Send Inquiry Send SMS Call Me Free

Stationary Process Adaptions (Housings)

Get a Price/Quote

Product Details:

Max Height 215 mm
Accuracy 1% of FS
Frequency 50 Hz
Power Supply 220V / 50Hz
Test Range 0 1000 N
Hardness Up to 60 HRC
Gas Pressure Up to 10 bar
Click to View more
Share Your Product:

Request to Call Back Send Inquiry

Stationary Process Adaptions (Housings) Product Specifications

Interface Type Optional Modbus / RS485
Temperature 10C 60C
Operating Voltage 220V AC
Number of Specimens Single or Multiple
Test Stroke 50 mm 200 mm
Automation Grade Semi-automatic / Automatic
Test Speed Up to 500 mm/min
Gas Pressure Up to 10 bar
Machine Weight Approx. 12 kg
Test Range 0 1000 N
Hardness Up to 60 HRC
Frequency 50 Hz
Accuracy 1% of FS
Max Height 215 mm
Control Mode Manual & Automatic
Power Supply 220V / 50Hz
Response Time <2 seconds
Usage For integrating sensors or instruments in stationary pipelines
Test Width 120 mm
Resolution 0.1 N
Display Type Digital / Analog (as required)
Equipment Type Process Housing
Specimen Size Up to 100 mm length, 2 mm 20 mm thickness
Humidity 10% 90% RH (non-condensing)
Features Corrosion-resistant, Robust design, Easy integration
Measuring Range Configurable per process
Capacity Standard / Custom available
Port Size 1/2 inch NPT
Mounting Type Flange or Inline
Application Industrial process adaption for stationary applications

Color Metallic / Silver
OEM Customization Available
Pressure Rating Up to 16 bar
Material of Construction Stainless Steel 304 / 316L
Surface Finish Electropolished (<0.8 Ra micron)
Ingress Protection IP65/IP66
Inspection Ports Available upon request
Service Temperature -10°C to +80°C
Standards Compliance ASME, EN, ISO
Sealing Type PTFE/Silicone O-Rings
Connection Ends Tri-clamp / Weld / Threaded

Stationary Process Adaptions (Housings) Trade Information

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

Product Description

Stationary Process Adaptions (Housings)

Robust, reliable and versatile for easy installations and maintenance.

Stationary housings of the InFit range from METTLER TOLEDO are available in a large variety of models. They allow quick and simple static installation of measurement electrodes/sensors in vessels (top- or side-entry), pipes and flow-through chambers via an appropriate adapter. Typical applications cover measurement of pH/ORP, DO, conductivity and turbidity.

Features and Benefits:

Standard holder for sensor/electrodes with Pg 13.5 thread.
Models for pressurization of liquid-electrolyte electrodes.
Wetted parts in s/s, special alloys/metal or polymer materials to suit application conditions.
Versions for fully sterile/hygienic/sanitary CIP operations.

FAQ

1. What does "housing" for a stationary process mean?

Ans - A form of protective casing called a stationary process adaption (housing) is used to support and secure machinery or equipment that isnt meant to be moved. Along with offering physical protection, the housing is made to shield the equipment from environmental elements like moisture, dust, and dirt.

2. What kinds of machinery can be accommodated in a fixed process adaptation?

Ans - Anything that isnt meant to be moved can be housed in a stationary process adaptation. This applies to equipment, electronics, and other elements that have to stay in the same spot.

3. What components go towards making stationary process adaptations?

Ans - Standard building materials for stationary process adaptations include metal, plastic, and fibreglass. As a result, the housing can shield the equipment from the weather and offer structural support.

4. Are modifications to stationary processes programmable?

Ans - Yes, modifications to stationary processes can be made to fit a particular application or environment. Custom adaptations can be created to satisfy a range of demands, depending on the unique requirements.

5. What safety features are there in an adaptation of a stationary process?

Ans - Adaptations to stationary processes frequently include security components like locks, tamper-evident seals, and grounding clips. This guarantees that when its not in use, the equipment is safe and secure.

Advanced Materials & Sealing

Our process housings utilize premium-grade stainless steel (304/316L) and feature PTFE or silicone O-rings for reliable sealing. The electropolished surface ensures hygiene, corrosion resistance, and long-lasting performance in demanding environments, making them ideal for pharmaceutical, food, and chemical industries.

Flexible Configuration & Integration

Designed with versatility in mind, these housings offer multiple connection typestri-clamp, weld, and threadedalongside flange or inline mounting options. Optional digital/analog displays and customizable measuring ranges allow for smooth sensor or instrument integration tailored to your specific process requirements.

Superior Performance & Compliance

With pressure ratings up to 16 bar, service temperatures between -10C and +80C, and standards compliance (ASME, EN, ISO), these housings assure safety and precision. IP65/IP66 ingress protection and a robust design guarantee consistent operational performance in a variety of industrial settings.

FAQs of Stationary Process Adaptions (Housings):

Q: How do I select the right process housing and material for my application?

A: Choose between stainless steel 304 or 316L based on your process media and corrosion resistance needs. Consider pressure and temperature requirements, required ingress protection (IP65/IP66), and compatible connection ends (tri-clamp, weld, threaded) to ensure optimal integration.

Q: What is the process for customizing housings for OEM applications?

A: Simply provide your required specifications, including material, connection type, and any options for digital/analog display or additional inspection ports. Our engineering team will consult with you to ensure standards compliance and deliver housings tailored precisely to your process needs.

Q: Where can these process housings be installed?

A: These housings are suitable for stationary pipeline installations in industrial plants, including pharmaceutical, food processing, chemical manufacturing, and other environments requiring robust sensor or instrument integration.

Q: What are the main benefits of using electropolished stainless steel housings with PTFE/Silicone seals?

A: Electropolished housings offer superior surface finish (<0.8 Ra micron), minimizing contamination risk and simplifying cleaning. PTFE or silicone O-rings provide excellent chemical compatibility and secure sealing under pressure and temperature variances.

Q: How is the equipment controlled and monitored during operation?

A: The housings support both manual and automatic control modes. Measurement data can be monitored via optional digital or analog displays, with configurable Modbus or RS485 interfaces for easy integration into plant automation systems.

Q: What is the typical usage and benefit of these process housings in industrial settings?

A: They allow reliable mounting and protection of measurement devices, ensuring accurate, consistent process monitoring and data collection. The robust and corrosion-resistant design enhances equipment longevity and minimizes maintenance needs, contributing to efficient operations.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

Other Products in 'Process Analytics' category

Process Housing Usage : Industrial, laboratory Application : Filtration, process containment, laboratory testing Automation Grade : Semiautomatic Number of Specimens : 15 Operating Voltage : 220V Temperature : 5C to 45C Interface Type : Flanged Machine Weight : 50 kg Control Mode : Digital control Power Supply : 220V AC, 50 Hz Accuracy : 1% Resolution : 0.1 unit Response Time : <2 seconds Features : Corrosionresistant, easy operation, compact design Humidity : 10%90% RH Equipment Type : Process Housing Display Type : LCD digital display Mounting Type : Vertical Port Size : 2 inches Measuring Range : 0.550 micron Gas Pressure : 0.6 MPa Max Height : 900 mm Specimen Size : Customizable Test Stroke : 300 mm Hardness : 60 HRC Test Range : Up to 50 bar Frequency : 50 Hz Test Width : 200 mm Capacity : Up to 100 L

Send Inquiry

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

Send Inquiry

TOC Sensor 6000i Usage : Continuous TOC monitoring in process or laboratory Application : Total Organic Carbon analysis in water monitoring Automation Grade : Fully Automatic Number of Specimens : Singlechannel Operating Voltage : 100240 V AC Temperature : 545C Interface Type : RS232/USB/LAN Machine Weight : Approx. 4.5 kg Control Mode : Automatic, Microprocessor controlled Power Supply : 100240 V AC, 5060 Hz Accuracy : 2% or 0.1 mg/L (whichever is greater) Resolution : 0.01 mg/L Response Time : Approx. 4 min Features : Realtime monitoring, low maintenance, compact design, autocalibration Humidity : 1090% RH, noncondensing Equipment Type : TOC Sensor Display Type : Digital LCD display Mounting Type : Wall or panel mountable Port Size : 6 mm ID tube Measuring Range : 0.11,000 mg/L Gas Pressure : 0.20.3 MPa Specimen Size : Sample volume: 50500 L Test Range : 0.11,000 mg/L (as C) Frequency : 5060 Hz

Send Inquiry

Trace and Pure Water Dissolved Oxygen Sensors Usage : Water analysis, pharmaceutical, power, electronics, biotechnology Application : Trace and Pure Water Measurement Automation Grade : Automatic/Manual selectable Number of Specimens : Single sensor Operating Voltage : 24 VDC Temperature : 0 to 60C Interface Type : Analog (420 mA), RS485 Machine Weight : 500 g (Sensor only) Control Mode : Manual/Automatic Power Supply : 24 VDC Accuracy : 1% of measured value Resolution : 0.001 mg/l Response Time : < 60 seconds Features : Electrochemical sensor, high sensitivity, longterm stability Humidity : 0 to 99% RH (noncondensing) Equipment Type : Dissolved Oxygen Sensor Display Type : Digital through process transmitter Mounting Type : Insertion/Immersion Port Size : G1/2 thread Measuring Range : 0.001 20 mg/l O Max Height : 180 mm

Send Inquiry

SEND INQUIRY CALL ME FREE

Send Inquiry

Send SMS

Call Me Free