PNEUMAX SOLUTIONS FOR AUTOMATION CONTROL EVO CATALOGUE
www.pneumaxspa.com
Solenoid valves manifold I Series EVO Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice Pneumax solenoid valves are available as the EVO version, coupled with multiprotocol modules/electronics from the PX range. Pneumax solutions for automation control EVO Catalogue
II Solenoid valves manifold Series EVO Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice Founded in 1976, Pneumax S.p.A. is today one of the leading international manufacturers of components and systems for industrial automation. It is at the forefront of a Group comprised of 28 companies, with over 850 employees worldwide. Ongoing investment in research and development has allowed Pneumax to continually expand its range of standard products and customized solutions. The use of the most advanced production technologies guarantees international standards in different sectors. The desire to provide the service and application skills dedicated to Industrial automation, process automation and the automotive sector. Through a network of subsidiaries and exclusive distributors, Pneumax is present in more than 50 countries around the world, supporting customers in all phases of the supply process, from pre-sales application analysis to after-sales service. International network 3 TECHNOLOGIES Pneumatic technology Electric actuation Fluid control Pneumax Group Smart Technologies and Human Competence
Solenoid valves manifold III Series EVO Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice WE SPEAK 2700 EVO Series PX Series Optyma EVO Series 3000 EVO Series A unique control system, a wide range of solutions All the Pneumax solenoid valves manifold are now available in the EVO version, integrating the new multiprotocol module PX Series, designed to manage and command pneumatic and electropneumatic components and to offer extreme flexibility by interfacing with the most common communication protocols. The PX Series synthesizes the ‘control’ concept Pneumax is offering: a unique solution that can be used as stand alone or integrated onto valves manifold Wide range of fieldbus protocols • Modular system • Easy to configure • Multiprotocol
Solenoid valves manifold IV Series EVO Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice Index Series EVO 1 Series PX Configurator Configuration examples Accessories Module assembly instructions Serial systems CANopen® protocol node kit PROFIBUS DP protocol node kit EtherNet/IP protocol node kit EtherCAT® protocol node kit PROFINET IO RT protocol node kit CC-Link IE Field Basic protocol node kit IO-Link protocol interface kit 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 Series 3000 EVO Series 3000 EVO - STAND ALONE (10 mm) Configurator Solenoid valves (self feeding) Solenoid valves (external feeding) Series 3000 EVO - STAND ALONE (15,5 mm) Solenoid valves (self feeding) Solenoid valves (external feeding) Accessories Installation specifications - (10 mm) Installation specifications - (15,5 mm) Series 3000 EVO - MANIFOLD (10 mm) Configurator Configuration examples Solenoid valves Series 3000 EVO - MANIFOLD (15,5 mm) Solenoid valves Multi-pin connections Accessories Installation specifications - (10 mm) Module assembly instructions - (10 mm) Installation specifications - (15,5 mm) Module assembly instructions - (15,5 mm) 24 25 27 29 31 33 35 37 40 43 44 46 48 49 53 55 56 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 Serial systems CANopen® protocol node PROFIBUS DP protocol node EtherNet/IP protocol node EtherCAT® protocol node PROFINET IO RT protocol node CC-Link IE Field Basic protocolo node IO-Link protocol interface Inputs and outputs modules 8 M8 & M12 digital inputs module kits 8 M8 & M12 digital outputs module kits 32 digital inputs & outputs module kits (37 pin SUB-D connector) Analogue inputs module kit M8 Analogue outputs module kit M8 Pt100 inputs module kit Additional modules Additional power supply module kit Signal management Connectors Inputs and outputs modules 8 M8 & M12 digital inputs module kits 8 M8 & M12 digital outputs module kits 32 digital inputs & outputs module kits (37 pin SUB-D connector) Analogue inputs module kit M8 Analogue outputs module kit M8 Pt100 inputs module kit Additional modules Additional power supply module kit Signal management Connectors
Solenoid valves manifold V Series EVO Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice EVO Electronics Multi-pin module Serial systems CANopen® protocol node kit PROFIBUS DP protocol node kit EtherNet/IP protocol node kit EtherCAT® protocol node kit PROFINET IO RT protocol node kit CC-Link IE Field Basic protocol node kit IO-Link protocol interface kit Inputs and outputs modules 8 M8 & M12 digital inputs module kits 8 M8 & M12 digital outputs module kits 32 digital inputs & outputs module kits (37 pin SUB-D connector) Analogue inputs module kit M8 Analogue outputs module kit M8 Pt100 inputs module kit Additional modules Additional power supply module kit Connectors Cables 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 144 75 Series 2200 Optyma-S EVO Configurator Installation specifications Solenoid valves Left Endplate / Right Endplate Modular bases (2 places) Accessories Proportional technology accessories Accessories 76 80 82 84 85 86 87 92 96 Series 2500 Optyma-F EVO Configurator Installation specifications Solenoid valves Left Endplate / Right Endplate / Modular base Accessories 97 100 102 104 105 109 Series 2500 Optyma-T EVO Configurator Installation specifications Solenoid valves Left Endplate / Right Endplate / Modular base Accessories 110 113 115 117 118 123 Series 2700 EVO Configurator Installation specifications Module assembly instructions Solenoid valves Monitored solenoid valves Solenoid valves for progressive start Left Endplate / Right Endplate / Modular base Accessories 124 128 130 131 134 137 138 139
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice Solenoid valves manifold Series PX 1 Air distribution 1 | 1 Series PX SERIES PX MODULAR ELECTRONIC SYSTEM • Maximum flexibility • Digital and analogue I/O modules • Stand alone solution connectable via SUB-D cable to all manifolds • Manufactured in technopolymer • Wide range of communication protocols FLEXIBILITY IN A COMPACT SPACE Series PX modular electronic system has been designed to offer control and acquisition hardware for pneumatic and electric devices; it supports the most diffused communication protocols and can be configured with I/O modules, both digital and analog. Series PX in stand alone version can be connected to every solenoid valves battery by using SUB-D connector, on the other hand Series PX can be directly connected to the following Pneumax solenoid valves series: • Optyma s • Optyma F • Optyma t • 2700 • 3000 technopolymer bodies and sub-base and compact design has been studied to optimise room taken by the whole system, they make series PX extremely light and guarantee maximum flexibility. the ability to quickly and easily configure the system, the range of modules and accessories available meet at the best the specific application needs of many industrial sectors. Configurable on Cadenas platform
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 2 Series PX - Configurator Configurator Version 3 Series 3000 version Type P Technopolymer Endplates accessories Without DIN rail adapter G With DIN rail adapter Electric connection accessories Without DIN rail adapter G With DIN rail adapter Number of repetitions per module Indicate the number of repetitions of the same module (no value for a single module) Electric connection C3 CANopen® node 64 IN - 64 OUT (32 fixed) C4 CANopen® node 64 IN - 64 OUT (48 fixed) P3 PROFIBUS DP node 64 IN - 64 OUT (32 fixed) P4 PROFIBUS DP node 64 IN - 64 OUT (48 fixed) I4 EtherNet/IP node 128 IN - 128 OUT (48 fixed) A4 EtherCAT® node 128 IN - 128 OUT (48 fixed) N4 PROFINET IO RT node 128 IN - 128 OUT (48 fixed) G4 CC-Link IE Field Basic node 128 IN - 128 OUT (48 fixed) K3 IO-Link protocol interface 64 IN - 64 OUT (32 fixed) K4 IO-Link protocol interface 64 IN - 64 OUT (48 fixed) Inputs module - Analogue / Digital D8 8 M8 digital inputs module D12 8 M12 digital inputs module D3 32 digital inputs SUB-D 37 poles T1 2 analogue inputs 0-5V module (voltage signal) T2 2 analogue inputs 0-10V module (voltage signal) T3 4 analogue inputs 0-5V module (voltage signal) T4 4 analogue inputs 0-10V module (voltage signal) C1 2 analogue inputs 0-20mA module (current signal) C2 2 analogue inputs 4-20mA module (current signal) C3 4 analogue inputs 0-20mA module (current signal) C4 4 analogue inputs 4-20mA module (current signal) P1 2 Pt100 2 wires inputs module P2 2 Pt100 3 wires inputs module P3 2 Pt100 4 wires inputs module P4 4 Pt100 2 wires inputs module P5 4 Pt100 3 wires inputs module P6 4 Pt100 4 wires inputs module Outputs module - Analogue / Digital M8 8 M8 digital outputs module M12 8 M12 digital outputs module M3 32 digital outputs SUB-D 37 poles V1 2 analogue outputs 0-5V module (voltage signal) V2 2 analogue outputs 0-10V module (voltage signal) V3 4 analogue outputs 0-5V module (voltage signal) V4 4 analogue outputs 0-10V module (voltage signal) L1 2 analogue outputs 0-20mA module (current signal) L2 2 analogue outputs 4-20mA module (current signal) L3 4 analogue outputs 0-20mA module (current signal) L4 4 analogue outputs 4-20mA module (current signal) Additional modules (Optional) P12 M12 additional power supply module Module accessories Without DIN rail adapter G With DIN rail adapter Refer to the current limits indicated in the pages relating to the nodes / IO-Link interface Configurator - - - - - ... SINGLE MODULE CONFIGURATION PX 3 P
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 3 Series PX - Configuration examples Configuration examples Example shown: PX3-P-N4-D8-V4-M3-D12 Multiprotocol module with PROFINET IO RT protocol node, M8 digital input module, M8 analogue output module, 37 pin (SUB-D) digital output module and M12 digital input module. Example shown: PX3-P-G-A4-3D8-2M12 Multiprotocol module with EtherCAT® protocol node, 3 M8 digital input modules and 2 M12 digital output modules; also includes DIN rail adaptors. Overall dimensions 23.5 16 94.5 Ø4.5 7.5 6.5 23.5 16 Ø4.5 24 52 15 21 10 43 X No. Modules
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 4 Series PX - Accessories ►Left endplate kit Weight 52 g 19 24 94.5 16 23.5 7.5 Ø4.2 Ø4.2 7.5 23.5 16 Ø4.2 M5 31.5 15 15 Coding: 3100.KT.00 ►Right endplate kit Weight 51 g 23.5 16 22 24 94.5 Ø4.2 M5 Ø4.2 Ø4.2 15.5 15.5 23.5 16 Coding: 3100.KT.03 ►DIN rail adapter Weight 12 g 12 46 10 Coding: 3100.16 ►Cable complete with connector, male 37 poles, IP65 Coding: 2400.37.M.L.C L CABLE LENGTH 03 = 3 meters 05 = 5 meters 10 = 10 meters C CONNECTOR 10 = In line 90 = 90° Angle
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 5 Series PX - Module assembly instructions 1. Assemble the required modules starting with 3100.KT.03 right endplate kit. 2. Complete the assembly with the 3100.KT.00 left endplate kit. 4. If required, assemble the DIN rail adapter using an 3 mm allen key. 3. To lock: rotate anticlockwise (in the direction of the LOCK print on the case). To unlock: rotate clockwise (in the direction of the UNLOCK print on the case). The same procedure shall be used to add or remove any module. A. For integration with a manifold it is necessary to remove the 3100. KT.03 right endplate kit. The Series 3000 manifolds already integrates with the PX Series modules with dedicated fixing options. Please refer to www.pneumaxspa.com for more details. B. Series PX modular electronic system can be integrated with the following valve manifold series: • Optyma S • Optyma F • Optyma T • 2700
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 6 Series PX - Serial systems ►CANopen® protocol node kit Current limitations Scheme / Overall dimensions and I/O layout PIN 1 CAN_SHLD Optional CAN Shield 2 CAN_V+ Optional CAN external positive supply (Dedicated for supply of transceiver and Optocouplers, if galvanic isolation of the bus node applies) 3 CAN_GND Ground / 0V / V4 CAN_H CAN_H bus line (dominant high) 5 CAN_L CAN_L bus line (dominant low) 4 1 3 2 3 2 4 5 1 4 1 3 2 5 42 90 28 PIN 1 2 3 0 V 4 A 4 A 4 A 4 - NETWORK connectors DESCRIPTION POWER SUPPLY connector M12A 4P MALE M12A 5P FEMALE M12A 5P MALE SIGNAL DESCRIPTION + 24 V DC (LOGICS & INPUTS) N.C. + 24 V DC (OUTPUTS) MAX. CURRENT Technical characteristics Specifications CiA Draft Standard Proposal 301 V 4.10 (15 August 2006) Case Reinforced technopolymer Power supply Voltage + 24 V DC ± 10% Node only current consumption on + 24 V DC inputs 40 mA Power supply diagnosis Green LED PWR NODE / Green LED PWR OUT Communication Connection 2 M12 5 pins male-female connectors type A (IEC 60947-5-2) Baud rate 10 - 20 - 50 - 125 - 250 - 500 - 800 - 1000 Kbit/s Addresses possible numbers From 1 to 63 Maximum nodes number in network 64 (slave + master) Bus maximum recommended length 100 m at 500 Kbit/s Bus diagnosis Green / red status LED Configuration file Available from our web site http://www.pneumaxspa.com Protection degree IP65 when assembled Temperature °C -5 ... +50 Coding: K5530.64.VCO V VERSION 32 = 32 output bits available for valve connections 48 = 48 output bits available for valve connections CANopen® node manages 64 inputs and outputs. Accessory modules can be connected in whatever order and configuration. Connection to CANopen® fieldbus is made via two M12, male and female, 5 pins, type A circular connectors, in parallel between them; connectors pinout is compliant to CiA Draft recommendation 303-1 (V. 1.3 : 30 December 2004). Transmission speed and address, as well as termination resistor activation are set via DIP-switches. CANopen® node 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 OUTPUTS + 24 V DC (pin 4). To compute the maximum current on the OUTPUTS + 24 V DC, 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) For each fieldbus node, maximum deliverable current by OUTPUTS + 24 V DC supply is 4 A, moreover the sum of the currents on OUTPUTS + 24 V DC and INPUTS + 24 V DC must not exceed 4 A. Where: = number of installed modules = 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.
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 7 Series PX - Serial systems ►PROFIBUS DP protocol node kit Current limitations Scheme / Overall dimensions and I/O layout PIN 1 VP Optional Power supply plus, (P5V) 2 A-line Receive / Transmit data -N, A-line 3 DGND Data Ground (reference potential to VP) 4 B-line Receive / Transmit data -P, B-line 5 SHIELD Shield or PE PIN 1 2 3 0 V 4 A 4 A 4 A 4 4 1 3 2 3 2 4 5 1 4 1 3 2 5 42 90 28 - NETWORK connectors SIGNAL DESCRIPTION POWER SUPPLY connector M12A 4P MALE M12B 5P FEMALE M12B 5P MALE DESCRIPTION + 24 V DC (LOGICS & INPUTS) N.C. + 24 V DC (OUTPUTS) MAX. CURRENT Technical characteristics Specifications PROFIBUS DP Case Reinforced technopolymer Power supply Voltage + 24 V DC ± 10% Node only current consumption on + 24 V DC inputs 70 mA Power supply diagnosis Green LED PWR NODE / Green LED PWR OUT Communication Connection 2 M12 5 pins male-female connectors type B Baud rate 9,6 - 19,2 - 93,75 - 187,5 - 500 - 1500 - 3000 - 6000 - 12000 Kbit/s Addresses possible numbers From 1 to 99 Maximum nodes number in network 100 (slave + master) Bus maximum recommended length 100 m at 12 Mbit/s - 1200 m at 9,6 Kbit/s Bus diagnosis Green / red status LED Configuration file Available from our web site http://www.pneumaxspa.com Protection degree IP65 when assembled Temperature °C -5 ... +50 Coding: K5330.64.VPB V VERSION 32 = 32 output bits available for valve connections 48 = 48 output bits available for valve connections PROFIBUS DP node manages 64 inputs and outputs. Accessory modules can be connected in whatever order and configuration. Connection to PROFIBUS DP fieldbus is made via two M12, male and female, 5 pins, type B circular connectors, in parallel between them; connectors pinout is PROFIBUS Interconnection Technology specifications compliant (Version 1.1, August 2001). Address as well as termination resistor activation are set via DIP-switches. PROFIBUS DP node 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 OUTPUTS + 24 V DC (pin 4). To compute the maximum current on the OUTPUTS + 24 V DC, 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) For each fieldbus node, maximum deliverable current by OUTPUTS + 24 V DC supply is 4 A, moreover the sum of the currents on OUTPUTS + 24 V DC and INPUTS + 24 V DC must not exceed 4 A. Where: = number of installed modules = 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.
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 8 Series PX - Serial systems ►EtherNet/IP protocol node kit Current limitations Scheme / Overall dimensions and I/O layout PIN 1 TX + Ethernet Transmit High 2 RX + Ethernet Receive High 3 TX - Ethernet Transmit Low 4 RX - Ethernet Receive Low 4 1 3 2 3 2 4 1 3 2 4 1 42 90 28 PIN 1 2 3 0 V 4 A 4 A 4 A 4 - SIGNAL DESCRIPTION POWER SUPPLY connector M12A 4P MALE NETWORK connectors M12D 4P FEMALE M12D 4P FEMALE DESCRIPTION + 24 V DC (LOGICS & INPUTS) N.C. + 24 V DC (OUTPUTS) MAX. CURRENT Technical characteristics Case Reinforced technopolymer Power supply Voltage + 24 V DC ± 10% Node only current consumption on + 24 V DC inputs 65 mA Power supply diagnosis Green LED PWR NODE / Green LED PWR OUT Communication Connection 2 M12 4 pins male-female connectors type D (IEC 61076-2-101) Baud rate 100 Mbit/s Maximum distance between 2 nodes 100 m Bus diagnosis Green / red status LED Configuration file Available from our web site http://www.pneumaxspa.com Protection degree IP65 when assembled Temperature °C -5 ... +50 Coding: K5730.128.48EI EtherNet/IP node manages 128 inputs and outputs. Accessory modules can be connected in whatever order and configuration. Network connection is made via 2 M12 female, type D, 4 pins, circular connectors. Code K5730.128.48EI provides first 48 outputs, corresponding to least significant 6 bytes, are allocated to the solenoid valve positions, regardless how many they are and how many valves are installed on the manifold directly connected to the node. Remaining 80 outputs can be used to manage output modules; bytes 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 OUTPUTS + 24 V DC (pin 4). To compute the maximum current on the OUTPUTS + 24 V DC, 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) For each fieldbus node, maximum deliverable current by OUTPUTS + 24 V DC supply is 4 A, moreover the sum of the currents on OUTPUTS + 24 V DC and INPUTS + 24 V DC must not exceed 4 A. Where: = number of installed modules = 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.
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 9 Series PX - Serial systems ►EtherCAT® protocol node kit Current limitations Scheme / Overall dimensions and I/O layout PIN 1 TX + Ethernet Transmit High 2 RX + Ethernet Receive High 3 TX - Ethernet Transmit Low 4 RX - Ethernet Receive Low 3 2 4 1 3 2 4 1 42 90 28 4 1 3 2 PIN 1 2 3 0 V 4 A 4 A 4 A 4 - SIGNAL DESCRIPTION NETWORK connectors M12D 4P FEMALE M12D 4P FEMALE POWER SUPPLY connector M12A 4P MALE DESCRIPTION + 24 V DC (LOGICS & INPUTS) N.C. + 24 V DC (OUTPUTS) MAX. CURRENT Technical characteristics Case Reinforced technopolymer Power supply Voltage + 24 V DC ± 10% Node only current consumption on + 24 V DC inputs 65 mA Power supply diagnosis Green LED PWR NODE / Green LED PWR OUT Communication Connection 2 M12 4 pins male-female connectors type D (IEC 61076-2-101) Baud rate 100 Mbit/s Maximum distance between 2 nodes 100 m Bus diagnosis Green / red status LED Configuration file Available from our web site http://www.pneumaxspa.com Protection degree IP65 when assembled Temperature °C -5 ... +50 Coding: K5730.128.48EC EtherCAT® node manages 128 inputs and outputs. Accessory modules can be connected in whatever order and configuration. Network connection is made via 2 M12 female, type D, 4 pins, circular connectors. Code K5730.128.48EC provides first 48 outputs, corresponding to least significant 6 bytes, are allocated to the solenoid valve positions, regardless how many they are and how many valves are installed on the manifold directly connected to the node. Remaining 80 outputs can be used to manage output modules; bytes 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 OUTPUTS + 24 V DC (pin 4). To compute the maximum current on the OUTPUTS + 24 V DC, 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) For each fieldbus node, maximum deliverable current by OUTPUTS + 24 V DC supply is 4 A, moreover the sum of the currents on OUTPUTS + 24 V DC and INPUTS + 24 V DC must not exceed 4 A. Where: = number of installed modules = 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.
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 10 Series PX - Serial systems ►PROFINET IO RT protocol node kit Current limitations Scheme / Overall dimensions and I/O layout PIN 1 TX + Ethernet Transmit High 2 RX + Ethernet Receive High 3 TX - Ethernet Transmit Low 4 RX - Ethernet Receive Low 3 2 4 1 3 2 4 1 42 90 28 4 1 3 2 PIN 1 2 3 0 V 4 A 4 A 4 A 4 - SIGNAL DESCRIPTION NETWORK connectors M12D 4P FEMALE M12D 4P FEMALE POWER SUPPLY connector M12A 4P MALE DESCRIPTION + 24 V DC (LOGICS & INPUTS) N.C. + 24 V DC (OUTPUTS) MAX. CURRENT Technical characteristics Case Reinforced technopolymer Power supply Voltage + 24 V DC ± 10% Node only current consumption on + 24 V DC inputs 65 mA Power supply diagnosis Green LED PWR NODE / Green LED PWR OUT Communication Connection 2 M12 4 pins male-female connectors type D (IEC 61076-2-101) Baud rate 100 Mbit/s Maximum distance between 2 nodes 100 m Bus diagnosis Green / red status LED Configuration file Available from our web site http://www.pneumaxspa.com Protection degree IP65 when assembled Temperature °C -5 ... +50 Coding: K5730.128.48PN PROFINET IO RT node manages 128 inputs and outputs. Accessory modules can be connected in whatever order and configuration. Network connection is made via 2 M12 female, type D, 4 pins, circular connectors. Code K5730.128.48PN provides first 48 outputs, corresponding to least significant 6 bytes, are allocated to the solenoid valve positions, regardless how many they are and how many valves are installed on the manifold directly connected to the node. Remaining 80 outputs can be used to manage output modules; bytes 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 OUTPUTS + 24 V DC (pin 4). To compute the maximum current on the OUTPUTS + 24 V DC, 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) For each fieldbus node, maximum deliverable current by OUTPUTS + 24 V DC supply is 4 A, moreover the sum of the currents on OUTPUTS + 24 V DC and INPUTS + 24 V DC must not exceed 4 A. Where: = number of installed modules = 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.
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 11 Series PX - Serial systems ►CC-Link IE Field Basic protocol node kit Current limitations Scheme / Overall dimensions and I/O layout PIN 1 TX + Ethernet Transmit High 2 RX + Ethernet Receive High 3 TX - Ethernet Transmit Low 4 RX - Ethernet Receive Low 3 2 4 1 3 2 4 1 42 90 28 4 1 3 2 PIN 1 2 3 0 V 4 A 4 A 4 A 4 - SIGNAL DESCRIPTION NETWORK connectors M12D 4P FEMALE M12D 4P FEMALE POWER SUPPLY connector M12A 4P MALE DESCRIPTION + 24 V DC (LOGICS & INPUTS) N.C. + 24 V DC (OUTPUTS) MAX. CURRENT Technical characteristics Case Reinforced technopolymer Power supply Voltage + 24 V DC ± 10% Node only current consumption on + 24 V DC inputs 65 mA Power supply diagnosis Green LED PWR NODE / Green LED PWR OUT Communication Connection 2 M12 4 pins male-female connectors type D (IEC 61076-2-101) Baud rate 100 Mbit/s Maximum distance between 2 nodes 100 m Bus diagnosis 1 Green LED and 1 red status LED + 2 link and activity LEDs' Configuration file Available from our web site http://www.pneumaxspa.com Protection degree IP65 when assembled Temperature °C -5 ... +50 Coding: K5730.128.48CL CC-Link IE Field Basic node manages 128 inputs and outputs. Accessory modules can be connected in whatever order and configuration. Network connection is made via 2 M12 female, type D, 4 pins, circular connectors. Code K5730.128.48CL provides first 48 outputs, corresponding to least significant 6 bytes, are allocated to the solenoid valve positions, regardless how many they are and how many valves are installed on the manifold directly connected to the node. Remaining 80 outputs can be used to manage output modules; bytes 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 OUTPUTS + 24 V DC (pin 4). To compute the maximum current on the OUTPUTS + 24 V DC, 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) For each fieldbus node, maximum deliverable current by OUTPUTS + 24 V DC supply is 4 A, moreover the sum of the currents on OUTPUTS + 24 V DC and INPUTS + 24 V DC must not exceed 4 A. Where: = number of installed modules = 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.
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 12 Series PX - 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)
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 13 Series PX - Inputs and outputs modules ►8 digital inputs module kit M8 M8 digital inputs module provides 8 M8, 3 pins, female connectors. Inputs have PNP logic, + 24 V DC ± 10%. It is possible to connect 2 wires devices (e.g. switches, magnetic limit switches, pressure switches, etc.) as well as 3 wires devices (e.g. proximity sensors, photocells, electronic magnetic limit switches, etc.). Inputs module power supply is provided by + 24 V DC power input on the serial system (type A, 4 pin M12 power connector, pin 1) or by K5030.M12 additional power supply module, in case it were installed upstream of the inputs module. Technical characteristics Maximum current per module 300 mA Protection Overcurrent (auto-resettable fuse) Reverse polarity Input impedence 3 kΩ Maximum cable length < 30 m Input data allocation 8 bit INPUTS + 24 V DC current consumption of the module only 5 mA Coding: K5230.08.M8 Scheme / Overall dimensions and I/O layout 4 3 1 PIN 1 3 4 0 V INPUT 42 90 28 M8 3P female connector DESCRIPTION + 24 V DC (INPUTS) ►8 digital inputs module kit M12 M12 digital inputs module provides 4 M12, 5 pins, female connectors. Inputs have PNP logic, + 24 V DC ± 10%. Every connector takes two input channels. It is possible to connect 2 wires devices (e.g. switches, magnetic limit switches, pressure switches, etc.) as well as 3 wires devices (e.g. proximity sensors, photocells, electronic magnetic limit switches, etc.). Inputs module power supply is provided by + 24 V DC power input on the serial system (type A, 4 pin M12 power connector, pin 1) or by K5030.M12 additional power supply module, in case it were installed upstream of the inputs module. Technical characteristics Maximum current per module 300 mA Protection Overcurrent (auto-resettable fuse) Reverse polarity Input impedence 3kΩ Maximum cable length < 30 m Input data allocation 8 bit INPUTS + 24 V DC current consumption of the module only 5 mA Coding: K5230.08.M12 Scheme / Overall dimensions and I/O layout PIN 1 2 3 4 5 INPUT B 0 V INPUT A 3 2 4 5 1 42 90 28 DESCRIPTION + 24 V DC (INPUTS) N.C. M12A 5P FEMALE M12 5P female connector
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 14 Series PX - Inputs and outputs modules ►8 digital outputs module kit M8 M8 digital inputs module provides 8 M8, 3 pins, female connectors. Outputs have PNP logic, + 24 V DC ± 10%. Outputs module power supply is provided by + 24 V DC power input on the serial system (type A, 4 pins M12 power connector, pin 4) or by K5030.M12 additional power supply module, in case it were installed upstream of the outputs module. Power supply presence is displayed by “PWR OUT” green LED light-on. Each output has a LED indicator associated which lights up when output’s signal status is high. Technical characteristics Maximum current per output 100 mA Protection Short circuit (electronic), trigger at 2.8A Maximum cable length < 30 m Output data allocation 8 bit OUTPUTS + 24 V DC current consumption of the module only 15 mA Coding: K5130.08.M8 Scheme / Overall dimensions and I/O layout PIN 1 3 4 0 V OUTPUT 4 3 1 42 90 28 M8 3P female connector DESCRIPTION N.C. ►8 digital outputs module kit M12 M12 digital inputs module provides 4 M12, 5 pins, female connectors. Outputs have PNP logic, + 24 V DC ± 10%. Outputs module power supply is provided by + 24 V DC power input on the serial system (type A, 4 pins M12 power connector, pin 4) or by K5030.M12 additional power supply module, in case it were installed upstream of the outputs module. Power supply presence is displayed by “PWR OUT” green LED light-on. Each output has a LED indicator associated which lights up when output’s signal status is high. Technical characteristics Maximum current per output 100 mA Protection Short circuit (electronic), trigger at 2.8A Maximum cable length < 30 m Output data allocation 8 bit OUTPUTS + 24 V DC current consumption of the module only 15 mA Coding: K5130.08.M12 Scheme / Overall dimensions and I/O layout PIN 1 2 3 4 5 OUTPUT B 0 V OUTPUT A 3 2 4 5 1 42 90 28 DESCRIPTION N.C. N.C. M12A 5P FEMALE M12 5P female connector
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 15 Series PX - Inputs and outputs modules ►32 digital inputs module kit (37 pins SUB-D connector) The module provides a SUB-D 37 pins female connector. Inputs have PNP logic, + 24 V DC ± 10%. It is possible to connect 2 wires devices (e.g. switches, magnetic limit switches, pressure switches, etc.) as well as 3 wires devices (e.g. proximity sensors, photocells, electronic magnetic limit switches, etc.). Inputs module power supply is provided by + 24 V DC power input on the serial system (type A, 4 pin M12 power connector, pin 1) or by K5030.M12 additional power supply module, in case it were installed upstream of the inputs module. Technical characteristics Maximum current per module 1 A Protection Overcurrent (auto-resettable fuse) Reverse polarity Input impedence 3 kΩ Maximum cable length < 30 m Input data allocation 32 bit INPUTS + 24 V DC current consumption of the module only 10 mA Coding: K5230.32.37P Scheme / Overall dimensions and I/O layout IN 19 IN 18 IN 17 IN 16 IN 15 IN 14 IN 13 IN 12 IN 11 IN 10 IN 9 IN 8 IN 7 IN 6 IN 5 IN 4 IN 3 IN 2 IN 1 +24 V +24 V 0 V 0 V 0 V IN 32 IN 31 IN 30 IN 29 IN 28 IN 27 IN 26 IN 25 IN 24 IN 23 IN 22 IN 21 IN 20 19 37 1 20 42 90 28 SUB-D 37 pins connector ►32 digital outputs module kit (37 pins SUB-D connector) The module provides a SUB-D 37 pins female connector. Outputs have PNP logic, + 24 V DC ± 10%. Outputs module power supply is provided by + 24 V DC power input on the serial system (type A, 4 pins M12 power connector, pin 4) or by K5030.M12 additional power supply module, in case it were installed upstream of the outputs module. Power supply presence is displayed by “PWR OUT” green LED light-on. Technical characteristics Maximum current per output 100 mA Protection Short circuit (electronic), trigger at 2.8A Maximum cable length < 30 m Output data allocation 32 bit OUTPUTS + 24 V DC current consumption of the module only 15 mA Coding: K5130.32.37P Scheme / Overall dimensions and I/O layout OUT 19 OUT 18 OUT 17 OUT 16 OUT 15 OUT 14 OUT 13 OUT 12 OUT 11 OUT 10 OUT 9 OUT 8 OUT 7 OUT 6 OUT 5 OUT 4 OUT 3 OUT 2 OUT 1 0 V 0 V 0 V OUT 32 OUT 31 OUT 30 OUT 29 OUT 28 OUT 27 OUT 26 OUT 25 OUT 24 OUT 23 OUT 22 OUT 21 OUT 20 19 37 1 20 42 90 28 SUB-D 37 pins connector N.C. N.C.
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 16 Series PX - Inputs and outputs modules ►Analogue inputs module kit M8 Coding: K5230.CS C CHANNELS 2 = 2 channels 4 = 4 channels S SIGNAL T.00 = VOLTAGE (0-10 V) T.01 = VOLTAGE (0-5 V) C.00 = CURRENT (4-20 mA) C.01 = CURRENT (0-20 mA) M8 analogue inputs module converts analogue signals into digital signals and transfers acquired data to field bus, via network node. Inputs module power supply is provided by + 24 V DC power input on the serial system (type A, 4 pin M12 power connector, pin 1) or by K5030.M12 additional power supply module, in case it were installed upstream of the inputs module. Technical characteristics Protection (pin 1) Overcurrent (auto-resettable fuse) Input impedance (voltage inputs) 33 kΩ Digital conversion resolution 12 bit Maximum cable length < 30 m Input data allocation 16 bit per channel Diagnostic LED Input signal overcurrent or overvoltage Accuracy 0,3% F.S. Overall maximum current 2 channels (pin 1) 300 mA Overall maximum current 4 channels (pin 1) 750 mA (375 mA for each pair of channels) INPUTS + 24 V DC current consumption of the module only 15 mA Scheme / Overall dimensions and I/O layout 4 3 1 PIN 1 3 4 0 V INPUT 90 28 42 90 28 42 M8 3P female connector DESCRIPTION + 24 V DC (INPUTS)
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 17 Series PX - Inputs and outputs modules ►Analogue outputs module kit M8 Coding: K5130.CS C CHANNELS 2 = 2 channels 4 = 4 channels S SIGNAL T.00 = VOLTAGE (0-10 V) T.01 = VOLTAGE (0-5 V) C.00 = CURRENT (4-20 mA) C.01 = CURRENT (0-20 mA) M8 analogue outputs module converts output data, received from field bus via network node, into analogue signal. Outputs module power supply is provided by + 24 V DC power input on the serial system (type A, 4 pins M12 power connector, pin 4) or by K5030.M12 additional power supply module, in case it were installed upstream of the outputs module. Technical characteristics Protection (pin 1) Overcurrent (auto-resettable fuse) Protection (pin 4) Overcurrent (auto-resettable fuse) Digital conversion resolution 12 bit Maximum cable length < 30 m Output data allocation 16 bit per channel Diagnostic LED Output signal overcurrent Accuracy 0,3% F.S. Overall maximum current 2 channels (pin 1) 300 mA Overall maximum current 4 channels (pin 1) 750 mA (375 mA for each pair of channels) INPUTS + 24 V DC current consumption of the module only 15 mA OUTPUTS + 24 V DC current consumption of the module only (2 channels) 35 mA OUTPUTS + 24 V DC current consumption of the module only (4 channels) 70 mA Scheme / Overall dimensions and I/O layout 4 3 1 PIN 1 3 4 0 V OUTPUT 90 28 42 90 28 42 M8 3P female connector DESCRIPTION + 24 V DC (OUTPUTS)
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 18 Series PX - Inputs and outputs modules ►Pt100 inputs module kit Coding: K5230.CP.0T C CHANNELS 2 = 2 channels 4 = 4 channels T TYPE 0 = Pt100 2 wires 1 = Pt100 3 wires 2 = Pt100 4 wires Pt100 inputs module digitizes signals from Pt100 probes and transfers acquired data to field bus, via network node. It is possible to connect two, three or four wires probes. Inputs module power supply is provided by + 24 V DC power input on the serial system (type A, 4 pin M12 power connector, pin 1) or by K5030.M12 additional power supply module, in case it were installed upstream of the inputs module. Technical characteristics Digital conversion resolution 12 bit Maximum cable length < 30 m Input data allocation 16 bit per channel Diagnostic LED Probe presence Temperature out of range Accuracy ±0,2°C Probe temperature range -100°C ... +300°C INPUTS + 24 V DC current consumption of the module only (2 channels) 25 mA INPUTS + 24 V DC current consumption of the module only (4 channels) 35 mA Conversion formula (°C) Temperature (°C) = Points 4095 ( x 400)-100 Scheme / Overall dimensions and I/O layout 2 1 4 3 PIN 1 2 3 4 PIN 1 2 3 4 PIN 1 2 3 4 1 + - 4 3 2 1 + - 4 3 2 1 + - 4 3 2 28 42 90 28 42 90 M8 4P female connector Connection scheme 2 wires probe Connection scheme 3 wires probe Connection scheme 4 wires probe DESCRIPTION N.C. SENSOR + POWER SUPPLY - N.C. DESCRIPTION POWER SUPPLY + SENSOR + POWER SUPPLY - N.C. DESCRIPTION POWER SUPPLY + SENSOR + POWER SUPPLY - SENSOR - Signal Probe Power supply Power supply Signal Probe Power supply Signal Probe Power supply Power supply Signal
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 19 Series PX - Additional modules ►Additional power supply module kit Additional power supply module supplies additional electric power for downstream optional modules, where “downstream” means farther from serial node, resetting the current limits of the network node / IO-Link interface. Electric connection of the module to external power supply unit occurs via an M12 4 pins type A male connector. M12 connector has two different pins to power up logics and inputs (Pin 1) and outputs (Pin 4). Presence of each power supply rail is indicated by corresponding green LED. When using IO-Link interface, the additional power supply module is useful for separating the module power supplies of input from the output modules placed downstream. Coding: K5030.M12 Scheme / Overall dimensions and I/O layout 3 2 4 1 1 2 3 0 V 4 A 4 A 4 A 4 - Electric power supply provided by additional power supply module Electric power supply provided by serial system M12 4P male connector M12A 4P MALE PIN DESCRIPTION + 24 V DC (LOGICS & INPUTS) N.C. + 24 V DC (OUTPUTS) MAX. CURRENT
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 20 Series PX - Signal management Signal management 64 INPUT + 64 OUTPUT serial systems - 32 fixed OUTPUT (Ex. PROFIBUS DP and CANopen®) 64 INPUTS + 64 OUTPUTS SERIAL SYSTEMS - 32 FIXED OUTPUTS 64 OUTPUT SIGNALS 64 INPUT SIGNALS M12 DIGITAL INPUTS MODULE M12 DIGITAL INPUTS MODULE M8 DIGITAL OUTPUTS MODULE M8 DIGITAL INPUTS MODULE 32 REMAINING OUTPUT SIGNALS 32 preallocated signals 128 INPUT + 128 OUTPUT serial systems - 48 fixed OUTPUT (Ex. EtherNet/IP - EtherCAT® - PROFINET IO RT) 128 INPUTS + 128 OUTPUTS SERIAL SYSTEMS - 48 FIXED OUTPUTS 128 OUTPUT SIGNALS 128 INPUT SIGNALS M12 DIGITAL INPUTS MODULE M12 DIGITAL INPUTS MODULE M8 DIGITAL OUTPUTS MODULE M8 DIGITAL INPUTS MODULE 80 REMAINING OUTPUT SIGNALS 48 preallocated signals 128 INPUT + 128 OUTPUT serial systems - 48 fixed OUTPUT (Ex. EtherNet/IP - EtherCAT® - PROFINET IO RT) 128 INPUTS + 128 OUTPUTS SERIAL SYSTEMS - 48 FIXED OUTPUTS 128 OUTPUT SIGNALS 128 INPUT SIGNALS 80 REMAINING OUTPUT SIGNALS 48 preallocated signals M12 DIGITAL INPUTS MODULE ADDITIONAL POWER SUPPLY MODULE M8 DIGITAL OUTPUTS MODULE 32 DIGITAL OUTPUTS MODULE (SUB-D 37P)
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Solenoid valves manifold 1 | 21 Series PX - Connectors POWER SUPPLY connectors ►Straight connector M12A 4P female PIN DESCRIPTION 1 + 24 V DC (LOGICS AND INPUTS) 2 N.C. 3 0 V 4 + 24 V DC (OUTPUTS) Upper view slave connector Coding: 5312A.F04.00 Power supply socket NETWORK connectors ►Straight connector M12A 5P female PIN DESCRIPTION 1 (CAN_SHIELD) 2 (CAN_V+) 3 CAN_GND 4 CAN_H 5 CAN_L Upper view slave connector Coding: 5312A.F05.00 Socket for bus CANopen® and IO-Link ►Straight connector M12A 5P male PIN DESCRIPTION 1 (CAN_SHIELD) 2 (CAN_V+) 3 CAN_GND 4 CAN_H 5 CAN_L Upper view slave connector Coding: 5312A.M05.00 Plug for bus CANopen® ►Straight connector M12D 4P male PIN SIGNAL DESCRIPTION 1 TX+ EtherNet Transmit High 2 RX+ EtherNet Receive High 3 TX- EtherNet Transmit Low 4 RX- EtherNet Receive Low Upper view slave connector Coding: 5312D.M04.00 Plug for bus EtherCAT®, PROFINET IO RT and EtherNet/IP Trademarks: EtherCAT® is registered trademark and patented technology, licensed by Beckhoff Automation GmbH, Germany. ►Straight connector M12B 5P female PIN DESCRIPTION 1 Power Supply 2 A-Line 3 DGND 4 B-Line 5 SHIELD Upper view slave connector Coding: 5312B.F05.00 Socket for bus PROFIBUS DP ►Straight connector M12B 5P male PIN DESCRIPTION 1 Power Supply 2 A-Line 3 DGND 4 B-Line 5 SHIELD Upper view slave connector Coding: 5312B.M05.00 Socket for bus PROFIBUS DP INPUTS connectors ►Straight connector M12A 5P male PIN DESCRIPTION 1 + 24 V DC 2 INPUT B 3 0 V 4 INPUT A 5 N.C. Upper view slave connector Coding: 5312A.M05.00 Plug for inputs modules ►Straight connector M8 3P male PIN DESCRIPTION 1 + 24 V DC 4 INPUT 3 0 V Upper view slave connector Coding: 5308A.M03.00 Plug for inputs modules Plugs ►M12 plug Coding: 5300.T12 ►M8 plug Coding: 5300.T08
Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice Solenoid valves manifold Series 3000 EVO 1 Air distribution 1 | 22 Series 3000 EVO • Version 3100 (10 mm) and 3400 (15,5 mm) • Nominal flow rate up to 200 Nl/min (Version 3100) • Nominal flow rate up to 600 Nl/min (Version 3400) • Stand alone or manifold mounted versions • Valve replacement without disconnecting the tubes Pneumax valves and solenoid valves are designed to guarantee versatility and maximum reliability in the control of integrated pneumatic circuits. The Pneumax 3000 EVO series of solenoid valves is a very flexible solution that can be easily configured to optimize the efficiency of the whole system through a constant interface and communication with the machine. The Pneumax 3000 EVO series is available in stand alone and manifold mounted versions. Both versions include a wide range of functions, capable of working with positive pressures up to 10 bar or vacuum. The valves have aluminum bodies with integrated electrical connections, manual override and a LED that indicates when the valve is actuated. 3000 EVO series is another addition to the extensive range of solenoid valve systems designed for applications in very demanding industrial sectors such as assembly and robotics, packaging or automotive. Construction characteristics Body Aluminium Seals NBR Hydraulic piston seals NBR Springs AISI 302 stainless steel Operators Technopolymer Pistons Aluminium / Technopolymer Spools Aluminium Technical characteristics Voltage + 24 V DC ±10% Pilot consumption 1,3W nominal in energy saving mode 0,25W Pilot working pressure [12-14] from 2,5 to 7 bar max. Valve working pressure [1] from vacuum to 10 bar max. Operating temperature from -5°C to +50°C Protection degree IP65 Fluid Filtered air. No lubrication needed, if applied it shall be continuous • Available with a wide range of serial system protocols • Wide range of accessories • Available sub-base mounted or with M5 threaded ports (Version 3100) and G1/8” (Version 3400) • Possibility to use different pressures along the manifold (including vacuum) • Certified
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