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4

 

1.

 

Before you make connections, make sure that the power of all equipment is turned off. Also make 

sure that the volume controls on your amplifier and mixer are turned to the minimum position.

 

2.

 

Use speaker cables to connect the output terminals of the amplifier to the inputs of the speakers.

 

When connecting speakers, pay attention to the polarity (+/-) of the amplifier.

The SST/SSW/SSM speakers have a nominal impedance of 8 ohms. Check the recommended load impedance of your amplifier.

 

When connecting speakers in parallel, make sure that the polarity matches. Since the total impedance 

of all speakers will decrease if they are connected in parallel, check the recommended load impedance 

of your amplifier once again to make sure.

 

In order to get the best sound quality, please use thick and sturdy speaker cables. Avoid using cheap cables, or shielded cables 

intended for use with a guitar. In order to achieve high-reliability connections, we recommend that you use Speakon® 

connectors (speaker connectors). When making Speakon® connections, refer to the network circuit diagram in the 

specifications.

 

These speakers are equipped with self-recovering protection circuitry designed to guard the tweeters 

from excessively high input and abnormal signals. The circuit is tripped when the speaker is presented 

with excessive input, thus preventing sound output from the tweeter; this does not indicate a 

malfunction. In such instances, lower the amp volume; the tweeter function is restored automatically 

after 5– 10 seconds. Contact a Roland Service Center if the speaker function does not recover properly.

The Roland SST/SSW speakers are designed to allow multiple units to be combined to create high-

output spaker clusters. The SSW-351 speaker system can be driven with a single amp when using its 

built-in crossover network, or driven with a multi-amp system when an external crossover is used, and is 

also the ideal subwoofer system for use in conjunction with a SST-151/251. In order to take full 

advantage of its performance and to protect the speakers, please read the following explanations 

carefully.

 

Connect the inputs of the SST-151/251/SSM-151 directly to your amplifier. If you wish to add an additional SST-

151/251/SSM-151, connect it in parallel. To connect the additional SST-151/251/SSM-151, use the second 

PARALLEL INPUTS an an output.

Making Connections

SST-151/251/SSM-151

DESIGNED BY ROLAND AUDIO DEVELOPMENT CORP.

 IN CALIFORNIA, USA

PARALLEL INPUTS

FULL RANGE

from the 
amplifier

(input impedance: 8 ohms)

Select any one 
of the input jacks.

DESIGNED BY ROLAND AUDIO DEVELOPMENT CORP.

 IN CALIFORNIA, USA

PARALLEL INPUTS

FULL RANGE

from the 
amplifier

(combined input impedance: 4 ohms)

DESIGNED BY ROLAND AUDIO DEVELOPMENT CORP.

 IN CALIFORNIA, USA

PARALLEL INPUTS

FULL RANGE

 

Basic Connection

Parallel Connection

SST-151_e.book 4 ページ 2003年2月24日 月曜日 午後1時36分

Summary of Contents for SSM-151

Page 1: ...ronment The crossover network components have been carefully selected to ensure high input capacity and precise impedance characteristics Speakon NL4MP speaker connectors are featured to allow high re...

Page 2: ...012a Immediately turn the power off remove the power cord from the outlet and request servicing by your retailer the nearest Roland Service Center or an authorized Roland distributor as listed on the...

Page 3: ...erve the following Connection Before making any connections be sure all units in the system are OFF Also be sure that all amplifier and mixer volume controls are at MINIMUM Before connecting SST SSW S...

Page 4: ...h excessive input thus preventing sound output from the tweeter this does not indicate a malfunction In such instances lower the amp volume the tweeter function is restored automatically after 5 10 se...

Page 5: ...351 SST 151 251 The speakers can be driven by multiple amps very simply with the internal crossover network When driving the speakers with two power amps bi amping connect the speakers using the paral...

Page 6: ...W 200 W 150 W max 450 W 600 W 600 W 450 W Frequency Response 58 Hz 16 kHz 52 Hz 20 kHz 45 Hz 1 5 kHz 58 Hz 16 kHz Nominal Impedance 8 ohms 8 ohms 8 ohms 8 ohms Sensitivity 1 W 1 m 98 dB 100 dB 97 dB...

Page 7: ...ork Circuit Diagram Rear Panel Dimensions SSW 351 Network Circuit Diagram Rear Panel Dimensions SST 251 Network Circuit Diagram Rear Panel Dimensions SST 151 68uF 9mH 10uF 68uF HIGH FREQ OUTPUT PARALL...

Page 8: ...3 RAD...

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