Everyone obsesses over the actuator. It is the moving part, the hero of the build, the thing that pushes and lifts. Yet the components that decide whether your motion system runs smoothly for years or dies in a month are the two pieces sitting quietly behind it: the control box and the power supply. Get those wrong and even the best actuator stutters, overheats, or refuses to hold position. This deep dive looks at the control and power side of automation through the Progressive Automations catalog, a worldwide supplier of linear motion products, to show what good looks like and how the pieces snap together.
Why the Control Box Is the Brain of the System
A control box translates your intent into coordinated movement. The standout in this category is synchronized control, the ability to drive several actuators so they extend and retract in perfect step, which is essential for anything from a lifting platform to a motorized BBQ lid that must not rack or bind.
The PA-CB41 High Power Hall Effect Sync Control Box is the brand's most advanced high-current option for synchronizing two Hall effect linear actuators. It supports both 12VDC and 24VDC with plug-and-play compatibility for the company's actuators, power supplies, and wiring kits. Its self-learning procedure pairs with a wide range of actuators automatically, and it ships with a wireless remote, higher power output, longer duty cycles, and faster wireless response than older boxes.
Progressive Automations PA-CB41 two-channel sync control box" loading="lazy">When you need more channels
For larger builds, the PA-CB40 Hall Effect Sync Control Box steps up to synchronizing four actuators on a single 12V or 24V system. It carries the same plug-and-play philosophy, self-learning pairing, extended duty cycles, and fast wireless response, but adds an upgraded four-button remote and onboard convenience for multi-actuator setups. If your project has more than two actuators that must move together, this is the controller built for it.
Why the Power Supply Is the Foundation
A control box can only pass along the current it receives. If the power supply is undersized, your actuators will feel sluggish or stall under load, no matter how good the controller is. This is the most common mistake in DIY automation, and the Progressive Automations power supply line is built to prevent it.
The range spans a wide 100 to 240 VAC input at 47 to 63 Hz, so it works on virtually any mains supply, and outputs clean 12VDC or 24VDC. Where the line really earns its place is the breadth of current ratings, letting you match the supply to the draw of your specific actuator-and-controller combination.
- PS-13-12-67 outputs 12VDC at up to 12.5A through a Molex Mini-Fit Jr. connector, a tidy choice for standard single-actuator operations.
- PS-29-12-67 steps up to 29A of 12VDC for heavier-duty actuators in outdoor automation.
- PS-15-24-67 delivers 24VDC at up to 14.5A for systems running on the higher voltage.
- PS-50-12-67 is the high-current unit, pushing up to 50A of 12VDC through a Hirose DF60 connector to feed high-power control boxes driving multiple actuators.
The IP67 Advantage
Every power supply in this lineup carries an IP67 waterproof rating, meaning it can withstand dust and even temporary water submersion in harsh conditions. That is a meaningful differentiator. Many cheap power bricks are strictly indoor components, but an IP67 unit can live on a solar tracker, an outdoor gate, or a poolside mechanism without an extra enclosure. Each model also includes a full suite of safety protections, short circuit, overtemperature, overload, and overvoltage, so a wiring fault or a stalled actuator is far less likely to take out the supply.
The Glue: Wiring Adapters and Extenders
Here is where real builds usually stall. You have the perfect actuator, the right control box, and a properly sized power supply, and then a connector does not match, or a cable is six inches too short. Progressive Automations treats this connective layer as a first-class part of the catalog rather than an afterthought.
There are adapters to interface in-house control boxes with external systems, such as an 8-pin screw terminal adapter with a male RJ45 on one end, and a 4-pin adapter that fits any control box with a Hirose 4-pin input and terminates in tinned leads for screw-terminal power supplies. There are extenders, like a 48-inch 4-pin wire extender, for when the supply mounts across the room. There are even niche fixes, such as a 2-pin adapter that swaps reversed control signals without rewiring or reprogramming, and a Bluetooth dongle adapter that adds app-based control to a compatible control box. Having these on hand turns a multi-day troubleshooting detour into a five-minute fix.
How to Put It All Together
The reason this category is worth buying from a single supplier is compatibility. Because the actuators, control boxes, power supplies, and wiring are designed as one plug-and-play system, you avoid the guesswork of mixing brands. A clean build follows a simple chain: size the power supply to your total current draw, choose a control box rated for the number of actuators you need to synchronize, confirm the voltage matches across every component, and stock the adapters or extenders that bridge any connector or distance gaps. Do that and the system behaves predictably from the first power-up.
The Bottom Line
The actuator gets the attention, but the control box and power supply determine whether your automation is reliable. An IP67 power supply sized with current headroom protects the whole system, a Hall effect sync control box keeps multiple actuators moving as one, and a drawer of matched adapters means a connector surprise never derails a project. When you are ready to spec the powering and control side of your build, it helps to source it from one compatible range.
Explore the control boxes and power supplies at Progressive Automations.