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Table of Contents
Related Manuals for Phoenix Gold ZX475Ti
Summary of Contents for Phoenix Gold ZX475Ti
- Page 1 ZX475 Web Manual September 7, 1999...
- Page 2 TABLE OF CONTENTS Features Specifications Operational Details System Design, PowerFlow System Design, Examples Installation, Mounting Installation, Power & Speaker Connections Installation, Input Sensitivity & Bass Adjustment Trouble-Shooting Warranty Information System amp manual 04-05 06-07 08-1 5 19- 20...
- Page 3 FEATURES • TCCH Thermal Convection Cooled Heatsink. This proprietary design uses a variable speed fan to ensure that the ZX keeps its cool when the music gets hot! • High-current Triple Darlington output stage. This tried and true topology is the standard for outstanding dynamic peak output performance •...
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Page 4: Specifications
SPECIFICATIONS Continuous Output Power at 1% THD (Wrms): ZX475Ti Into 4 ohms Stereo @ 12.5 Vdc (IASCA/USAC) Into 4 ohms Stereo @ 14.4 Vdc Into 2 ohms Stereo @ 14.4 Vdc Into 4 ohms Bridged @ 14.4 Vdc Minimum Speaker Load, Bridged... -
Page 5: Operational Details
OPERATIONAL DETAILS amp manual... - Page 6 OPERATIONAL DETAILS amp manual...
- Page 7 SYSTEM DESIGN amp manual...
- Page 8 SYSTEM DESIGN amp manual...
- Page 9 SYSTEM DESIGN examples The front crossover frequency control determines the XS62's highpass frequency independently of the XS124 and rear speakers. The rear crossover frequency control determines the XS124's lowpass frequency and auxiliary output's high- pass frequency. The auxiliary outputs send highpass signals to another amplifier.
- Page 10 SYSTEM DESIGN examples The front crossover frequency control determines the XS130's highpass. The bandpass signal for the XS84’s midbass is created between the front and rear crossover frequency settings. The rear crossover frequency control determines the auxiliary output's lowpass frequency. The auxiliary output sends lowpass signals to another amplifier.
- Page 11 SYSTEM DESIGN examples The rear crossover frequency control determines the crossover frequencies of all outputs. Use the LPL44 to control the volume of both front and rear outputs. Minimum bridged load is 2 ohms. Minimum load per channel is 1 ohm. The auxiliary output sends highpass signals to another amplifier.
- Page 12 SYSTEM DESIGN examples The front crossover frequency control determines the XS62's highpass frequency independently of the XS69’s and auxiliary outputs. The rear crossover frequency control determines the XS69's highpass frequency and auxiliary output's lowpass frequency. The auxiliary output sends lowpass signals to another amplifier.
- Page 13 SYSTEM DESIGN examples * For single pre-amp headunits, set the input select switch to FRONT. This allows signal from the front inputs to reach the rear channels without the use of “Y” connectors. amp manual...
- Page 14 SYSTEM DESIGN examples The front crossover frequency control determines the XS62's highpass frequency independently of the XS124 and rear speakers. The rear crossover frequency control determines the XS124's lowpass frequency. The auxiliary outputs send full range signals to another amplifier. Use the LPL44 to control the XS124's volume from the driver's seat.
- Page 15 SYSTEM DESIGN examples The front crossover frequency control determines the XS62's highpass frequency. The rear crossover frequency control determines the XS124's lowpass frequency. The bandpass signal for the XS84 midbasses is created between the front and rear crossover frequency settings. The auxiliary outputs send bandpass signals to another amplifier.
- Page 16 SYSTEM DESIGN examples The auxiliary outputs send lowpass signals out to the Bass Cube and then back into the front inputs. The front crossover frequency control determines the XS62's highpass frequency and the XS124's lowpass frequency. Use the LPL44 to control the XS124's volume from the driver's seat.
- Page 17 INSTALLATION amp manual...
- Page 18 INSTALLATION amp manual...
- Page 19 INSTALLATION amp manual...
- Page 20 TROUBLE-SHOOTING SYMPTOM POSSIBLE CAUSE No output and Power-on No battery, ground, or remote LEDs are off connection Blown or melted power fuse No output and power-on No signal from the head unit or LEDs are on previous signal processor Faulty input signal cables Faulty speaker or speaker cables Distorted sound Clipped input signal feeding the...
- Page 21 Damaged passive crossover components. Total speaker impedance is too low causing excessive output current. Defective output transistor inside the amplifier Authorized Phoenix Gold Service Centers Phoenix Gold Factory Canada Trends Electronics SOLUTION With the speaker wires disconnected from the amp, use an ohmmeter to check for a short from any speaker cable to chassis ground.
- Page 22 Under no circumstances shall Phoenix Gold be liable for loss or damage, direct, consequential or incidental, arising out of the use of or inability to use the product. There are no express warranties other than described above.