Identification defined by Turck's inductive sensor number

Create Date: 2024-8-30 12:03:23|Source: TURCK/TURCK

For example, the number of the type: Ni12U-M18M-VP4X-H1141 is divided into 6 parts

                               Identification defined by Turck's inductive sensor number

Part I: Ni12U

Letter N: The device method of the sensor is (non-flush device method)

Inductive sensor device method code:

B: Flush unit S: Fork sensor

N: Non-flush device W: Linear sensor

Letter i: The functional principle of the sensor is (inductive)

Inductive sensor function principle code:

i: Inductive iM: Magnetic

Number 1: A group of the fourth digit representing the sensor's (special function) if it is a number, representing the additional switching interval of the sensor, i.e., the sensing interval, in millimeters (mm)

Special function code of inductive sensor:

D: High pressure resistance

Number 2: The sensor (additional switching interval) is the sensing interval (mm)

The letter U: The (special function) of the sensor is U uprox@+ or uprox@ sensor

Special function code of inductive sensor:

F: Front sensing surface (sensor Q26) FE: Induction ferromagnetic metal

NF: Inductive Non-Ferromagnetic Metal R: Ring Sensor

S: Side sensing surface (sensor Q26) U: U uprox@+ or uprox@ sensor

Part 2 : M18M

M18: M represents the (outline depiction) of the sensor is a copper-plated cylindrical shape, and 18 represents the thread diameter of the sensor

Inductive sensor outline depiction code:

CA25: stubby@ Square(25*25) CA40: stubby@Square(40*40)

CK40 :stubby@ Square(40*40) CP40:combiprox@Square(40*40)

CP80: CP80 square(80*80) DSU: dual inductive face sensor

EG: Stainless steel cylindrical through thread EH: Stainless steel lubricated cylindrical

EM: Stainless steel cylindrical partial thread G: Copper plated cylindrical through thread

GS: Metal cylindrical through thread side sensing H: Copper plating lubrication cylindrical

HS: Metal-lubricated cylindrical, through-threaded, side-sensing K: Lubricated plastic cylindrical

M: Copper-plated cylindrical partially threaded MT: Copper-plated Teflon cylindrical partially threaded

P: Plastic cylindrical through thread Q: Square

S: Plastic cylindrical Partially threaded TS: Plastic shoulder square

W: Ring sensor plastic housing

M: Represents the medium length of the sensor (additional form factor).

Additional outline depiction codes for inductive sensors:

D: Nai harsh climate type E: Extended type

M: Medium length K: Short

SR: Straight or Angled Terminal Blocks SK: Angled Terminal Blocks

WD: Washdown resistant for harsh environment applications

Part 3: AP6X

A: The (output function) of this sensor is normally open type (N.O.)

Additional outline depiction codes for inductive sensors:

A: Normally open type (N.O.) ASI: AS-I interface

D: Dynamic output K: Short

DNet: deviceNet sub-SK: Angled terminal block

F: Connection Programmable LF: Analog Output (Frequency)

LI: Analog output (current) LU: Analog output (voltage)

S/LIU: Analog output (voltage and current) R: Normally closed (N.C.)

V: Normally open/normally closed (complementary output) Y0: EN60947-5-6 (NAMUR)

Y1: ATEX certified

P: The (output) of the sensor is the PNP output

Inductive sensor output code:

D: Two linear DC non-polarized N: NPN output

D: Two-wire AC/DC P: PNP output

G: Polarity of two-wire DC Z: Two-wire communication

6: Represents the voltage range of the sensor is 10....... 30VDC

Inductive sensor voltage range code:

  3: 20.......250VAC 3 :10.......300VDC

  30:20.......250VAC 30:10.......300VDC

  31:20.......250VAC SK: 10.......300VDC

  4:10.......65VDC

  41:10.......55VDC

  44:10.......55VDC

  6:10.......30VDC

  7:10.......30VDC

X: The sensor is a single indicator (display function).

Inductive sensor display function code:

X: Single indicator X2: Dual indicator

Part V: H1141

H1: The sensor (plug-in type) is the eurocon (M12*1) series

Inductive sensor plug-in type code:

B1: Minicon (7/8) series B3: Minicon (1/2) series

H1: eurocon (M12*1) series V1: Picocon (M8*1/φ8mm) series

1: The (structure) of the sensor is linear

Inductive sensor structure code:

1: Straight type 3: Straight type with adapter

4: The number of contacts representing the sensor is 4 contacts

1: The (production code) representing the sensor is the standard wiring

Code name for inductive sensor fabrication:

1: Standard wiring 0: Special wiring
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