2005 Supercharged Lotus Elise for Sale

For many owners, the initial price of an Elise is like the ‘ante’ in a poker game, there are quite a few modifications that make the car better, more fun, and more enjoyable to drive both on a country road, and in town. 

There aren’t many failure points in the car, many replace the stock radiator with plastic tanks for an all aluminum performance radiator as I have done. 

The supercharger I chose for this car adds torque, and you need not ‘row the gears’. It was purchased from Sector 111, which is now InoKinetic and they continue to be a major supporter of the Elise along with several other high performance cars. They offer performance parts like the full floating brake rotors on this car, and many other parts, they also do full rebuilds of Elise cars including the suspensions.  

Most all of the other mods on this car have to do with performance advantages like weight reduction and handling.  The DMC header contributes to that end, but is also part of the performance improvement. This car is considered mild compared to some, but it is put together to enjoy on the street and be reliable. Beware, this Elise still might stop your Mother’s heart if you choose to show her a wide open throttle run from zero to one hundred, it happens so fast!   

It’s time to get this car into younger hands.  It’s ardent red with 26,500 miles. The vehicle is supercharged, has the touring package, black interior, black leather seats, radio, AC, and electric windows. An aux instrument strip includes an oil temperature gauge.  I don’t think this car has ever been driven in the rain and the bottom of the car is as clean as the top. The suspension components are polished at all four wheels, and improvements have been made, all the stock parts have been retained for those who think it protects the car’s collector value.

Above: Sitting out front of the Utterpower shop.

DMC header and Stainless Lightweight Muffler, muffler tip and bits, about $2700

Above: The DMC header is an amazing piece of engineering, header to muffler tip, was more than a $3000.00. This car is running decat, should you need the cat, the parts are here at Black Watch and likely BOE.

This Elise was previously owned by a Mechanical Engineer in Denver, the service was provided by the Lotus Dealer there. One notable entry found in the service record is the replacement of the speedo. This is well documented, and Lotus of Denver placed the documentation below and inside the drivers door. The 26,500 mile total is the sum of the current odometer reading plus the documented mileage. Carfax documents regular service when the car was in Denver.

 

 

Due to a number of factors including weather, travel, and health issues, the car has been seldom used since it was moved to the Pacific NW.  I have never driven it in the rain, and I have spent a good deal of money on upgrades as did the previous owner.

Above: When you open the engine hatch, it’s easy to miss the fact that this is a supercharged car.

Everything is clean enough to eat off of, or polished. In the background is Cup Airbox. Note the supercharger nearest firewall.

The supercharger has less than 500 miles on it. and the system is supported by InoKinetic, they also supply a wide variety of parts and upgrades for the Elise Cars, and even provide total rebuilds of Elise cars.

Stock radiators had plastic tanks that were prone to failures, this car was upgraded with an all-aluminum performance radiator with silicone hoses.

CUP AIR BOX and divider to help feed cool air into the engine.

Above: The Inlet to the larger Cup Airbox and the divider that helps to feed the engine cooler air.

 

Above: The rear subframe looks new

I doubt you’ll ever see a subframe this clean elsewhere, the header and muffler took quite a bit of weight off the back of the car, and so did the battery relocation. All of this was expensive to do, but reducing weight at the extreme ends of the car pays the higher dividends.

2005 was the only year of dual oil coolers, this was unnecessary weight in the wrong place, and in the later years they didn’t use these coolers. If you add up the weight of brackets, hoses, fittings, and oil, it’s notable.  The coolers have been removed and retained with the rest of the stock parts.

Lower oil temperatures have been suspected of causing damage to the cam lobes in these cars,  it’s been a topic of discussion in Lotus circles that you can read about.

Modern full synthetics provide great lubricity up to 300F, and modern oils do not lubricate best when cool. You’re not likely to need more cooling than the present system provides. There’s a nice oil temp gauge in the car, and you can monitor same. Most Racers prefer and intercooler between the oil and the coolant VS a system the original coolers.  Lotus only fit these two oil coolers the first year, and later years didn’t have them.

An aluminum oil pan with baffles and trap door from Inokinetic.com has been fitted to ensure that oil is retained in the sump during hard cornering, and you’re going to corner hard because it’s a lot of fun.

There are reports of cars with stock pans losing oil suction at the pickup tube during hard cornering, and this can result in the loss of an engine.  The aluminum pan also promotes additional cooling, offsetting the need for a cooler, especially with full synthetics which are the only thing you should ever run in a car you love.

The stock exhaust header has been removed, and the DMC header and a stainless exhaust has been fitted, the DMC header is an amazing piece of engineering, and it rivals all other headers designed for the Elise in both NA and supercharged applications. The weight savings is also considerable and it is beautiful piece of ART as well.

There are far more powerful superchargers than the Katana 2 unit installed but this is a trouble free and less complex system, and a rather huge step up from stock performance.  Some of the Lotus owners have logged 50,000+ miles with the Katana  superchargers. This car runs a custom tune specifically for the combination of parts installed on the car. The Katana Supercharger, a Cup Air Box, larger injectors, the DMC header, and the specific muffler fitted. The tune is by BOE and based on the BOE 250 tune.  The whine of the supercharger during acceleration makes a beautiful sound, and the larger airbox adds to the melody. The extra torque provided by the supercharger makes for far more pleasurable driving experience in traffic or on the freeway. The car is fairly quiet when you are out of the throttle.

 

Above:  The two photos above show the $2600 kit with Ohlins shocks and remote reservoirs specifically designed for the Elise.

 

Above: Included in sale are two working key fobs, both in excellent condition. I consider this very important, do maintain two good keys and fobs.

Above: looking through the louvers, you’ll find a voltage display, and a jack for the adjustable trickle charger. I set it up to float at the battery manufacture’s float voltage recommendation.

This car has been a bit of a garage queen, the trickle charger greatly extends the life of your battery.

I replaced the windshield, after getting a ding right in the driver’s view, the work was done by Lotus of Bellevue.  Beware of the expense!

This car is fitted with a BOE hinge for the rear clam, this gives you access to the engine compartment without spending a day of labor to remove the clam. This makes maintenance a breeze.

The car has full synthetics in both the transaxle and engine, and I highly recommend you use nothing else. 10-30 Redline is popular with Elise owners.  The pink long life coolant was changed out when the new radiator was fitted, the brake fluid has been replaced and all lines bled back to the wheels, brake pads have less than 200 miles of street driving.

Note the full floating rotors from Sector 111, now supported by InoKinetic. These rotors are a full 10 pounds lighter than stock.

The car is fitted with lighter Enkei F1 wheels, another $2000, but strong light wheels make a big difference in a light weight car.

ARP wheel studs are a must, and this car has been fitted with them. The stock bolts really slow you down on wheel and tire swaps.

My December presale inspection found zero oil leaks, zero coolant leaks. The leak down test performed on all four cylinders was textbook perfect and so was the compression test. Even during years of little activity, the oil has been changed. The coolant is long life pink, and it was changed again in December 2024. Cam lobes were inspected, filter screens in head were found free of any grit or carbon. The lift bolts you might of read about were inspected and look like new.

Stock undertray, defuser, exhaust, muffler, shocks, and much more have been saved and are part of the deal, this even includes the stock injector set.

I have collected other parts and tools which allow you to properly lift the car for service. The previous owner bought a harness and harness bar for autocross, the car comes with an extra sway bar as well.  These are all part of the sale along with 4 or five boxes of extra fasteners, spare sensors, and more I got from a Toyota mechanic friend and other sources.

The car is sold code free, and even a code reader will be found in the car.

The car is sold with a soft top in perfect condition, and there’s a bag to keep it nice.

One of the things I didn’t like about this car was the front clam, there was some typical curb rash under the nose, and a crack in the wheel well where the car hit a cone during autocross. When I replaced the radiator, I was unhappy with the weight and how flimsy a chopper gun stock clam is. The clear bra needed replacing and was lifting paint with it, so I imported the much stronger and lighter clam from Jon Seal. By the time I had it prepped and painted, I had spent in excess of $8K, a lesson learned, but it sure is nice!

In closing, there’s little chance you’ll find a cleaner Elise in better condition, and here’s some advice I’ll offer.

Paint work is expensive!  Even the application of  the new clear bra was expensive. Some colors suck, but Ardent red really goes with the lines of the car.

Mileage really affects the value of the car, beware of the wide difference in value due to mileage.

Look for corrosion in the tub, some people use these cars year around, and salt and deicing compounds could attack the tub.

Buying a Lotus Elise is an entry point. I smile when people say they’re looing for a stock Elise, so many things can be improved, you could be looking at cars with $5000 investments in shocks alone, know the difference.

If you have any interest, leave a comment. A lot of people think ‘Bring A Trailer’  is the right place to sell, what do you think? I’ll add more pictures, the interior is really nice.

George B.

 

 

 

 

 

 

 

 

 

Posted in For Sale | Tagged , | 4 Comments

Lister CS Spares in the States.

What is it you need? Leave a comment with a description.

A Rare Utterpower Built Machine

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Learning By Doing

Many of us believe we are living that Chinese curse, “May you live in interesting times”.

Hands-on learning is powerful, and I think I have a great example of a person who is learning at an accelerated rate due to her interest and her obvious intellect and curiosity. She is willing to play with the boys and get her hands dirty.

She drops several hints of her deep understanding of technology, and it started with an idea to deliver chicken sandwiches on campus.

A person in her position is often an information sponge, hungry for knowledge, and learns there’s never enough time to study all the topics and acquire the skills and knowledge that might make you successful.

Her toolkit includes Palantir tools, and she thinks it is of great value.  Palantir missed its earnings with a late-arriving analyst who tossed out an outlying higher expectation than the rest at the last minute.  Had he not done that, PLNTR stock might have doubled the price.

Here’s the link in case you choose to watch, part of my watching might involve buying a few shares of PLNTR.

All the best!

George B

 

Posted in Critical Thinking, In The News, Inspirational People | 1 Comment

A quick note! How Many Shots Have Been Fired Across Boeing’s BOW?

If you read about MCAS, if you read about making a carrier pay a lot of money for a second $28 attitude sensor.

Redundant systems are pretty much a standard in aircraft, and it would only be natural to compare two attitude sensors against each other and fail the preflight diagnostic when the deviation was greater than X.

Anything that flies higher than 10 feet off the ground should be built by companies in search of excellence.  I’m sure you can find it on the internet, but there is a video sent out by the CEO of Alaska Airlines. I attempt to read between the lines, he has lost faith in Boeing. Some suggest both the FAA and Boeing have dropped the ball, and a lot of people think they’re not picking it back up any time soon.  I think selling Boeing short is going to be a popular play, I wouldn’t pick this stock back up again, people on the shop floor say it’s all about DEI.

Here’s a link to comments from Alaska Air’s CEO.  https://www.youtube.com/watch?v=BPUGOFS0Dpg

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Subsidies are Bribes

How do you get people to do stuff they don’t want to do?

Offer them enough money to do it.  Do I wish I would have bought a lot of Tesla Stock? No doubt. Do I think subsidies are a good idea? No.

I’m sure people are aware that GM is currently pushing Buick dealers to either invest about ~$300K to service their new electric vehicles or lose their franchise. No one knows the local market better than the Dealers, and many are folding their tents instead of going along with GM’s plan. I think the Dealers would love to sell Buick EVs, but they know their customers and the sales are not there.

I’m not sure anyone is worried about who will pick up the pieces, those in government who are convinced they need to push EVs on the public won’t pay. And as we know GM is too big to fail, so they won’t pay.

The public may not understand that it will be them who pays, just add it to the tab.

George B.

 

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A note on developing products, even simple ones.

Lesson Learned

As I write, I recall making a tool to pull tappet guides in Lister Clones, some of the Erectors would hammer them in with very tight clearances, so I designed a “Tappet Jack” to help pull them.  After I had sold a decent number of them, I received some complaints which led to some emails inquiring about the diameter of the tappet shoulder that the tool grabbed onto.  What were the tolerances of tappet shoulder diameter? 

The reply was a little difficult for the Western mind to gasp, there was no spec, and every Erector (Builder) decided what was best for him.  My tool was made after measuring about 50 tappet guides, but they were all made by one manufacturer. 

Today’s Lesson

I bought some LilyGo T beam Lora radios to play with and quickly decided I needed some cases for the field.  I ordered a few off Etsy and was somewhat surprised as to how nice they looked. I knew there was no way I’d make anything close.

While stuffing the radio into the case I noted I needed to trim a few pins on the bottom side of the circuit board to get the board in the case and the lid on. The buttons didn’t always work, I needed the radio in the field the next day, so I’d live with it and use the app on the phone to make adjustments.  The next day, the radio made a 3-foot drop to the ground and the display broke.  It didn’t help my testing, but other gear wasn’t working, so I was out of business for the entire Cowiche trip.

Some spare parts arrived, it’s time to look at the T-Beams again.

Tonight I opened the case and removed the broken display, I soldered in a new display and all is good. I noted the case cover was hard on the delicate display, with no gap to protect it from a drop.  I looked at the design and noted that in order for the buttons and clearances to be right, the circuit board had to sit dead flat on the upper surface of the case. In no way was this was going to happen without some adjustments.

The first one was the need to make an indent so the pins protruding below the circuit board for the SMA antenna mount would have a place to nest.  I got out the dremel and easily made a pocket, and reassembled it. The board still rocked back and forth and resisted my efforts to seat it.

I turned the board over and noticed two solder connections that needed similar indents.  A little more dremel work took care of that, but still, the board rocked and would not snug up to the indented surface it was designed to index on.

At this point, even that solder battery connection had a dremel-made pocket to drop into.

Another test fit  

I was running out of ideas, but there it was, the circuit board rocking, rocking, rocking. I painted the bottom of the 18650 battery with some fingernail polish and quickly dropped it back in the case, and when I pulled it back out, there was polish in the bottom of the case, no clearance for a circuit board with the battery on the bottom, which is the standard. 

I got the Dremel out again and carved a groove in the bottom center of the case to make room for the battery, it was all making perfect sense now, the creator used a CAD drawing of the Tbeam to design the case. It’s possible he never put a working T beam in the case. 

A total of four areas prevented the board from indexing in its proper place.  Beware, with this condition, it’s very easy to destroy the buttons when trying to install the board, and as I mentioned, it’s pretty easy to mess up the display, you need proper clearance for it. 

But there’s one more thing you need to fix.

there’s nothing in the design to hold the board in its proper place, if you were to drop it and it landed with the display down, the circuit board would hammer into the cover and most likely break the display. For this, I added some double back take to build a wedge cushion between the cover and the board.

With all the adjustments made, the buttons work and nothing binds.  Still, the case is far nicer than anything I could build, this creator is a whiz with the 3D printer, and the plastic he used is high-quality stuff, he just needs to work with his hands on the real thing.

The Lilygo T-Beam Radio

It’s an amazing product, but why would you ever put an antenna in the middle, and why allow a drop to stress the circuit board in the area of the SMA antenna connector?  Lilygo has smarter designs now, and so do others, but these radios are cheap and full of fun and learning.

George B.

 

 

Posted in Buyer Beware, Critical Thinking | Tagged , , | 6 Comments

Why Meshtastic? It can tie everything together.

Some projects force you to learn, and Meshtastic is one of them.

Test router mounted to the top of the mast, and ready to tip up to service.

Whether you live further out or in the city, you can be left without communication when things go wrong. Meshtastic is a mesh network that can be used by two people to share their locations and text messages all with no fees. Although it is not necessary, you can use an older cell phone and an app to send messages and view maps and the locations of other members of your mesh network. If you have one node tied to an internet portal (MQTT), you can communicate with the world.

Meshtastic.org is the place to start, and Discord is a place to learn more.

Placing a mountaintop repeater or router can expand your coverage, and as you will learn, some of the fun is sizing solar panels and figuring out what you will need to keep them alive and operating. Learning more about 18650 batteries, lithium-ion, VS other chemistries can also be fun, but I’m not here to teach that because there are a lot of better teachers available for free on Youtube and several other places.

What I can share is a little about the two places I plan to deploy a meshtastic network and why.  I can also share some of the learning underway. One of my current concerns is that Lithium-ion chemistry can’t be charged below freezing, and I don’t see that anyone has provided an ‘on the shelf’ solution to this problem, so I will share my progress.

Once you get a stationary device up in the air, you can read the battery voltage and have some idea as to the solar gain of the day, you can also attach sensors and know the temperature and humidity for very little money.

A properly placed mountain repeater could give you hundreds of square miles of coverage, and the GPS location can be broadcasted to others publically, or you can keep all your messages encrypted and private among the group members you authorize.

My challenges, My learning.

When it is hard to keep a solar-powered repeater alive? I’d say during winter because the winter day is short and the sun angle is low. It’s rather amazing that the experts don’t agree on how you calculate the best angle for your PV panel in winter, but I’m learning it’s far steeper than I had thought. One calculation I came across is Latitude in degrees x .9 + 29. For the Area of Easton Washington, this equates to a steep 72 degrees, and as I look at the arch of the Sun’s travel, that looks about right for the season.

How does one get through 4 or 5 days of no sun? A lot of people are running one 18650 lithium-ion battery, which is about 3500 milli amp hours of capacity at the maximum.  I found it easy to stuff three 27100 cells in my repeater case, this gives me about 15,000 mill amp hours. On a no-sun day, I see it takes about one percent of the battery’s rated storage capacity to keep it running. I haven’t had it up very long, but one day I had good sun for four hours and noted one hour of good sun would raise the state of charge to => than one percent.

My test device is currently programmed to be a router/client, it has been up for 8 full days, most of the time in a very poor position, but I moved it to a location where it can get good sun between 10 am and 1 pm, still not a good location, but the battery is at 70% charge which is the same as when I put it up. There’s been cloudy skies most of the time.

The PV Panel, and other potential problems?

A good portion of my experience with electronics and electrical has been power supplies or circuits to condition power for what you need to run are a big part of the project. The small Chinese solar panels you buy off eBay and Amazon often have quite a bit less watt capacity than advertised.  I bought an Acopower 5W 12V panel that looks well made off Amazon, they claim to be a USA seller. 12 volts is a problem, the circuit I want to drive this time is the onboard charger of the RAK Wisblock, and it is about 5.5Volts max, or damage likely occurs. I best keep it at 5.1V for longevity’s sake.

Now we have some efficiency concerns, but I had to get this test router up in the air so I could start learning the basics of the configuration, I have the majority of this to learn.

To power the solar charger port, I ran the PV output to an LM2596s Buck converter, they are inexpensive, and the 5.1 volts I dialed in seems very stable. The converter has plus and minus leads in, and plus and minus leads out, I found the tiny connector I needed on Amazon.

Instead of a buck converter, there are tiny MPPT boards that promise more efficiency, and maybe my next unit will use one.  I think I found a very nice box to build this repeater in, that too was found on Amazon. Since I’m especially happy with the box, I’ll share the link here. https://www.amazon.com/dp/B08P54XQK7?psc=1&ref=ppx_yo2ov_dt_b_product_details

RAK Lora Radio and a buck converter, to the right, is cable to PV, and to the left is a 6dbi antenna. Batteries are in the box under the radio.

The router sits on top of a 1 and 3/4 inch 20-foot long steel pole, I’ve had it for years, and I wish I knew where I could buy the next one.

The flaw in version one may be fatal, how will I correct the problem?

At first, I wondered if I was one of the few who worried about below-freezing and the destructive effect that charging could have on the lithium batteries in this device. I signed up for Discord, and eventually found the group discussing meshtastic. It didn’t take me long to find a group discussing exactly what I was worried about. I also noted they had already looked at sodium batteries and noted the need for a 2s  battery management system (BMS) which isn’t on the shelf for sale yet. I read about Lithium titanate which can operate at far lower temperatures, but its chemistry produces a lower voltage similar to sodium, and you’d need two cells in series to work with the LORA radios that meshtastic uses. Two cells wired in series need to be balanced, and that is the primary job of a BMS.

So what to do? I think the parts will be on the shelf at some point, but we need some type of solution now, we just can’t let the batteries charge below freezing.  Part of my approach is a lot of battery capacity, and then cranking down some of the unnecessary broadcasts. I don’t need the device reporting its location, nor do I need it telling me it’s alive every 15 minutes, cutting back on these broadcasts conserves battery.

I have not read of the approach I am taking, but I doubt I’m alone. As you read my plan, you might ask why is this guy using inefficient heat-producing parts. There’s a reason.

I plan to use the temperature and humidity sensor from Rokland.com, I’ll add it to the WisBlock, and our unit will know when it’s about to freeze. Rockland supplies the library you need to drive the sensors they have available, it should be easy to add a line or two of code to toggle a pin to a low state so we can use it to shunt the output of the buck inverter WHEN the temperature is 33F or below. I plan to cut copper foil so I can wrap it around the three Lithium cells and then use thermal conductive tape to attach both a TIP120 or its complement, and a 5-watt resistor to the copper foil.

When the temperature is below freezing, the I/O pin will saturate the base of the transistor and any energy the PV panel makes will generate heat inside the case, the transistor might add a little heat as the foil around the cells is its heat sink,  the 5-watt resistor is the load and the main heat source which is also heating the cells directly. The resistor is sized to allow the PV panel to operate at about .28 amps and that’s what the manufacturer claims is the sweet spot. The buck converter is also inside the case, and its tiny losses are also helping to warm the inside of the box. The box is painted a flat black, and it faces south.  There’s a thermal break between the box and the steel pipe.

When the sun hits the panel, all the PV energy is shunted away from the solar charger until the temperature rises to the setpoint. When this happens, the program changes the state of the I/O pin, the shunt is removed, and charging hopefully begins. During both charging and discharge, the battery produces some heat internally, and this all helps to keep the battery above freezing.

The test unit has been up for 8 full days now and there’s been only a few hours of good sun. This particular radio is very efficient, it lacks a GPS receiver, but it is built for a fixed position and doesn’t need it, another load we don’t need to drive. Right now it’s 9:20 PM, and the unit is at 69% charge, we’re down one percent, and one hour of the sun can put us back to even.  Both sites where I plan to put repeaters/routers have way better views of the sky and significantly more sunny days, Cowiche borders Yakima which has an average of 300 days of sun. this is twice what Kent Washington gets where this test unit is set up.

what will I do with this mesh network? One of the first applications will be to monitor my solar plant, and to run the solar power irrigation system, I have trees planted, and they need to get through a potentially dry and hot spring and summer. if you can send a message and toggle an I/O pin, you can do most of what needs to be done.

Here’s one of the inexpensive pocket radios sitting on my desktop.

This orange-cased pocket radio is based on the Lilygo T beam, it has GPS, WIFI, BLE, and a LORA transceiver, all running on an 18650 lithium cell.

 

Here’s my parts list minus the mods to shunt charging at freezing, which is in the works. 

Parts List:
High-Performance Meshtastic Router

Following parts from Rokland.com

RAK Wireless WisBlock Meshtastic Starter Kit US915

5.8 dBi N-Male Omni Outdoor Helium 915 MHz Antenna (Large Profile 32″) for RAK Miner 2 Nebra SenseCap M1 & Bobcat Hotspots

RAK Wireless RAK1901 Temperature and Humidity Sensor Sensirion SHTC3 PID: 100001 2-PACK

 

Following from Amazon

Otdorpatio Junction Box IP65 Waterproof ABS Plastic Electrical Project Case Power Junction Boxes, Project Box with Fixed Ear Black 4.53×3.54 x2.17 inch (115 x 90 x55 mm)

ACOPOWER Solar Panel 5 Watt 12V Black Monocrystalline High-Efficiency Module Off Gird PV Power with Solar Connectors for Battery Charging Path Light

wlaniot IPX/u.fl to N Type Female Pigtail Cable (6″ RG178 for PCI WiFi Card Wireless Router Gateway External Antenna etc.
Visit the Superbat Store

AZDelivery 5 x Compatible with LM2596S DC-DC Power Supply Adapter Step Down Module Compatible with Arduino Including eBook

Babaobox 10pairs 24AWG JST ZH1.5mm 2PIN Micro Electrical Male and Female Connector Plug with 150mm Wire Cables

smseace 30PCS JST ph2.0 Connector Female and Male jst ph2.0 Wire Cables 100mm jst ph 2.0 Connector kit

RioRand XT60 Drone Connectors (5 Pair)

Bistook 21700 Battery Holder Box Case for PCB Projects, 4-Pack, 4-Slot Each

Other parts you need:

heat shrink

1 3/4 inch steel tubing for a mast, mine is 20 feet long.

All the best,

George B.

 

 

 

 

 

 

 

 

 

 

Posted in In The News, Projects, Survival Skills | Tagged , , , | 5 Comments

How to wire up the standard stator in a generator

I’ve received a lot of emails from people who have four leads out of their stators, but no clue as to what they are or how to wire them.

The typical stator has two windings, you can ohm them out to find the pairs, then just think about them like two flashlight batteries, when they are in series, they make 240 out, when they are in parallel, they make 120 only.

If it’s not producing the expected output, turn one of the windings around just like you would a flashlight battery.  When wired in series, the neutral is in the middle.

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2021

When there is no rule of law, all remedies lay outside the law?

Is QAnon covering for the Left? Can you imagine a better way to placate your political enemies than telling them every week for four long years that those who broke the law will be held accountable shortly?  I see I used the wrong word, they have given up nothing! Maybe Placate is the better word?

Back to Basics

Back to Basics

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Chinese Horizontal Parts Page

China TruckI’m putting this page up as a service to our community of DIYers who have them.   There was a very reliable person in California who was making monthly orders for parts, and he was easy to do business with, I don’t know where he is now if you do, or know other sources of parts, please consider making a comment on this page, so others will know.

Ebay has moved on to the Yamar clones, and little else in the way of parts.

These folks mention small orders are possible, but I have not yet confirmed that.

https://agriculturalmachinery-parts.sell.everychina.com/p-108469922-cylinder-liner-piston-ring-kit-for-single-diesel-engine-s195-s1100-s1105-s1110.html

Typical Bore sizes

 

 

 

 

 

 

 

 

 

 

 

 

Do you have any supplier contacts to share??

 

George B.

 

Posted in Alternative Energy Sources, Engines, Slow Speed Engines | Leave a comment