$437.15
  • CPX-AP-I-4IOL-M12
  • 8086604

Overview

Features

  • IO-Link® protocol
  • 30 x 170 x 35 mm dimensions (W x l x h)
  • On H-rail via accessories type of mounting
  • With through-hole type of mounting
  • 126G product weight
  • 5 - 95% relative air humidity
  • Non-condensing relative air humidity
  • IP65 degree of protection
  • IP67 degree of protection
  • Unused connections sealed note on degree of protection
  • 1 - Low corrosion stress corrosion resistance class cRC
  • 20 m with IO-Link® operation max. cable length
  • 50 m system communication max. cable length
  • VDMA24364-B2-L lABS (PWIS) conformity
  • To EU EMC Directive cE mark (see declaration of conformity)
  • To UK instructions for EMC cE marking (see declaration of conformity)
  • KC-EMV kC mark
  • RCM trademark approval
  • C UL us listed (OL) approval
  • UL E239998 certificate issuing authority
  • RoHS-compliant note on materials
  • PA material housing
  • PC material housing
  • Die-cast zinc, nickel-plated material housing
  • FPM material o-ring
  • Diagnostics per channel diagnostics via lED
  • Diagnostics per module diagnostics via lED
  • Load power supply diagnostics via lED
  • Status per channel diagnostics via lED
  • Status per module diagnostics via lED
  • IO-Link® event diagnostics per internal communication
  • Short circuit/overload in sensor supply diagnostics per internal communication
  • Electronics/sensors overvoltage diagnostics per internal communication
  • Load overvoltage diagnostics per internal communication
  • Electronics/sensors undervoltage diagnostics per internal communication
  • Load undervoltage diagnostics per internal communication
  • System communication XF10 IN / XF20 OUT communication interface, function
  • 2x socket communication interface, connection type
  • M8x1, D-coded according to EN 61076-2-114 communication interface, connection technology
  • 4 communication interface, number of pins/wires
  • AP communication interface, protocol
  • Yes communication interface, shielding
  • Incoming electronics/sensors and load power supply, function
  • Plugs power supply, connection type
  • M8x1, A-coded to EN 61076-2-104 power supply, connection system
  • 4 power supply, number of pins/wires
  • Outgoing electronics/sensors and load power transmission, function
  • Socket power transmission, connection type
  • M8x1, A-coded to EN 61076-2-104 power transmission, connection technology
  • 4 power transmission, number of pins/wires
  • SELV/PELV fixed power supplies required note regarding operating voltage
  • Note voltage drop note regarding operating voltage
  • 24V nominal operating voltage dC of load
  • ± 25 % permissible voltage fluctuation of load
  • 24V nominal dC operating voltage, electronics/sensors
  • ± 25% permissible voltage fluctuations for electronics/sensors
  • 2 x 4 A (external fuse required) max. power supply
  • Typically 55 mA intrinsic current consumption at nominal operating voltage for electronics/sensors
  • Typically 5 mA intrinsic current consumption at nominal operating voltage load
  • 10MS power failure bridging
  • Yes reverse polarity protection
  • 4 x socket electrical connection for iO-Link, connection type
  • M12x1, A-coded to EN 61076-2-101 electrical connection for iO-Link, connection technology
  • 5 electrical connection for iO-Link, number of pins/wires
  • C/Q green LED iO-Link, communication
  • 4 iO-Link, number of ports
  • B iO-Link, port class
  • Master V 1.1 iO-Link, protocol version
  • Configurable via software iO-Link, communication mode
  • SIO, COM1 (4.8 kBd), COM2 (38.4 kBd), COM3 (230.4 kBd) iO-Link, communication mode
  • Can be parameterised, 8-128 bytes iO-Link, process data length oUT
  • Can be parameterised, 12-132 bytes iO-Link, process data length iN
  • Dependent on minimum supported cycle time of the connected IO-Link® device iO-Link, min. cycle time
  • -20GC ambient temperature to 50GC ambient temperature
  • -40GC to 70GC storage temperature

Accessories

General Accessories

Mounting Accessories

Electrical Accessories

Connecting Cables for Proximity Sensors