RS PRO M12 x 1 Inductive Proximity Sensor - Barrel, NPN Output, 4 mm Detection, IP67
Description
Documents
In Stock
Extended Range
RS Pro inductive sensors offer precise detection, long-term reliability and high accuracy. The sensors are completely encapsulated, which greatly increases shock and vibration resistance.
Features and Benefits
IP67 Nickel brass housing with PBT sensing face
Non embeddable
LED indication
Operating temperature range -25 to +75°C
Short circuit, overload and reverse polarity protection
2m PVC Pre-wired
EN60947-5-2
Non-flush mounting
Applications:
An inductive proximity sensor is a non-contact device that is able to detect the presence or absence of virtually any object regardless of material. The sensors do this by using a coil and oscillator inside the sensor that creates an electromagnetic field close to the sensing surface and when there is a change occurs in the oscillating amplitude, it is able to pick up these variations.
These sensors are especially useful for production or laboratory environments where certain attributes need to be monitored for effective working and for the guarantee of quality, like measuring pressure, flow, thickness, liquid level and so much more.
Approvals
EN60947-5-2
To contact RS Components about RS PRO Inductive Sensor M12 | NPN, Sn 4mm, 2M use Get a quote.
Extended Range
RS Pro inductive sensors offer precise detection, long-term reliability and high accuracy. The sensors are completely encapsulated, which greatly increases shock and vibration resistance.
Features and Benefits
IP67 Nickel brass housing with PBT sensing face
Non embeddable
LED indication
Operating temperature range -25 to +75°C
Short circuit, overload and reverse polarity protection
2m PVC Pre-wired
EN60947-5-2
Non-flush mounting
Applications:
An inductive proximity sensor is a non-contact device that is able to detect the presence or absence of virtually any object regardless of material. The sensors do this by using a coil and oscillator inside the sensor that creates an electromagnetic field close to the sensing surface and when there is a change occurs in the oscillating amplitude, it is able to pick up these variations.
These sensors are especially useful for production or laboratory environments where certain attributes need to be monitored for effective working and for the guarantee of quality, like measuring pressure, flow, thickness, liquid level and so much more.