Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 152 EVO Electronics - Serial systems ►IO-Link protocol interface kit Current limitations Scheme / Overall dimensions and I/O layout 4 1 3 2 5 PIN 1 2 3 4 5 L+ P24 (+ 24 V DC) LC/Q N24 (0 V) 42 90 28 “CLASS B” connector M12A 5P MALE SIGNAL Technical characteristics Specifications IO-Link Specification v1.1 Case Reinforced technopolymer Power supply Voltage + 24 V DC +/- 10% Interface current consumption on + 24 V DC (L+ / L-) 25 mA Power supply diagnosis Green LED PWR NODE / Green LED PWR OUT Communication Connection “Class B” port Communication speed 38.4 kbaud/s Maximum distance from Master 20 m Bus diagnosis Green / red status LED Vendor ID / Device ID 1257 (hex 0x04E9) / 3000 (hex 0x0BB8) Configurations file IODD Available from our web site http://www.pneumaxspa.com Protection degree IP65 when assembled Temperature °C -5 ... +50 Coding: K5830.64.VIK V VERSION 32 = 32 output bits available for valve connections 48 = 48 output bits available for valve connections IO-Link interface manages 64 inputs and outputs. Accessory modules can be connected in whatever order and configuration. Electric power supply and IO-Link connection to the Master are made via M12, male, 5 pins, type A, circular connector, "CLASS B", according to IO-Link specifications. Electric rails L+/L- supply interface only, while P24/N24 rails supply additional modules and solenoid valves. Either power supplies are galvanically isolated in the IO-Link interfaces. IO-Link interface is available in two versions with 32 or 48 outputs allocated to solenoid valves on the manifold directly connected to the node. Such outputs correspond to least significant bytes and their allocation is independent of how many solenoid valves are installed. Remaining outputs can be used to control the modules. Byte allocation to additional modules is fully automatic. Both stand alone and integrated components must operate within the current limits of the fieldbus node; please note: the solenoid valves are supplied by pin 2 and pin 5 (P24 / N24). To compute the maximum current on the P24 / N24 supply, please use the following formula:: = number of installed modules = maximum total current absorbed by the i-th module on the OUTPUTS + 24 V DC supply rail (please see specifications of the single module) = number of installed solenoid pilots = mean absorbed current per solenoid pilot (please see table below) Series i_EV 2200 "Optyma S" 36 mA 2500 "Optyma F" 54 mA 2500 "Optyma T" 54 mA Series 2700 24 mA (1 W version) / 100 mA (2,3 W version) = maximum total current absorbed by the i-th module on the INPUTS + 24 V DC supply rail (please see specifications of the single module) In case total current is more than 4 A, it is mandatory to supply modules exceeding current limit with power supply module K5030.M12. = maximum total current absorbed by the i-th module on the INPUTS + 24 V DC supply rail (please see specifications of the single module)
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