P r o d u c t I n f o R M A T I O N - X W / W / V

Size: px

Start display at page:

Download "P r o d u c t I n f o R M A T I O N - X W / W / V"

Pauline Morton
6 years ago
Views:

P r o d u c t I n f o R M A T I O N - X W / W / V Oticon Epoq is a complete family of premium instruments suitable for all types of hearing losses within mild to severe-to-profound.

1 P r o d u c t I n f o R M A T I O N - X W / W / V Oticon Epoq is a complete family of premium instruments suitable for all types of hearing losses within mild to severe-to-profound. Using high speed wireless technology, Epoq instruments communicate binaurally to produce a unique spatial dimension and listening authenticity to the client. Two Epoq s feature real-time correlation of sound processing parameters, intelligent synchronisation of advanced digital features and coordination of push button commands. Epoq comes in three versions, named XW, W and V, offering different advanced features for gradual levels of user benefits. F I T T I N G R A N G E HL k 2k 4k 8k Hz KEY FEATURES Binaural Processing Binaurally fitted instruments work as one central processing unit, helping to maintain a proper interpretation of the location of sounds. The spatial awareness is essen tial for the brain to segregate sounds, and by helping the brain to focus on the important sounds, a natural voice-to-noise ratio can be achieved. True Dynamics Uniquely, the instruments are providing a mixture of two parallel compression systems a slow 15 channel and a fast 4 channel system to preserve listening quality at all sound levels, thereby minimising fatigue and maximising audibility and speech understanding. Binaural Synchronisation The wireless binaural link does intelligent and fast synchronisation of the compression, automatics and adaptive digital features, such as noise reduction and directionality, to optimise the comfort and preserve speech intelligibility. Contemporary Design All BTE and RITE designs are small and discreet in size, combining robustness, beautiful cosmetics and remarkable user-friendliness and ergonomics. All behind-the-ear styles are offered in a broad colour palette. Extended Bandwidth A nuanced sound picture and premium sound quality is achieved through a bandwidth of up to khz which maintains vital sound cues from the environment. Standard Features m Binaural Processing m True Dynamics m Binaural Synchronisation m Binaural PB Coordination m Extended Bandwidth khz m Front Focus m Life Learning/VC Learning m My Voice m Dynamic Feedback Cancellation 2 (DFC2) m Binaural DFC m Four user programs m AutoPhone program m Memory m Battery Low warning m Wind noise protection m TriState Noise Management m Multi-band Adaptive Directionality m Voice Aligned Compression (VAC) m NAL-NL1 and DSL v5.0a m[i/o] m DAI input and FM option m T-coil m Streamer option m nearcom Cordless enabled

2 P r o d u c t o v e r v i e w F I T T I N G R I T E R I T E P O W E R B T E B T E 1 3 B T E P O W E R C I C / M I C I T C I T E Epoq instruments are programmed using the Genie 09.1 Fitting Software or higher compatible with NOAH 3 or higher. They can be programmed using either programming cables #3 or cordlessly using nearcom. Fitting with cables CIC/MIC FlexConnect ITC/ITE Programming Adaptor BTE/RITE Programming Shoe Cordless fitting - nearcom nearcom provides a cordless link between NOAHlink and one or two wireless enabled hearing instruments. In addition nearcom provides a pass-through connection to accommodate programming cables and replaces the existing NOAHlink neck loop. HL k 2k 4k 8k Hz HL k 2k 4k 8k Hz HL k 2k 4k 8k Hz HL k 2k 4k 8k Hz HL k 2k 4k 8k Hz HL k 2k 4k 8k Hz HL k 2k 4k 8k Hz HL k 2k 4k 8k Hz Micro Mould Dome Power Mould Plus Dome Earmould Corda² Power Dome OSPL (peak) Ear simulator cc coupler Full-on gain (peak) Ear simulator cc coupler Programs Ear Stream enabled Yes Yes Yes Yes Yes No Yes Yes Cordless Fitting (nearcom) Yes Yes Yes Yes Yes No Yes Yes Multiband Adaptive Directionality Yes Yes Yes Yes Yes No Yes Yes Telecoil Yes Yes Yes Yes Yes No Optional Optional AutoPhone Yes Yes Yes Yes Yes No Optional Optional FM compatible Yes Yes Yes Yes Yes No No No Streamer Optional Optional Optional Optional Optional No Optional Optional Volume control Configurable Configurable Configurable Configurable Configurable No No Optional Binaural controls Yes Yes Yes Yes Yes No Yes Yes Battery size Battery life, typical 8 hours hours 117 hours 2 hours 215 hours 115 hours 117 hours 117 hours FEATURES Epoq XW Epoq W Epoq V Fitting formula VAC VAC NAL/DSL Bandwidth khz khz 8 khz Binaural Processing Yes No No Binaural Synchronisation Yes Yes No Binaural PB Coordination Yes Yes Yes Binaural DFC Yes No No True Dynamics Yes Yes No My Voice Yes No No Life Learning Yes Yes VC only Identities Fitting bands 8 Speaker Unit Ear Piece Ear Grip Wax Protection R I T E S T Y L E S Available in four lengths: Short, Medium, Long and Extra Long (1-4) Open Dome: Available in three sizes - 6 mm, 8 mm, mm Plus Dome: One size Power Dome: Available in three sizes - 8 mm, mm, 12 mm Micro Mould and Power Mould: Requires taking an impression Ensures a secure and comfortable grip. One version fits left and right ear NoWax in speaker unit. WaxStop in Micro Mould and Power Mould Tamper resistant battery drawer Sound Hook Damper Thin Tube Fiting B T E a n d R I T E S T Y L E S DAI Adaptor AP 0 Dedicated FM Receiver Available in Black, White, Standard Line and Cool2 colour ranges Interchangeable standard and paediatric hook (BTE 13 and BTE Power only) Damping element for replacement (BTE s only) Corda² (BTE 13 only) Amigo R12 312: Only with blinking LED FM Adaptor FM 9 312: Compatible with Amigo R1 and R2 with blinking LED 13: Compatible with Amigo R1, R2 and other universal receivers Black Line RITE and BTE White Line RITE and BTE Standard Line RITE and BTE Cool2 RITE and BTE Skin Custom instruments Power Mould RITE Power Chroma Beige () Ice Blue (81) Chroma Beige () Blue (47) Beige (01) Pink (P01) C O L O U R S E L E C T I O N Espresso (83) Orchid (82) Silver Grey (91) Red (46) Light Brown (02) Beige (P02) Steel Grey (85) Silver Grey (86) Steel Grey (92) Purple (45) Medium Brown (03) Medium Brown (P03) White Silver (84) Gold Dust (87) Chestnut Brown (93) Silver (44) Dark Brown (04) Dark Brown (P04) Baby Pink (43) Baby Blue (42) 2 3

3 r i t e ( X W / W ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL Rite_711_FOG str_lo 14:33:09 Rite_711_MPO str_lo 14:12:03 Rite_2cc_FOG str_lo 14:32:49 RITE_2cc_MPO_UPDATE_ str_lo 15:49:25 Acoustic input: Rite_711_MT str_lo 14:39:47 Acoustic input: Rite_2cc_MT str_lo 14:: OSPL Peak Hz Average 4 Full-on gain Peak Hz Average Frequency range -90 Hz -00 Hz Telecoil output ( Hz) 1 ma/m field 77 - ma/m field 97 - SPLITS L/R - 87/89 Total harmonic distortion 0 Hz 0.3 % 0.1 % (Input ) 0 Hz 0.5 % 0.3 % Hz 0.3 % 0.4 % Equivalent input noise level (A) Omni Dir Battery consumption Quiescent 1.3 ma 1.3 ma Typical 1.3 ma 1.3 ma Estimated battery life Typical 8 hours IRIL (IEC ) GSM/DECT -23/-12 4

4 r i t e ( V ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL RITE gain str_lo 14:00:01 RITE OSPL str_lo 13:44:32 RITE gain 2cc str_lo 13:59:29 RITE OSPL 2cc str_lo 13:45:02 Acoustic input: RITE MT Resp str_lo 14:25: Acoustic input: RITE MT Resp 2cc str_lo 14:26:09 OSPL Peak Hz Average 4 Full-on gain Peak Hz Average Frequency range - Hz - Hz Telecoil output ( Hz) 1 ma/m field 77 - ma/m field 97 - SPLITS L/R - 87/89 Total harmonic distortion 0 Hz 0.3 % 0.1 % (Input ) 0 Hz 0.5 % 0.3 % Hz 0.5 % 0.4 % Equivalent input noise level (A) Omni Dir Battery consumption Quiescent 1.3 ma 1.3 ma Typical 1.3 ma 1.3 ma Estimated battery life Typical 8 hours IRIL (IEC ) GSM/DECT -23/-12 5

r i t e P o w e r ( X W / W ) IEC 118-0 (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC 118-7 (05) and IEC 318-5 (06).

5 r i t e P o w e r ( X W / W ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL Warning to the instrument dispenser The maximum output capability of the hearing instrument may exceed 132 (IEC 711). Special care should be exercised in selecting and fitting the instrument as there may be risk of impairing the remaining hearing of the hearing instrument user. 1 Acoustic input: XW_711_OSPL str_lo 09:39:36 XW_711_FOG str_lo :56:17 XW_711_MT str_lo 11:00:01 1 Acoustic input: XW_2cc_OSPL str_lo :51:49 XW_2cc_FOG str_lo :57:00 XW_2cc_MT str_lo 11:00:37 OSPL Peak Hz Average Full-on gain Peak Hz Average Frequency range - Hz -7 Hz Telecoil output ( Hz) 1 ma/m field 89 - ma/m field 9 - SPLITS L/R - 1/1 Total harmonic distortion 0 Hz 2.0 % 1.0 % (Input ) 0 Hz 1.0 % 0.5 % Hz 0.5 % 0.5 % Equivalent input noise level (A) Omni 16 Dir 35 Battery consumption Quiescent 1.2 ma 1.2 ma Typical 1.3 ma 1.4 ma Estimated battery life Typical hours IRIL (IEC ) GSM/DECT -13/-7 6

6 r i t e p o w e r ( V ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL Warning to the instrument dispenser The maximum output capability of the hearing instrument may exceed 132 (IEC 711). Special care should be exercised in selecting and fitting the instrument as there may be risk of impairing the remaining hearing of the hearing instrument user. 1 Acoustic input: V_711_OSPL str_lo :52: V_711_FOG str_lo :57:34 EpoqV_Vigo_711_MT str_lo 11:27:28 1 Acoustic input: V_2cc_OSPL str_lo :53:42 V_2cc_FOG str_lo :58:05 EpoqV_Vigo_2cc_MT str_lo 11:28: OSPL Peak Hz Average Full-on gain Peak Hz Average Frequency range - Hz -7 Hz Telecoil output ( Hz) 1 ma/m field 89 - ma/m field 9 - SPLITS L/R - 1/1 Total harmonic distortion 0 Hz 2.0 % 1.0 % (Input ) 0 Hz 1.0 % 0.5 % Hz 0.5 % 0.5 % Equivalent input noise level (A) Omni 16 Dir 35 Battery consumption Quiescent 1.2 ma 1.2 ma Typical 1.3 ma 1.4 ma Estimated battery life Typical hours IRIL (IEC ) GSM/DECT -13/-7 7

7 B T E ( X W / W ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL BTE_711_FOG str_lo 14:14:27 BTE_711_MPO str_lo 13:57:37 BTE_2cc_FOG str_lo 14:14:01 BTE_2cc_Mpo str_lo 13:56:39 Acoustic input: BTE_711_MT str_lo 14:35:39 Acoustic input: BTE_2cc_MT str_lo 14:35:09 OSPL Peak Hz Average 8 5 Full-on gain Peak Hz Average Frequency range -90 Hz -00 Hz Telecoil output ( Hz) 1 ma/m field 82 - ma/m field 2 - SPLITS L/R - 88/ Total harmonic distortion 0 Hz 0.7 % 0.7 % (Input ) 0 Hz 0.9 % 0.5 % Hz 0.4 % 0.1 % Equivalent input noise level (A) Omni Dir Battery consumption Quiescent 1.2 ma 1.2 ma Typical 1.2 ma 1.2 ma Estimated battery life Typical 117 hours IRIL (IEC ) GSM/DECT -18/-14 8

B T E 3 1 2 ( V ) IEC 118-0 (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC 118-7 (05) and IEC 318-5 (06).

01 08 str_lo 14:36:42 Acoustic input: BTE MT Resp 2cc 06 09 07 str_lo 13:34:47 OSPL Peak 125 115 Hz 111 4 Average 8 5 Full-on gain Peak Hz 51 44 Average 47 44 Frequency range - Hz - Hz Telecoil

8 B T E ( V ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL Full on gain str_lo 14:38:33 Ospl str_lo 14:35:25 Full on gain2cc str_lo 14:39:15 Ospl2cc str_lo 14:35:00 Acoustic input: Frequincy response data str_lo 14:36:42 Acoustic input: BTE MT Resp 2cc str_lo 13:34:47 OSPL Peak Hz Average 8 5 Full-on gain Peak Hz Average Frequency range - Hz - Hz Telecoil output ( Hz) 1 ma/m field 82 - ma/m field 2 - SPLITS L/R - 88/88 Total harmonic distortion 0 Hz 0.7 % 0.7 % (Input ) 0 Hz 0.9 % 0.5 % Hz 0.4 % 0.1 % Equivalent input noise level (A) Omni Dir Battery consumption Quiescent 1.2 ma 1.2 ma Typical 1.2 ma 1.2 ma Estimated battery life Typical 117 hours IRIL (IEC ) GSM/DECT -18/-14 9

9 B T E 1 3 ( X W / W ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL Tube Corda 2 (size 1/0.9) Tube Acoustic input: BTE13_711_MPO str_lo 13:12:41 BTE13_711_gain str_lo 13:27: BTE13_711_MT_UPDATE_ str_lo :01:35 Tube Corda 2 (size 1/0.9) Tube Acoustic input: BTE13_2cc_MPO str_lo 13:13:18 BTE13_2cc_gain str_lo 12::47 BTE13_2cc_MT_UPDATE_ str_lo 09:59: OSPL Peak 126 (121*) 118 (117*) Hz 122 (8*) 115 (*) Average 118 (114*) 114 (4*) Full-on gain Peak (54*) 51 (49*) Hz (36*) 43 (28*) Average 49 (45*) 45 (34*) Frequency range -90 Hz - Hz Telecoil output ( Hz) 1 ma/m field - ma/m field - SPLITS L/R - 95/95 Total harmonic distortion 0 Hz 0.3 % 0.2 % (Input ) 0 Hz 0.6 % 0.4 % Hz 0.3 % 0.2 % Equivalent input noise level (A) Omni Dir Battery consumption Quiescent 1.2 ma 1.2 ma Typical 1.2 ma 1.2 ma Estimated battery life Typical 2 hours (Size 13, IEC PR48) IRIL (IEC ) GSM/DECT -27/-34 (*) For instruments fitted with Corda 2

10 B T E 1 3 ( V ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL Tube Corda 2 (size 1/0.9) Tube Acoustic input: BTE13_711_MPO str_lo 13:05:14 BTE13_711_gain str_lo 13:23: BTE13_711_MT_UPDATE_ str_lo :03:53 Tube Corda 2 (size 1/0.9) Tube Acoustic input: BTE13_2cc_MPO str_lo 13:04:27 BTE13_2cc_gain str_lo 13:24:57 BTE13_2cc_MT_UPDATE_ str_lo :03:26 OSPL Peak 126 (121*) 118 (117*) Hz 122 (8*) 115 (*) Average 118 (114*) 114 (4*) Full-on gain Peak (54*) 51 (49*) Hz (36*) 43 (28*) Average 49 (45*) 45 (34*) Frequency range - Hz -7 Hz Telecoil output ( Hz) 1 ma/m field - ma/m field - SPLITS L/R - 95/95 Total harmonic distortion 0 Hz 0.3 % 0.2 % (Input ) 0 Hz 0.6 % 0.4 % Hz 0.3 % 0.2 % Equivalent input noise level (A) Omni Dir Battery consumption Quiescent 1.2 ma 1.2 ma Typical 1.2 ma 1.2 ma Estimated battery life Typical 2 hours (Size 13, IEC PR48) IRIL (IEC ) GSM/DECT -27/-34 (*) For instruments fitted with Corda 2 11

11 B T E P O W E R ( X W / W ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL Warning to the instrument dispenser The maximum output capability of the hearing instrument may exceed 132 (IEC 711). Special care should be exercised in selecting and fitting the instrument as there may be risk of impairing the remaining hearing of the hearing instrument user. 1 Acoustic input: BTEP_711_MPO str_lo 13::23 BTEP_711_gain str_lo 14:14:38 BTEP_711_MT str_lo 13:22:24 1 Acoustic input: BTEP_2cc_MPO str_lo 13::56 BTEP_2cc_gain str_lo 14:13:57 BTEP_2cc_MT str_lo 13:21:44 OSPL Peak Hz 128 Average 123 Full-on gain Peak Hz Average Frequency range -90 Hz -00 Hz Telecoil output ( Hz) 1 ma/m field 93 - ma/m field SPLITS L/R - 99/99 Total harmonic distortion 0 Hz 1.4 % 1.0 % (Input ) 0 Hz 0.5 % 0.5 % Hz 0.4 % 0.3 % Equivalent input noise level (A) Omni Dir Battery consumption Quiescent 1.2 ma 1.2 ma Typical 1.2 ma 1.2 ma Estimated battery life Typical 215 hours (Size 13, IEC PR48) IRIL (IEC ) GSM/DECT -28/-34 12

B T E P O W E R ( V ) IEC 118-0 (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC 118-7 (05) and IEC 318-5 (06).

Special care should be exercised in selecting and fitting the instrument as there may be risk of impairing the remaining hearing of the hearing instrument user.

12 B T E P O W E R ( V ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL Warning to the instrument dispenser The maximum output capability of the hearing instrument may exceed 132 (IEC 711). Special care should be exercised in selecting and fitting the instrument as there may be risk of impairing the remaining hearing of the hearing instrument user. 1 Acoustic input: BTEP_711_MPO str_lo 13:09:01 BTEP_711_gain str_lo 14:12:16 BTEP_711_MT str_lo 13:19:56 1 Acoustic input: BTEP_2cc_MPO str_lo 13:08:35 BTEP_2cc_gain str_lo 14:13:06 BTEP_2cc_MT str_lo 13::38 OSPL Peak Hz 128 Average 123 Full-on gain Peak Hz Average Frequency range - Hz -00 Hz Telecoil output ( Hz) 1 ma/m field 93 - ma/m field SPLITS L/R - 99/99 Total harmonic distortion 0 Hz 1.4 % 1.0 % (Input ) 0 Hz 0.5 % 0.5 % Hz 0.4 % 0.3 % Equivalent input noise level (A) Omni Dir Battery consumption Quiescent 1.2 ma 1.2 ma Typical 1.2 ma 1.2 ma Estimated battery life Typical 215 hours (Size 13, IEC PR48) IRIL (IEC ) GSM/DECT -28/-34 13

13 C I C / M I C ( X W / W ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL All measurements are made on instruments with NoWax protection. Omnidirectional mode is used unless XW_W_711_Full_on_gain str_lo 12:31:29 XW_W_711_MPO_ str_lo 12::33 XW_W_2cc_Full_on_GAIN str_lo 13:22:44 XW_W_2cc_MPO_ str_lo 12::49 Acoustic input: XW_W_711_frequency_responce str_lo 12:32:41 Acoustic input: XW_W_2cc_Frequency_responce str_lo 12:33:11 OSPL Peak Hz Average 4 Full-on gain Peak Hz Average Frequency range -90 Hz -80 Hz Telecoil output ( Hz) 1 ma/m field - - ma/m field - - SPLITS - - Total harmonic distortion 0 Hz 0.6 % 0.3 % (Input ) 0 Hz 0.9 % 0.4 % Hz 1.1 % 0.9 % Equivalent input noise level (A) Omni 18 Dir - - Battery consumption Quiescent 0.7 ma 0.7 ma Typical 0.7 ma 0.8 ma Estimated battery life Typical 115 hours (Size, IEC PR) IRIL (IEC ) GSM/DECT -/-17 14

14 C I C / M I C ( V ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL All measurements are made on instruments with NoWax protection. Omnidirectional mode is used unless 711_CIC_Full_on_gain_EPOQ_V str_lo 12::16 711_CIC_OSPL_EPOQ_V str_lo 12:38:59 2cc_CIC_Full_on_gain_EPOQ_V str_lo 12:: 2cc_CIC_OSPL_EPOQ_V str_lo 12:39:24 Acoustic input: 711_CIC_Frequence_responce_EPOQ_V str_lo 12:37:29 Acoustic input: 2cc_CIC_Frequence_responce_EPOQ_V str_lo 12:38:17 OSPL Peak Hz Average 4 Full-on gain Peak Hz Average Frequency range - Hz - Hz Telecoil output ( Hz) 1 ma/m field - - ma/m field - - SPLITS - - Total harmonic distortion 0 Hz 0.6 % 0.3 % (Input ) 0 Hz 0.9 % 0.4 % Hz 1.1 % 0.9 % Equivalent input noise level (A) Omni 18 Dir - - Battery consumption Quiescent 0.7 ma 0.7 ma Typical 0.7 ma 0.8 ma Estimated battery life Typical 115 hours (Size, IEC PR) IRIL (IEC ) GSM/DECT -/-17 15

15 i t c ( X W / W ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL All measurements are made on instruments with NoWax protection. Omnidirectional mode is used unless ITC_711_FOG str_lo 14:28:44 ITC_711_MPO str_lo 14:05:13 ITC_2cc_FOG str_lo 14:16:35 ITC_2cc_MPO str_lo 13:59:35 Acoustic input: ITC_711_MT str_lo 14:37:48 Acoustic input: ITC_2cc_MT str_lo 14:37:18 OSPL Peak Hz Average Full-on gain Peak Hz Average Frequency range -90 Hz -80 Hz Telecoil output ( Hz) 1 ma/m field 74 - ma/m field 94 - SPLITS L/R - 87/87 Total harmonic distortion 0 Hz 0.8 % 0.6 % (Input ) 0 Hz 1.0 % 0.6 % Hz 1.0 % 0.6 % Equivalent input noise level (A) Omni Dir Battery consumption Quiescent 1.1 ma 1.1 ma Typical 1.2 ma 1.2 ma Estimated battery life Typical 117 hours IRIL (IEC ) GSM/DECT -38/-17 16

16 i t c ( V ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL All measurements are made on instruments with NoWax protection. Omnidirectional mode is used unless ITC gain str_lo 13:57:44 ITC OSPL str_lo 13:42:05 ITC gain 2cc str_lo 13:57:17 ITC OSPL 2cc str_lo 13:41:34 Acoustic input: ITC MT Resp str_lo 13::09 Acoustic input: ITC MT Resp 2cc str_lo 15:51:04 OSPL Peak Hz Average Full-on gain Peak Hz Average Frequency range - Hz - Hz Telecoil output ( Hz) 1 ma/m field 74 - ma/m field 94 - SPLITS L/R - 87/87 Total harmonic distortion 0 Hz 0.8 % 0.6 % (Input ) 0 Hz 1.0 % 0.6 % Hz 1.0 % 0.6 % Equivalent input noise level (A) Omni Dir Battery consumption Quiescent 1.1 ma 1.1 ma Typical 1.2 ma 1.2 ma Estimated battery life Typical 117 hours IRIL (IEC ) GSM/DECT -38/-17 17

17 I T E ( X W / W ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL All measurements are made on instruments with NoWax protection. Omnidirectional mode is used unless ITE_711_FOG str_lo 14::47 ITE_711_MPO str_lo 14:11:18 ITE_2cc_FOG str_lo 14::19 ITE_2cc_MPO str_lo 14::35 Acoustic input: ITE_711_MT str_lo 14:39:11 Acoustic input: ITE_2cc_MT str_lo 14:38:41 OSPL Peak Hz Average Full-on gain Peak Hz 48 Average Frequency range -90 Hz -80 Hz Telecoil output ( Hz) 1 ma/m field 79 - ma/m field 99 - SPLITS L/R - 87/87 Total harmonic distortion 0 Hz 0.7 % 0.5 % (Input ) 0 Hz 0.8 % 0.4 % Hz 0.7 % 0.4 % Equivalent input noise level (A) Omni 17 Dir Battery consumption Quiescent 1.1 ma 1.1 ma Typical 1.2 ma 1.3 ma Estimated battery life Typical 117 hours IRIL (IEC ) GSM/DECT -43/-21 18

18 I T E ( V ) IEC (1983) and 711 (1981) and DIN 455. OSPL ANSI S3.22 (03) and S3.7 (1995), IEC (05) and IEC (06). OSPL All measurements are made on instruments with NoWax protection. Omnidirectional mode is used unless ITE gain str_lo 13:58:57 ITE OSPL str_lo 13:43:01 ITE gain 2cc str_lo 13:58:18 ITE OSPL 2cc str_lo 13:42:38 Acoustic input: ITE MT Resp str_lo 15:52:26 Acoustic input: ITE MT Resp 2cc str_lo 13:51:03 OSPL Peak Hz Average Full-on gain Peak Hz 48 Average Frequency range - Hz - Hz Telecoil output ( Hz) 1 ma/m field 79 - ma/m field 99 - SPLITS L/R - 87/87 Total harmonic distortion 0 Hz 0.7 % 0.5 % (Input ) 0 Hz 0.8 % 0.4 % Hz 0.7 % 0.4 % Equivalent input noise level (A) Omni 17 Dir Battery consumption Quiescent 1.1 ma 1.1 ma Typical 1.2 ma 1.3 ma Estimated battery life Typical 117 hours IRIL (IEC ) GSM/DECT -43/-21 19

19 / People First We believe that it takes more than technology and audiology to create the best hearing instruments. That s why we put the individual needs and wishes of people with hearing loss first in our development of new hearing care solutions.

Product information PRIO 112 BTE VC PRIO 105 BTE DM VC PRIO 105 BTE DM. Hearing Instruments Functions: Personalization Functions:

Product information PRIO 112 BTE VC PRIO 5 BTE DM VC PRIO 5 BTE DM PRIO hearing instruments deliver the most advanced automatic performance in the entry-level category. PRIO delivers a unique, individualized