These cookies make our website work. They include logging personal details, like login/sign-up or account data, browser information, images & videos, and shopping cart journey.
In addition, we use optimization cookies to test new features and designs on our website. The information collected helps us improve our website and customers' experience.
These cookies are used to understand the performance and relevancy of our adverts, to provide you with personalised adverts on other websites and social media, to track when you have arrived at our site from a recognised third-party affiliate website, and to track if you made a purchase based on the adverts we displayed to you.
These cookies enable us to provide personalised product and content recommendations, to make the browsing experience more relevant to you.
These cookies are used to offer customer surveys and feedback, to improve search results, and to allow you to share content from our website on social media.
These cookies help us improve our website by collecting and reporting information on how you use it.
EATON E51 Series Limit Switch Inductive Proximity Sensors
Eaton E51 Series limit switch inductive proximity sensors are ideal in industrial applications where there is a need to detect the position of metal objects without the need for physical contact.
A
B
C| Style | Model | Price (ex. VAT) | |
|---|---|---|---|
| A | E51KRM | €669.12 | |
| B | E51CLT56P | €1,816.53 | |
| B | E51CLT16PU20 | €2,339.39 | |
| B | E51PLP2 | €1,748.60 | |
| B | E51CLT16PTU | €2,081.36 | |
| C | E51PLP3 | €1,748.60 | |
| B | E51CLT5P5 | €1,819.92 | |
| B | E51CLT56P25 | €2,285.08 | |
| B | E51CLT1 | - | RFQ
|
| B | E51PLS1P5 | €1,650.14 | |
| B | E51CLT56P20 | €2,156.05 | |
| B | E51CLT16PCU | €2,139.09 | |
| B | E51CLT66P | €1,816.53 | |
| B | E51CLT5 | - | RFQ
|
| B | E51CLT66PU | €1,969.31 | |
| B | E51CLS6 | €1,436.24 | |
| B | E51CLT56PCU | €1,993.07 | |
| B | E51CLT56PU | €1,969.31 | |
| B | E51CLT6 | €1,436.24 | |
| B | E51CNS5 | €1,436.24 | |
| B | E51CNS1 | €1,436.24 | |
| B | E51PLS26PU | €1,728.23 | |
| B | E51PLS56PCU | €1,785.96 | |
| B | E51PLS26P | €1,565.26 | |
| B | E51PLS1S40 | €2,203.60 | |
| B | E51PLS56PU | €1,728.23 | |
| B | E51PLS66PU | €1,728.23 | |
| B | E51PLS1S12 | €1,602.61 | |
| B | E51PLP4 | €1,748.60 | |
| B | E51PLS16PU | €1,728.23 | |
| B | E51PLS6 | €1,259.68 | |
| B | E51CLS16PTU | €2,247.73 | |
| B | E51BLT16PU | €1,707.86 | |
| B | E51BLS16PU | - | RFQ
|
| B | E51BLS66PU | €1,707.86 | |
| B | E51BLS56PU | €1,707.86 | |
| B | E51BLT16PTU | €1,986.29 | |
| B | E51BLS26PU | €1,707.86 | |
| B | E51BLT56PU | - | RFQ
|
| B | E51BLT66PU | €1,707.86 | |
| B | E51BLT26PU | €1,707.86 | |
| B | E51CLS16P35 | €2,604.23 | |
| B | E51NLT26P | €1,565.26 | |
| B | E51CLS16P12 | €1,928.56 | |
| B | E51NLT26PCU | €1,785.96 | |
| B | E51CLS66PCU | €1,993.07 | |
| B | E51CLS1 | - | RFQ
|
| B | E51NLT56P | €1,565.26 | |
| B | E51CLS56P12 | €1,928.56 | |
| B | E51NLT56PU | €1,728.23 | |
| B | E51CLS56PTU | €2,081.36 | |
| B | E51NLT6 | €1,259.68 | |
| B | E51CLS2 | €1,436.24 | |
| B | E51PLP1 | - | RFQ
|
| B | E51NLT26PTU | €1,864.05 | |
| B | E51CLS26PU | €1,969.31 | |
| B | E51PLF33 | €1,904.80 | |
| B | E51CLS66P | €1,816.53 | |
| B | E51PLF3 | - | RFQ
|
| B | E51PLT16P12 | €1,663.72 | |
| B | E51PLS66P | €1,565.26 |
Working Mechanism
- They emit a low-frequency electromagnetic field around the sensing area.
- When a metal object comes within its proximity, it disrupts the electromagnetic field, causing a change in the electrical current flowing through the sensor.
- The sensors detect this change and trigger an output signal.
Frequently Asked Questions
Does the presence of metals near the inductive proximity sensor affect its performance?
The presence of metal near an inductive proximity sensor can cause false triggering or reduced sensing range. Place the sensor away from heavy metal objects and metallic debris to minimise these effects.
How can I determine the best type of inductive proximity sensor for my application?
The best type of inductive proximity sensor for your application depends on various factors, like the size & material of the object (to be detected), the operating environment and the desired output signal.
What is the difference between a normally open and normally closed inductive proximity sensor?
A normally open inductive proximity sensor generates an output signal when a metal object is detected. A normally closed inductive proximity sensor generates an output signal when a metal object is not detected.
How can I troubleshoot problems with my inductive proximity sensor?
Problems with inductive proximity sensors can be caused by improper installation, interference from other sources or damage to the sensor.
We are here to help!
Looking for a part not listed here?
Explore More
- KEYSHAFT
- ZSI-FOSTER
- TRIMCO GROUP
- RAXIT
- Draft Inducers
- Antistatic Gloves
- Air Powered Airless Paint Sprayers
- Immersion Heater Replacement Thermostats
- Rotary Evaporator Accessories
- IRONCLAD General Utility Work Gloves
- MILLER ELECTRIC Performance Series TIG/Multi-Task Welding Gloves
- CONDOR High-Visibility Vest, Mesh Polyester, U Stripe Pattern, Single, Orange
- HONEYWELL Rig Dog Knit Grip Plus Gloves
- CONDOR Anti-Scratch Frameless Safety Glasses
- LISLE Drain Pan
- ANSELL 80-400 Activarmr Blue Yellow Natural Rubber Latex Coated Gloves
- WINSMITH SE Encore Series, E20 Size, MSFD Worm/Worm Double Reduction Speed Reducers