IP42 Stepper Motor Linear Actuator Factory | Precision Motion for Industrial Automation

Stepper-driven linear motion for OEM equipment

The IP42 Stepper Motor Linear Actuator is built for OEM teams that need controlled push-pull motion with custom travel and a wide DC input range. Based on the supplied specification, it supports 9-32V DC input and a travel length from 50mm to 1000mm. That range gives design teams room to use the same actuator family across several equipment sizes, provided the final load, speed, and installation details are confirmed before sample approval.

This is a better fit for equipment builders than for casual replacement buyers. A stepper actuator is part of a system. The actuator body, stepper motor driver, power supply, controller, feedback signals, brackets, and cable routing all affect the final result. If your project needs a dedicated stepper category comparison, start with ActuLift’s Stepper Motor Actuators page. For low-voltage motion platforms, the 24V Linear Actuators range is also useful when the design runs around a 24V power architecture.

Product specifications

What buyers should confirm before sample order

For this actuator, the most important buying detail is what ActuLift does not reduce to one fixed number. Load capacity, no-load speed, full-load speed, MTBF, working temperature, and acoustic behavior should be checked against the downloadable PDF datasheet or confirmed with ActuLift Engineering Department. That is the right approach for a configurable actuator because a 50mm stroke, a 500mm stroke, and a 1000mm stroke do not create the same mechanical risk.

Before requesting a quotation, send the load direction, target stroke, retracted length target, extended length target, duty cycle, expected speed, power supply, driver type, controller logic, installation angle, mounting points, cable route, and working environment. If the application uses feedback or a more complete motion-control system, compare the actuator with ActuLift’s Actuators with Feedback/Controller category and review compatible Control Boxes & Controllers early.

Mounting deserves the same care. The local ActuLift catalog warns against side load in related actuator families, and that rule matters here too. If the structure pushes sideways on the rod, the project can fail even when the actuator force looks correct on paper. Use suitable Brackets & Mountings and add guides or linkages where the moving load needs extra support.

IP42 protection and application fit

The brief lists IP42 protection as dustproof plus water spray below 15°C. For publishing, keep that wording conservative and ask engineering to confirm the exact interpretation for the final datasheet, especially if the intended meaning relates to spray angle rather than temperature. IEC explains IP ratings as a system for grading enclosure resistance against dust and liquids under defined tests, so buyers should treat IP42 as protected-equipment language, not as a full waterproof claim.

IP42 is often a practical fit for indoor equipment, protected machinery, smart furniture, laboratory devices, access panels, and other systems where the actuator is not exposed to washdown or constant outdoor weather. If the project has rain, water jets, condensation, cleaning fluids, or outdoor duty, compare the environment against ActuLift’s Waterproof Linear Actuators category before approving the actuator for production.

Stepper motor integration notes

The IP42 family context in the local catalog includes stepper motor driver connection notes, with power supply terminals, rising and descending operation logic, common terminal reference, and limit signal feedback outputs. For an OEM buyer, that means the actuator should be reviewed as a controlled-motion assembly, not a loose mechanical part.

Ask for the wiring diagram, driver recommendation, signal definition, current requirements, limit behavior, cable length, connector option, and control sequence before building your prototype. If the actuator will run in a product family, standardize the driver and connector early. Small wiring differences across batches can make service work messy later.

Stepper-driven motion can be useful when the mechanism needs repeatable movement, controlled travel, or a clearer relationship between motor command and actuator movement. Still, the final control quality depends on load, driver setup, power supply stability, mechanical friction, and whether the system needs feedback. Keep those checks in the engineering review rather than assuming the motor type solves the whole motion problem by itself.

OEM and wholesale sourcing notes

For bulk purchasing, quote the IP42 Stepper Motor Linear Actuator by configuration. A useful RFQ should include the exact stroke, voltage range, target load, target speed, working angle, duty cycle, driver plan, controller plan, mounting type, cable and connector request, environmental exposure, annual forecast, packaging needs, and required documents.

Certification is listed as compliant with CE and RoHS standards. Treat that as a document request during supplier review. Ask for the current declaration, RoHS material compliance information, model scope, drawing, specification sheet, wiring guide, and sample inspection record. CE and RoHS support market screening, but the buyer or importer still needs to confirm final equipment requirements for the destination market.

FAQ

What input voltage does the IP42 Stepper Motor Linear Actuator support?

The supplied specification lists 9-32V DC input. That wide input range can help OEM teams working across low-voltage platforms, but the final power supply, driver, current draw, and control logic should be confirmed for the selected configuration.

What travel length is available?

The travel length is 50mm to 1000mm and can be customized. For sample order, give the exact stroke and ask for the corresponding installation length, drawing, cable route, and tolerance information.

Where can buyers find load and speed data?

The brief directs buyers to the downloadable PDF datasheet for tolerance curves. It also recommends contacting ActuLift Engineering Department for application-specific MTBF data. The final page should not invent a fixed load or speed value.

Is IP42 waterproof?

No. IP42 should be used as limited enclosure-protection language based on the supplied brief and IP-rating context. For outdoor, washdown, or high-humidity equipment, ask ActuLift Engineering to review the environment and compare waterproof actuator options.

What should be checked before mass production?

Check the datasheet, drawing, wiring guide, load curve, speed curve, MTBF assumptions, working-temperature tolerance, acoustic tolerance, CE/RoHS documents, sample inspection record, and any application-specific engineering notes.

Can the actuator be paired with controllers and feedback systems?

The local catalog includes stepper-driver wiring and feedback-signal context for the IP42 family. For a real order, confirm the driver, controller, signal definitions, limit behavior, and feedback needs with ActuLift Engineering before locking the electrical design.

Why this product works well

The IP42 Stepper Motor Linear Actuator gives OEM buyers a configurable 9-32V DC motion platform with 50mm to 1000mm custom travel, stepper-driver integration potential, and CE/RoHS compliance wording. It works best when engineering confirms load, speed, MTBF, temperature, acoustic tolerances, controller fit, and mounting details before the buyer moves from sample to batch production.

Internal links used

• Stepper Motor Actuators
• 24V Linear Actuators
• Actuators with Feedback/Controller
• Control Boxes & Controllers
• Brackets & Mountings
• Waterproof Linear Actuators