EI3008I020

Proximity Sensors Inductive Analogue Position Sensor Types EI, M18, M30• Nickel-plated brass housing, cylindrical• Diameter: M18, M30• Sensing range:EI 1805 I020: 2 to 5 mmEI 3008 I020: 3 to 8 mm• Power supply: 15 to 30 VDC• Current source output: 0 to 20 mA• Protection: Reverse polarity, internal current limiter• 2 m cable or plug M12Product DescriptionOrdering KeyEI 1805 I020-1Cylindrical analogue position sensor in M18 and M30 nick- el-plated brass housings. High degree of linearity, out- put current 0 to 20 mA. Canbe extended with level ampli- fier relay S 183 and analogue display to make up complete measuring systems.Type: Inductive switchHousing diameterRated operating dist. (mm) Current output 0 to 20 mA Connection typeType SelectionHousingRated Ordering no. Ordering no. diameteroperatingOutput typeOutput typedist. (Sn)0 to 20 mA0 to 20 mAM182 to 5 mm 1) EI 1805 I020EI 1805 I020-1M303 to 8 mm 1) EI 3008 I0201) For flush mounting in metalSpecificationsRated operational volt. (Ue) 17 to 27 VDC (UB) 15 to 30 VDC(ripple included)Ripple ≤ 10%Rated operational current (Ie)0 to 20 mA(R load: 0 to 500 Ω)Max. 30 mA (current limiter)No-load supply current (Io)≤ 7 mA (no load)Protection Reverse polarity current limiterTransient voltage≤ 2 kV/0.5 J (prepared)Power ON delay Safe operation after 1 sRate of rise EI 1805 I020 ≥ 1 mm/msEI 3008 I020 ≥ 3 mm/msAssured operating dist. (Sa) EI 1805 I020 2 to 5 mmEI 3008 I020 3 to 8 mmLinearity ± 3% of full scale Repeat accuracy (R)≤ 1% Temperature drift EI 1805 I020≤ 2 µm/°C per mmEI 3008 I020≤ 1 µm/°C per mmAmbient temperatureOperating -15° to +65°C (+5° to +144°F) Storage-20° to +70°C (-4° to +158°F)Degree of protectionIP 67(Nema 1, 3, 4, 6, 13)Housing materialBodyNickel-plated brassFrontBlue thermoplastic polyesterBackBlack thermoplastic polyesterCable2 m, 3 x 0.25 mm2grey PVC, oil proofWeight (cable included) EI 1805 I020 85 gEI 3008 I020 195 gTightening torque EI 1805 I020 17.5 NmEI 3008 I020 35.0 NmCE-markingYesSpecifications are subject to change without notice (04.05.10)1