Estimated Lead Time: 4-6 Weeks
Manufacturer: Balluff
Order code : BES012L
BES G08EE-PSC20B-BP02
Dimensions : D08.0
Connection : Cable, PUR, 2.00 m
Output function : PNP, Normally open (NO)
Supply voltage : 10.0?30.0 V
Mech. installation condition : Flush (shielded)
Rated operating distance Sn [mm] : 2.00 mm
Additional text : The sensor is functional again after the overload has been eliminated.
Embeddable: See installation notes for inductive sensors with extended switching distance 825357.
Approvals / Conformity : CE
cULus
EAC
Basic standard : IEC 60947-5-2
Diagnostic Coverage : 0 %
Enclosure Type per IEC 60529 : IP68 according to BWN PR 20
Functional Safety : No
Function indicator : Yes
Mission Time : 20 a
MTTF (40øC) : 830 a
Operating distance marking : þþ
Polarity reversal protected : Yes
Power indicator : No
Product group : Inductive sensor
Protection Class : II
Short circuit protected : Yes
Connection type : Cable
Eff. operating current Ie : 200 mA
Eff. operating voltage Ue DC : 24.0 V
Electrical version : DC, direct current
Load capacitance max. (at Ue) : 0.500 æF
Max. no-load cur. Io undamped : 3.0 mA
Minimum operating current Im : 0 mA
No-load current Io damped max. : 9.0 mA
Operating voltage UB max. DC [V] : 30.0 V
Operating voltage UB min. DC [V] : 10.0 V
Rated insulation voltage Ui : 250 VAC
Rated short circuit current : 100 A
Ripple max. (% of Ue) : 15 %
Switching freq. f max. (at Ue) : 1500 Hz
Switching function : Normally open (NO)
Switching output : PNP
Voltage drop static max. : 2.5 V
Ambient temperature Ta max. : 70 øC
Ambient temperature Ta min. : -25 øC
Assured operating distance Sa : 1.60 mm
Cable diameter D max. : 3.1 mm
Cable jacket material : PUR
Cable length : 2.00 m
Conductor cross-section : 0.14 mmý
Depth : 35.0 mm
Diameter d1 : D08.0
Eff. operating distance Sr : 2.00 mm
Housing material : Stainless steel
Mech. installation condition : Flush (shielded)
Mounting length : 34.4 mm
Number of conductors : 3
Rated operating distance Sn [mm] : 2.00 mm
Sensing face material : PBT
Shipping Weight : 1 Kg