Leuze Electronic IS 218MM/4NO-5E0 Induktiver Sensor, P\n: 50109692

Leuze Electronic IS 218MM/4NO-5E0 Induktiver Sensor, P\n: 50109692

Series: 218 Typ. operating range limit Sn: 5 mm Operating range Sa: 0 ... 4 mm Protective circuit: Inductive protection, Polarity reversal protection, Short circuit protected Supply voltage UB: 10 ... 30 V, DC Residual ripple: 0 ... 20 %, From UB Open-circuit current: 0 ... 10 mA Temperature drift, max. (in % of Sr): 10 %, Over the entire operating temperature range Repeatability, max. (in % of Sr): 5 %, For UB = 20 … 30 V DC, ambient temperature Ta = 23 °C ± 5 °C Switching hysteresis: 10 % Number of digital switching outputs: 1 Piece(s) Voltage type: DC Switching current, max.: 200 mA Residual current, max.: 0.1 mA Voltage drop: ≤ 2 V Switching element: Transistor, PNP Switching principle: NO (normally open) Switching frequency: 2,000 Hz Readiness delay: 60 ms Number of connections: 1 Piece(s) Function: Signal OUT, Voltage supply Type of connection: Cable Cable length: 2,000 mm Sheathing material: PVC Cable color: Gray Number of conductors: 3 -wire Wire cross section: 0.34 mm² Design: Cylindrical Dimension (Ø x L): 18 mm x 52 mm Thread size: M18 x 1 mm Type of installation: Embedded Housing material: Metal Metal housing: Nickel-plated brass Sensing face material: Plastic, Polybutylene (PBT) Net weight: 116 g Housing color: Red, RAL 3000, Silver Type of fastening: Mounting thread, Via optional mounting device Standard measuring plate: 18 x 18 mm², Fe360 Type of display: LED Number of LEDs: 1 Piece(s) Ambient temperature, operation: -25 ... 70 °C Ambient temperature, storage: -25 ... 70 °C Degree of protection: IP 67 Protection class: II Approvals: c UL US Test procedure for EMC in accordance with standard: IEC 61000-4-2, IEC 61000-4-3, IEC 61000-4-4 Standards applied: IEC 60947-5-2 Aluminum: 0.35 Stainless steel: 0.75 Copper: 0.3 Brass: 0.45 Fe360 steel: 1 Customs tariff number: 85365019 ECLASS 5.1.4: 27270101 ECLASS 8.0: 27270101 ECLASS 9.0: 27270101 ECLASS 10.0: 27270101 ECLASS 11.0: 27270101 ECLA