Network Connectivity (Fieldbus)
The factory of tomorrow relies on Fieldbus and Industrial Networks to provide network connectivity, real time data and diagnostics. Designed to increase connectivity, reduce labor and installation costs, assist with predictive maintenance and troubleshooting, Parker offers a wide array of Fieldbus and Industrial Network products for IO-Link, EtherNET/IP, EtherCAT, DeviceNet, ControlNet, PROFIBUS-DP, CANopen, PROFINET, AS-I, Interbus-S, Modbus/TCP, PowerLink; along with a wide range of hardwired solutions.
Product Lineup
Pneumatic Fieldbus – H Series
H Series fieldbus uses H Series Micro and H Series ISO valve series. Preferred connectivity is available with Rockwell CompactLogix and ControlLogix plc’s. This means that the H Seriesnet module part numbers are listed in the Rockwell RSLogix 5000 plc software and simplifies the set-up process. Available protocols are DeviceNet, Ethernet/IP, Profibus-DP, and ControlNet. I/O options are digital and analog. With H Series ISO valves it is possible to control up to 32 Solenoids. H Series Micro bus expansion allows an additional 32 solenoids per expansion, 3 expansions maximum. There is a one meter fixed cable length per expansion. Maximum of 256 inputs and 256 outputs can be directly connected to a communication module. Optional modules that can be mounted between the communication module and the valve driver module are I/O Modules, and power extender modules. Maximum solenoids per manifold are 32 solenoids for ISO HA/HB and H Series Micro, and 24 solenoids for H1, H2, and H3.
- Used with valve series H Series Micro and H Series ISO
- Available protocols: DeviceNet, Ethernet/IP, Profibus-DP, ControlNet
- I/O options: Digital inputs / outputs, analog inputs / outputs, 32 solenoid control, bus expansion, preferred connectivity
- Bus expansion: H Series Micro only can be expanded up to 128 solenoid coils
- Max I/O per node: 256 inputs and 256 outputs per node
- Max coils per manifold: Up to 32 solenoids per manifold for ISO HA HB and H Series Micro, and up to 24 solenoids for H1, H2, and H3Accessories:
- 7/8″ mini power cables – 4 & 5 pin, male and female
- Bus extender cables
- Bus power tee
- Devicenet and CANopen cables – 7/8″ and M12 male to female
- DeviceNet and CANopen terminating resistor – 7/8″ & M12 male
- Ethernet cables – M12 female to M12 male, RJ45 to M12 male
- M12 A-code cables – 4 & 5-pin male & female
- M23 cables – 12 & 19 Pin
- M8 cables – 3-Pin male & female
- Power extender module
- Power tee – 4 pin male to 2 female sockets, 5 pin male to 2 female sockets
- Profibus cables – M12 male to M12 female
- Profibus terminating resister – M12 male
- Replacement base module
- Terminating base module
Connections:
- M12 or mini male for power supply
- Profibus bus-in M12 male Type B. Profibus bus-out M12 female Type B
- DeviceNet bus-In M12 male Type A. DeviceNet bus-out M12 female Type A
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Pneumatic Fieldbus – Turck Series
Turck fieldbus is used with valve H series Micro and H series ISO. Turck fieldbus can be used easily with many plc’s. Available protocols are DeviceNet, Ethernet/IP, Profibus-DP, Profinet, Modbus/TCP, and CANopen. I/O options are digital and analog I/O, 16 / 32 solenoid control, short circuit protection on inputs, current sensing outputs. Subnet options are CANopen and DeviceNet. Programmable communication modules are available for small machine control. Up to 32 solenoids on main valve manifold and Devicenet subnet allows an additional 32 solenoids per node, 63 nodes maximum. CANopen expansion allows an additional 64 solenoids per expansion, 5 expansions maximum. 256 maximum inputs and outputs can be directly connected to each communication module. Devicenet Subnet allows an additional 256 I/O per node, 63 nodes maximum, and third party DeviceNet modules can also be used. SXG and diagnostic electronic modules have each point isolated and all other electronic modules are isolated from the backplane.
- Used with valve series H series Micro and H series ISO
- Available protocols: DeviceNet, Ethernet/IP, Profibus-DP, Profinet, Modbus/TCP, CANopen
- I/O options: digital inputs/outputs, analog inputs/outputs, 16 solenoid control, 32 solenoid control, short circuit protection on inputs, current sensing outputs, SXG and diagnostic electronic modules have each point isolated
- All other electronic modules are isolated from the backplane
- Bus expansion
- Devicenet Subnet allows an additional 256 I/O per node, 63 nodes maximum, and third party DeviceNet modules can be used
- CANopen expansion allows an additional 64 I/O per expansion, 5 expansions maximum, and third party CANopen modules can be used
- Max I/O per node 256 maximum inputs and outputs directly connected to communication module
- Max coils per manifold: up to 32 solenoids per manifold for ISO HA HB and H series Micro, up to 24 solenoids per manifold for ISO H1, H2, and H3
Accessories
- Programmable comm modules
- Power over DeviceNet / CANopen
- M12 analog output module
- M12 analog input module
- M23 12-pin output module
- Relay output module
- Combination input/output module
- Power extender module
- SSI and counting modules
- 7/8″ Mini Power Cables – 4 & 5 Pin, male and female
- Power Tee – 4 pin male to 2 female Sockets, 5 pin male to 2 female Sockets
- M12 A-Code Cables – 4 & 5-Pin male & female
- M8 Cables – 3-Pin male & female
- M23 Cables – 12 & 19 Pin
- Profibus Cables – M12 male to M12 female
- Profibus Terminating Resister – M12 male
- Ethernet Cables – M12 female to M12 male, RJ45 to M12 male
- Devicenet & CANopen Cables – 7/8″ and M12 male to female
- Bus Power Tee
- DeviceNet and CANopen Terminating Resistor – 7/8″ & M12 male
Connections
- Mini male for Power Supply
- Profibus bus-in M12 male, bus-out M12 female
- DeviceNet bus-In M12 male, bus-out M12 female
- Multi-protocol module bus-In M12 female, bus-out M12 female
Network Connectivity – P2H IO-Link Network Node
The P2H IO-Link Node is a 24 output module, available in both Class A with an independent auxiliary power supply or a Class B version with power and communication over a single 5 pin M12 cable. The value of the P2H IO-Link is as a compact yet robust network connection with easy integration and simple to use diagnostics to offer IO-Link connectivity to the H Series valve.
Features/Benefits:
- The P2H IO-Link Node allows Class A or Class B connectivity to an IO-Link master and has local diagnostics available with four LED outputs for communication, power, module diagnostics and output status.
- Class A – has one M12 connector for communication and logic power from the Class A IO-Link Master, and two 7/8” connectors for auxiliary power IN and OUT which allows for a daisy chain auxiliary power opportunity. The 7/8 power capability is an industry first for an IO-Link valve device.
- Class B – has one connection to any Class B IO-Link Master using one M12 connector for the communication, logic power and auxiliary power for the valve solenoids.
- Safe Power Capable – Both Class A & Class B Nodes are “Safe Power Capable” which allows for test pulse (OSSD) compatibility and can be supplied auxiliary power from a safe output device following machinery directives.
- Diagnostics – The P2H Node provides local diagnostic input data such as voltage monitoring, temperature warnings and communication error via the network. This simplifies diagnostics and supports predictive maintenance.
- Weld Splatter Resistant – Designed to meet the requirements of a welding environment. Glass filled PBT housing offers weld splatter resistance, UV protection and flame retardant properties for high heat.
Network Connectivity – P2H Ethernet Node
The P2H Industrial Ethernet node is a control unit capable of controlling up to 32 digital outputs (pilot solenoids), through the most popular Industrial Ethernet protocols. The P2H Ethernet node is a a low-cost network connection with easy integration and simple-to-use diagnostics all housed in a robust IP65 weld-resistant housing.
Features/Benefits:
The product is designed to reduce the overall connection cost of the equipment, help eliminate the risk of missed connection, while also reducing setup time and increasing operability for ease of integration within existing topology.
- Suitable for use with EtherNet/IP, PROFINET, EtherCAT, Ethernet Powerlink, Modbus TCP network protocols
- Safe Power Capable –The P2H Ethernet node is “Safe Power Capable” which allows for test pulse (OSSD) compatibility and can be supplied with auxiliary power from a safe output device following machinery directives.
- Easy Integration – The P2H Ethernet node offers an embedded webpage for monitoring and configuration purposes. The device is easy to configure, uses rotary switches for IP address selection, and requires no dedicated tools.
- Power Zoning –The P2H Ethernet node offers power zoning for the last 8 addresses (24-32). The first 24 addresses draw power from the auxiliary power pins. The last 8 addresses can be ordered to draw power from auxiliary power or logic power, allowing power zoning in sensitive applications.
- Diagnostics – The P2H Ethernet node provides local diagnostic data via LEDs and remotely via the Ethernet network. Diagnostics such as voltage monitoring, temperature warnings, solenoid short circuit and communication error simplify diagnostics and support predictive maintenance.
- Connectivity – The P2H Ethernet node can connect to Parker’s H Universal manifold giving the user easy access to all 5 sizes of H ISO valves (15407-2 & 5599-2). Additionally, the P2H Ethernet node allows Power IN and Power OUT connection in 7/8” 4-pin or 5-pin, and M12 L-Coded connection.
Network Connectivity – P2M Fieldbus Node
Moduflex fieldbus is used with valve H series ISO, H series Micro, and Moduflex. Moduflex fieldbus can be easily used with many plc’s. The available protocols available with Moduflex fieldbus are DeviceNet, Profibus-DP, AS-i, CANopen, and Interbus-S. Up to 16 Solenoids can be controlled via Moduflex fieldbus. Modulfex AS-i modules are available with up to 8 inputs and 8 solenoid outputs.
- Used with valve series Moduflex, H series ISO, and H series Micro
- Available protocols: DeviceNet, Profibus-DP, AS-i, CANopen, Interbus-S
- I/O options: 16 Solenoid control, Moduflex AS-i modules are available with 6 or 8 inputs and 6 or 8 solenoid outputs
- Bus expansion: no expansion option
- Max I/O per node: Moduflex AS-i modules are available with 6 or 8 inputs and 6 or 8 solenoid outputs
- Max coils per manifold: up to 16 Solenoids per manifold for control via fieldbus
Accessories
- M12 A-Code Cables – 4 & 5-Pin male & female
- M8 Cables – 3-Pin male & female
- Profibus Cables – M12 male to M12 female
- Profibus Terminating Resister – M12 male
- Devicenet & CANopen Cables – M12 male to female
- Bus Power Tee
- DeviceNet and CANopen Terminating Resistor – M12 male
Connections
- M12 male for Power Supply
- Profibus: bus-in M12 male Type B, bus-out M12 female Type B
- DeviceNet: bus-In M12 male Type A, bus-out M12 female Type A
- CANopen: bus-in M12 male Type A, bus-out M12 female Type A
- InterBus-S: bus-in M23 male, bus-out M23 female
Network Connectivity – P2M IO-Link Network Node
The P2M IO-Link node is a 24 output module, available in both Class A with Independent auxiliarypower supply or a Class B version.
The value of the P2M IO-Link is as a low cost network connection with easy integration and simple to use diagnostics.
Features / Benefits:
- Local diagnostics available through 4 LED’s for communication and output status
- Voltage Monitoring and Cycle Counting is available through the network simplifying diagnostic and allowing predictive maintenance
- Class B version has easy single connection to any Class B IO-Link Master using a standard M12 cable
- Class A version has 2 M12 connectors, one for communication from any IO-Link masters and the second to separately receive its auxiliary power supply for valves
- Class A version is available in 3 auxiliary power connection variants to suit different M12 supplier pin outs.
- The Class A or B “-SPC” version is designed for test pulse (OSSD) compatibility and can be supplied from a safe output following machine directives.
- Connection to Moduflex valves – up to 19 piloted solenoids
- Connection to H Micro & H ISO valves – up to 24 piloted solenoids
Network Connectivity – P2M Industrial Ethernet Network Node
The P2M Industrial EtherNet node is a 24 digital outputs (pilot solenoids) module allowing the connection of three of our valve ranges Moduflex Valve, H Series Micro and H Series ISO (5 sizes of 15407-2 & 5599-2) to the most popular industrial ethernet networks. It alows a low-cost network connection with easy integration and simple to use diagnostics.
Features / Benefits:
The product is designed to reduce the overall connection cost of the equipment, help eliminate the risk of missed-connection while reducing setup time and increase the inter-operability for ease of integration within existing topology.
- Connectivity – The P2M Ethernet node can connect a Moduflex Valve, H Micro or H ISO Series Universal valve via Ethernet Protocols. Valve configurations allow up to 19 pilot solenoids with Moduflex valves and up to 24 pilot solenoids when connected to H Series Micro and H Series ISO valves.
- Diagnostics – The P2M Ethernet node provides local diagnostic data via LED’s and remotely via the Ethernet Network. Diagnostics such as voltage monitoring, temperature warnings, solenoid short circuit and communication error simplify diagnostics and support predictive maintenance.
- Easy Integration – The P2M Ethernet node offers an embedded Webpage for monitoring and configuring purposes. It offers ease of connection with the ability to select a quick start mode. Easy to configure and utilize with no dedicated tools required.
- Safe Power Capable –The P2M Ethernet node is “Safe Power Capable” which allows for test pulse (OSSD) compatibility and can be supplied auxiliary power from a safe output device following machinery directives.
- Suitable for use with EtherNet/IP, ProfiNET IO, EtherCAT, Ethernet Powerlink, Modbus TCP and CC-Link IE network protocols
PCH Network Portal
The PCH Network Portal redefines and revolutionizes machine I/O (Inputs and Outputs). The PCH Network Portal was engineered with configurable I/O with true PNP / NPN circuitry switching and IO-Link master capability on each port for easy machine design changes. The PCH Network Portal is designed for general pneumatic control of industrial machinery on an Ethernet network for all types of automated industrial equipment.
The PCH Network Portal supports EtherNet/IP, PROFINET, Modbus TCP and EtherCAT industrial communication protocols to communicate with other industrial controllers in the automation industry. Extensive configurability, secure Bluetooth diagnostics, and multiple zoning options are just a handful of innovations that make the PCH Network Portal a revolutionary new tool in the network connectivity arena.
The value of the PCH Network Portal is its powerful multi-functional characteristics including flexible design, intuitive interfaces, and streamlined diagnostics. These benefits make for easy user integration, strong diagnostic capabilities, and the reduced cost of machinery architecture. Costs are reduced through fewer components or the ability to connect components differently on the network to maximize cost savings.
Features / Benefits:
- The PCH Network Portal is an intuitive, easy to configure device which thereby simplifies I/O on the network by reducing the overall connection cost of equipment. Designed to provide smart, intuitive feedback to the user for preventative maintenance this helps eliminate the risk of missed-connections while reducing setup time and increases the inter-operability for ease of integration within multiple different network topologies.
- The PCH Network Portal supports prognostic maintenance work with protection on reverse polarity, under voltage, short circuit warnings, over voltage, over current and parameter limit errors to name a few. It also offers a rolling log of forty errors, warnings and events and helpful troubleshooting suggestions like a built-in technician.
- The PCH Network Portal has an embedded webpage for remote diagnostics and visualization of process data or via a web server when remote maintenance is desired allowing for easy integration.
- Configuration is easily accomplished with tools embedded software. Enhancements such as a USB, Bluetooth and Rotary switches allow for easy set up.
- The PCH Network Portal is “Safe Power Capable” which allows for test pulse (OSSD) compatibility and can be supplied auxiliary power from a safe output device following machinery directives.
- Easy zoning of PCH Network Portal is accomplished with to two separate power pins and two separate grounds (one for each zone) which allows the customer to bring safe or non-safe power to each pin.
- Suitable for use with EtherNet/IP, PROFINET, EtherCAT and Modbus TCP network protocols