A P P L I C A T I O N S
For your convenience, we’ve included several application diagrams to help you plan your own system installation. Figures 1 through 3 show how to configure the Kappa 202a for stereo,
Figure 1. This wiring diagram | Set Mode Switch | ||
shows a Kappa 202a amplifier | To STEREO | ||
set to stereo to drive a pair of | (on top panel) | ||
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For system expansion ideas, see the next page.
NOTE: For simplicity, Figures 1 through 3 do not show power, remote, and input connections.
REM – R + | + L – |
Set Filter Switches
To FLAT
(on top panel)
KAPPA 202a
(rear panel)
-
+
R Speaker
-
+
L Speaker
Figure 2. This wiring diagram shows a Kappa 202a amplifier set to bridge (mono) to drive a single subwoofer.
Set Mode Switch To BRIDGE (on top panel)
Set Filter Switches
(on top panel)
KAPPA 202a
(rear panel)
Subwoofer
REM – R + | + L – |
+
-
Figure 3. This wiring diagram shows a Kappa 202a amplifier set for tri-mode operation. For a desired crossover frequency, use the chart to select a low- pass inductor for the sub- woofer, and corresponding high-pass capacitors for left
Set Mode Switch
To STEREO
(on top panel)
REM – R + | + L – |
and right speakers.
FREQUENCY INDUCTOR CAPACITOR
Crossover | 6 dB/oct. LP | 6 dB/oct. HP |
| (4 ohm) | (4 ohm) |
Set Filter Switches
To FLAT
(on top panel)
KAPPA 202a
(rear panel)
R Speaker
-
LSpeaker
-
75Hz | 8.0 mH | 530 µF |
100 Hz | 6.4 mH | 400 µF |
125 Hz | 5.0 mH | 318 µF |
150 Hz | 4.2 mH | 265 µF |
175 Hz | 3.6 mH | 227 µF |
200 Hz | 3.2 mH | 198 µF |
+
Capacitor
Inductor
Subwoofer
+
Capacitor
-
+
Owner’s Manual/Installation Guide – 3
