52 mm Brush DC Planetary Gearmotor Platform
ZPN52 Brush DC Planetary Gearmotor for OEM Procurement
The CAIDA ZPN52 platform gives sourcing teams a compact drive solution built around a 24V brushed DC motor and a wide planetary gearbox ratio range. Buyers comparing a planetary gearmotor supplier can quickly screen this model for space-sensitive equipment that needs controlled output speed, steady torque transmission, and practical ratio selection from one product family.
For teams reviewing planetary gear motor manufacturers, the published data shows 40W and 60W versions, rated speed around 3000 RPM, gearbox ratios from 3.65:1 to 392.98:1, and allowable output torque up to 25.00 Nm. That specification coverage helps engineers and purchasing managers align initial motor selection with target load, speed, and installation envelope before moving into project confirmation.
Description
The ZPN52 brush DC planetary gearmotor combines a 52 mm motor platform with a matching planetary reduction unit for compact motion assemblies where mounting room is limited but output tuning still matters. The published CAIDA data shows a practical range from faster low-ratio output down to slow high-torque reduction, making the platform relevant for conveyors, positioning modules, laboratory handling devices, robotics subassemblies, and industrial control units that need repeatable drive behavior within a modest footprint.
Product Specifications
| Product Name | CAIDA ZPN52 Brush DC Planetary Gearmotor |
|---|---|
| Motor Diameter | 52 mm |
| Motor Type | Brush DC motor with planetary gearbox |
| Voltage | 24V DC |
| Rated Power | 40W / 60W |
| No-load Speed | 3500 RPM / 3600 RPM |
| Rated Speed | 3000 RPM |
| Motor Rated Torque | 0.127 Nm / 0.191 Nm |
| Motor Life | 2000 hours |
| Gear Ratio Range | 3.65:1 to 392.98:1 |
| Output Speed Range | 822 r/min to 7.6 r/min |
| Allowable Output Torque | 0.42 Nm to 25.00 Nm |
| Reduction Stages | 1-stage / 2-stage / 3-stage |
| Application Focus | Industrial control, logistics equipment, robotics, laboratory devices, compact automation assemblies |
Core Supply Advantages
Wide ratio coverage helps one sourcing program evaluate fast output and slow high-torque reduction within the same ZPN52 platform, reducing early-stage selection friction.
Core Supply Advantages
The 52 mm format supports compact equipment layouts where buyers need practical torque transmission without moving to a larger drive envelope too early in the design cycle.
Core Supply Advantages
Published motor and gearbox data gives engineers a clearer RFQ starting point for voltage, speed, torque, stage count, and application fit before confirming final shaft and mounting details.
Related Articles
These CAIDA articles add application context for buyers evaluating compact planetary gearmotor sourcing.
How the Planetary Gearmotor Supports Efficiency in Laboratory Device Manufacturing
This article explains why compact reduction, low backlash behavior, and adaptable ratio selection matter in laboratory instruments that run in tight housings and require steady repeatable motion.
Read ArticleKey Features and Application Potential of the Planetary Gearmotor in Robotics
The robotics article highlights how compact packaging, ratio-driven torque adjustment, and consistent output support robotic joints, handling units, and automation subassemblies.
Read ArticleTechnical Insights into Brush DC Planetary Gearmotor Durability and Output
Buyers reviewing long-run equipment projects can use this piece to compare how 24V operation, gearbox design, and maintenance planning affect motion quality and service life.
Read ArticleVerified Procurement Feedback
★★★★★
Motion Systems Purchasing Manager, Germany
We shortlisted this platform for a compact conveyor drive project because the published ratio spread made early technical screening much faster. The product information helped our engineering team narrow the output speed window before formal drawing review.
★★★★★
Automation Project Engineer, Poland
For a positioning assembly with limited mounting room, the 52 mm format and higher torque reduction options were the key points we reviewed first. The published 24V data and reduction stage information were useful for early integration planning.
★★★★★
OEM Sourcing Lead, Canada
We look for suppliers that publish usable motor and gearbox numbers instead of only general catalog copy. This model stood out because torque, speed, ratio, and operating life were already visible enough for our RFQ preparation checklist.
FAQ
What voltage and power options are available for the ZPN52 brush DC planetary gearmotor?
The ZPN52 platform shown on the CAIDA product page uses 24V DC input and is listed with 40W and 60W rated power versions. This gives buyers a practical starting point for selecting a motor core before finalizing gearbox ratio and load requirements.
What gear ratio range can buyers select for this model?
The listed planetary gearbox ratios run from 3.65:1 up to 392.98:1 across one-stage, two-stage, and three-stage configurations. That range supports both higher output speed targets and slower high-torque motion profiles within the same product family.
What output speed and allowable torque range does the specification table cover?
According to the published data, output shaft speed ranges from about 822 r/min down to 7.6 r/min, while allowable gearbox torque ranges from 0.42 Nm up to 25.00 Nm. Buyers can use those figures to narrow down ratio options for indexing, conveying, positioning, or compact actuator work.
How can engineers match the ZPN52 to a motion control project?
A practical selection process starts with required output speed, load torque, duty pattern, mounting space, and control voltage. Once those inputs are defined, the buyer can compare the listed motor versions, choose a ratio band, and then confirm shaft details and integration dimensions with the supplier.
Which applications fit this 52 mm planetary gearmotor platform?
The published CAIDA materials point to use in industrial control, logistics equipment, robotics, laboratory devices, and other compact automation assemblies that need controlled speed reduction with stable torque output. Final fit still depends on load, cycle time, and installation constraints.
What project details should a buyer confirm before placing an inquiry?
Before sending an RFQ, buyers should confirm target speed, working torque, operating voltage, gearbox ratio preference, available installation space, shaft interface, expected running hours, and any environmental limits such as dust or temperature. Those details help the supplier recommend the most suitable configuration faster.
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