Rolls RA170 70-Volt/70 Watt Power Amplifier,Black
US Delivery Time: 3-5 Business Days.
Product Description
Rolls RA170 70-Volt/70 Watt Power Amplifier,Black
The Rolls RA170 Power Amplifier was designed especially for the installation contractor. The RA170 is a single rack-space, mono unit with a choice of an RCA or 1/4" unbalanced input. The 70 volt speaker outputs are provided via spring-loaded terminals - no transformer is required for speaker connection. The front panel includes a Power indicator LED, a Volume control and two Clip LEDs which indicate circuitry overload. The output circuitry is protected from momentary shorting and excessive load by a specially designed protective circuit.Features of Rolls RA170 70-Volt/70 Watt Power Amplifier,Black
70 Watts of clean amplification into 70 V system Spring-loaded output terminals Front-panel heat sinkingSpecification of Rolls RA170 70-Volt/70 Watt Power Amplifier,Black
| Product Details | |
|---|---|
| Color | Black |
| Dimensions | 5.00X5.00x5.00 |
| Weight | 5.5 |
Warning - California Proposition 65 This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.
Product FAQs
Q: What is the power output of the Rolls RA170 Power Amplifier?
Ans: The Rolls RA170 Power Amplifier provides 70 Watts of clean amplification into a 70 V system.
Q: What type of input options does the Rolls RA170 Power Amplifier have?
Ans: The Rolls RA170 Power Amplifier has a choice of an RCA or 1/4" unbalanced input.
Q: How are the speaker outputs connected to the Rolls RA170 Power Amplifier?
Ans: The speaker outputs are provided via spring-loaded terminals, no transformer is required for speaker connection.
Q: What are the front panel features of the Rolls RA170 Power Amplifier?
Ans: The front panel includes a Power indicator LED, a Volume control, and two Clip LEDs which indicate circuitry overload.
Q: Is the output circuitry of the Rolls RA170 Power Amplifier protected?
Ans: Yes, the output circuitry is protected from momentary shorting and excessive load by a specially designed protective circuit.