turck BI2-M12-Y1X-H1141 Quick Start Manual

Inductive sensor
BI2-M12-Y1X-H1141
Type code
Ident no.
Rated switching distance Sn
Mounting conditions
Assured switching distance
Correction factors
Repeatability
Temperature drift
Hysteresis
Output function
Switching frequency
Voltage
Non-actuated current consumption
Actuated current consumption
Approval acc. to
Internal capacitance (C ) / inductance (L
i
Device designation
Construction
Dimensions
Housing material
Active area material
Max. tightening torque housing nut
Connection
Vibration resistance
Shock resistance
Protection class
MTTF
Switching state
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BI2-M12-Y1X-H1141
40102
2 mm
flush
ð (0,81 x Sn) mm
St37 = 1; Al = 0.3; stainless steel = 0.7; Ms = 0.4
ð 2 % of full scale
ð ± 10 %
1...10 %
2-wire, NAMUR
5 kHz
Nom. 8.2 VDC
ï 2.1 mA
ð 1.2 mA
KEMA 02 ATEX 1090X
) 150 nF / 150 µH
i
É II 1 G Ex ia IIC T6 Ga/II 1 D Ex ia IIIC T115 °C
Da
(max. U = 20 V, I
i
threaded barrel, M12 x 1
52 mm
Metal, CuZn, chrome-plated
Plastic, PA
10 Nm
flange connector, M12 x 1
55 Hz (1 mm)
30 g (11 ms)
IP67
6198 years acc. to SN 29500 (Ed. 99) 40 °C
LED yellow
= 20 mA, P = 200 mW)
i i
■ ATEX category II 1 G, Ex zone 0
■ ATEX category II 1 D, Ex zone 20
■ SIL2 as per IEC 61508
■ Threaded barrel, M12 x 1
■ Chrome-plated brass
■ DC 2-wire, nom. 8.2 VDC
■ Output acc. to DIN EN 60947-5-6 (NA-
MUR)
■ M12 x 1 male connector
Wiring Diagram

Functional principle

Inductive sensors detect metal objects con-
tactless and wear-free. For this, they use a
high-frequency electromagnetic AC field that
interacts with the target. Inductive sensors
generate this field via an RLC circuit with a
ferrite coil.