■ Threaded barrel, M8 x 1 ■ Stainless steel, 1.4404 ■ DC 2-wire, 10…30 VDC ■ NO contact ■ Cable connection Wiring diagram
Type code Ident-No. Ident-No (TUSA)
BI1.5-EG08-AD6X 4600204 S4600204
Rated switching distance Sn Mounting conditions Assured switching distance Correction factors Repeatability Temperature drift Hysteresis Ambient temperature
1.5 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…15 % -25…+70 °C
Operating voltage Residual ripple DC rated operational current Residual current Rated insulation voltage Short-circuit protection Voltage drop at Ie Smallest operating current Im Switching frequency
10… 30VDC ð 10 % Uss ð 100 mA ð 0.6 mA ð 0.5 kV yes/ cyclic ð 5V ï 3 mA 3 kHz
Construction Dimensions Housing material Material active area End cap Max. tightening torque housing nut Connection Cable quality Cable cross section
Threaded barrel, M8 x 1 42 mm stainless steel, 1.4427 SO plastic, PA Plastic, PA12-GF30 5 Nm cable 4 mm, grey, LifYY, PVC, 2m
Vibration resistance Shock resistance IP Rating MTTF
2 x 0.25 mm 55 Hz (1 mm) 30 g (11 ms) IP67 2283 years acc. to SN 29500 (Ed. 99) 40 °C
Switching state
LED yellow
Functional principle Inductive sensors detect metal objects contactless 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.