ZD 3IK15RGN-C Gear Motor 15W 220V - Multiple Variants Available

Engineer's Quick Brief

• High-Efficiency Aligned Transmission: Built with a precision-machined helical GN gear shaft pinion configuration to allow modular connection with versatile reduction gearheads.
• Optimized Compact Form Factor: Delivers a steady 15W output power within a standardized 70mm square frame casing, conserving valuable installation volume.
• Industrial AC Single-Phase Actuation: Configured directly for standard 220V AC (50Hz/60Hz) automated operating infrastructures, making it highly compatible with small conveyors, labeling machines, and packaging feeders.

ZD Motor 3IK15RGN-C Micro AC Gear Motor Overview

The ZD Motor 3IK15RGN-C is a high-reliability, premium 15W AC micro induction gear motor engineered to deliver stable torque outputs across low-power industrial conveyor configurations and mechanical indexing grids. Designed around a uniform 70mm × 70mm square法兰 (flange) layout profile, this single-phase 220V AC motor incorporates a rugged helical GN pinion shaft profile that accommodates multiple interchangeable gearhead variants (ranging from 3:1 up to 180:1 gear reductions). Outfitted with structural oil seals and robust precision-grade ball bearings, the 3IK15RGN-C ensures exceptional running efficiency, low audible operating friction, and long-term dependable performance across high-duty factory automation cycles.

Technical Specifications

Industrial Application Matrix

Koeed Field FAE Tool: ZD 3IK15RGN-C Speed & Torque Configurator

Because the 3IK15RGN-C accommodates multiple GN减速箱 (gearhead variants), output specifications shift considerably based on your target ratio. Use this interactive tool to preview output speed and mechanical torque ranges at various configurations.

Field Commissioning & Installation Troubleshooting Guide

Q: What are the mandatory electrical wiring layout distributions for the 3IK15RGN-C motor?

The single-phase 220V AC installation layout requires integrating the factory-supplied film running capacitor to generate the auxiliary phase shift loop. To configure the connections securely inside your junction terminal block, follow this routing sequence:

• Primary Power Input (Line/Phase): Terminate your active AC 220V supply line directly at one of the principal motor coil nodes.
• Capacitor Integration Bridge: Wire the running capacitor in series across the designated secondary phase winding leads.
• Direction Control (CW / CCW): To select regular clockwise rotation, tie the AC Neutral supply line to one terminal of the capacitor bridge. To invert rotation to counter-clockwise operation, switch the Neutral line termination link to the opposite terminal side of the capacitor bridge.

Q: The motor housing surface registers very high temperatures during operation. Is this expected?

Micro AC induction and adjustable reversible motors are designed to run hot under full continuous load constraints. Surface housing thermal conditions can stabilize between 70°C and 85°C without signaling internal fault patterns. However, if the surface temperature continuously climbs beyond 90°C, immediately check the following field metrics:

1. Verify Capacitor Capacitance Values: Ensure the microfarad (μF) rating of the connected capacitor matches the specification listed on the motor nameplate. Installing an oversized capacitor over-saturates the auxiliary windings, causing extreme heat generation.
2. Measure Voltage Fluctuations: Ensure supply lines do not exceed 242V AC (+10% limit). Elevated grid potentials cause magnetic core saturation, accelerating core iron losses.
3. Inspect Powertrain Drag Factors: Isolate mechanical links and inspect the drive system for structural alignment binding or component lockups that could cause excessive motor slip.

Q: Can this AC induction motor be driven safely via a generic variable frequency drive (VFD)?

No. Standard single-phase capacitor-run AC motors like the 3IK15RGN-C cannot interface reliably with generic 3-phase output VFD speed regulators. Attempting to modulate speed through voltage-frequency adjustments can cause erratic winding vibration, drop starting torque profiles, and lead to rapid motor burnout. For applications requiring speed variation, deploy a dedicated analog electronic speed controller card designed to interface with the motor's internal tachometer generator loop.

Cross-Reference Guide

The ZD Motor 3IK15RGN-C configuration shares physical mounting attributes and electrical properties with the following industry alternatives:

• Oriental Motor Japan Equivalent: 3IK15GN-C / 3IK15A-C Series (Industry standard baseline featuring identical 70mm mounting configurations and helical tooth distributions).
• Panasonic Micro Motor Cross: M7RX15G4Y / M7IX15G4GG Series (Frame dimension equivalent; verify capacitor wiring parameters before finishing panel layout revisions).
• GGM Korea Functional Match: K7IG15NC / K7RG15NC Series (Comparable 15W single-phase 220V micro motor alternatives accepting standard 70mm companion gearheads).