DCM Speakers DCM TF625 Voice CONTROL/PIVOTING Tweeter Adjustment, Loudspeaker Placement

VOICE CONTROL/PIVOTING TWEETER ADJUSTMENT

Once the loudspeakers are placed in the listening room, the TF625 can be adjust- ed to compensate for speaker placement. The TF625 is designed to produce the smoothest frequency response on axis. If the speaker is mounted off axis (hori- zontal or vertical), the tweeter can be pivoted towards the listening position to restore high frequency performance. The voice control can then be adjusted to optimize vocal reproduction that may have been affected by mounting location. The voice control is continuously variable and can be fine tuned to boost or cut vocal energy as desired.

Normal Dispersion

Dispersion After Tweeter Adjustment

Other Products From DCM

LOUDSPEAKER PLACEMENT

DCM In-Wall Loudspeakers are designed to work within any interior decorating scheme. They can be installed in virtually any location where flush mounting is possible. To maximize their sound performance however certain guidelines should be followed. For the best stereo reproduction the two loudspeakers should be placed an equal distance from your listening position and separated so that the angle between them, at the listening position, is between 40 and 60 degrees. For best stereo imaging, we recommend that the units be placed so that the tweeters are as close as possible to the ear level of a seated listener. For normal installation, follow steps 1 through 6.

If installing as part of new construction, the included hole provider may be used for an easy, accurate installation. The hole provider is pre-assembled with 24” straps for mounting to studs and has a convenient speaker wire holder for pre- wiring. Once the walls are finished (drywall, paint, etc.) the mounting holes can be cut-out using the hole provider as a template for saws with guide bearings or sim- ilar blades or drill bits. Follow steps 4 through 6 to complete installation.

In-Ceiling Loudspeakers

C520

5-1/4” Coaxial In-Ceiling Speaker w/ swivel tweeter

Impedance: 8 ohms

Sensitivity: 85dB

50 Watts RMS/100 Watts Total Frequency Response: 60Hz-20kHz 7-3/4”Dia. x 3-3/4”D

C625

6-1/2” Coaxial In-Ceiling Speaker w/ swivel tweeter

Impedance: 8 ohms

Sensitivity: 85dB

55 Watts RMS/110 Watts Total Frequency Response: 50Hz-20kHz 9”Dia. x 3-1/2”D

C825

8” Coaxial In-Ceiling Speaker w/ swivel tweeter

Impedance: 8 ohms

Sensitivity: 85dB

60 Watts RMS/120 Watts Total Frequency Response: 40Hz-20kHz 10-3/4”Dia. x 4”D

Home Loudspeakers

DCM6

6-1/2” Two-Way Home Loudspeaker Impedance: 8 ohms nominal Sensitivity: 89dB

75 Watts RMS/150 Watts Total Frequency Response: 58Hz-20kHz 12.992”H x 7.992”W x 7.795”D

DCM10

10” Two-Way Home Loudspeaker Impedance: 8 ohms nominal Sensitivity:94dB

200 Watts RMS/400 Watts Total Frequency Response:35Hz-20kHz 31.312”H x 15.825”W x 12.501”D

DCM6C

6-1/2” Center Channel Loudspeaker Impedance: 8 ohms nominal Sensitivity:89dB

75 Watts RMS/150 Watts Total Frequency Response: 58Hz-20kHz 7.992”H x 19.685”W x 7.204”D

DCM12

12” Two-Way Home Loudspeaker Impedance:8 ohms nominal Sensitivity:97dB

250 Watts RMS/500 Watts Total Frequency Response:30Hz-20kHz 33.312”H x 17.638”W x 15.938”D

USING THE IR KNOCKOUT

The IR knockout is located next to the voice control on the loudspeaker baffle. It is designed to be used with standard infra-red receivers with 1/2” diameter shafts. The knockout can easily be removed using a standard screwdriver. Place the screwdriver head on the back side of the knockout, then tap on the screwdriver with the palm of your hand, The knockout will break away at the perforation. The IR receiver can then be threaded through the knockout hole.