma Bioprocess Downstream Single-Use Bioprocessing Bioprocess Upstream

Pharma & Biopharma Bioprocess Downstream Single-Use Bioprocessing Agri-Food and Beverage

Cell Biology Cell Culture Pharma & Biopharma Bioprocess Upstream Biotechnology Algae Water, Energy, & Environment Water and Wastewater Chemical Processes Basic Chemicals Agri-Food and Beverage Winemaking Novel Food Bioprocessing Precision Fermentation Cultivated Meat Cultivated Fish & Seafood

Pharma & Biopharma Bioprocess Downstream Single-Use Bioprocessing Bioprocess Upstream Biotechnology

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