| Application: | Zoning |
|---|---|
| Material: | Cast Iron |
| Amperage: | 0.71 |
| Voltage: | 115V |
| Max Pressure (PSI): | 125 |
| Type: | Pump |
| Horse Power: | 1/25 |
| Connection Size: | 1-1/2" 1-1/4" 3/4" 1" |
| Max Flow (GPM): | 23 |
| Flow Range (GPM): | 0-23 |
| Head Range (ft.): | 0-10 |
| Max Head (Ft): | 10 |
| Hertz: | 60 |
| Phase: | 1 |
| RPM: | 3250 |
| Temperature Range (F): | 40°F - 240°F |
| Connection Type: | Flanged x Flanged |
| Warranty: | 3 Year |
| Replaces: | 007-F3 007-F4 |
Yes as it is not frozen.. You can insure this with an additive to the water. Noel Standby Power LLC
This pump can circulate hot or cold water in a closed loop system or other types of water systems. Can not be used in potable water systems.
No its hot Mike
Yes it can if the zone is calling for heat.
Only if it specially wired to do this, in most residential systems the pump is wired to operate only when the boiler is firing, unless there is a reason to do it differently, like say, in a converted steam or gravity system that contains hundreds of gallons of water. In short, circulating water that is not heated at all is of little value other than, perhaps to keep the pipes from freezing.
It circulates all water to and from the boiler if the boiler Misfires it will circulate cold water until the boiler is reset And the water heated up than it will circulate the heated Or hot water Sent from my iPhone
The pump will circulate water anytime it is energized. The water can be heated or unheated. If you only want to circulate "heated" water, you will need some type of control that performs that function installed in the power line to the pump (i.e. differential controller or aquastat).
why do you want to circulate unheated water? use with boiler and not domestic drinking systems
I am not sure exactly what you are asking. The pump can be installed on the return side of your heat device which would be circulating unheated water before it is heated in your boiler. If you are asking if the pump will circulate cold water, the answer is yes. It will work as long as the water is above freezing. It will pump a glycol or antifreeze mixture below 32 degrees F as long as it stays liquid.
The two pumps have the same flange-to-flange dimensions, but a Taco 0010 would probably be a closer match if you are trying to match a B&G Series 100 pump curve.
Presuming that the taco 007 will produce the proper flow rate, (hope you checked that), you will need 1 set of taco's "freedom Flanges", and a set of o'rings, as the older B&G flanges do not usually mate up well with the Taco pumps. I sould add, that if they are really Armstrong series 100 flanges they just will not work, as they take a more narrow surface. Hope this helps.
Physically, the B&G Series 100 and the Taco 007 pump have the same flange face-to-face dimension of 6-3/8", and the same bolt-to-bolt centerline dimension. Therefore, the Taco 007 will fit in the existing space without any problem and you don't even need to change the flanges on the pipe. However, the Taco 007 has a 1/25 horsepower motor and the B&G Series 100 has a 1/12 horsepower motor. The head vs. flow performance curves for the two pumps are different, and the B&G Series 100 has higher flow rate for a given discharge head pressure over most of the flow range. Therefore, before you decide to switch pumps, you should consider whether the flow rate reduction will result in any adverse performance problems with your heating system. If you have a small, single loop system, the switch will probably be fine; however, if you have a larger system with zones, it would probably be better to stick with the B&G pump.
the span should be the same, the spec might be a little different, you can go to both makers of the pump to compare, hope this helps, bob
Yes if you don't have a way to keep the water out of pump!!
I do
You must isolate the pump before removing cartridge.
Unless there are isolatiton valves on both sides of the pump, Yes, you MUST drain the system or there will be a terrible mess.
I think it's big enough. Sounds like you need to bleed the system
The TACO 007 and the TACO 005 both have a face-to-face dimension between the flanges of 6-3/8". Therefore, the TACO 007 will fit in the space where the old pump was without modification. You may, however, want to reconsider the spring loaded check valves in a vertical installation. It would have been better to use simple swing-type check valves in a horizontal installation.
sounds like you have a air problem in this do you have a scoupe and a air vent before your pump, I only ask because I have a efm 520 stoker with the same pumps but I installed that scoup for the air vent and ridged piped this in before it and had no problems after first start up , so you may need to repipe a new header with this in or individual vents with heal outlet 90 s so you can get and keep the air out, try that, and it should work for you, bob also you should try to keep 20 psi on the boiler to purge your lines,this will also help.
Available on-line from Taco http://www.taco-hvac.com/uploads/FileLibrary/101-029.pdf
6 9/16"
The dimension of length between flange surfarces is 6 3/8."
6 and 11/32 from top to bottom (I think that is what they are looking for)
Part 007-SF5 is the replacement that you need.
There is an arrow on the pump housing showing which way the water will flow. You can install it in any position as long as you keep the motor shaft in a horizontal position.
If the circulator is on the "return" line, face the arrow towards the boiler.. If on supply, then arrow should be facing away from boiler. Horrace Wimp Aka M. Mintz Sent from my iPhone
There is a directional arrow on the cast pump housing. This shows the direction of flow through the pump. As for which direction flow should be in the system, if the system is properly configured you pump away from your air separator and expansion tank and into a boiler or chiller, etc. The air separator and expansion tank are located on the inlet side of the pump as those items should be located at the lowest pressure point in the system.
There should be an arrow in the casting to determine the direction of flow for the water Todd Beck Trust in the Lord, He gave you everything.
There is a flow direction arrow on the end of the pump housing. Mount it so that the arrow is pointing away from the boiler outlet and toward the zone or zones being heated. The electrical box on the motor should end up on top so any leaks will not get into the electrical wiring. That's how my Taco 007 circulator pump is setup.
It is normal for the pump to be hot, but the hum could be something to be concerned about.
The best way to check the 007, is with an amp meter. Check the electrical cover. It should draw .7 amps. If it's even 1 amp higher, replace the pump. Horrace Wimp Aka M. Mintz Sent from my iPhone
These pumps/motors typically run hot to the touch...so hot you'd suspect a problem, but as long as the amperage draw does not exceed the nameplate rating, you're OK. Are you certain that the hum is coming from the circulator? I would not worry too much about the sound unless it is offensive to you. As long as the current is normal and the pump is actually moving fluid, you should be alright.
Humming is usually a vibration of the motor windings. Take a dowel place it on the motor and the other end to your ear and determine that it is coming from the motor. If the cartridge is plugged up and not rotating properly, you might get hum. Replace the cartridge if so. If the rotor is not turning the pump will run hotter than normal.
Circulator pumps should be hot to the touch during operation.
The motor is electrically connected when the thermostat is on. The piece appears to be defective. I had the same sympton and changed mine. Removal and install is easy. sympton
It can be hot from several causes. If it is pumping 180 deg water, it's hot. If it is connected to elect less than the rated voltage it will draw more current and heat up. If the rotor in the cartridge is not rotating or rotating too slowly, it will get hot. If the pump is dead headed(flow blocked),it will get hot. The elect connections should be tight in the junc. box. The flow of water thu the volute should be the same direction as the arrow cast on the volute. Of course, if the windings are shorted, it will get hot or blow a breaker.
Yes, it will.
Yes. Horrace Wimp Aka M. Mintz Sent from my iPhone