AC Ind Motor YDKS-13-4(pg)

Description

Based on your search for AC Induction Motor YDKS-13-4(pg), here is the dedicated item description and its hardware compatibility guide.Item DescriptionThe YDKS-13-4(pg) (often written as YDKS-13-4) is an OEM-standard, single-phase Asynchronous AC Indoor Blower Motor ($13W$). It is specifically designed for the indoor wall-mounted evaporator units of mini-split air conditioning systems.The “(pg)” designation in the model number is crucial: it signifies that this motor contains an integrated PG (Pulse Generator) Feedback Hall Effect Sensor. Instead of using multi-wire mechanical taps for speed control, the AC unit’s main circuit board reads the PG signal feedback and dynamically adjusts the voltage input to seamlessly vary the fan speeds between low, medium, and high.Technical SpecificationsModel Code: YDKS-13-4(pg) / YYK13-4Motor Type: Single-Phase AC Induction / Asynchronous Blower MotorPower Output: $13W$Operating Voltage: $220V – 240V$ ACFrequency: $50text{ Hz}$Poles: 4-Pole (Speed typically clocks around $1200text{ to }1350text{ r/min}$)Insulation Class: Class B (Standard thermal protection)Wiring Setup: Distinct 3-wire main power lead plug paired with a separate 3-wire small PG feedback connector.Compatible Brands & SystemsThis $13W$ PG motor framework is a highly standardized design widely manufactured by component giants like Welling and Panasonic. It is found in standard $9,000text{ BTU}$ ($0.75text{ Ton}$) non-inverter residential high-wall split systems.1. Directly Interchangeable Part NumbersIf your failing indoor motor features any of the following alternate manufacturer part codes on its sticker, this unit is a functional substitute:YYK13-4 (Direct sister factory code)YDK-12-4 (Slightly lower $12W$ variant, entirely interchangeable in the same chassis)RPG13C seriesFN13B-PG2. Supported Air Conditioner BrandsThis motor framework is utilized as a repair replacement across a variety of major regional and global HVAC brands:Gree (A primary user of the PG feedback motor configuration)MideaPanasonicChigoGalanzLloyd / VoltasEssential Replacement Checklist: Because this motor operates using an external running capacitor (usually $1.0mutext{F}$ or $1.2mutext{F}$), make sure to verify that the capacitor built onto your AC’s internal PCB is still within spec. A weak capacitor will cause this brand-new motor to hum, overheat, or fail to start. Always copy the wiring layout from the printed schematic on the new motor’s sticker housing during installation.