Banner Expands Operator Interface and Wireless Connectivity Portfolio

Clear signals and cable-free links reshape factory interaction

Production efficiency often depends on how clearly machines communicate with operators and how reliably systems exchange data. Banner Engineering has introduced two solutions that address both challenges. The S22 programmable indicators improve human-machine interaction, while the DX700ER Ethernet Data Radio enables wireless connectivity across industrial environments.

These releases reflect a broader shift toward flexible, connected systems that reduce installation complexity and enhance operational visibility.

Rethinking operator feedback at the panel level

Programmable indication meets real-time interaction

The S22 series integrates visual signaling and operator input into a compact 22 mm form factor. Devices support IO-Link and Modbus communication, allowing direct integration into modern control architectures. Engineers can configure color, animation, and timing to reflect machine states or process steps.

Illuminated indicators provide intuitive machine status and guide operator decisions in real time.

Touch without force: a shift to capacitive control

Unlike mechanical pushbuttons, the S22 touch variants rely on capacitive sensing. Operators can activate them with gloves or bare hands. This reduces wear and improves ergonomics in repetitive tasks.

More importantly, the interface supports two-way communication. Systems can signal readiness, and operators can confirm task completion instantly.

S22 devices combine visual indication and touch interaction in a unified industrial design.

Built for harsh environments and rapid deployment

The devices feature IP67 and IP69K protection ratings, ensuring durability in washdown and dusty conditions. The solid-state design eliminates mechanical wear, extending service life.

M12 connectors simplify installation and replacement. Configuration can be restored automatically through IO-Link, reducing commissioning time.

For structured workflows, pick-to-light variants guide operators in assembly and logistics tasks. In larger systems, coordinated communication minimizes latency and improves throughput.

Replacing cables with resilient wireless Ethernet

DX700ER eliminates physical network constraints

The DX700ER Ethernet Data Radio enables wireless communication between machines and control systems. It replaces long cable runs that increase installation cost and limit layout flexibility.

Wireless Ethernet radios reduce infrastructure complexity while maintaining network performance.

Engineering details that simplify commissioning

The radio mounts on a DIN rail and supports external antennas for optimized signal placement. This design allows installation inside metal enclosures without degrading performance.

An integrated display provides real-time diagnostics, configuration tools, and site survey capabilities. Engineers can validate network performance directly at the device level.

MultiHop wireless networking extends connectivity across distributed industrial assets.

Self-healing networks for complex sites

The DX700ER operates within a multi-hop wireless architecture. Signals can route through multiple nodes, extending range and improving reliability.

If a connection fails, the network automatically reroutes communication. This capability supports large facilities where obstacles or distance challenge traditional wiring.

Where these technologies deliver value

In manufacturing lines, S22 indicators help standardize operator responses and reduce errors. In logistics systems, pick-to-light functions accelerate order fulfillment.

Wireless Ethernet radios benefit remote monitoring, infrastructure systems, and modular production layouts. They enable rapid deployment without extensive cabling.

For integrators working with distributed control platforms or PLC architectures, these solutions align well with modern industrial communication and networking systems. They also complement scalable control hardware found in PLC and PAC platforms.

Industry direction: convergence of human interface and connectivity

Industrial systems continue to move toward higher levels of connectivity and usability. Operators expect intuitive interfaces, while engineers demand flexible network architectures.

The combination of programmable indicators and wireless Ethernet reflects this convergence. It reduces dependency on fixed infrastructure and enhances adaptability in dynamic production environments.

Author’s perspective

Banner’s latest releases address two persistent bottlenecks in industrial systems. First, unclear operator feedback often leads to inefficiencies. Second, rigid wiring limits system scalability.

By solving both challenges simultaneously, these products move closer to truly adaptive manufacturing environments. The real value lies not in individual features, but in how they enable faster deployment and more responsive operations.

Daniel Reeves, Senior Systems Reporter — 14 years of experience in industrial automation, with project exposure to Siemens PLC systems, Emerson DeltaV integration, and wireless network deployment across process and discrete manufacturing sectors.