Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice Proportional technology Series WPR 2 AIR TREATMENT 2 | 211 Proportional regulator, standard version with socket connector connector Pin: 1 = DiGitAL inPUt 1 2 = DiGitAL inPUt 2 3 = DiGitAL inPUt 3 4 = DiGitAL inPUt 4 5 = DiGitAL inPUt 5 6 = DIGITAL INPUT 6 7 = DiGitAL inPUt 7 8 = AnALOGUe inPUt / DiGitAL inPUt 8 9 = POWER SUPPLY (+ 24 V DC) 10 = DiGitAL OUtPUt (+ 24 v Dc PnP) 11 = AnALOGUe OUtPUt (cUrrent) 12 = AnALOGUe OUtPUt (vOLtAGe) 13 = rx rS-232 14 = tx rS-232 15 = 0 V 15 1 8 9 CONNECTOR UPPER VIEW Proportional regulator, CANopen® version with socket connector 9 = POWER SUPPLY (+ 24 V DC) 10 = cAn_SHieLD 11 = cAn_v+ 12 = cAn_GnD 13 = cAn_H 14 = cAn_L 15 = 0 V connector Pin: 1 = cAn_SHieLD 2 = cAn_v+ 3 = cAn_GnD 4 = cAn_H 5 = cAn_L 6 = NC 7 = nc 8 = nc 15 1 8 9 CONNECTOR UPPER VIEW Proportional regulator, M12 BASIC and Standard version connector Pin of the M12 BASic version: 1 = POWer SUPPLY (+ 24 v Dc) 2 = nc 3 = 0 V 4 = AnALOGUe inPUt connector Pin of the M12 Standard version: 1 = POWer SUPPLY (+ 24 v Dc) 2 = OUtPUt (depending on model) 3 = 0 V 4 = AnALOGUe inPUt M12 4P MALE 2 1 3 4 Proportional regulator, CANopen® version with M12 connector PIN DESCRIPTION SIGNAL CAN_SHIELD CAN_V+ CAN_GND CAN_H CAN_L 1 2 3 4 5 Optional Can external positive supply (Dedicated for supply of transceiver and Optocouplers, if galvanic isolation of the bus node applies) Optional Can Shield 0 V CAN_H bus line (Dominant high) CAN_L bus line (Dominant low) M125P FEMALE 1 2 5 4 3 M124P MALE 2 1 3 4 PIN DESCRIPTION 1 2 3 4 + 24 V DC (NODE AND INPUTS) NC 0 V + 24 V DC (OUTPUTS) Proportional regulator, IO-Link version connector Pin: 1 = L+ 2 = + 24 v Dc (P24) 3 = L4 = c/Q 5 = 0 V (n24) M12 5P MALE 2 1 3 5 4 Proportional regulator, EtherCAT® version, PROFINET IO RT and EtherNet/IP connector Pin: 1 = Device logical power supply 2 = nc 3 = 0 V 4 = Solenoid valve power supply connector Pin: 1 = Signal tX + (ethernet transmit High) 2 = Signal rX + (ethernet receive High) 3 = Signal tX - (ethernet transmit Low) 4 = Signal rX - (ethernet receive Low) 1 2 4 3 M8 4P MALE 4 3 1 2 M12D 4P FEMALE 4 3 1 2
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