STEAM STERILIZABLE and AUTOCLAVABLE DISSOLVED OXYGEN, pH, & CONDUCTIVITY SENSOR:
Allows For Fixed or Retractable Mounting Configurations
Measures Accurately after many 130°C (266°F) SIP Applications
Requires Minimal Servicing
Installs Easily with Quick Cable-to-Sensor Disconnections
Provides Fast and Stable Readings
SENSOR MOUNTING HARDWARE DESIGNED FOR TYPICAL BIOTECH & PHARMACEUTICAL PROCESSES:
Meets Sanitary Requirements
Offers Versatile Mounting Options
Allows Choice of Insertion Lengths
Protects Cable-to-Sensor Connection
Installs with Standard G 1¼" Weld-in Socket
For many years, Emerson Process Management, Rosemount Analytical, Liquid Division, has provided quality on-line instruments and sensors used in various industries. This complete line of steam-sterilizable products caters to the most demanding processes used in the Biotechnology, Pharmaceutical, and Food & Beverage industries. Emerson Process Management’s instruments and sensors are ideal for pH, dissolved oxygen, and conductivity measurements for batch processes where steam-in-place sterilization is performed. The high-performance sensors offer a long, stable life while requiring only minimal maintenance. The various mounting accessories have been specifically designed to provide easy sensor access with either fixed weld-in or retractable mounting configurations. All instruments offer a wide variety of features, allowing the user to choose the best analyzer/transmitter for their individual process needs. Hx348 sensor provides a solution for difficult pH measurements. This combination pH sensor offers the unique Tri-Triple reference technology. The Tri-Triple reference is made up of three (3) separate peripheral liquid junctions that make contact with the solution, and then two (2) inner junctions that protect the reference. The first junction eliminates flow sensitivity and maintains a steady reference signal. The three overall reference junctions work together to help maintain a drift-free pH signal and fight poisoning ions (i.e. sulfides), even after numerous sterilization cycles. Applications for this sensor can be found in the biotechnology, pharmaceutical, and food processing industries. The Hx348 pH sensor is a combination pH sensor that uses an S7 connector plug for quick disconnect from the cable. It is offered in four (4) different insertion lengths in either a disposable or refillable reference design. The refillable sensor is ideal for critical measurements in difficult applications — i.e., sulfides, proteins, and sugars. It is offered with either the Tri-Triple reference junction for use in media containing proteins, or with a single, clog-free, platinum junction for use in media containing sulfides. The special electrolyte has been developed to inhibit reference contamination. The disposable sensor has been developed to allow simplicity of use while still providing a stable pH signal over the long life of the sensor. Both the refillable and disposable sensors can be used with the pressurized mounting accessory or a similar assembly.
- STEAM STERILIZABLE and AUTOCLAVABLE DISSOLVED OXYGEN, pH, & CONDUCTIVITY SENSOR:
- Allows For Fixed or Retractable Mounting Configurations
- Measures Accurately after many 130°C (266°F) SIP Applications
- Requires Minimal Servicing
- Installs Easily with Quick Cable-to-Sensor Disconnections
- Provides Fast and Stable Readings
- SENSOR MOUNTING HARDWARE DESIGNED FOR TYPICAL BIOTECH & PHARMACEUTICAL PROCESSES:
- Meets Sanitary Requirements
- Offers Versatile Mounting Options
- Allows Choice of Insertion Lengths
- Protects Cable-to-Sensor Connection
- Installs with Standard G 1¼" Weld-in Socket
For many years, Emerson Process Management, Rosemount Analytical, Liquid Division, has provided quality on-line instruments and sensors used in various industries. This complete line of steam-sterilizable products caters to the most demanding processes used in the Biotechnology, Pharmaceutical, and Food & Beverage industries. Emerson Process Management’s instruments and sensors are ideal for pH, dissolved oxygen, and conductivity measurements for batch processes where steam-in-place sterilization is performed. The high-performance sensors offer a long, stable life while requiring only minimal maintenance. The various mounting accessories have been specifically designed to provide easy sensor access with either fixed weld-in or retractable mounting configurations. All instruments offer a wide variety of features, allowing the user to choose the best analyzer/transmitter for their individual process needs.
Hx348 sensor provides a solution for difficult pH measurements. This combination pH sensor offers the unique Tri-Triple reference technology. The Tri-Triple reference is made up of three (3) separate peripheral liquid junctions that make contact with the solution, and then two (2) inner junctions that protect the reference. The first junction eliminates flow sensitivity and maintains a steady reference signal. The three overall reference junctions work together to help maintain a drift-free pH signal and fight poisoning ions (i.e. sulfides), even after numerous sterilization cycles. Applications for this sensor can be found in the biotechnology, pharmaceutical, and food processing industries. The Hx348 pH sensor is a combination pH sensor that uses an S7 connector plug for quick disconnect from the cable. It is offered in four (4) different insertion lengths in either a disposable or refillable reference design.
The refillable sensor is ideal for critical measurements in difficult applications — i.e., sulfides, proteins, and sugars. It is offered with either the Tri-Triple reference junction for use in media containing proteins, or with a single, clog-free, platinum junction for use in media containing sulfides. The special electrolyte has been developed to inhibit reference contamination.
The disposable sensor has been developed to allow simplicity of use while still providing a stable pH signal over the long life of the sensor. Both the refillable and disposable sensors can be used with the pressurized mounting accessory or a similar assembly.
