User manual GENELEC 1030A

[. . . ] Due to its compact size, integrated construction, excellent dispersion and precise stereo imaging, this speaker system is ideal for Near Field monitoring, mobile vans, broadcast and TV control rooms, surround sound systems and budget and home studios. Designed as an active speaker, this unit contains drivers, power amplifiers, active crossover filters and protection circuitry. The Directivity Control Waveguide (DCW) technology used provides excellent frequency balance even in difficult acoustic environments. Flat anechoic response Free standing in a damped room Free standing in a reverberant room Near field on console bridge In a corner Treble Tilt None None None None None Bass Tilt None -2 dB -4 dB -4 dB -4 dB Bass Roll-off None None -2 dB None -4 dB Figure 1. Suggested tone control settings for differing acoustic environments power respectively. [. . . ] A small screwdriver is needed for the adjustment. The manufacturer's default setting for this control is -6 dBu (fully clockwise) which gives an SPL of 100 dB @1m with -6 dBu input level. Crossover The active crossover network consists of two parallel bandpass filters. Acoustically, the filters are complementary and the slopes are 24 - 32 dB/octave. The active crossover controls ('treble tilt', 'bass tilt' and 'bass roll-off') allow this speaker to be exactly matched to any application. Setting tone controls The response of the system may also have to be adjusted to match the acoustic environment. The adjustment is done by setting the three tone control switches 'treble tilt', 'bass tilt' and 'bass roll-off' on the rear panel of the amplifier. The manufacturer's settings for these controls are 'All Off' to give a flat anechoic response. See Figure 1 for suggested tone control settings in differing acoustic environments. Figure 5 shows the effect of the controls on the anechoic response. Always start adjustment by setting all switches to 'OFF' position. Then set only one switch to the ON position to select the response curve needed. If more than one switch is set to 'ON' (within one switch group) the attenuation value is not accurate. Amplifiers The amplifier unit is mounted to the rear of the speaker enclosure on quick release vibration isolators, to ensure rattle free operation and long term reliability. The bass and treble amplifier produce 80 W and 50 W of short term Figure 2. Speaker acoustic axis and dimensions in horizontal and vertical mounting positions. WARNING!This equipment is capable of producing sound pressure levels in excess of 85 dB, which may cause permanent hearing damage. 5. Accessories Order code 1030-409 1030-404-V/H* 1030-405-V/H* Figure 3 . XLR connection if unbalanced input is required. Protective grille Wall mount Floor stand Vertical / horizontal mounting The speakers are normally delivered set up for vertical mounting. If horizontal mounting is needed the DCW plate may be rotated so that the GENELEC logo is located at the bottom left corner of the DCW. Remove the four corner screws of the DCW (use a Torx 20 screw driver) and pull the plate carefully out without stressing the wires or the gasket. Rotate the plate 90 degrees in the appropriate direction and remount the screws. Note that to get a mirror image pair, the DCWs must be rotated in different directions for the left and right speakers. [. . . ] The lower curve is the 1/3 octave band power response. SYSTEM SPECIFICATIONS Lower cut-off frequency, -3 dB: < 52 Hz Upper cut-off frequency, -3 dB: > 20 kHz Free field frequency response of system: 55 Hz - 18 kHz (± 2. 5 dB) Maximum short term sine wave acoustic output on axis in half space, averaged from 100 Hz to 3 kHz: > 105 dB SPL @ 1m @ 0. 5m > 111 dB SPL Maximum long term RMS acoustic output in same conditions with IEC weighted noise (limited by driver unit protection circuit): @ 1m > 99 dB SPL @ 0. 5m > 105 dB SPL Maximum peak acoustic output per pair on top of console, @ 1 m from the engineer with music material: > 115 dB Self generated noise level in free field @ 1m on axis: < 10 dB (A-weighted) Harmonic distortion at 90 dB SPL @ 1m on axis: Freq: 60. . . 150 Hz < 3% > 150 Hz < 0. 5% Drivers: (6 1/2") cone (3/4") metal dome Both drivers are magnetically shielded. Bass 170 mm Treble 19 mm Weight: 7, 6 kg Dimensions: Height 312 mm Width 200 mm Depth 240 mm (17 lb) (12 1/4") ( 7 7/8") (9 7/16") AMPLIFIER SECTION Bass amplifier output power with a 4 Ohm load: Short term 80 W Treble amplifier output power with an 8 Ohm load: Short term 50 W Long term output power is limited by driver unit protection circuitry. CROSSOVER SECTION Input connector: XLR female pin 1 gnd pin 2 + pin 3 - Input impedance: 10 kOhm balanced Input level for 100 dB SPL output @ 1m: variable from +6 to -6 dBu Input level for maximum short term sine wave output of 105 dB SPL @ 1m: variable from +11 to -1 dBu Subsonic filter below 50 Hz : Amplifier system distortion at nominal output: THD SMPTE-IM CCIF-IM DIM 100 < < < < 0. 08% 0. 08% 0. 08% 0. 08% 18 dB/octave Ultrasonic filter above 25 kHz: 12 dB/octave Crossover frequency, Bass/Treble: 3. 5 kHz Crossover acoustical slopes: 24 - 32 dB/octave Treble tilt control operating range in 2 dB steps: from +2 to -4 dB &MUTE Bass roll-off control operating range in 2 dB steps: from 0 to -8 dB @ 50 Hz Bass tilt control operating range in 2 dB steps: from 0 to -6 dB @ 100 Hz & MUTE The 'CAL' position is with all tone controls set to 'off' and the input sensitivity control to maximum (fully clockwise). Signal to Noise ratio, referred to full output: Bass > 95 dB > 95 dB Treble Mains voltage: 100/200 or 115/230 V Voltage operating range: ±10% Power consumption: Idle Full output 20 VA 100 VA Genelec Oy, Olvitie 5 FIN - 74100 IISALMI, FINLAND Phone: +358 - 17 - 83 881 Fax: +358 - 17 - 812 267 E-mail: genelec@genelec. com Web: http://www. genelec. com Genelec Inc, 7 Tech Circle Natick, MA 01760, USA Phone: +1 - 508/652-0900 Fax: +1 - 508/652-0909 E-mail: genelec. usa@genelec. com Note!All frequency response curves were measured in a calibrated, 12 m cube, anechoic chamber at 1 m using grade 1 measuring equipment. Input signal levels were set at -20 dBu. [. . . ]