Dear all,
I recently had a reciever die on me.. I was not impressed. It was second hand and 10 years old, so I suppose I could'nt really fault it. A futaba one, nice,
A couple of months ago I bought a ALIGN RC RX6 reciever. Really small 6 channel. I deal for small Elec helis's. When my reciever dies I thought ,excellent this reciever will do well, it's small and light and willfit ideally. So I pulled out the old reciever and started hooking things up.
This is where the problems started, I run 2 x 6V 1.3 Ah Sealed Lead acid battery in series to a pump. One battery is for the RC gear. Now with my old Futaba reciever I never had a problem, it ran off the 6 v fine. However the little ALIGN reciever fried the two servos I has hooked up to it? What is with that? The receivers fine but it smoked my two hitec servo;s not happy....
I am hopeless with electronics as you can guess but I don't remember seeing anything on the Align website saying that the reciever could'nt take beyond the regular 4.8v?
Can anybody explain this?
regards,
David Hughes.
I recently had a reciever die on me.. I was not impressed. It was second hand and 10 years old, so I suppose I could'nt really fault it. A futaba one, nice,
A couple of months ago I bought a ALIGN RC RX6 reciever. Really small 6 channel. I deal for small Elec helis's. When my reciever dies I thought ,excellent this reciever will do well, it's small and light and willfit ideally. So I pulled out the old reciever and started hooking things up.
This is where the problems started, I run 2 x 6V 1.3 Ah Sealed Lead acid battery in series to a pump. One battery is for the RC gear. Now with my old Futaba reciever I never had a problem, it ran off the 6 v fine. However the little ALIGN reciever fried the two servos I has hooked up to it? What is with that? The receivers fine but it smoked my two hitec servo;s not happy....
I am hopeless with electronics as you can guess but I don't remember seeing anything on the Align website saying that the reciever could'nt take beyond the regular 4.8v?
Can anybody explain this?
regards,
David Hughes.
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