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IPFHigh-power photoelectric sensor receiver, Ø10mm 45long, standard design, connection to amplifier, cable tail 2-pin 5m PVC, IP67, plastic+plastic – Image 1
IPF

High-power photoelectric sensor receiver, Ø10mm 45long, standard design, connection to amplifier, cable tail 2-pin 5m PVC, IP67, plastic+plastic

SKU: OE106001
Available3–5 business days delivery
€93.60 / pieces
€111.38 incl. VAT

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Data sheet(DE)

Electrical features

Switching frequency15 Hz
Switching distancefrom 0 to 70000 mm
Elektrischer AnschlussCable
Connection to amplifierYes

More

IPF Product Group101 high performance through-beam sensors and amplifiers
packaging dimensions180 x 50 x 50 mm
Customs tariff number85365019
WEEE number40951076
Reach-compliantYes
RoHS‑compliantYes
gross weight140 g

Mechanical features

Vibration resistance55 Hz
Conductor cross section0.5 mm²
Material of active areaPlastic
Cable diameter3.8 mm
Ambient temperaturefrom -25 to 60 °C
Number of cores2
Length45 mm
Housing materialPlastic
Storage temperaturefrom -40 to 80 °C
DesignCylinder plain
Material of cable sheathPlastic (PVC)
Diameter10 mm
Cable length5 m
Shock resistance30 g
Receiver designNormal design
Degree of protection (IP)IP67

Installation / Disposal

DisposalWEEE number according to § 6 para. 3 ElektroG: 40951076
InstallationMounting / installation may only be carried out by a qualified electrician!

Classification

ETIM 8EC002716 Through-beam photoelectric sensor

Optical features

Wavelength of light source880 nm
Type of lightInfrared light
Light beam shapePoint
Opening angle25 °

Other

DesignZylinder
Connector typeKabel
  • Plastic sheath, Ø17mm, Inner diameter 10mm, -40-250°C, Glass fiber with silicone rubber, Short- term resistance to weld spatter 1200°C, Tensile strength 400N, Flexible, Flame retardant, yard good
    AY000141

Safety warnings

  • Before initial operation, please make sure to follow all safety instructions that may be provided in the product information.
  • Never use these devices in applications where the safety of a person depends on their functionality.