Machine Intelligence & Control
The logic, the drive and the face of the machine. How much controller the machine needs, which loads need speed control, and what the operator touches on a wet, gloved or third-shift floor.
IMO Automation from smart relay to drive, GETT for the interface. One ecosystem the customer's maintenance team can support.
The questions this chapter settles
In the order the control panel gets designedThe controller is the part everyone argues about and the drive is the part that heats the panel. These are the six decisions, what guessing costs later, and the product line that answers each.
How much controller does the machine need?
A smart relay for a handful of interlocks and timers, a compact PLC when the I/O grows, a controller with expansion when it keeps growing. Guess high and you pay for licenses and training; guess low and you rewrite.
IMO iSmart smart relays, i3 intelligent controllers and XGB PLCs. License-free programming across the range, so the step up from relay to PLC does not change the toolchain or add a runtime license.
Which loads need speed control, and what does the drive do to the panel?
A pump, fan or conveyor that runs at a variable rate wants a drive. The drive adds heat and harmonics the panel has to carry, and a motor circuit breaker ahead of it.
IMO Jaguar NXG variable speed drives. Compact to heavy frames, including harsh-environment models built for vibration, with contactors and motor circuit breakers from the same catalog.
What does the operator see and touch?
To the operator, the HMI is the machine. A touchscreen on the door, a badge tap for login, an E-stop in the panel: these are decided with the logic, not after it.
IMO iView HMIs and GETT InduSmart panel PCs. iView operator interfaces on the same ecosystem as the logic. InduSmart panel PCs from 10.1 to 21.5 inches, IP65 front, fanless, Windows or Linux. The BlackLine adds six capacitive keys and an NFC reader below the display, with your logo printed, from a quantity of one.
Will the keyboard survive gloves, coolant and the third shift?
A consumer keyboard in a panel lasts until the first hose-down. The floor decides the material: silicone that washes, stainless that shrugs off abuse, glass that wipes clean, or an optical switch nobody touches.
GETT InduProof silicone and InduSteel stainless keyboards. Washable silicone, stainless steel keypads that shrug off vandalism and weather, and glass capacitive keyboards to IP68. Optical switches with no moving part, and capacitive input that reads a gloved hand through a sealed front.
What switches the motor, and what protects it?
Between the controller's output and the motor sit a contactor and a motor circuit breaker. Their frame, coil and curve decide the panel heat, the nuisance trips and whether the inspector signs.
IMO contactors and motor circuit breakers. Contactors from compact through heavy industrial frames with a 3 W sealed coil that runs cool, UL 489 miniature circuit breakers, RCBOs and surge protection beside them.
Does one vendor from relay to drive actually matter?
It matters on the customer's floor. One platform the maintenance team learns once, one supplier to call, parts on the shelf the same day. The alternative is three toolchains and three warranties.
IMO Automation, smart relay to drive, one ecosystem. Same-day dispatch from US stock and up to a 5-year warranty on electromechanical components, with the logic, the drive, the HMI and the protection on one line card.
