MULTIPROTOCOL MODULE - SERIES PX
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MULTIPROTOCOL MODULE - SERIES PX

Solenoid valves manifold Series PX Smart Technologies and Human Competence Founded in 1976, Pneumax S.p.A. is today one of the leading, international manufacturers of components and systems for automation. It is at the fore front of a group comprised of 27 companies, with over 800 employees worldwide. Ongoing investment in research and development has allowed Pneumax to continually expand its range of standard products and customised solutions, adding to the well-established pneumatic technology, a range of electric drive actuators and fluid control components. The desire to provide the...

Solenoid valves manifold Multiprotocol module - Series PX Introduction Configuration examples 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 IO-Link protocol interface kit Inputs and outputs modules 8 digital inputs module kits M8 & M12 8 digital outputs module kits M8 & M12 32 digital inputs and 32 digital outputs module kits (37 pin SUB-D connector) 16 Analogue inputs module kit M8 Analogue outputs module kit M8 Additional modules Signal...

Solenoid valves manifold Series PX SERIES PX MODULAR ELECTRONIC SYSTEM FLEXIBILITY IN A COMPACT SPACE • 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 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...

Solenoid valves manifold Endplates accessories Without DIN rail adapter With DIN rail adapter CANopen® node 64 IN - 64 OUT (32 fixed) PROFIBUS DP node 64 IN - 64 OUT (32 fixed) PROFIBUS DP node 64 IN - 64 OUT (48 fixed) EtherNet/IP node 128 IN - 128 OUT (48 fixed) EtherCAT® node 128 IN - 128 OUT (48 fixed) SINGLE MODULE CONFIGURATION CANopen® node 64 IN - 64 OUT (48 fixed) PROFINET IO RT node 128 IN - 128 OUT (48 fixed) IO-Link protocol interface 64 IN - 64 OUT (32 fixed) IO-Link protocol interface 64 IN - 64 OUT (48 fixed) Electric connection accessories Without DIN rail adapter G With DIN...

Solenoid valves manifold 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 Overall dimensions and technical information are provided solely for informative purposes and may be...

Solenoid valves manifold Cable complete with connector, male 37 poles, IP65 Coding: 2400.37.M.L.C CABLE LENGTH 03 = 3 meters 05 = 5 meters 10 = 10 meters CONNECTOR Overall dimensions and technical information are provided solely for informative purposes and may be modified witho

Solenoid valves manifold 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. 3. To lock: rotate anticlockwise (in the direction of the LOCK print on the 4. If required, assemble the DIN rail adapter using an 3 mm allen key. 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...

Solenoid valves manifold Series PX - Serial systems CANopen® protocol node kit 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...

Solenoid valves manifold Series PX - Serial systems PROFIBUS DP protocol node kit 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...

Solenoid valves manifold Series PX - Serial systems EtherNet/IP protocol node kit 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;...

Solenoid valves manifold Series PX - Serial systems EtherCAT® protocol node kit 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...