pin conection for 6100 power supply to box

[Kevin012]

hi there,

a friend of mine send be his old 6100, great, but to save on shipping he did not put the 24V transformer with it, as I mentioned I have several laying around. -- and he tossed the PS away ----

now the pump is here, and I se it has a 3 prong conection

2 pins have a round conection, and one has a flat side in the circle.

question is now, on the blue box, what is what

I asume one is + the other - and than aground ?

but before I start conecting the whires, I want to make shore I do it the right way.

any input on what pin is what would make my day, I cant find this info anywhere

 

[rvitko]

This is a difficult situation, you will need to find a power supply, the original power supply is 7410.602 it is 19V 60VA and it is AC output with two 19V hot leads and a shared neutral (center pole), it is a complex transformer and not easily replaced, especially as we no longer supply them. You may be more likely to find a 7210.202 in stock somewhere which would downgrade the pump to a 6000, this is 11V 20VA. Another substitute you are more likely to find is 6200.800 which is 19V and will run the same flow rate as the 7410.602, but with a higher 80VA capacity. The driver converts this to DC for the pump and in the conversion the pump gets 12-24V DC depending on the transformer, however the driver requires AC power to run its functions.

 

[Kevin012]

This is a difficult situation, you will need to find a power supply, the original power supply is 7410.602 it is 19V 60VA and it is AC output with two 19V hot leads and a shared neutral (center pole), it is a complex transformer and not easily replaced, especially as we no longer supply them. You may be more likely to find a 7210.202 in stock somewhere which would downgrade the pump to a 6000, this is 11V 20VA. Another substitute you are more likely to find is 6200.800 which is 19V and will run the same flow rate as the 7410.602, but with a higher 80VA capacity. The driver converts this to DC for the pump and in the conversion the pump gets 12-24V DC depending on the transformer, however the driver requires AC power to run its functions.

gust so I understand,

the original PS are AC to DC, and feeds DC at 19V 60VA?

if I would have this, and I would split the + into 2, would this be it

my friend in fact toled me what he remembered, the driver to be 24V, hmmm

 

[rvitko]

No, AC- AC, the transformer takes in 115V AC and puts out 2 * 19V AC. The aluminum driver box does convert this to 24V DC directly at the pump but the board requires AC voltage to run its functions of timing and allowing flow control of the pump. This is a very complicated DIY project, I strongly recommend finding a suitable factory transformer.

 

[rvitko]

Just to clarify the complexity, the two 19V lines are inverse phase, like US 230V where you have two inverse phase 115V lines that can be added together into 230 and split into 115V. It is not an impossible DIY, but it is a challenge that requires a lot of electrical background.

 

[Kevin012]

Just to clarify the complexity, the two 19V lines are inverse phase, like US 230V where you have two inverse phase 115V lines that can be added together into 230 and split into 115V. It is not an impossible DIY, but it is a challenge that requires a lot of electrical background.

I have a feeling $ 10 moreon shipping would had bin better, than all this,

so I have to find the original one

 

[Bryan]

Kevin012

J&L Aquatics still shows the 7410.602 as in stock as well as the 7210.202