All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(7 products available)
The Endress Hauser Cerabar T comprises different parts to work well, like how the transducer's diaphragms sense pressure. These types differ based on the material used, with some being more suitable than others for different settings. Here's a breakdown of the main ones.
This model's diaphragm is made from stainless steel, meaning it shouldn't easily corrode or wear down, giving it a long life. This model performs well under heat and pressure, making it ideal for harsh settings like factories or refineries. The tough build ensures consistent readings, improving workflow safety and dependability.
The cerabars of this model are made using a flexible ceramics called tmed, making it ideal for the heavyweight stuff that PMP131 handles. This mat helps cerabar withstand extreme temps and pressure while keeping fluid inside the system. Its strength reduces mechanical breakdown, which can halt production or cause accidents.
Like the PMP131, the PMP153 features a stainless steel diaphragm. However, it adds a pressure release valve that protects internal equipment in sensitive areas by preventing pressure buildup. The valve increases the cerabar's durability and reduces downtime in factories, improving workflow safety.
The Endress Hauser Cerabar T is used in many industries to measure pressure accurately and to be consistent.
This pressure transducer measures tank pressure to ensure processes work well. Cerabar helps monitor pressure during work to avoid issues down the line. Keeping this pressure in check prevents explosions and stops money and resources from being lost. Accurate readings also help machines last longer and keep people safe.
This gadget checks pressure during reactions to keep things stable and safe. It is used on chemicals, making it important to use a reliable material like PMP131's stainless steel, which does not react with the chemical. Pressure transducers save time by reducing the need to fix things and cutting down costly spills or accidents. They help in making production faster with fewer safe issues.
It helps to keep the right amount of pressure in sensitive drug-making processes. Keeping pressure steady keeps products the same and safe. The pharmaceutical industry values consistency, so any change can ruin drugs. Transducers help comply with health rules and reduce time spent on fixes.
In this business, the transducer helps control the pressure used to pasteurize drinks safely. It guarantees that each step has the same amount of pressure, which prevents spoilage or making unsafe food. Using Endress Hauser pressure transducers reduces the chance of recalls due to bad products. No spikes in pressure also means machines will not wear down often, saving on repairs.
In this high-tech field, pressure sensors check fuel systems and ensure that vital airplane parts do not fail. Some aerospace tools undergo testing in space-like pressure and vacuum chambers. The tools must be able to handle intense pressure peaks without breaking. Sensor accuracy keeps planes safe. Inaccurate readings can lead to crashes or space mission failure, making pressure management crucial for this business.
These are key features of the Cerabar transducer that help it do its job well.
Pressure Ranges
Depending on the type, the Endress transducer can handle pressure levels from low to high. The PMP131 can take pressures up to 6000 PSI, while the PMP153 can go as high as 8700 PSI. This range means the tool can be used in both light and heavy work.
Accuracy
The Endress Cerabar is accurate to within 0.1% of real pressure. That means it gives pressure readings very close to the actual pressure level. It can work in conditions up to 140°C.
Temperature
To keep working, the Cerabar must not get too hot or cold. The PMP131 can operate in extreme heats up to 140°C. The PMP153 works well in both cold and hot environments, up to 200°C. This ensures it can be used in both cool and warm industries.
Materials
The materials used for the Cerabar transducer are very strong. The diaphragm is made of tough stainless steel or ceramics. This allows the tool to handle both harsh chemicals and physical wear.
Getting the Cerabar T set up right ensures it performs at its best for years. A simple 5-step guide covers the basics:
Clean the Area
Before putting the device in, clean the area where it will go. Dirt or old parts can stop the Cerabar from working right.
Pick the Right Spot
Choose a safe and secure place for the Cerabar where it can measure pressure best without moving around. Make sure it is put where easy access will be possible and no damage could happen to it over time.
Install Safely
Once the spot is ready, carefully put the Cerabar in. Make sure nothing gets broken during the process. Tighten it up properly but do not over-tighten and crack it.
Hook Up Cables
After it is installed, the cables need to be hooked up next. Follow the manual to connect it correctly. Ensure the wires go to the right terminals so the tool can measure pressure well.
Test
When everything is set, do a test run to check that it works. Look at the screen to see if it shows the right pressure level. The transducer will be ready once the test gets done and shows live readings.
Keeping the Endress Hauser pressure transducers in good shape lets them last a long time. A simple 3-step routine takes care of important things.
Check It Out Often
Take a look at the device now and then. Check for cracks, wear, or loose parts. Also, look over any wiring. Doing this helps catch anything that might slow down how well the pressure transducer works.
Keep It Clean
Make sure to wipe off any dirt or grime that gets on it. If chemicals touch the device, give it a wash. Clean tools help stop false readings. They also keep the transducer from getting damaged. Use water and simple soap to wash off most stains, but do not scrub so hard that stains are left behind.
Change Parts as Needed
Make sure to swap out worn-out parts. Things like seals or gaskets need replacing from time to time. The owner's manual has details about when to make changes. Using old, worn parts can give bad readings. New ones keep the device working well.
The Endress Cerabar T keeps working safely through careful builds and strict quality rules in many industries.
Endress Hauser tests each transducer to ensure it stays strong under pressure. The quality checks catch problems early on. This means few errors get out and each device lasts as long as promised. Reliable builds help sites work faster without costly halts. Consistent quality also helps factories reach their goals and improve production speed.
Made under tough international safety rules, the Cerabar keeps work secure. It handles risky materials and performs in explosive areas using sturdy designs. The Endress team stays current on all safety requirements. This prevents accidents and costly delays from breaking rules. Mindful builds also lower insurance bills by reducing workplace dangers. Staying ahead of hazards keeps work moving without slowdowns.
The TUV mark displayed shows strong proof of quality and safety. This seal means it passed tough tests and checks for risk areas like chemical plants. TUV testing looks at how well it handles hazards and checks that it meets global quality rules. Having this mark gives peace of mind that it can be trusted for tough jobs. Its presence cuts risks and lowers liability claims from troubles on-site.
Endress Hauser transducer designs obey the full set of ISO rules for quality systems. This compliance ensures that every part works well together to meet production targets. Because ISO covers the full build process with set steps, waste is lowered and builds stay more even. This smooths out output and makes delays less common. ISO also helps Endress manage changes fast without risking quality.
A1: The Endress Cerabar pressure sensor is widely used in oil and gas, chemical processing, pharmaceuticals, food and beverages, and aerospace. It is trusted for its precision and reliability in measuring pressures in these important industries.
A2: The good things about the Endress are that it gives accurate pressure readings, handles tough environments, and lasts a long time. Its dependable performance ensures safe operations in demanding industrial tasks.
A3: Yes, the Endress Cerabar T can be customized with different pressure ranges, communication protocols, and configuration options. Its flexibility allows users to tailor it to specific application needs.
A4: It is best to contact the manufacturer directly for support. They can guide troubleshooting, repairs, or warranty claims based on their records and policies.
A5: By accurately tracking pressure levels, it prevents dangerous overloads or system failures. Keeping pressure in the right zone lowers the chance of accidents and damage to equipment or people.
