I'm going to be hooking 4 ELAC UniFi UB5's into a EA101EQ-G integrated amplifier.
Specs for the speakers read:
Recommended amplifier power: 40 to 140 wpc
Nominal impedance: 4 Ω; minimum 3.4 Ω
Specs for the amp:
2 x 80 Watts 2 channels driven into 4 ohms @ 1kHz
2 x 40 Watts 2 channels driven into 8 ohms @ 1kHz
2 x 70 Watts 2 channels driven into 2 ohms @ 1kHz
Additional specs can be found here:
https://www.elac.com/product/ub5/
https://www.elac.com/product/debut-series-da101eq-g-integrated-amplifier/
I have been researching series vs parallel wiring but it all focuses around how to achieve the specified range for the given equipment. Nothing is telling me, if my equipment is rated for either configuration, which would be preferable and why.
I'm going to be hooking 4 ELAC UniFi UB5's into a EA101EQ-G integrated amplifier.
Specs for the speakers read:
Recommended amplifier power: 40 to 140 wpc
Nominal impedance: 4 Ω; minimum 3.4 Ω
Specs for the amp:
2 x 80 Watts 2 channels driven into 4 ohms @ 1kHz
2 x 40 Watts 2 channels driven into 8 ohms @ 1kHz
2 x 70 Watts 2 channels driven into 2 ohms @ 1kHz
Additional specs can be found here:
https://www.elac.com/product/ub5/
https://www.elac.com/product/debut-series-da101eq-g-integrated-amplifier/
I have been researching series vs parallel wiring but it all focuses around how to achieve the specified range for the given equipment. Nothing is telling me, if my equipment is rated for either configuration, which would be preferable and why.