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Warmer Heater
The Most Reliable And Cost Effective Gas Tankless Water Heater-Takagi T-K3.
The tankless water heater Takagi T-K3 is capable of delivering 250 gallons of hot water in an hour, and it is the best choice to be used for domestic or commercial purposes as it provides constant flow of hot water all the day long.
Takagi TK3 is designed in such a compact way that it takes only 2.2 cubic feet of space. This allows for installation in spaces with limited area or in locations closer to the point of use. The travelling time of water through pipes is effectively reduced. Minimized wastage of energy and water.
No storage tank to clog with deposits and rust. No pilot light to waste gas. The gas utilization in T-K3 is efficiently managed by computer-modulated burners. Takagi T-K3 hot water heater is getting popular all over the world, due to its magnificent and energy efficient qualities.
The Takagi TK3 has a lower activating flow rate, at only 0.5 gallons per minute, allowing the use of smaller water flows in bathroom sinks and showers. This reduces water waste and allows for stable temperatures. The T-K3 water heaters are available in different varieties and specifications with the ability to handle water flow ranging from 0.5 – 7.0 gallons per minute, with the heating capacity between 11,000 to 199,000 BTU, the computerized system of T-K3 consists of sophisticated circuits and sensors which technically handle temperature, demand and flow of water. The power of today's technology working to control the efficiency of tomorrow' water heating system.
Using Takagi's Easy Link technology, the T-K3 can be installed in parallel with up to three other units without the use of an additional control box, generating more flow while saving money, space and installation time.
The direct vent model is used for indoor purposes,Takagi TK3 tankless water heater with little modifications can serve this purpose efficiently.
Unlike other brands T-K3 have eight different settings which include 104 degree F, 113 degree F, 122 degree F, 131 degree F, 140 degree F, 158 degree F, 176 degree F, and 185 degree F, all these settings are operated from a dip switch. There is no requirement for a separate remote control.
Long vent pipe of about 50 feet with five elbows is an added facility in Takagi T-K3 , as compared to conventional brands having 35 feet pipe with three elbows.
It’s quite obvious from the above discussion that the new product of Takagi T-K3 have great features and functionalities. For residential or commercial applications, the demand for larger quantities of hot water can be met by implementing parallel connections to access flow rate. In short, the T-K3 fills the gap between the single residential heater and multiple commercial T-M1 units. The temperature of underground water directly effects the performance of T-K3, in warm areas the flow rate is better as compared to colder areas: let’s consider warm areas at a delta T of 60 degrees F, if the ground water temperature is 60 degrees F with the output set at 122 degrees F - the T-K3 will provide 5.4 Gallons Per Minute, or 324 Gallons Per Hour. In colder areas where the input temperature may be 40 degrees F or less, expect a flow rate about 4.1 GPM, or 246 GPH.
All Takagi products are made with the most suitable materials for a lasting, dependable life. Steel burners, water tubes made of copper or brass and epoxy powder coating leads to rust resistant body, durability and great efficiency.
Since heating starts when water is used, so there is no need of holding tanks, hence waste of energy is minimized. In Takagi T-K3 gas water heater, the utility cost is almost 50% reduced with the use of computerized electric ignition system instead of pilot light.
Several safety features are incorporated in this unit with the help of advanced circuits and sensors that monitors different functionalities like gas levels, water levels, over or under heating and freeze conditions.
Heat exchanger is protected from freezing in T-K3 with the use of heat blocks. Freezing of heat exchanger is also controlled by automatic ignition without the flow of water.
With the use of energy efficient tankless water heater the cost of your annual energy bills can be reduced considerably. Energy wastage is almost nil as there is no need of storage tanks for hot water. You can get hot water of any quantity at any time with no dependencies.
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Frequently Asked Questions...
1998 Jeep heater blows luke warm air, is heater core hard to remove?
A new Water Pump and thermosat were replaced yesterday. On every setting the Heater just blows luke warm air. Is the heater core hard to remove and get checked/flushed/replaced?
Answer:
If it's a Wrangler, it's a full day's work to remove the heater core, I put a link below to give you an idea.
I doubt it's a bad heater core though. Was the heater working before you changed the pump and thermo?
Your temperature gauge should be coming up to about 210. If not you might have a thermostat with too low of a temp setting. Unless you have made significant mods to the engine causing it to run hotter than normal you should be running at least a 185 degree thermostat. Also check to see if your radiator fan is working properly. If it is a clutch type fan and is stuck, or if it is electric and constantly running, it would prevent your engine from reaching operation temp.
Check your radiator hoses, top and bottom. The upper hose should be hotter than the lower hose and check the radiator itself, it should be warm with no cold spots (that could indicate a clog). If you have a clogged radiator they can be pulled and cleaned by a radiator shop, better than trying to flush a clog your self (don't want to push the junk into the engine and clog the passages there)
Depending on what model of Jeep you have it could also be a bad water valve. On the Cherokee (XJ at least) there is a valve on the heater hoses near the firewall, they can get stuck and not fully open. You can open them by hand by grabbing the valve and moving it (I had this happen on my old XJ). On models like the Wrangler the water always flows through the core.
You could try to flush and re-fill your system, it's possible that it is clogged somewhere, again, the problem is that clogs tend to move elsewhere.
A final thing to check depending on the model is the temp slider or knob on the control panel, be sure it is actually moving the cable attached to it and look under the dash while someone moves it, listen and watch for the air door to move, a common break on Wranglers is the door actuator on the heater box, it has a plastic tab that breaks off, easy fix tho.
That's the stuff I would start with, but next time, more info like what model of Jeep and so on would help 
