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Retractable Process Adaptions (Housings)

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Product Details:

Max Height Approx. 340 mm
Measuring Range Depends on installed sensor
Equipment Type Retractable Process Adaption (Sensor Housing)
Temperature -20C to +140C (depends on sealing material)
Specimen Size Depends on sensor
Automation Grade Manual/Pneumatic (optional)
Interface Type Sensor dependent
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Retractable Process Adaptions (Housings) Product Specifications

Measuring Range Depends on installed sensor
Max Height Approx. 340 mm
Equipment Type Retractable Process Adaption (Sensor Housing)
Test Stroke 100 mm
Capacity Designed for sensors up to 12 mm diameter
Specimen Size Depends on sensor
Temperature -20C to +140C (depends on sealing material)
Automation Grade Manual/Pneumatic (optional)
Interface Type Sensor dependent
Port Size 1/2 to 1
Test Width Depends on Sensor Type
Control Mode Manual or Pneumatic
Power Supply No external power required (except for optional pneumatic type)
Gas Pressure 6 bar (for optional pneumatic)
Accuracy Depends on sensor selection
Humidity 0% to 95% RH, non-condensing
Hardness Depends on material (typically Stainless Steel 316L)
Usage Inline and bypass applications
Operating Voltage No intrinsic supply (pneumatic control with 24V DC valve option)
Machine Weight Approx. 2.5 kg
Display Type No integrated display
Mounting Type Threaded or Flanged
Response Time Sensor dependent
Number of Specimens 1 (per housing)
Resolution Depends on sensor/electronics
Application Chemical, Pharmaceutical, Food & Beverage, Water Treatment
Features Retractable, easy cleaning, in-process calibration, sealable, leak-proof, safe maintenance, various process connections

Cleaning Facility Provision for external or integrated cleaning nozzle
Process Connection Threaded (G 1/2", G 1") or Flanged as required
Process Pressure Max. 6 bar
Options ATEX/Ex-proof design available
Insertion Depth Up to 220 mm
Ingress Protection IP65 (manual), IP67 (pneumatic type)
Compatible Sensor Type pH, ORP, Conductivity, Dissolved Oxygen, etc.
Maintenance Easy sensor exchange and maintenance under process conditions
Material of Construction Stainless Steel 316L, Alloy, or customized materials
Seal Material EPDM, FKM (Viton), PTFE or as specified

Retractable Process Adaptions (Housings) Trade Information

Main Export Market(s) Central America, Middle East, South America, Asia, Western Europe, Eastern Europe, North America, Australia, Africa
Main Domestic Market All India

Product Description

Retractable Process Adaptions (Housings)

Process analytical solutions for enhanced process safety

Retractable housings from METTLER TOLEDO are available in a variety of models to suit specific process and user requirements. They allow easy and safe insertion and withdrawal of electrodes/sensors without interruption of the ongoing process. Particularly suitable for processes which tend to cause sensor contamination or which run over extended periods.

Features and Benefits:

Intelligent sensor locking system - If no sensor is installed, no action is possible, preventing unwanted operation.
Highly efficient cleaning chamber and large bore size design ensures particle/ dirt is flushed away.
The complete retractable housing conforms with ATEX (94 / 9 / EC) directive requirements.
Timesavings due to electrode/sensor maintenance and replacement without process downtimes.
Versions with manual or pneumatic operation, as well as automated cleaning and calibration.
Models for fully hygienic/sterile operations for process reliability.
Versions with integrated sensor detector for enhanced safety.
Process-independent maintenance, replacement and cleaning/(re-)calibration of electrodes/sensors without jeopardizing process safety, sterility/hygiene.

FAQ

1. What is a process adaptation that retracts?

Ans - A retractable process adaptation is a modification that may be applied to a procedure and is readily undone, enabling the procedure to be altered and tailored to various circumstances.

2. Why are modifications to retractable processes crucial?

Ans - Companies may swiftly and easily respond to shifting circumstances and client needs with retractable process adjustments rather than having to start from scratch. Processes can become more effective as a result, saving time and money.

3. Which processes are amenable to retractable process adaptation?

Ans - Any type of process, including those in manufacturing and customer service, can be modified using retractable process adaptations.

4. What are some examples of processes that can be retracted?

Ans - The order of steps in a process, the addition or deletion of steps, and changes to the length of each step are a few examples of retractable process adjustments.

5. How is an adaptable retractable procedure implemented?

Ans - It is possible to apply a retractable process adaptation by updating, changing, or constructing brand-new processes. Before implementing the adaptation, its crucial to take into account how it will impact the entire procedure.

Versatile Construction and Adaptability

Engineered with high-grade Stainless Steel 316L or alloys, these retractable process adaptions offer robust resistance to corrosion and mechanical stress. Customization is available to meet specialized application requirements. The flexible process connectionthreaded or flangedensures seamless integration into existing systems, while compatibility with all major seal materials accommodates various media and process conditions.

Effortless Maintenance and Safe Operation

The innovative retractable design permits fast sensor exchange and routine maintenance without halting process flow, enhancing operational safety and reducing downtime. External or integrated cleaning nozzles further simplify upkeep, making in-process calibration and sensor rinsing straightforward in demanding environments. Automation choices include both manual and pneumatic operation, delivering tailored process control.

FAQs of Retractable Process Adaptions (Housings):

Q: How does the retractable process adaption facilitate sensor maintenance?

A: The retractable design allows operators to safely exchange or service the sensor without stopping the entire process. Maintenance and calibration can be performed inline, reducing downtime and ensuring continuous measurement, thanks to reliable sealing and leak-proof construction.

Q: What applications are suitable for these sensor housings?

A: These housings are ideal for chemical, pharmaceutical, food & beverage, and water treatment processes requiring real-time measurement of parameters like pH, ORP, conductivity, and dissolved oxygen. They are compatible with a range of sensors and can be used in both inline and bypass setups.

Q: When should I opt for threaded versus flanged process connections?

A: Threaded connections (G 1/2", G 1") are typically preferred for smaller pipelines or when quick installation is needed. Flanged connections are better suited for larger systems or where secure, robust attachment is necessary to handle higher mechanical or thermal stresses.

Q: Where can I use the equipment considering environmental conditions?

A: The housings are rated for indoor and outdoor environments with an operating temperature range of -20C to +140C (dependent on sealing material) and humidity between 0% and 95% RH (non-condensing). They also offer ingress protection up to IP67 (pneumatic models), making them suitable for harsh or wet industrial areas.

Q: What are the benefits of using various seal materials?

A: Seal material selectionEPDM, FKM (Viton), PTFE, or custom optionsensures chemical compatibility with different process media and optimal performance under varying temperature and pressure conditions, thereby maximizing safety and extending equipment lifespan.

Q: How is pneumatic operation achieved and what are its requirements?

A: Pneumatic operation uses compressed gas (6 bar) for automatic sensor insertion or retraction, controlled by a 24V DC valve (optional). This automation improves process control, particularly in hazardous or hard-to-reach locations, enhancing both operator safety and process reliability.

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