Product Description
Process Housing
Process analytical solutions for uncomplicated handling
Immersion housings of the InDip range from METTLER TOLEDO are designed for use in open tanks and channels. They allow the easy mounting of electrodes/sensors with Pg 13.5 thread for immersion into the sample media. They are available with different immersion depths. Wetted parts are made of robust, resistant polymer materials to withstand aggressive and abrasive applications.
Features and Benefits :-
- Easy method of electrode/sensor immersion in open tanks or channels.
- Quick installment of electrodes and sensors.
- Various immersion depths.
Product details
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Electrodes/sensors
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Pg 13.5 thread
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Material
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Stainless steel
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Brand
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METTLER TOLEDO
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Color
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Multi
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Power
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Electric
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Filter Medium Material
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Activated Carbon, Metal
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Superior Filtration and Process ContainmentThis process housing provides reliable filtration with compatibility for cartridge, bag, and membrane filters. The precision-engineered stainless steel construction supports rigorous industrial and laboratory standards while ensuring consistent process containment and safety for a wide range of substances and applications.
User-Friendly Digital OperationEquipped with an LCD digital display and digital control, the equipment offers a streamlined operation interface for monitoring and adjusting test speeds, pressure, and measuring parameters. The semi-automatic control and customizable specimen sizes make it adaptable to various laboratory and process testing needs.
High Hygiene and Easy MaintenanceThe housings electropolished finish and CIP/SIP cleanability features ensure minimal contamination risk and simple maintenance. EPDM/Silicon/Viton gaskets deliver robust sealing, while the vertical mounting and compact design simplify integration into existing setups.
FAQs of Process Housing:
Q: How do I operate and control the Process Housing during filtration or testing?
A: The equipment features a digital LCD display and digital control mode, enabling precise adjustment of test speed, pressure, and measuring parameters. Semi-automatic operation allows easy start-up and monitoring with real-time data displayed for optimal process control.
Q: What types of filter elements are compatible with this housing?
A: This process housing is designed to be compatible with cartridge, bag, and membrane filter elements, making it versatile for various industrial and laboratory filtration applications.
Q: When should I perform cleaning or sterilization of the housing?
A: Cleaning can be efficiently carried out as needed using CIP (Clean-In-Place) or SIP (Steam-In-Place) methods, thanks to its electropolished surface and hygienic gasket sealing. Its advisable to clean the housing between runs involving different media or after extended use to maintain performance.
Q: Where can this Process Housing be deployed?
A: The unit is suitable for use in industrial processes, laboratory environments, and other applications requiring reliable filtration and containment. Its corrosion-resistant construction and wide temperature and humidity tolerance make it adaptable in diverse operational settings.
Q: What benefits does the borosilicate glass sight window offer?
A: The borosilicate glass sight window provides clear visual inspection, allowing operators to monitor the filtration process without interrupting system integrity, improving both safety and operational efficiency.
Q: How does the equipment support varying sample requirements?
A: The housing accommodates 1-5 specimens with customizable specimen sizes and a maximum test width of 200 mm, allowing adaptation to different testing and process needs while maintaining accuracy and performance.
Q: What are the key benefits of choosing this housing for laboratory and industrial processes?
A: Key advantages include robust stainless steel 316L construction, high corrosion resistance, precise digital control, versatile filter compatibility, easy maintenance (CIP/SIP capable), compact vertical design, and reliable sealing, making it an excellent choice for filtration and process containment.