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BALLUFF Inductive sensor Inductive BES0014 BES0014 non-shielded PNP (Ø x H) 8 mm x 50 m
EAN:
Part number:
Item no:
Product type
Inductive sensor
Max. operating voltage
30.0 V
Outputs
PNP
Switching distance (max.)
3.2 mm
Model
Inductive
Datasheet (PDF)
Highlights & Details
Balluff BES0014 Inductive proximity switch
- Dimensions: Ø 8 x 50 mm
- M8x1 design
- Fitting: Non-shielded
- Range: 4 mm
- Switching output: PNP NC
Technical specifications
- Main features:Dimensions: Ø 8 x 50 mm
- Active surface, material: PBT
- Connection: Cable, 2.00 m, PUR
- M8x1 design
- Operating voltage Ub 10...30 VDC
- Fitting: Non-shielded
- Housing material: Stainless steel
- Range: 4 mm
- Switching output: PNP NC
- Switching frequency 4000 Hz
- Protection class: IP68
- Ambient temperature: -25...70 °C, temperature drifts max. (% Sr) > 15% is valid from 50...70 °C.
- Additional features:
- Dimensions: Ø 8 x 50 mm
- Operating voltage display: No.
- Function display: Yes
- Output resistance Ra: 33.0 kOhm
- Rated operating voltage Ue DC 24 V
- Rated operating current Ie 200 mA
- Rated insulation voltage UI 250 V AC
- Rated short-circuit current 100 A.
- Standby delay TV max.: 25 ms
- Operating voltage Ub 10...30 VDC
- Usage category: DC-13
- Load capacity max. at Ue 1.0 µF
- Idle current IO max., dammed.: 2 mA
- Idle current IO max., unattenuated: 7 mA
- Residual current l max. 10 µA
- Residual ripple max. (% of Ue): 10%
- Switching frequency 4000 Hz
- Protection class: II
- Static voltage drop: 2.5 V
- Short-circuit protection: Yes
- Reverse polarity protection: Yes
- Exchange possibility protected: Yes
- Guaranteed switching distance of Sa: 3.2 mm
- Hysteresis H max. (% of Sr): 15.0%
- Rated switching distance Sn: 4 mm
- Real switching distance Sr:4 mm
- Real switching distance Sr, tolerance: ±10 %
- Temperature drift max. (% of Sr): 10%
- Repeatability max. (% of Sr): 5.0%
- MTTF (40 °C) 595 a
- Active surface, material: PBT
- Tightening torque 8 Nm
- Size M8x1
- Mounting length 43.00 mm
- Fitting: Non-shielded
- Switching output: PNP NC
- Connection type: Cable, 2.00 m, PUR
- Cable diameter D 3.00 mm
- Cable length 2 m
- Switching distance indicator: ■■
- Housing material: Stainless steel
- Sheath material: PUR
- EN 60068-2-27, shock: Half sine, 30 gn, 11 ms
- EN 60068-2-6, vibration:55 Hz, amplitude 1 mm, 3x30 min.
- Protection class: IP68
- Ambient temperature: -25...70 °C, temperature drifts max.|(% Sr) > 15% is valid from 50...70 °C.
- Pollution level 3
- Number of conductors: 3
- Conductor cross-section: 0.14 mm²
- Brand: Global
- Electrical design: 3-wire
- Product type
Inductive sensor
- Type
BES0014
- Min. operating voltage
10.0 V
- Max. operating voltage
30.0 V
- Operating voltage
10.0 - 30.0 V
- Outputs
PNP
- Cable length
2.00 m
- Switching distance (max.)
3.2 mm
- Switching frequency
4000 Hz
- Model
Inductive
- Connector
M8
- Installation type
non-shielded
- Enclosure material
Stainless steel
- Contact type
1 breaker
IP68
- Min. temperature
-25 °C
- Max. temperature
70 °C
- Length
50.00 mm
- Height
50 m
- (Ø)
8 mm
- Dim
(Ø x H) 8 mm x 50 m
- Nominal voltage
24 V
- UKCA
yes
Documents & Downloads
Datasheet
Datasheet 3417025 BALLUFF Inductive sensor Inductive BES0014 BES0014 non-shielded PNP (Ø x H) 8 mm x 50 m
User & Safety Instructions
User & Safety Instructions 3417025 BALLUFF Inductive sensor Inductive BES0014 BES0014 non-shielded PNP (Ø x H) 8 mm x 50 m
Description
Our standard inductive sensors are Ideal for object detection in the metal field. They are short circuit proof and operate without contact, i.e. they are wear-free and are resistant to contamination. The sensors are available in designs from Ø 3 mm to 80 × 80 mm square size. Particularly economical solutions enable you to use the robust and reliable inductive global sensors. We can also deliver the wide range of these over 500 preferred versions in high quantities worldwide at short notice. Inductive sensor, Ø 8 x 50 mm, cable, NC, nominal switching distance Sn=4 mm, not flush, Housing material=stainless steel, active surface, material=PBT
This text is machine translated.
This text is machine translated.