Morel-Lautsprecher

Morel

The Israelien Morel loudspeaker drivers are top components regarding quality of reproduction. They are usually found in finished loudspeakers of the upper price segment.

What began as a dream in 1975 - to create the perfect loudspeaker - has turned into a life's work for Morel's founder, Meir Mordechai. Inspired by his love of music, Meir's quest to create the ultimate speaker has resulted in a company known worldwide for its dedication to providing superb sound quality. Along the way, Morel has built up an enviable reputation for technological innovation and design excellence.

Morel's products are made with exceptional care. They are all assembled by hand and extensively tested - undergoing seven different quality tests - to ensure they meet the highest standards.

Tweeter
	CAT298 order no. mor-cat298 EUR 54,00 28 mm tweeter with high quality cone. power handling (continuous/programme) = 80 W resonance frequency fs = 900 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 3,3 N/A voice coil inductance L = 0,05 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,5 g mounting diameter d = 72 mm overall diameter d = 104 mm mounting depth (not countersunk) t = 27 mm PDF data sheet
	CAT308 order no. mor-cat308 EUR 75,00 28 mm tweeter with high quality cone. power handling (continuous/programme) = 200 W resonance frequency fs = 650 Hz impedance R = 8 Ohm sound pressure level SPL = 90 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 3,5 N/A voice coil inductance L = 0,09 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,44 g mounting diameter d = 72 mm overall diameter d = 104 mm mounting depth (not countersunk) t = 43 mm PDF data sheet
	CAT378 order no. mor-cat378 EUR 67,00 28 mm tweeter with high quality cone. power handling (continuous/programme) = 200 W resonance frequency fs = 700 Hz impedance R = 8 Ohm sound pressure level SPL = 93 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 3,5 N/A voice coil inductance L = 0,09 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,44 g mounting diameter d = 72 mm overall diameter d = 94 mm mounting depth (not countersunk) t = 55 mm PDF data sheet
	CAT408 order no. mor-cat408 EUR 79,00 28 mm tweeter with high quality cone. power handling (continuous/programme) = 120 W resonance frequency fs = 780 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm voice coil inductance L = 0,09 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,46 g total Q factor Qts = 0,52 (Qms=0,87, Qes=1,3) mounting diameter d = 44 mm overall diameter d = 72 mm mounting depth (not countersunk) t = 57 mm PDF data sheet
	ET338 order no. mor-et338 EUR 158,00 28 mm tweeter with high quality cone. power handling (continuous/programme) = 200 W resonance frequency fs = 700 Hz impedance R = 8 Ohm sound pressure level SPL = 92,5 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 6,3 N/A voice coil inductance L = 0,09 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,44 g mounting diameter d = 76 mm overall diameter d = 110 mm mounting depth (not countersunk) t = 63 mm PDF data sheet
	ET338-104 order no. mor-et338-104 EUR 152,00 28 mm tweeter with high quality cone. power handling (continuous/programme) = 200 W resonance frequency fs = 700 Hz impedance R = 8 Ohm sound pressure level SPL = 92 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 6,3 N/A voice coil inductance L = 0,09 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,44 g mounting diameter d = 76 mm overall diameter d = 104 mm mounting depth (not countersunk) t = 63 mm PDF data sheet
	ET448 order no. mor-et448 EUR 109,00 28 mm tweeter with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 120 W resonance frequency fs = 750 Hz impedance R = 8 Ohm sound pressure level SPL = 92 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 2,3 N/A voice coil inductance L = 0,05 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,44 g mounting diameter d = 44 mm overall diameter d = 72 mm mounting depth (not countersunk) t = 55 mm PDF data sheet
	ST728 order no. mor-st728 EUR 199,00 28 mm tweeter with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 120 W resonance frequency fs = 800 Hz impedance R = 8 Ohm sound pressure level SPL = 91 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm voice coil inductance L = 0,05 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,44 g total Q factor Qts = 0,36 (Qms=0,8, Qes=0,65) maximum peak linear excursion vibration x_lin = +/- 0,95 mm mounting diameter d = 53 mm overall diameter d = 72 mm mounting depth (not countersunk) t = 50 mm PDF data sheet
	ST1048 order no. mor-st1048 EUR 229,00 28 mm tweeter with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 220 W resonance frequency fs = 680 Hz impedance R = 8 Ohm sound pressure level SPL = 91,5 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm voice coil inductance L = 0,09 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,44 g mounting diameter d = 75 mm overall diameter d = 104 mm mounting depth (not countersunk) t = 37 mm PDF data sheet
	ST1108 order no. mor-st1108 EUR 235,00 28 mm tweeter with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 220 W resonance frequency fs = 680 Hz impedance R = 8 Ohm sound pressure level SPL = 91,5 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm voice coil inductance L = 0,09 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,44 g mounting diameter d = 75 mm overall diameter d = 110 mm mounting depth (not countersunk) t = 37 mm PDF data sheet
	ST1308 order no. mor-st1308 EUR 254,00 28 mm tweeter with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 220 W resonance frequency fs = 680 Hz impedance R = 8 Ohm sound pressure level SPL = 91,5 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm voice coil inductance L = 0,09 mH effective piston radiating area Sd = 6 cm2 effective mechanical mass incl. air load 0,44 g mounting diameter d = 104 mm overall diameter d = 130 mm mounting depth (not countersunk) t = 35 mm PDF data sheet
Mids
	MDM55 order no. mor-mdm55 - not available 7 cm midrange driver with aluminium cone. power handling (continuous/programme) = 200 W resonance frequency fs = 380 Hz impedance R = 8 Ohm sound pressure level SPL = 89,5 dB (2,83V; 1m) DC resistance Re = 6,3 Ohm force factor BL = 5,2 N/A voice coil inductance L = 0,19 mH effective piston radiating area Sd = 28 cm2 effective mechanical mass incl. air load 2,8 g total Q factor Qts = 0,69 (Qms=1,13, Qes=1,75) maximum peak linear excursion vibration x_lin = +/- 1 mm mounting diameter d = 75 mm overall diameter d = 87x87 mm mounting depth (not countersunk) t = 84 mm PDF data sheet
	EM1308 order no. mor-em1309 on request (_) 11 cm midrange driver with aluminium cone. power handling (continuous/programme) = 200 W resonance frequency fs = 380 Hz impedance R = 8 Ohm sound pressure level SPL = 88 dB (2,83V; 1m) DC resistance Re = 6,3 Ohm force factor BL = 5,2 N/A voice coil inductance L = 0,19 mH effective piston radiating area Sd = 28 cm2 effective mechanical mass incl. air load 3 g total Q factor Qts = 0,08 (Qms=0,09, Qes=1,01) maximum peak linear excursion vibration x_lin = +/- 1 mm mounting diameter d = 76 mm overall diameter d = 130 mm mounting depth (not countersunk) t = 75 mm PDF data sheet
recommended cabinet 1: closed cabinet with 1,1 L volume from 130/82 Hz (-3dB/-8dB) recommended cabinet 2: 4,2 L volume bass reflex cabinet with HP35 reflex tube, 12 cm long. from 64/52 Hz (-3dB/-8dB).	EM428 order no. mor-em428 EUR 136,00 11 cm midrange driver with aluminium cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 150 W resonance frequency fs = 68 Hz impedance R = 8 Ohm sound pressure level SPL = 87 dB (2,83V; 1m) DC resistance Re = 5,4 Ohm force factor BL = 5,4 N/A voice coil inductance L = 0,36 mH effective piston radiating area Sd = 57 cm2 effective mechanical mass incl. air load 6,55 g equivalent volume of compliance Vas = 3,5 l total Q factor Qts = 0,41 (Qms=3,03, Qes=0,48) maximum peak linear excursion vibration x_lin = +/- 3 mm mounting diameter d = 94 mm overall diameter d = 118,5 mm mounting depth (not countersunk) t = 51 mm PDF data sheet
Woofer
	MW113 order no. mor-mw113 - not available 7 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 72 Hz impedance R = 8 Ohm sound pressure level SPL = 85 dB (2,83V; 1m) DC resistance Re = 6,2 Ohm force factor BL = 3,98 N/A voice coil inductance L = 0,25 mH effective piston radiating area Sd = 53 cm2 effective mechanical mass incl. air load 5,54 g equivalent volume of compliance Vas = 4,3 l total Q factor Qts = 0,77 (Qms=3,13, Qes=1,03) maximum peak linear excursion vibration x_lin = +/- 3 mm overall diameter d = 118 mm mounting depth (not countersunk) t = 58 mm PDF data sheet
recommended cabinet 1: closed cabinet with 1,2 L volume from 119/75 Hz (-3dB/-8dB) recommended cabinet 2: 4,9 L volume bass reflex cabinet with HP35 reflex tube, 12 cm long. from 57/47 Hz (-3dB/-8dB).	MW114S order no. mor-mw114s - not available 7 cm bass driver with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 150 W resonance frequency fs = 65 Hz impedance R = 8 Ohm sound pressure level SPL = 87 dB (2,83V; 1m) DC resistance Re = 5,6 Ohm force factor BL = 6,57 N/A voice coil inductance L = 0,36 mH effective piston radiating area Sd = 53 cm2 effective mechanical mass incl. air load 6,55 g equivalent volume of compliance Vas = 3,5 l total Q factor Qts = 0,44 (Qms=3, Qes=0,51) maximum peak linear excursion vibration x_lin = +/- 3 mm overall diameter d = 118 mm mounting depth (not countersunk) t = 58 mm PDF data sheet
recommended cabinet 1: closed cabinet with 1,2 L volume from 152/96 Hz (-3dB/-8dB) recommended cabinet 2: 4,3 L volume bass reflex cabinet with HP35 reflex tube, 8 cm long. from 76/61 Hz (-3dB/-8dB).	CAW428 order no. mor-caw428 EUR 105,00 11 cm bass driver with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 150 W resonance frequency fs = 74 Hz impedance R = 8 Ohm sound pressure level SPL = 88 dB (2,83V; 1m) DC resistance Re = 5,5 Ohm force factor BL = 5 N/A voice coil inductance L = 0,32 mH effective piston radiating area Sd = 57 cm2 effective mechanical mass incl. air load 4,55 g equivalent volume of compliance Vas = 4,5 l total Q factor Qts = 0,38 (Qms=2,33, Qes=0,46) maximum peak linear excursion vibration x_lin = +/- 4 mm mounting diameter d = 94 mm overall diameter d = 118,5 mm mounting depth (not countersunk) t = 45 mm PDF data sheet
recommended cabinet 1: closed cabinet with 0,93 L volume from 142/90 Hz (-3dB/-8dB) recommended cabinet 2: 3,1 L volume bass reflex cabinet with HP35 reflex tube, 14 cm long. from 74/58 Hz (-3dB/-8dB).	EW428 order no. mor-ew428 EUR 156,00 11 cm bass driver with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 150 W resonance frequency fs = 62 Hz impedance R = 8 Ohm sound pressure level SPL = 87 dB (2,83V; 1m) DC resistance Re = 6,3 Ohm force factor BL = 6,1 N/A voice coil inductance L = 0,44 mH effective piston radiating area Sd = 57 cm2 effective mechanical mass incl. air load 6,16 g equivalent volume of compliance Vas = 4,7 l total Q factor Qts = 0,35 (Qms=2,36, Qes=0,41) maximum peak linear excursion vibration x_lin = +/- 4,5 mm mounting diameter d = 94 mm overall diameter d = 118,5 mm mounting depth (not countersunk) t = 51 mm PDF data sheet
	EW536 order no. mor-ew536 EUR 165,00 13 cm bass driver with high quality cone. A magnet system based on Neodymium magnets is used. The basket is made of die-cast. power handling (continuous/programme) = 150 W resonance frequency fs = 49 Hz impedance R = 8 Ohm sound pressure level SPL = 85,5 dB (2,83V; 1m) DC resistance Re = 4,2 Ohm force factor BL = 7,5 N/A voice coil inductance L = 0,26 mH effective piston radiating area Sd = 88 cm2 effective mechanical mass incl. air load 17 g equivalent volume of compliance Vas = 6 l total Q factor Qts = 0,34 (Qms=1,7, Qes=0,43) maximum peak linear excursion vibration x_lin = +/- 5,5 mm mounting diameter d = 121 mm overall diameter d = 143 mm mounting depth (not countersunk) t = 60 mm PDF data sheet
recommended cabinet 1: closed cabinet with 3 L volume from 105/66 Hz (-3dB/-8dB) recommended cabinet 2: 10,1 L volume bass reflex cabinet with HP50 reflex tube, 15 cm long. from 55/43 Hz (-3dB/-8dB).	H5.1 order no. mor-h51 - not available 11 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 46 Hz impedance R = 8 Ohm sound pressure level SPL = 88 dB (2,83V; 1m) DC resistance Re = 5,6 Ohm force factor BL = 5,93 N/A voice coil inductance L = 0,43 mH effective piston radiating area Sd = 90 cm2 effective mechanical mass incl. air load 8,6 g equivalent volume of compliance Vas = 15,2 l total Q factor Qts = 0,35 (Qms=2,43, Qes=0,41) maximum peak linear excursion vibration x_lin = +/- 3,5 mm mounting diameter d = 62 mm overall diameter d = 145 mm mounting depth (not countersunk) t = 65 mm PDF data sheet
recommended cabinet 1: closed cabinet with 2,8 L volume from 104/65 Hz (-3dB/-8dB) recommended cabinet 2: 9,1 L volume bass reflex cabinet with HP50 reflex tube, 18 cm long. from 55/43 Hz (-3dB/-8dB).	HU521 order no. mor-hu521 - not available 9 cm bass driver with high quality cone. The basket is made of die-cast. power handling (continuous/programme) = 150 W resonance frequency fs = 44 Hz impedance R = 8 Ohm sound pressure level SPL = 88 dB (2,83V; 1m) DC resistance Re = 5,6 Ohm force factor BL = 8 N/A voice coil inductance L = 0,53 mH effective piston radiating area Sd = 90 cm2 effective mechanical mass incl. air load 9,2 g equivalent volume of compliance Vas = 15 l total Q factor Qts = 0,34 (Qms=2,3, Qes=0,4) maximum peak linear excursion vibration x_lin = +/- 3,5 mm overall diameter d = 145 mm mounting depth (not countersunk) t = 58,3 mm PDF data sheet
recommended cabinet 1: closed cabinet with 2,2 L volume from 100/63 Hz (-3dB/-8dB) recommended cabinet 2: 7,9 L volume bass reflex cabinet with HP35 reflex tube, 10 cm long. from 51/40 Hz (-3dB/-8dB).	HU531 order no. mor-hu531 EUR 98,00 9 cm bass driver with high quality cone. The basket is made of die-cast. power handling (continuous/programme) = 180 W resonance frequency fs = 46 Hz impedance R = 8 Ohm sound pressure level SPL = 86 dB (2,83V; 1m) DC resistance Re = 6,8 Ohm force factor BL = 5 N/A voice coil inductance L = 0,6 mH effective piston radiating area Sd = 90 cm2 effective mechanical mass incl. air load 12,2 g equivalent volume of compliance Vas = 9,92 l total Q factor Qts = 0,37 (Qms=1,84, Qes=0,46) maximum peak linear excursion vibration x_lin = +/- 4,25 mm overall diameter d = 146 mm mounting depth (not countersunk) t = 58,3 mm PDF data sheet
recommended cabinet 1: closed cabinet with 2 L volume from 116/73 Hz (-3dB/-8dB) recommended cabinet 2: 6,9 L volume bass reflex cabinet with HP50 reflex tube, 19 cm long. from 60/47 Hz (-3dB/-8dB).	MW143 order no. mor-mw143 - not available 9 cm bass driver with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 150 W resonance frequency fs = 52 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 7,2 N/A voice coil inductance L = 0,6 mH effective piston radiating area Sd = 90 cm2 effective mechanical mass incl. air load 10,36 g equivalent volume of compliance Vas = 9,5 l total Q factor Qts = 0,36 (Qms=2,32, Qes=0,43) maximum peak linear excursion vibration x_lin = +/- 3,5 mm overall diameter d = 142 mm mounting depth (not countersunk) t = 65 mm PDF data sheet
recommended cabinet 1: closed cabinet with 6,1 L volume from 75/47 Hz (-3dB/-8dB) recommended cabinet 2: 25 L volume bass reflex cabinet with HP50 reflex tube, 11 cm long. from 34/29 Hz (-3dB/-8dB).	MW144 order no. mor-mw144 - not available 9 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 52 Hz impedance R = 8 Ohm sound pressure level SPL = 88 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 6,2 N/A voice coil inductance L = 0,5 mH effective piston radiating area Sd = 90 cm2 effective mechanical mass incl. air load 13,68 g equivalent volume of compliance Vas = 8 l total Q factor Qts = 0,55 (Qms=2,44, Qes=0,71) maximum peak linear excursion vibration x_lin = +/- 3,5 mm overall diameter d = 142 mm mounting depth (not countersunk) t = 65 mm PDF data sheet
recommended cabinet 1: closed cabinet with 2 L volume from 104/65 Hz (-3dB/-8dB) recommended cabinet 2: 7,1 L volume bass reflex cabinet with HP35 reflex tube, 11 cm long. from 52/42 Hz (-3dB/-8dB).	CAW538 order no. mor-caw538 EUR 118,00 13 cm bass driver with high quality cone. The basket is made of die-cast. power handling (continuous/programme) = 150 W resonance frequency fs = 49 Hz impedance R = 8 Ohm sound pressure level SPL = 88 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 6,9 N/A voice coil inductance L = 0,47 mH effective piston radiating area Sd = 90 cm2 effective mechanical mass incl. air load 14 g equivalent volume of compliance Vas = 8,2 l total Q factor Qts = 0,38 (Qms=1,83, Qes=0,48) maximum peak linear excursion vibration x_lin = +/- 3 mm mounting diameter d = 121 mm overall diameter d = 143 mm mounting depth (not countersunk) t = 60 mm PDF data sheet
recommended cabinet 1: closed cabinet with 3,9 L volume from 101/64 Hz (-3dB/-8dB) recommended cabinet 2: 13,3 L volume bass reflex cabinet with HP50 reflex tube, 12 cm long. from 53/41 Hz (-3dB/-8dB).	H6.1 order no. mor-h61 - not available 15 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 44 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m) DC resistance Re = 5,6 Ohm force factor BL = 6,76 N/A voice coil inductance L = 0,43 mH effective piston radiating area Sd = 119 cm2 effective mechanical mass incl. air load 11,78 g equivalent volume of compliance Vas = 20 l total Q factor Qts = 0,35 (Qms=2,2, Qes=0,42) maximum peak linear excursion vibration x_lin = +/- 3,5 mm mounting diameter d = 136 mm overall diameter d = 160 mm mounting depth (not countersunk) t = 61 mm PDF data sheet
recommended cabinet 1: closed cabinet with 6,5 L volume from 91/57 Hz (-3dB/-8dB) recommended cabinet 2: 23 L volume bass reflex cabinet with HP70 reflex tube, 16 cm long. from 46/37 Hz (-3dB/-8dB).	HU621 order no. mor-hu621 - not available 10 cm bass driver with high quality cone. The basket is made of die-cast. power handling (continuous/programme) = 160 W resonance frequency fs = 43 Hz impedance R = 8 Ohm sound pressure level SPL = 90 dB (2,83V; 1m) DC resistance Re = 5,6 Ohm force factor BL = 6 N/A voice coil inductance L = 0,53 mH effective piston radiating area Sd = 119 cm2 effective mechanical mass incl. air load 10 g equivalent volume of compliance Vas = 27 l total Q factor Qts = 0,38 (Qms=2,34, Qes=0,45) maximum peak linear excursion vibration x_lin = +/- 3,5 mm overall diameter d = 160,5 mm mounting depth (not countersunk) t = 59,6 mm PDF data sheet
recommended cabinet 1: closed cabinet with 3,3 L volume from 107/67 Hz (-3dB/-8dB) recommended cabinet 2: 10,7 L volume bass reflex cabinet with HP50 reflex tube, 14 cm long. from 57/44 Hz (-3dB/-8dB).	HU631 order no. mor-hu631 - not available 10 cm bass driver with high quality cone. The basket is made of die-cast. power handling (continuous/programme) = 180 W resonance frequency fs = 44 Hz impedance R = 8 Ohm sound pressure level SPL = 88 dB (2,83V; 1m) DC resistance Re = 6,8 Ohm voice coil inductance L = 0,63 mH effective piston radiating area Sd = 119 cm2 effective mechanical mass incl. air load 13,87 g equivalent volume of compliance Vas = 19,5 l total Q factor Qts = 0,33 (Qms=1,81, Qes=0,4) maximum peak linear excursion vibration x_lin = +/- 4,25 mm overall diameter d = 160,5 mm mounting depth (not countersunk) t = 59,6 mm PDF data sheet
	MW164 order no. mor-mw164 - not available 10 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 55 Hz impedance R = 8 Ohm sound pressure level SPL = 86 dB (2,83V; 1m) DC resistance Re = 6,3 Ohm force factor BL = 6,15 N/A voice coil inductance L = 0,61 mH effective piston radiating area Sd = 119 cm2 effective mechanical mass incl. air load 14,9 g equivalent volume of compliance Vas = 11,4 l total Q factor Qts = 0,68 (Qms=2,82, Qes=0,89) maximum peak linear excursion vibration x_lin = +/- 4,25 mm overall diameter d = 160,5 mm mounting depth (not countersunk) t = 65 mm PDF data sheet
recommended cabinet 1: closed cabinet with 14,7 L volume from 63/40 Hz (-3dB/-8dB) recommended cabinet 2: 57 L volume bass reflex cabinet with HP70 reflex tube, 12 cm long. from 28/25 Hz (-3dB/-8dB).	MW166 order no. mor-mw166 - not available 10 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 46 Hz impedance R = 8 Ohm sound pressure level SPL = 86 dB (2,83V; 1m) DC resistance Re = 6,7 Ohm force factor BL = 6,84 N/A voice coil inductance L = 0,61 mH effective piston radiating area Sd = 119 cm2 effective mechanical mass incl. air load 16,3 g equivalent volume of compliance Vas = 15,6 l total Q factor Qts = 0,58 (Qms=2,79, Qes=0,74) maximum peak linear excursion vibration x_lin = +/- 4,25 mm overall diameter d = 160 mm mounting depth (not countersunk) t = 65 mm PDF data sheet
recommended cabinet 1: closed cabinet with 4,8 L volume from 94/60 Hz (-3dB/-8dB) recommended cabinet 2: 18 L volume bass reflex cabinet with HP70 reflex tube, 20 cm long. from 47/38 Hz (-3dB/-8dB).	MW167 order no. mor-mw167 - not available 10 cm bass driver with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 150 W resonance frequency fs = 47 Hz impedance R = 8 Ohm sound pressure level SPL = 88 dB (2,83V; 1m) DC resistance Re = 6,6 Ohm force factor BL = 7,8 N/A voice coil inductance L = 0,77 mH effective piston radiating area Sd = 119 cm2 effective mechanical mass incl. air load 12,6 g equivalent volume of compliance Vas = 17,5 l total Q factor Qts = 0,4 (Qms=2,28, Qes=0,48) maximum peak linear excursion vibration x_lin = +/- 4,25 mm overall diameter d = 160 mm mounting depth (not countersunk) t = 65 mm PDF data sheet
recommended cabinet 1: closed cabinet with 8,3 L volume from 79/50 Hz (-3dB/-8dB) recommended cabinet 2: 34 L volume bass reflex cabinet with HP70 reflex tube, 14 cm long. from 37/31 Hz (-3dB/-8dB).	MW168 order no. mor-mw168 EUR 89,00 10 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 48 Hz impedance R = 8 Ohm sound pressure level SPL = 88 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 6,04 N/A voice coil inductance L = 0,45 mH effective piston radiating area Sd = 119 cm2 effective mechanical mass incl. air load 13,27 g equivalent volume of compliance Vas = 17 l total Q factor Qts = 0,48 (Qms=2,29, Qes=0,61) maximum peak linear excursion vibration x_lin = +/- 3,5 mm overall diameter d = 160 mm mounting depth (not countersunk) t = 65 mm PDF data sheet
recommended cabinet 1: closed cabinet with 6,3 L volume from 75/48 Hz (-3dB/-8dB) recommended cabinet 2: 25 L volume bass reflex cabinet with HP70 reflex tube, 23 cm long. from 36/30 Hz (-3dB/-8dB).	CAW638 order no. mor-caw638 EUR 128,00 15 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 43 Hz impedance R = 8 Ohm sound pressure level SPL = 86 dB (2,83V; 1m) DC resistance Re = 6,4 Ohm force factor BL = 7,3 N/A voice coil inductance L = 0,63 mH effective piston radiating area Sd = 119 cm2 effective mechanical mass incl. air load 16 g equivalent volume of compliance Vas = 15,7 l total Q factor Qts = 0,46 (Qms=2,2, Qes=0,58) maximum peak linear excursion vibration x_lin = +/- 4,25 mm mounting diameter d = 140 mm overall diameter d = 160 mm mounting depth (not countersunk) t = 63 mm PDF data sheet
recommended cabinet 1: closed cabinet with 2,5 L volume from 111/70 Hz (-3dB/-8dB) recommended cabinet 2: 7,6 L volume bass reflex cabinet with HP50 reflex tube, 19 cm long. from 60/47 Hz (-3dB/-8dB).	EW638 order no. mor-ew638 EUR 178,00 15 cm bass driver with high quality cone. A magnet system based on Neodymium magnets is used. The basket is made of die-cast. power handling (continuous/programme) = 150 W resonance frequency fs = 43 Hz impedance R = 8 Ohm sound pressure level SPL = 87,5 dB (2,83V; 1m) DC resistance Re = 4,9 Ohm force factor BL = 7,5 N/A voice coil inductance L = 0,27 mH effective piston radiating area Sd = 119 cm2 effective mechanical mass incl. air load 16 g equivalent volume of compliance Vas = 16,92 l total Q factor Qts = 0,31 (Qms=1,63, Qes=0,38) maximum peak linear excursion vibration x_lin = +/- 6 mm mounting diameter d = 140 mm overall diameter d = 160 mm mounting depth (not countersunk) t = 63 mm PDF data sheet
recommended cabinet 1: closed cabinet with 15 L volume from 67/42 Hz (-3dB/-8dB) recommended cabinet 2: 52 L volume bass reflex cabinet with HP100 reflex tube, 31 cm long. from 34/27 Hz (-3dB/-8dB).	HU9.1 order no. mor-hu91 - not available 14 cm bass driver with high quality cone. power handling (continuous/programme) = 200 W resonance frequency fs = 30 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m) DC resistance Re = 6,6 Ohm force factor BL = 8,3 N/A voice coil inductance L = 0,87 mH effective piston radiating area Sd = 219 cm2 effective mechanical mass incl. air load 23,5 g equivalent volume of compliance Vas = 71 l total Q factor Qts = 0,36 (Qms=1,71, Qes=0,46) maximum peak linear excursion vibration x_lin = +/- 4,25 mm overall diameter d = 220 mm mounting depth (not countersunk) t = 69,4 mm PDF data sheet
	MW265 order no. mor-mw265 - not available 14 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 30 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m) DC resistance Re = 5,2 Ohm force factor BL = 6,3 N/A voice coil inductance L = 0,58 mH effective piston radiating area Sd = 219 cm2 effective mechanical mass incl. air load 25,5 g equivalent volume of compliance Vas = 61 l total Q factor Qts = 0,62 (Qms=2,79, Qes=0,79) maximum peak linear excursion vibration x_lin = +/- 3,5 mm overall diameter d = 222 mm mounting depth (not countersunk) t = 69 mm PDF data sheet
recommended cabinet 1: closed cabinet with 66 L volume from 43/27 Hz (-3dB/-8dB) recommended cabinet 2: 261 L volume bass reflex cabinet with HP100 reflex tube, 11 cm long. from 19/17 Hz (-3dB/-8dB).	MW266 order no. mor-mw266 - not available 14 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 30 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m) DC resistance Re = 6,3 Ohm force factor BL = 6,25 N/A voice coil inductance L = 0,54 mH effective piston radiating area Sd = 219 cm2 effective mechanical mass incl. air load 24,9 g equivalent volume of compliance Vas = 80 l total Q factor Qts = 0,56 (Qms=2,45, Qes=0,73) maximum peak linear excursion vibration x_lin = +/- 4,25 mm overall diameter d = 220 mm mounting depth (not countersunk) t = 69 mm PDF data sheet
recommended cabinet 1: closed cabinet with 20 L volume from 57/36 Hz (-3dB/-8dB) recommended cabinet 2: 75 L volume bass reflex cabinet with HP100 reflex tube, 28 cm long. from 28/23 Hz (-3dB/-8dB).	MW267 order no. mor-mw267 on request (_) 14 cm bass driver with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 180 W resonance frequency fs = 30 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m) DC resistance Re = 6,6 Ohm voice coil inductance L = 1 mH effective piston radiating area Sd = 219 cm2 effective mechanical mass incl. air load 26,7 g equivalent volume of compliance Vas = 62,5 l total Q factor Qts = 0,42 (Qms=2,5, Qes=0,5) maximum peak linear excursion vibration x_lin = +/- 4,25 mm overall diameter d = 220 mm mounting depth (not countersunk) t = 69 mm PDF data sheet
	CAW938 order no. mor-caw938 EUR 139,00 21 cm bass driver with high quality cone. power handling (continuous/programme) = 150 W resonance frequency fs = 31 Hz impedance R = 8 Ohm sound pressure level SPL = 87 dB (2,83V; 1m) DC resistance Re = 6,4 Ohm force factor BL = 7,05 N/A voice coil inductance L = 0,61 mH effective piston radiating area Sd = 219 cm2 effective mechanical mass incl. air load 29 g equivalent volume of compliance Vas = 51 l total Q factor Qts = 0,61 (Qms=2,59, Qes=0,8) maximum peak linear excursion vibration x_lin = +/- 4,25 mm mounting diameter d = 198 mm overall diameter d = 222 mm mounting depth (not countersunk) t = 71 mm PDF data sheet
	MW1075 order no. mor-mw1075 on request (_) 17 cm bass driver with high quality cone. power handling (continuous/programme) = 180 W resonance frequency fs = 29 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m) DC resistance Re = 6,3 Ohm force factor BL = 6,3 N/A voice coil inductance L = 0,63 mH effective piston radiating area Sd = 324 cm2 effective mechanical mass incl. air load 32,6 g equivalent volume of compliance Vas = 123 l total Q factor Qts = 0,62 (Qms=2,48, Qes=0,83) maximum peak linear excursion vibration x_lin = +/- 4,25 mm overall diameter d = 263 mm mounting depth (not countersunk) t = 80 mm PDF data sheet
recommended cabinet 1: closed cabinet with 81 L volume from 44/28 Hz (-3dB/-8dB) recommended cabinet 2: 333 L volume bass reflex cabinet with HP100 reflex tube, 6 cm long. from 20/17 Hz (-3dB/-8dB).	MW1077 order no. mor-mw1077 - not available 17 cm bass driver with high quality cone. A magnet system based on Neodymium magnets is used. power handling (continuous/programme) = 200 W resonance frequency fs = 28 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m) DC resistance Re = 6,8 Ohm voice coil inductance L = 0,95 mH effective piston radiating area Sd = 324 cm2 effective mechanical mass incl. air load 33 g equivalent volume of compliance Vas = 147 l total Q factor Qts = 0,5 (Qms=2,62, Qes=0,62) maximum peak linear excursion vibration x_lin = +/- 4,25 mm overall diameter d = 263 mm mounting depth (not countersunk) t = 80 mm PDF data sheet
Subwoofer
recommended cabinet 1: closed cabinet with 14,5 L volume from 48/30 Hz (-3dB/-8dB) recommended cabinet 2: 57 L volume bass reflex cabinet with HP70 reflex tube, 26 cm long. from 23/19 Hz (-3dB/-8dB).	UW1058 order no. mor-uw1058 EUR 385,00 25 cm bass driver with paper cone. The basket is made of die-cast. power handling (continuous/programme) = 500 W resonance frequency fs = 26 Hz impedance R = 8 Ohm sound pressure level SPL = 85,5 dB (2,83V; 1m) DC resistance Re = 6,8 Ohm force factor BL = 15,3 N/A voice coil inductance L = 1,33 mH effective piston radiating area Sd = 346 cm2 effective mechanical mass incl. air load 99,3 g equivalent volume of compliance Vas = 40,8 l total Q factor Qts = 0,43 (Qms=1,72, Qes=0,58) maximum peak linear excursion vibration x_lin = +/- 12,5 mm mounting diameter d = 241 mm overall diameter d = 263 mm mounting depth (not countersunk) t = 142 mm PDF data sheet
recommended cabinet 1: closed cabinet with 46 L volume from 39/25 Hz (-3dB/-8dB) recommended cabinet 2: 180 L volume bass reflex cabinet with 2x HP100 reflex tube, 49 cm long. from 19/16 Hz (-3dB/-8dB).	UW1258 order no. mor-uw1258 EUR 455,00 29 cm bass driver with paper cone. The basket is made of die-cast. power handling (continuous/programme) = 800 W resonance frequency fs = 21 Hz impedance R = 8 Ohm sound pressure level SPL = 87 dB (2,83V; 1m) DC resistance Re = 6,8 Ohm force factor BL = 13,67 N/A voice coil inductance L = 1,33 mH effective piston radiating area Sd = 437 cm2 effective mechanical mass incl. air load 105,49 g equivalent volume of compliance Vas = 138,38 l total Q factor Qts = 0,43 (Qms=1,88, Qes=0,56) maximum peak linear excursion vibration x_lin = +/- 12,5 mm mounting diameter d = 270 mm overall diameter d = 305 mm mounting depth (not countersunk) t = 148 mm PDF data sheet
no longer sold
	MDT38 order no. mor-mdt38 - not available . power handling (continuous/programme) = 80 W resonance frequency fs = 750 Hz impedance R = 8 Ohm sound pressure level SPL = 89 dB (2,83V; 1m)
	MDT41 order no. mor-mdt41 - not available . power handling (continuous/programme) = 120 W resonance frequency fs = 750 Hz impedance R = 8 Ohm sound pressure level SPL = 90 dB (2,83V; 1m)
	MDT43 order no. mor-mdt43 on request (_) . power handling (continuous/programme) = 120 W resonance frequency fs = 750 Hz impedance R = 8 Ohm sound pressure level SPL = 92 dB (2,83V; 1m)
	MDT39 order no. mor-mdt39 - not available . power handling (continuous/programme) = 80 W resonance frequency fs = 750 Hz impedance R = 8 Ohm sound pressure level SPL = 88 dB (2,83V; 1m)
	MDT44 order no. mor-mdt44 on request (_) . power handling (continuous/programme) = 120 W resonance frequency fs = 750 Hz impedance R = 8 Ohm sound pressure level SPL = 91 dB (2,83V; 1m)
	DMS29 order no. mor-dms29 EUR 55,00 . power handling (continuous/programme) = 80 W resonance frequency fs = 1000 Hz impedance R = 8 Ohm sound pressure level SPL = 90 dB (2,83V; 1m)
	DMS10 order no. mor-dms10 - not available . power handling (continuous/programme) = 80 W resonance frequency fs = 650 Hz impedance R = 8 Ohm sound pressure level SPL = 90 dB (2,83V; 1m)

The cabinet volume calculations are executed considering an external resistance of 0.3 Ohm. We are using, if no other data is known or available, the information supplied by the manufacturer.

Please note: the frequency response doesn't say much about the cut-off frequency inside the cabinet! Therefore, we mostly give you 2 examples with dimensioning considerations and an indication, how low the loudspeaker will reproduce.

Morel

Tweeter

Mids

Woofer

Subwoofer

no longer sold