Ethernet I/O and Powerflex 525 AC Drive
The 1734 POINT I/O has been a reliable industry staple for over 25 years, but the introduction of the 5034 Point Max I/O marks a significant shift in industrial automation.
This transition isn't just a simple replacement; it’s a migration to a more intelligent, space-efficient architecture designed for the next generation of control systems.
Key Differences and Improvements
Physical Footprint: The 5034 modules are slightly wider at 15 mm compared to the 11.65 mm width of the 1734.
I/O Density: Despite the wider physical profile, the 5034 offers higher I/O density, allowing for more points within the same overall footprint.
Safety Integration: Safety modules have been streamlined from two modules wide in the 1734 series down to a single module wide in the 5034 series.
Configuration Methods: While the 1734 relies on powered methods like DHCP, BootP, or rotary switches, the 5034 introduces NFC for configuration while the device is still unpowered.
Chassis Management: In Studio 5000, 1734 setups require a manually defined chassis size that must match the hardware perfectly. The 5034 features an auto-detecting chassis that simplifies the software profile.
Maintenance: Both systems remain hot-swappable, though the 5034 features an updated latching mechanism for easier module removal.
The Power of NFC Configuration
One of the most impressive features of the 5034 is the ability to configure the device before it even has power. By using Rockwell’s Device Tools app, you can tap your phone to the NFC symbol on the module or the box to set IP addresses or read data from a "dead" unit.
Pre-installation Setup: Configure 20 modules in a row just by tapping them.
Disaster Recovery: If a module fails and loses power, you can often still pull the IP address via NFC to quickly configure the replacement.
Auto-Assignment: Tap a sequence of modules to automatically assign sequential IP addresses.
Studio 5000 Integration
Integrating the 5034 into Studio 5000 is more intuitive than its predecessor. A major hurdle in 1734 setups was the "Chassis Size" requirement; if it didn't match the physical hardware exactly, the I/O would not communicate. The 5034 ignores this rigid requirement, defaulting to a maximum of 33 and detecting what is actually there.