A detection sensor that can be used for discovering misimplementations of magnets and confirming the orientation of labels.
◎ It is easy to use because it is limited to the application of magnetic pole identification (selection). ◎ The N pole is indicated by a red LED and the S pole by a blue LED, making it easy to see from a distance. ◎ The power supply is compatible with DC 12 to 24V (30mA) for sequencer input. ◎ When you want to identify magnetic poles in an environment without power, you can use our product (registered on Ipros, Magnetic Pole Identification Tool N/S-kun) for identification. ◎ When you want to visually observe the boundary between the N pole and S pole, please use our product (registered on Ipros, Magneviewer).
Inquire About This Product
basic information
Detects N and S poles reliably in magnetic fields of 20 Gauss or more. Red and blue lamp indicators and output transistor also operate. Two types of detection units are available: 3.5Φ x 20 side detection (NS3.5A) and 5Φ x 20 tip detection (NS5AR). Used for magnet inspection on motor assembly lines and electromagnetic field testing. Surprisingly versatile, it also excels in checking for the presence or absence of magnets.
Price information
-
Delivery Time
Applications/Examples of results
Motor manufacturers and HD manufacturing companies use a 3.5A probe for magnetic field inspection by coil (electromagnet) manufacturers, with many units in operation. ◎ In motor assembly sites, after the magnets are assembled, the 3.5A probe is inserted into the magnets, and the N/S discrimination results are input into the sequencer. ◎ In the HD inspection process, it is used to confirm the direction of the magnets and is actively utilized. ◎ The NS5AR type has a sensor embedded in the tip of the probe, so it is often used for confirming the position of magnets during the manufacturing process.
catalog（1）
Download All Catalogs
Company information
We also handle various positioning counters and angle counters as related products to magnetic technology and rotary encoders. As a related product of the counters, we have successfully extracted BCD signals at the micron level from a high-speed moving object at 2 meters per second.
![[Case Study] Contributing to Horizontal Recycling of Label Backing! Nichiei Shinka Co., Ltd.](https://image.mono.ipros.com/public/product/image/006/2001240406/IPROS48067164865306793619.jpeg?w=280&h=280)
![[Use Case] Identification of waste plastic from scrap and leftover materials generated by our factory.](https://image.mono.ipros.com/public/product/image/ace/2001205158/IPROS16525888479537665976.PNG?w=280&h=280)
