When you click on links to various merchants on this site and make a purchase, this can result in this site earning a commission. Affiliate programs and affiliations include, but are not limited to, the eBay Partner Network.
The word is that they were all built with a power cord. I'm curious about what for voltage you folks run over on the other side of the pond and what your plug looks like.
Originally Posted by Shovelheadrob
If it's there it will have a standard US type plug for 120v. We use 240v here for domestic stuff but we also use 110v on construction sites so I have a couple of transformers kicking around. Here's the plug I will be using.
Finally got around to locating my wires & plug, behind the lower bumper trapped behind the oil cooler! It has probably never been used as we don't often get really bad winters here in the UK & when I bought the truck it had spent the last 5-6 years in Spain & they have Christmas dinner on the beach! As I expected it has a standard US plug so I'll be changing that to make life easier or I might just make a short patch lead if I can find a US female trailing socket.
Have faith brother, the 16 year old truck block heater on my truck still works and the plug looked a lot worse than that.
I had my truck plugged in yesterday in and when I went out to look under the hood I could feel the heat coming out when I raised the hood up. It was kind of nice to lean over a warm engine in the cold weather.
I have that cover on my old plug. It's still on the truck. Since it's so cold here I was going to wait till spring to remove the cord from the truck. I installed a bumper plug so I won't need it anymore.
Thanks for posting the Kim info. Therein lies the problem I have a 6.2 gas which does not have the insertion depth that the Diesels do. Im limited by the blocks outer/inner core water jacket depth. 6.2s heaters screw directly into the blocks jacket, unlike the cooler header that the diesels have. Im likely limited to a "will fit" thermosiphon style if I can find a good convection route. I don't want to get fancy with a forced circ system. Im surprised the after market doesn't make a higher wattage unit for the 6.2 cuz the one in there aint worth a .....!
I have used these in the past with great success on gas and diesel gen-sets.
Thanks for posting the Kim info. Therein lies the problem I have a 6.2 gas which does not have the insertion depth that the Diesels do. Im limited by the blocks outer/inner core water jacket depth. 6.2s heaters screw directly into the blocks jacket, unlike the cooler header that the diesels have. Im likely limited to a "will fit" thermosiphon style if I can find a good convection route. I don't want to get fancy with a forced circ system. Im surprised the after market doesn't make a higher wattage unit for the 6.2 cuz the one in there aint worth a .....!
I have used these in the past with great success on gas and diesel gen-sets.
It won't be quite as effective as full insertion, but if you have enough room outside the block area where the heating element inserts, you might be able to improve things a bit by using a short nipple and coupling (or just a male-female coupling) to let the longer heating element still transmit most of it's higher wattage into the coolant.
Was up at Sister's over Christmas. Northern Nevada. Great country.
Got down to low single digits.
Started thinking. Went to Bing for a search. YouTube rocks. Showed location of household male plug awaiting to mate with a 25 foot cord.
Plugged it in at sunset. Snowed lightly overnight. Snow on truck EXCEPT the hood.
Told the tale. Started light normal.
Day before started hard and chugged and coughed a couple times then to run and fast idle. Added oil 15-40 stored in truck in the cold and it poured like cool honey.
Love the block heater discovery.