BES516-325-SA19-05
BES516-325-SA19-05 is Inductive Sensors manufactured by Balluff.
BES 516-325-SA19-05 : BES02HW
Inductive sensor M12x1 x 75,0 mm
DC, direct current PNP / Normally open (NO) Sn = 2,00 mm Flush (shielded)
Sensing data
Eff. operating distance Sr Tolerance Sr Assured operating distance Sa Hysteresis H max. (in % of Sr) Repeat accur. R max. (% of Sr) Ambient temperature Ta min. Ambient temperature Ta max. Temp. drift max. (% of Sr) Switching freq. f max. (at Ue) Ready delay tv max. Utilization category Function indicator Power indicator 2,00 mm ±10 % 1,60 mm 15,0 % 5,0 % -25 °C 120 °C 10% 1.000 Hz 10 ms DC 13 No No
Protected against miswiring Polarity reversal protected Rated short circuit current Output resistance Ra Load capacitance max. (at Ue)
No Yes 100 A 2.2k + D 1,000 µF
Mechanical data
Housing material Surface protection Tightening torque Sensing face material Mounting length Connection type Cable jacket material Cable diameter D max. Cable short description Cable length Number of conductors Conductor cross-section Enclosure Type per IEC 60529 Shock rating Vibration rating Degree of contamination Cu Zn Nickel-plated 10 Nm / 15 Nm PEEK 40,5 mm Cable Silicon rubber 6,7 mm SI-SL-O 5,00 m 3 0.50 mm² IP68 according to BWN PR 20 Shock, half-sinus, 30 gn, 11ms 55 Hz, 1 mm ampl., 3x30 min 3
Electrical data
Eff. operating voltage Ue DC Operating voltage UB min. DC Operating voltage UB max. DC Ripple max. (% of Ue) Voltage drop static max. Rated insulation voltage Ui Eff. operating current Ie Minimum operating current Im No-load current Io damped max. Max. no-load cur. Io undamped Off-state current Ir max. Short circuit protected Remended K-type SCP 000000112550/518792/20110124 24,0 V 10,0 V 30,0 V 15 % 1,8 V 75 DC 200 m A 0 m A 25,0 m A 12,0 m A 80 µA No Miniature fuse according IEC60127-2 Sheet 1, ≤ 2 A (quick/acting). Fuse must be in load line.Fuse must not be in outp. line.
Approval
Approvals / Conformity CE
Remarks
Remendation: After a short circuit check the device for proper function. Ta > 70 °C… < 120 °C: Ie = 200
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