Allen Bradley vs. Click

3 mins read

Published Jan 15, 2026

In the world of industrial automation, the debate is as old as the technology itself: "Do I need the gold-plated Rockwell chassis, or can I run this pump station on a $100 brick?"

For system integrators, this isn't just a technical question—it’s a profitability question. As a control engineer, you know that hardware costs are only one line item on the quote. The real cost lies in development time, licensing, and long-term support.

In this article, we’ll compare high-end heavyweights (like Allen Bradley and Modicon) against the scrappy low-end contenders (like AutomationDirect’s Click and Productivity series) to help you decide which platform protects your project margins.

The High-End Heavyweights: Allen Bradley (Rockwell) & Modicon (Schneider)

When a customer spec reads "Must use ControlLogix," you know two things immediately: the hardware bill will be high, and the software bill will be higher. But you also know it’s going to work.

The Pros

  • The Ecosystem: Studio 5000 (formerly RSLogix) is the industry standard. Its tag-based programming, User-Defined Data Types (UDTs), and Add-On Instructions (AOIs) allow for massive code reuse.

  • Scalability: A ControlLogix L8 processor can handle thousands of I/O points, complex motion axes, and safety integration (CIP Safety) without breaking a sweat.

  • "No One Gets Fired for Buying IBM": If a machine goes down at 3 AM, maintenance managers want to see a logo they recognize. Finding a technician who knows AB is easy; finding one who knows specialized micro-controllers is hard.

The Cons

  • Cost: You are paying a premium for the brand. A basic CompactLogix CPU can run $1,500+, and a ControlLogix rack can easily hit $10k before you terminate a single wire.

  • The "Pay-to-Play" Model: TechConnect contracts and annual software licensing fees eat into overhead. If you are a small integrator, maintaining a seat of Studio 5000 Professional is a significant recurring cost.

The Low-End Challengers: AutomationDirect (Click, Productivity)

Years ago, "cheap" PLCs were glorified relays. Today, platforms like the Click PLUS or Productivity 2000 are legitimate contenders for serious automation tasks.

The Pros

  • Price: It is unbeatable. A Click CPU with Ethernet/IP capability costs roughly $150. You can build an entire panel for the cost of one Rockwell analog card.

  • Software: It is free. No licensing, no seats, no annual support contracts. You can download the software today and start programming.

  • Surprising Capability: Modern low-end PLCs support MQTT, EtherNet/IP (Implicit and Explicit), and Modbus TCP. They can easily talk to SCADA systems like Ignition.

The Cons

  • Online Editing Limitations: While improving, low-end platforms often lack the robust online editing capabilities of high-end PACs. Stopping a process to download a code change is a dealbreaker in continuous manufacturing.

  • Perception: Some end-users still view AutomationDirect as "hobbyist" gear. You may have to fight to get it approved on a spec.


Track Time, Budgets, and Project Profitability

Track Time, Budgets, and Project Profitability

Designed of Systems Integrators

Designed of Systems Integrators

The Verdict: It’s About the "Hidden" Hours

Here is the truth every system integrator learns the hard way: Hardware savings are often lost in labor hours.

If you save $1,000 on a PLC but spend 10 extra hours fighting with a clunky IDE, dealing with limited debugging tools, or writing custom drivers because the "cheap" PLC doesn't support a standard protocol natively—you haven't saved money. You’ve lost profit.

Conversely, if you are building a simple standalone skid, putting a $5,000 processor on it destroys your competitive bid.

Knowing Your True Project Profitability

Whether you are billing $200/hr for a ControlLogix migration or a fixed bid for a Click pump panel, the only way to know if a project was successful is to track your time against the specific tasks.

  • Did that "simple" Click project actually take 40 hours because of a firmware bug?

  • Did the Rockwell project bleed margin because the customer changed the spec 5 times?

This is why we built Time Assign.

Time Assign is a PSA (Professional Services Automation) tool built by control engineers for control engineers. We don't just track hours; we track the reality of systems integration. From commissioning delays to scope creep, Time Assign helps you see which PLC platforms—and which customers—are actually making you money.

Article created with the help of AI tools.

Article created with the
help of AI tools.

Time Assign turns engineering and field hours into instant, accurate invoices that accelerate your cash flow.

Time Assign turns engineering and field hours into instant, accurate invoices that accelerate your cash flow.

Time Assign turns engineering and field hours into instant, accurate invoices that accelerate your cash flow.