Hipa

Hipa 237878-S Stator – 15/20 Amp Replacement for Kohle & John Deere Engines

High-performance patio lawn and garden made for confident daily results

$34.35

3 shoppers currently have this item in cart.

Low stock: only 5 left in inventory. Add to cart before it's gone.

Shop Pay installment options may appear at checkout where eligible.

Free shipping Secure checkout 100% refund eligible
Bundle & save Buy 2 and save checkout time

Premium patio lawn and garden quality selected for United States (USA) customers.

Routine pack Build your routine pack (3)

Fast dispatch with always-free shipping and secure checkout on every order.

Free shipping

i

Free shipping on every order. Fast dispatch, tracked delivery, and secure checkout included.

Easy returns

i

Simple return flow and responsive support for eligible items.

Peak-demand shipping delays

i

During high demand, deliveries may experience short carrier delays. Tracking updates remain active for every order.

24/7 customer support

Questions before checkout? Our team is available and ready to help.

Share

Why customers choose Cera Garden

Overview

Refresh the electrical health of your power equipment with the Hipa 237878-S stator. This replacement part is designed to match original electrical specifications, offering a straightforward path to restoring charging reliability on a wide range of Kohle and John Deere machines. Depending on the engine variant, it supports 15 Amp or 20 Amp configurations, delivering a practical upgrade without needing a full harness or ignition overhaul. The goal is to provide a dependable, no-nonsense solution you can consider as a possible improvement rather than a guarantee.

Compatibility at a glance

Built to replace common Kohle identifiers such as 237878-S and related references, this stator is crafted for broad compatibility across many Kohle engine families and Deere equipment. The design emphasizes standard mounting points and electrical interfaces, so installation stays within reach for DIY projects or a shop job. Always confirm your exact engine model and part numbers before purchasing to ensure a precise fit.

  • Kohle compatibility highlights: CV series (CV13–CV16, CV18, CV20, CV25), SV series (SV470–SV740, SV810–SV840), CH and K/KT lineups, plus related variants such as CV430, CV450, CV460, CV620, CV640, CV670, CV680, CV682, CV730, CV732, CV740, CV742, CV750, CV752, CV940, CV960, CV980, and CV1000.
  • John Deere compatibility highlights: LX172/173/176/178/186/188, STX30/38/46, and corresponding model ranges commonly found in lawn and compact utility equipment.

What to expect in real-world use

As a replacement, the 237878-S stator aims to support reliable electrical charging in compatible Kohle and Deere machines. The part is designed to align with standard mounting interfaces and wiring conventions, enabling a smoother installation process for both hobbyists and professionals. Results can vary based on the overall health of the machine’s electrical system, but users often notice improved consistency in starting and charging when the previous component showed wear.

Installation and care tips

Explore a careful, non-pressured approach to replacement. Prior to purchase, verify the engine model and part numbers on your equipment. During installation, keep connections clean and secure, inspect the wiring harness for signs of wear, and handle windings with care to avoid damage. If you are unsure, consult a technician who can confirm fit and provide guidance on reassembly. This stator is presented as a compatible option to restore electrical function in a broad set of Kohle and Deere engines, emphasizing practicality and user-focused support rather than guarantees.

FAQ

Q: What engines is the Hipa 237878-S stator compatible with?

A: It fits a wide range of Kohle and John Deere engines listed in the specs; please verify your model and part number before purchase.

Q: Will installing this stator improve charging performance?

A: This replacement may help restore charging performance if the prior stator was worn, but outcomes depend on the overall electrical system condition.