Technical Description Sensor failures most common causes interruptions

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Technical Description Sensor failures most common causes interruptions

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Technical Description Sensor failures most common causes interruptions production facilities. resulting costs problems only problem bottom line, also reduce availability equipment. Help available using suitable sensors, such OptoPROXINOX series. These sensors have skin corrosion-resistant stainless 1.4571, with surface degradation. there compromises with optical surface, with thick glass element (also plastic food industry). nightmare lost name-plates also over: stainless steel sensors laser engraved. inside? Sealed Balluff electronics operate flawlessly under most difficult conditions supplies generous output. Mounting connections: rugged, reliable, safe (fully reverse polarity protected). housing design identical sensors series. special housing nose optics construction provides optimum sealing rigidity. addition usual protection, steam cleaning also permitted. series includes diffuse models with fixed sensing distances They manufactured precise tolerances. This makes them ideal rapid uncomplicated assembly. highly visible light (100 versions) also makes them easy versions with plastic disc work with highenergetic infrared light. retroreflective model with polarizing filter 2000 range will "blinded" highly reflective objects, rather detects them reliably. This increases sensor's flexibility reliability. highly visible light makes setup easier. non-polarized version even attains range 4000
Stainless Steel
Features thru-beam model operates using infrared light, with outstanding range high-energy beam penetrate ordinary paper. ideal sensor harsh environments, example food processing industry, where sensor with large function reserves demanded! Supply voltage 10.30 reverse polarity protected Output short circuit protected Rugged stainless steel housing without holes with stainless nuts Enclosure rating Optical surface rugged BOROFLOAT glass scratch-resistant Tempax, bead secured Diffuse retroreflective with light One-way thru-beam with infrared light Applications Bottling equipment Food processing Packaging Laundry dry-cleaning Machine tools Heavy industry wash equipment Wherever other sensors don't measure
New: Also with plastic front disc (PMMA scratch-resistant)
2.25
Housing size Diffuse Retroreflective Thru-Beam
Stainless Steel Range
sensing range sensing range sensing range Glass Lens Plastic Lens mm/200 mm/400 mm/200 mm/400
stainles 1.4571
Diffuse Retroreflective Thru-Beam light light light infrared light infrared light infrared light light, polarizing filter light infrared light emitter Sender 18E-PS-1YA-E5-D-S 18E-PS-1YB-E5-D-S 18E-PS-1YD-E5-D-S 18E-PS-1XA-SA 18E-PS-1XB-SA 18E-PS-1XD-SA 18E-PS-1UB-E5-D-S 18E-PS-1UB-SA 18E-PS-1WD-E5-D-S 18E-PS-1P-E5-D-S 18E-XX-1P-E5-X-S 18E-PS-1P-SA 18E-XX-1P-SA
Supply voltage Voltage drop Rated isolation voltage Rated operational current No-load supply current Protected against polarity reversal Short circuit protected Permissible capacitance On/Off delay Frequency operating cycles Utilization category Output Output function Permissible ambient light Sensitivity adjustment Output function indication Stability indication Ambient temperature range Degree protection Insulation class Housing material Material sensing face Connection Recommended connector Light-On/Dark-On
10.30 10.30 (BLS (BLS 2000 2000 -20.+75 -20.+75 wash-down rated wash-down rated stainless 1.4571 stainless 1.4571 scratch-resistant PMMA glass connector connector BKS-S BKS-S
Note: Diffuse values referenced Kodak gray card with reflection. Connection Diagrams Retroreflective values referenced reflector. available request.
2.26
Diffuse BOS-18E-.-1YA/1YB/1YD-.
18E-.-1YD-. 18E-.-1YB-. 18E-.-1YA-. Kodak gray card reflection
Sensing distance measured with lateral approach using Kodak gray card.
Retroreflective BOS-18E-.-1UB/1WD-.
18E-PS-1WD-. Reflector
18E-PS-1UB-.
Sensing distance measured with lateral approach using reflector.
Thru-Beam BLE/BLS 18E-.
Emitter/ Receiver
thru-beam sensor maximum possible offset between emitter receiver measured.
2.27

Technical Description Sensor failures most common causes interruptions

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