Other Process Analysis Instruments
Process analysis transmitters and sensors for pH, optical absorption, turbidity, nitrate and related measurement duties in food, dairy, beverage, water and utility systems. LGN supports technical identification, OEM reference matching and replacement component sourcing.
Specialized instruments for process and utility analysis
Modern food and beverage plants require more than pressure, temperature and flow measurement. Analytical parameters such as pH, turbidity, optical absorption and nitrate concentration can provide important information about product transitions, water quality, cleaning processes and utility performance.
This page brings together additional analytical instruments and related components referenced for Tetra Pak processing installations. The technical reference tables retain the denomination and Part Number relationships shown in the supplied Tetra Pak component information.
Analysis components represented in this reference
The supplied component material covers transmitters, analytical sensors, turbidity instruments and associated measuring accessories.
Analysis Transmitters
Liquiline CM44x family references including CM44P and CM442R configurations.
pH Measurement
Digital pH sensor references for water and process measurement applications.
Optical Absorption
Inline optical sensing for phase detection and suspended-solids-related duties.
Turbidity
Turbimax sensors and ITM-51 inline turbidity instrument configurations.
Nitrate Measurement
Viomax CAS51D reference for nitrate or SAC measurement applications.
Chlorine Measurement
Digital free-chlorine measurement represented by CCS142D in the supplied technical reference.
Sensor Assemblies
Process installation accessory reference including CPA842 assembly.
Measuring Cables
Memosens CYK10 cable references for analytical sensor connections.
Key analytical measurement families
The following summary is based on the applications and benefits visible in the supplied technical reference.
Liquiline CM44x Series
The Liquiline CM44x series is represented as a transmitter platform for Memosens technology. The supplied reference includes both rack-mounted and field-oriented configurations.
- Controller platform for multiple analytical parameters and applications.
- Automatic sensor recognition with pre-calibrated Memosens sensors.
- Modular configuration intended to support flexible measurement arrangements.
- Configuration and diagnostic capabilities for process control applications.
Digital pH Sensors
The supplied material represents pH sensors for water-treatment, drinking-water, cooling-water and related process measurement duties.
- Non-contact inductive signal transmission is referenced for process safety.
- Sensor and process-specific data can support predictive maintenance.
- Designed for stable analytical measurement in water-related applications.
OUSAF11
OUSAF11 is represented as a glass-free sensor for inline detection of changing phases and suspended solids.
- Glass-free hygienic sensor design.
- Fast interphase detection can reduce product losses.
- Designed for low-maintenance operation and chemical resistance.
- Suitable for CIP and SIP duties according to the supplied reference.
- FDA and 3-A approval are stated in the reference material.
Turbimax & ITM-51
The turbidity group covers both Memosens sensor solutions and hygienic inline ITM-51 configurations used for phase-separation and turbidity measurement.
- CUS51D is referenced for suspended solids and turbidity measurement in water, wastewater and utilities.
- CUS52D is represented for hygienic turbidity measurement in drinking water, process water and utilities.
- ITM-51 is shown for phase separation applications such as water/milk transitions and products such as cream and whey.
Viomax CAS51D
Viomax CAS51D is represented for nitrate or SAC measurement in drinking water, process water, wastewater and utility applications.
- Chemical-free measurement approach is referenced for reduced operational expenditure.
- Sensor-based measured-value processing supports fast response.
- Factory pre-calibration and pre-configuration are referenced.
- Suitable for flexible installation arrangements with relevant holders and assembly systems.
CCS142D
CCS142D is represented in the supplied reference as a digital free-chlorine sensor for water applications.
- Long calibration and maintenance intervals.
- Prefabricated membrane-cap arrangement for easier membrane replacement.
- Measured values are stated as unaffected by conductivity fluctuation.
- Flow-cell and immersion installation arrangements are referenced.
How to identify the correct replacement component
The model name alone may not be sufficient. Always compare the complete configuration and reference information before sourcing a replacement.
Identify the model
Check the instrument designation such as CM44P, CUS52D, ITM-51, CAS51D or CYK10.
Match the denomination
Connection, display arrangement, cable length and electronics can distinguish one configuration from another.
Confirm the Part Number
Use the exact Tetra Pak Part Number where available rather than relying only on visual similarity.
Complete Tetra Pak Part Number references
The following denomination-to-Part-Number relationships are preserved from the supplied Tetra Pak Components reference. Part Numbers are shown exactly as visible in the source screenshots.
Analysis Transmitters
CM44x Series| Model / Description | Denomination | Tetra Pak Part Number |
|---|---|---|
| CM44P | CM44P multi.2x0/4-20mA 2DI 2DO | 90524-6671 |
| CM442R | CM442R multi.2x0/4-20mA 2DI 2DO | 90524-6673 |
| CM442R | CM442R multi.W/O I/O | 90524-6674 |
pH
pH Electrode| Model / Description | Denomination | Tetra Pak Part Number |
|---|---|---|
| CPS11E | PH-electrode, CPS11E 1-12pH 120mm | 90533-0641 |
Optical Absorption
OUSAF11| Description | Denomination | Tetra Pak Part Number |
|---|---|---|
|
OUSAF11 Sensor for CM44P transmitter 3 m cable Connection: Varivent N |
"0-2,5 AU;(up to 0-5 OD) OPL 5mm" | 90524-6666 |
Turbidity
Turbimax & ITM-51| Model / Description | Denomination | Tetra Pak Part Number |
|---|---|---|
|
Turbimax CUS51D 3 m cable |
Turbimax CUS51D G1 NPT3/4 | 90524-6669 |
|
Turbimax CUS52D 3 m cable |
Turbimax CUS52D G1 NPT3/4 | 90524-6670 |
|
ITM-51 Analog, Compact 18-36V DC 4-20mA, 4-wire -1-20bar temp.-10-130deg.C/CIP 140deg.C M12 plug 1.4301, vertical Infrared backscatter method color independent Optical: Sapphire |
ITM-51 Tri-Cl.1-1/2 inch w. display | 70000163302 |
| ITM-51 Tri-Cl.1-1/2 inch w. long sensor w. display | 90532-7924 | |
| ITM-51 Tri-Cl.2 inch w. display | 70000164890 | |
| ITM-51 Varivent N w. display | 90532-7926 | |
|
ITM-51 Analog, Remote 18-36V DC 4-20mA, 4-wire -1-20bar temp.-10-130deg.C/CIP 140deg.C M12 plug 1.4301, vertical Infrared backscatter method color independent Optical: Sapphire |
ITM-51 Tri-Cl.1-1/2 inch w. display | 90532-7922 |
| ITM-51 Tri-Cl.2 inch w. display | 90532-7923 | |
|
Cable for remote version 5 meter cable for remote version of ITM-51 |
5-meter cable | 90526-8294 |
|
ITM-51 IO-Link, Compact 18-36V DC IO-Link + 4-20mA, 5-wire -1-20bar temp.-10-130deg.C/CIP 140deg.C Display, M12 plug 1.4301, vertical Infrared backscatter method color independent Optical: Sapphire |
ITM-51 Tri-Cl.1-1/2 inch w display | 70000164615 |
| ITM-51 Tri-Cl.1-1/2 inch w. long sensor w/o display | 90532-7925 | |
| ITM-51 Tri-Cl.1-1/2 inch w/o display | 90532-7920 | |
| ITM-51 Tri-Cl.2 inch w/o display | 90532-7921 | |
| ITM-51 Varivent N w/o display | 90532-7927 |
Nitrate
Viomax CAS51D| Description | Denomination | Tetra Pak Part Number |
|---|---|---|
|
Viomax CAS51D UV-range Nitrate clear water 0,01-20mg/l NO3-N or 0,04-80mg/l NO3 |
Viomax CAS51D sensor | 90524-6676 |
Analysis Accessories
Assembly & Measuring Cable| Model / Description | Denomination | Tetra Pak Part Number |
|---|---|---|
|
CPA842 Assembly |
Assembly, Unifit CPA842 | 90530-6331 |
| CYK10 Measuring cable | CYK10 Memosens, pH 10m | 90524-6679 |
| CYK10 Measuring cable | CYK10 Memosens, pH 5m | 90524-6678 |
ITM-51 configurations
The supplied Tetra Pak component table separates the ITM-51 family into analog compact, analog remote and IO-Link compact arrangements.
ITM-51 Analog, Compact
ITM-51 Analog, Remote
ITM-51 IO-Link, Compact
Typical process analysis duties
Selection depends on the required analytical parameter, process medium, hygienic requirements, installation arrangement and control-system interface.
Food & Dairy Processing
Inline phase detection, product transition monitoring and analytical measurement in hygienic production systems.
Process Water
Turbidity, pH, nitrate and related analytical measurements in process and production-water systems.
Utilities
Monitoring of water and utility systems where analytical measurement supports process stability and quality control.
Water Treatment
Analytical sensor applications for drinking water, cooling water, wastewater and associated treatment duties.
Phase Separation
Turbidity and optical measurement can help detect transitions between water, milk and other process media.
Automation Integration
Transmitter, analog and IO-Link configurations provide different options for integration into process-control architectures.
Process analysis component identification
Can LGN identify a component from a Tetra Pak Part Number?
Yes. Providing the existing Tetra Pak Part Number together with instrument model and application information is one of the most reliable starting points for component identification.
Is the model name alone enough?
Not always. Some models are available with different process connections, cable lengths, electronics, display arrangements or installation versions.
Are all listed components manufactured by LGN?
No. The Part Numbers on this page are OEM references used for technical identification and sourcing support. LGN does not present these references as LGN-manufactured OEM products.
What information should be provided with an inquiry?
Send the Part Number, model, full denomination, equipment information, photographs of the installed item and any available connection or process details.
Why are some instrument families shown without a Part Number?
A Part Number is only published here when it is visible in the supplied reference material. LGN does not generate or infer missing OEM numbers.
Can LGN assist with obsolete or difficult-to-identify components?
LGN can review available identification data and support sourcing or replacement-component evaluation based on the information provided.
Need help identifying an analysis instrument?
Send LGN the existing Tetra Pak Part Number, instrument model, denomination and available equipment information. Our team can assist with technical identification and replacement component sourcing.