Product Description
Balluff Bes00P7 Inductive Sensor Bes 516-324-G-E5-C-S49
Next Day Fittings is an authorized Balluff distributorAs an official Balluff distributor, Next Day Fittings delivers our customers the best pricing and factory lead times. Our trained and knowledgeable staff is always ready to help with any aspect of the Balluff Inductive Sensors product purchasing process. Whether you need assistance from a customer service agent or a product engineering expert, Next Day Fittings is committed to being your Balluff Inductive Sensors partner every step of the way.Balluff Bes00P7 Inductive Sensor Bes 516-324-G-E5-C-S49Manufacturer:BalluffManufacturer Part Number:BES00P7Protection class | II |
Protection type IEC 60529 | IP68 |
Diagnostic coverage | 0.0 % |
Functional safety | no |
Mission Time | 20 a |
Approval/Conformity | CE cULus EAC |
Basic standard | IEC 60947-5-2 |
Housing material | Stainless steel |
Material sensing surface | PBT |
Dimension | ∅ 8 x 45 mm |
Installation | for flush mounting |
Size | M8x1 |
Tightening torque | 8 Nm |
Switching output | PNP Normally open (NO) |
Assured operating distance Sa | 1.6 mm |
Range | 2 mm |
Function indicator | yes |
Power indicator | no |
Connection | M8x1-Connector, 3-pole |
Polarity reversal protected | yes |
Short-circuit protection | yes |
Hysteresis H max# (% of Sr) | 15.0 % |
Load capacitance max# at Ue | 0.5 ?F |
MTTF (40°C) | 830 a |
No-load current lo max#- undamped | 3 mA |
Operating voltage Ub | 10...30 VDC |
Output resistance Ra | 33.0 kOhm + D |
Pollution degree | 3 |
Protected against miswiring | yes |
Rated insulation voltage Ui | 250 V AC |
Rated operating current Ie DC | 200 mA |
Rated operating voltage Ue DC | 24 V |
Rated short circuit current | 100 A |
Ready delay tv max# | 20 ms |
Repeat accuracy max# (% of Sr) | 5.0 % |
Residual current Ir max# | 20 ?A |
Switching frequency | 1500 Hz |
Utilization category | DC -13 |
Voltage drop static max# | 2.5 V |
Ambient temperature | -25...70°C |
Rated operating distance Sn | 2 mm |
Ripple max# (% of Ue) | 15 % |
Temperature drift max# (% of Sr) | 10 % |
Switching distance marking | ?? |