The Ahuja SSA-5000EM is a 500W high wattage PA mixer amplifier. Line Input for connecting the output from any external mixer or permitting SSA-5000EM to be used as a Booster Power Amplifier.
It has box speaker/driver unit selector switch. Bass boost defeated at driver unit position for safer operation of driver units.
Features
Specifications, Q&A and videos
SSA-5000EM technical specifications
Power Output
750W Max., 500W RMS at 10% THD, 450W RMS at 5% THD, 415W RMS at 2% THD
Output Regulation
≤ 2 dB, no load to full load at 1kHz
Input Channels
7 × Mic 0.8mV/4.7kΩ, 2 × Aux 100mV/470 kΩ, 1 × Line 1V/50kΩ
Frequency Response
50-15,000Hz ±3dB
Signal to Noise Ratio
60dB
Tone Controls
Bass: ±10dB at 100Hz, Treble: ±10dB at 10kHz
Outputs
Preamp 200mV/600Ω, Line 1V/1kΩ
Speaker Outputs
4Ω, 8Ω, 70V & 100V
Power Supply
AC: 220-240V 50/60Hz DC: 36V (3×12V Car Battery)
Power Consumption
AC: 1000VA DC: 8A
Dimensions
W510 × H172 × D385 mm
Weight
26.7kg
01What type of high wattage PA mixer amplifier is the SSA-5000EM?
The SSA-5000EM is an Ahuja high wattage PA mixer amplifier in the SSA Series rated 500 WATTS. Available from Mansukhlal Sales Corp, an authorized dealer.
02What are the main features of the SSA-5000EM?
Preamplifier and Line Output for connecting to a Booster Amplifier and for recording the programme; Resettable circuit breaker for protection against overload and short circuit; Instant transfer to DC power (Car Battery) if AC power fails.
03What is the output regulation of the SSA-5000EM?
The SSA-5000EM output regulation is ≤ 2 dB, no load to full load at 1kHz.
04What is the input channels of the SSA-5000EM?
The SSA-5000EM input channels is 7 × Mic 0.8mV/4.7kΩ, 2 × Aux 100mV/470 kΩ, 1 × Line 1V/50kΩ.
05What is the frequency response of the SSA-5000EM?
The SSA-5000EM frequency response is 50-15,000Hz ±3dB.
06What is the signal to noise ratio of the SSA-5000EM?
The SSA-5000EM signal to noise ratio is 60dB.
07What is the tone controls of the SSA-5000EM?
The SSA-5000EM tone controls is Bass: ±10dB at 100Hz, Treble: ±10dB at 10kHz.