PRODUCT INFORMATION OTICON RIA2 PRO OTICON RIA2

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2 PRODUCT INFORMATION Oticon Ria2 is built on the Inium Sense platform. Ria2 audiology provides its users with essential listening performance and can be adjusted to the individual's listening preferences. Ria2 has dedicated programs to support difficult listening situations. The Ria2 family styles range from compact in-the-ear styles to a broad palette of behind-the-ear styles. The style range includes the new smaller nonwireless IIC & CIC 75 V2 which fits even more users due to its smaller size. FITTING RANGE HL k YouMatic Essential YouMatic is a personal automatic system programmed to the client s individual needs and sound preferences. YouMatic Essential makes it easy to adjust the instrument s reaction and response performance to better match clients preferences in terms of comfort, support and clarity in sound. Free Focus Essential Free Focus Essential switches seamlessly between two modes Optimised and Split directionality with the possibility to manually switch to Full directionality in very difficult listening situations. Optimised omni is a mode of directionality specifically developed to improve speech understanding by mimicking the natural front focus of the pinna to provide the desired access to the speech signal. Inium Sense feedback shield Inium Sense feedback shield is an effective feedback protection system implemented on the Inium Sense platform. Inium Sense feedback shield is a hybrid system combining two anti-feedback principles to both prevent and suppress feedback without superimposing artefacts onto the signal quality or sacrificing audibility. Based on the environment, the system deploys the best combination of real-time phase inversion and frequency shift to deliver great sound quality at all times. Family Features Binaural Synchronisation Binaural PB Coordination YouMatic Essential Fitting Bandwidth 8 khz Inium Sense feedback shield Free Focus Essential Memory T-coil AutoPhone Program Modulation Based Singleband ectionality NAL-NL1, NAL-NL2 and DSL v5.a m[i/o] Flexible minifit receiver system ConnectLine and Remote Control DAI input and FM option In-situ audiometry (Genie) IP68 water & dust resistant certified (all custom instruments) IP58 water resistant certified (all behind the ear instruments)

3 PRODUCT OVERVIEW RITE STYLES BTE STYLES 8 - HL k - HL k - Custom mould OSPL (peak) (peak) HL k - HL k - HL k Mould Bass & Power dome Corda minifit - HL k - HL k - HL k - HL k Open dome Ear simulator cc coupler Ear simulator cc coupler Battery size minibte BTE13 BTE13 5 designrite minirite RITE Fitting levels Battery life (h)* Wireless ectional Program control Volume control Telecoil AutoPhone ConnectLine/Remote Control compatible Cable #3 directly Programming shoe Cable #3 directly FM compatible Optional programming interface, cable #3 Cable #3 directly FlexConnect Programming shoe Ria2 Pro only Default Option * Real usage battery life is shown as an estimated interval based on measurements with variable amplification settings and variable input levels. FITTING LEVELS Custom RITE ACCESSORIES BTE Accessories Type/info Use with Tamper resistant battery drawer Available in 7 colours Available in 8 colours RITE, minibte, BTE13 and BTE13 5 minirite DAI adaptor AP AP BTE13 and RITE BTE13 5 Dedicated FM receiver Amigo R12 BTE13 and RITE FM adaptor FM 9 FM Compatible with Amigo R2 and other universal receivers BTE13 BTE13 5 3

4 PRODUCT OVERVIEW ITE STYLES CONDITIONS Operating conditions Temperature: +1 C to + C Relative humidity: 5% to 93%, non-condensing HL k HL k HL k HL k Storage and transportation conditions Temperature and humidity shall not exceed the below limits for extended periods during transportation and storage. Temperature: Relative humidity: -25 C to + C 5% to 93%, non-condensing OSPL (peak) Ear simulator cc coupler (peak) Ear simulator cc coupler IIC CIC ITC ITE - Half Shell ITE - Full Shell Oticon Ria2 instruments are programmed using the Genie 15.2 fitting software or higher compatible with NOAH 3 or higher. Wireless fitting - FittingLINK FittingLINK provides a wireless link (Bluetooth) between the PC and one or two wireless enabled hearing instruments. In addition FittingLINK can be used via a USB cable connected to the PC. Cabled fitting Use programming cable #3. GENERAL FITTING Battery size Fitting levels Battery life (h) Wireless ectional Program control 2 Volume control 2 Telecoil AutoPhone ConnectLine / Remote Control compatible FM compatible Optional programming interface, cable #3 Programming Adaptor Mini 3 FlexConnect Mini 4 FlexConnect Mini FlexConnect Mini IIC is only available as Ria2 Pro 75 RITE & BTE STYLES Chroma Beige ADDITIONAL COLOURS minirite 94 Terracotta 93 Chestnut Brown designrite COLOUR SELECTION 44 Silver 91 Silver Grey 92 Steel Grey 63 Diamond Black Default Option ITE STYLES 47 Cool Blue 99 Pale Lime 95 Vivid Lilac 66 Mother of Pearl 73 Carbernet Red 68 Midnight Blue 69 Sunset Orange 1) Real usage battery life is shown as an estimated interval based on measurements with variable amplification settings and variable input levels. Wax protection Sound output, non-wireless IIC and CIC 3 ProWax minifit Sound output, wireless and non-wireless instruments 4 ProWax Microphone inlet, battery instruments T-Cap CUSTOM STYLES 1 Beige 2 Light Brown 3 Medium Brown 4 Dark Brown 5 Black IIC & CIC only 2) Option only available for CIC 3) Non-wireless IIC & CIC V2 75 instruments from November 16 4) Wireless instruments and non-wireless from before November 16 Microphone inlet, 312 and 13 battery instruments Instruments with 312 battery may be produced with horizontal battery drawer depending on ear geometry. Oticon optimises fitting level and venting by default according to hearing loss, requested instrument style and ear geometry. O-Cap POWER FLEX MOULDS 1 Beige 2 Light Brown 3 Medium Brown 4 Dark Brown 5 Black 6 Transparent 4 5

5 PRODUCT OVERVIEW minirite & RITE BTE STYLES Features Oticon Ria2 Pro Oticon Ria2 Receiver unit Must use minifit receivers. Select between three receiver types with different output performance, labelled according to fitting capabilities:, 85 and. Sound hook Interchangeable standard and child hook, both damped and undamped, for BTE13 5. Interchangeable standard and child hook for BTE13 85 and BTE13. Fitting formulas NAL, DSL NAL, DSL Binaural Synchronisation (automatics) Yes No Binaural Coordination (PB operations) Yes Yes YouMatic Essential Essential Power Flex mould Receiver wire Receiver connector to instrument, 85 lengths 5 lengths 1 5 Select between two Power Flex moulds, and 5, with different output performance Separate wires connect Power Flex moulds to the instruments, available in lengths 1 5. Type C1 (marked on packaging). ProWax minifit minifit receivers, 85 and. ProWax Power Flex mould Micro mould LiteTip Damper Thin tubes ProWax Interchangeable standard and child hook for minibte 85. Damping plug available for BTE13 85 and minibte 85. Optional for BTE13. Corda minifit (.9 mm tube) for minibte 85 and BTE Corda minifit Power (1.3 mm tube) for BTE13 and BTE13 5. Thin tubes are available in lengths Style specific adapters must be used when connecting thin tubes. Micro mould LiteTip Personal Profiles 3 3 Fitting Bandwidth* 8 khz 8 khz Inium Sense feedback shield Yes Yes Free Focus Essential Essential Automatics Dual mode Dual mode Special Purpose programs (music, lecture etc.) Yes Yes Fitting Bands 6 4 Frequency channels * Bandwidth accessible for gain adjustments during fitting NOTE: designrite and IIC are only available in Ria2 Pro designrite RITE & BTE STYLES Receiver unit Must use minifit receiver available in lengths 1-5. Ear pieces All minifit receivers and Corda minifit tubes must use minifit ear pieces. Receiver connector to instruments Type C3 (marked on packaging). ProWax minifit minifit receiver ProWax Only available in Ria2 Pro Micro mould LiteTip minifit domes Type Open dome Power dome Bass dome, single vent Bass dome, double vent Grip Tip, no vent Grip Tip, large vent LiteTip and micro mould (requires taking an impression). Sizes 6, 8, mm 6, 8,, 12 mm 6, 8,, 12 mm 6, 8,, 12 mm S & L S & L 6 7

6 CUSTOM 75 (IIC ONLY) CUSTOM 75 IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). OSPL OSPL OSPL OSPL IIC Non-wireless. All measurements are made on instruments with ProWax receiver and T-Cap microphone protection. Nera Ria_Pro_IIC_FOG_711_S kbn_tjn 16:29:51 P84_Intiga i_8_711_ospl str_lo 13:25:13 P84_Intiga i_8_2cc_fog str_lo 11:1:35 P84_Intiga i_8_2cc_ospl str_lo 13:24:55 All measurements are made on instruments with ProWax and T-Cap or O-Cap protection. directional mode is used unless otherwise stated. Nera ITC75_FOG_ str_lo 15:14:22 Nera ITC75_MPO_ str_lo 15:15:41 Nera ITC75_FOG_2cc str_lo 15:13:11 Nera ITC75_MPO_2cc str_lo 15:15:18 Nera Ria_Pro_IIC_Freqdb_711_S kbn_tjn 16:31:18 P84_Intiga i_8_2cc_fresp str_lo 11:4:22 Acoustic input: Nera ITC75_MT_ str_lo 15:17:38 Acoustic input: Nera ITC75_MT_2cc str_lo 15:16:45 OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz -7 Hz <2 % 2. % ma.7 ma.7 ma.7 ma OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz -7 Hz /82 2. % <2 % 2. % <2 % 3. % 2. % Size: (IEC PR) IRIL (IEC ) * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment Note: For custom instruments, the maximum gain is customised for optimal size and performance. 135 // MHz: 16/16/<9 Size: (IEC PR) / 312 (IEC PR41) / 13 (IEC PR48) IRIL (IEC ) IRIL (IEC ) for IIC and CIC * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment Note: For custom instruments, the maximum gain is customised for optimal size and performance /1/2 // MHz: 28/44/37 // MHz: 17/33/26

7 CUSTOM 85 CUSTOM IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). OSPL OSPL OSPL OSPL 1 1 All measurements are made on instruments with ProWax and T-Cap or O-Cap protection. directional mode is used unless otherwise stated. Nera ITC85_FOG_ str_lo 15::34 Nera ITC85_MPO_ str_lo 15:22:36 Nera ITC85_FOG_2cc str_lo 15:19:41 Nera ITC85_MPO_2cc str_lo 15:22: All measurements are made on instruments with ProWax and O-Cap protection. directional mode is used unless otherwise stated. Nera ITC_FOG_ str_lo 15:26:14 Nera ITC_MPO_ str_lo 15:27:34 Nera ITC_FOG_2cc str_lo 15:25: Nera ITC_MPO_2cc str_lo 15:27: Acoustic input: Nera ITC85_MT_ str_lo 15:23:59 Acoustic input: Nera ITC85_MT_2cc str_lo 15:23:28 Acoustic input: Nera ITC_MT_ str_lo 15:28:49 Acoustic input: Nera ITC_MT_2cc str_lo 15:28:19 OSPL Telecoil output () 1 ma/m field ma/m field SPLITS L / R Hz (Input ) Hz Hz - Hz / 2. % <2 % 2. % <2 % 3. % 2. % OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz -69 Hz /93 3. % 2. % Size: (IEC PR) / 312 (IEC PR41) / 13 (IEC PR48) IRIL (IEC ) IRIL (IEC ) for IIC and CIC 125/1/2 // MHz: 21/39/<14 // MHz: </26/29 * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment Size: 312 (IEC PR41) / 13 (IEC PR48) IRIL (IEC ) * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment Note: For custom instruments, the maximum gain is customised for optimal size and performance. Note: For custom instruments, the maximum gain is customised for optimal size and performance. 11 1/2 // MHz: 26/55/41

8 CUSTOM designrite IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). OSPL OSPL OSPL OSPL All measurements are made on instruments with ProWax and O-Cap protection. directional mode is used unless 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: Nera_Ria_ITE_MPO kbn_tjn 13:33:27 Nera_Ria_ITE FOG_ kbn_tjn 14:8: Nera_Ria_ITE_MT_ kbn_tjn 13:36:32 1 Acoustic input: Nera_Ria_ITE _MPO_2cc kbn_tjn 13:34:15 Nera_Ria_ITE FOG_2cc kbn_tjn 13:21:47 Nera_Ria_ITE _MT 2cc kbn_tjn 13:37:16 directional mode is used unless 8 Nera Frequency response kbn_tjn 9:39:2 Nera FOG kbn_tjn 13:19:29 Nera MPO kbn_tjn 13:21:34 Nera Frequency response 2cc kbn_tjn 9:39:25 Nera FOG 2cc kbn_tjn 13::21 Nera MPO 2cc kbn_tjn 13:22:8 OSPL Telecoil output () 1 ma/m field ma/m field SPLITS L / R Hz (Input ) Hz Hz Hz /5 2. % <2 % ma.9 ma.9 ma.9 ma OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz - Hz ma 1.3 ma Size: 312 (IEC PR41) / 13 (IEC PR48) IRIL (IEC ) 155/2 // MHz: 15/45/28 * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment Note: For custom instruments, the maximum gain is customised for optimal size and performance. Size: (IEC PR) IRIL (IEC ) // MHz: <17 * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment 12 13

9 minirite minirite 85 IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). OSPL OSPL OSPL OSPL directional mode is used unless Nera_mRiteS_FOG_ str_lo 16:4:4 Nera_mRiteS_MPO_ str_lo 16:5:49 Nera_mRiteS_FOG_2cc str_lo 16:3:35 Nera_mRiteS_MPO_2cc str_lo 16:5:13 directional mode is used unless Nera_mRiteM_FOG_ str_lo 15:53:39 Nera_mRiteM_MPO_ str_lo 15:54:47 Nera_mRiteM_FOG_2cc str_lo 15:53:15 Nera_mRiteM_MPO_2cc str_lo 15:54:26 Nera_mRiteS_RTG_ str_lo 16:7:29 Nera_mRiteS_RTG_2cc str_lo 16:7:5 Nera_mRiteM_RTG_ str_lo 15:57:11 Nera_mRiteM_RTG_2cc str_lo 15:56:39 OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz - Hz ma 1.3 ma OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz -7 Hz 2.4 % <2 % ma 1.2 ma IRIL (IEC ) 1 // MHz: 43/26/<18 IRIL (IEC ) 1 // MHz: 45//25 * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment 14 15

10 minirite minirite 5 IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). OSPL OSPL OSPL OSPL directional mode is used unless 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 Nera_mRiteP_RTG_ str_lo 16:1:57 Nera_mRiteP_FOG_ str_lo 15:59: Nera_mRiteP_MPO_ str_lo 16::15 1 Nera_mRiteP_RTG_2cc str_lo 16:1:7 Nera_mRiteP_FOG_2cc str_lo 15:58:28 Nera_mRiteP_MPO_2cc str_lo 15:59:53 directional mode is used unless 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 Nera2 minirite 5 freq resp, kbn_tjn 9:33:8 Nera2 minirite 5 FOG kbn_tjn 13:34:54 Nera2 minirite 5 MPO kbn_tjn 9:31:45 1 Nera2 minirite 5 Freq response 2cc kbn_tjn 9:33:36 Nera2 minirite 5 FOG 2cc kbn_tjn 13:35:25 Nera 2 minirite 5 MPO 2cc kbn_tjn 9:32:12 OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz -7 Hz 2.5 % <2 % ma 1.3 ma OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz - Hz 2.5 % <2 % 2. % <2 % 2. % <2 % ma 1.3 ma IRIL (IEC ) 1 // MHz: 46/28/23 IRIL (IEC ) 1 // MHz: 39/28/24 * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment 16 17

11 RITE RITE 85 IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). OSPL OSPL OSPL OSPL directional mode is used unless Nera_mRiteS_FOG_ str_lo 16:4:4 Nera_mRiteS_MPO_ str_lo 16:5:49 Nera_mRiteS_FOG_2cc str_lo 16:3:35 Nera_mRiteS_MPO_2cc str_lo 16:5:13 directional mode is used unless Nera_mRiteM_FOG_ str_lo 15:53:39 Nera_mRiteM_MPO_ str_lo 15:54:47 Nera_mRiteM_FOG_2cc str_lo 15:53:15 Nera_mRiteM_MPO_2cc str_lo 15:54:26 Acoustic input: Nera_RiteS_MT_ str_lo 16:13:52 Acoustic input: Nera_RiteS_MT_2cc str_lo 16:13:19 Acoustic input: Nera_RiteM_MT_ str_lo 16::25 Acoustic input: Nera_RiteM_MT_2cc str_lo 16:9:52 OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz - Hz / ma 1.3 ma OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz -7 Hz / % <2 % ma 1.2 ma IRIL (IEC ) 1 // MHz: 27/46/51 IRIL (IEC ) 1 // MHz: 19/41/36 * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment 18 19

12 RITE RITE 5 IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). OSPL OSPL OSPL OSPL directional mode is used unless 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. Acoustic input: Nera_mRiteP_MPO_ str_lo 16::15 Nera_mRiteP_FOG_ str_lo 15:59: Nera_RiteP_MT_ str_lo 16:12:11 Acoustic input: Nera_mRiteP_MPO_2cc str_lo 15:59:53 Nera_mRiteP_FOG_2cc str_lo 15:58:28 Nera_RiteP_MT_2cc str_lo 16:11:39 directional mode is used unless 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. Acoustic input: Nera2 RITE 5 MPO kbn_tjn 9:41:51 Nera2 Rite 5 FOG kbn_tjn 13:37:46 Nera2 RITE 5 MT kbn_tjn 13::16 Acoustic input: Nera2 RITE 5 MPO 2cc kbn_tjn 9:42:13 Nera 2 RITE 5 FOG 2cc kbn_tjn 13:38:8 Nera2 RITE 5 MT 2cc kbn_tjn 13::52 OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz -7 Hz /1 2.5 % <2 % ma 1.3 ma OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz Hz - Hz /9 2.5 % <2 % 2. % <2 % 2. % <2 % ma 1.3 ma IRIL (IEC ) 1 // MHz: <17/49/39 IRIL (IEC ) 1 // MHz: 33/51/51 * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment * Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment 21

13 minibte 85 BTE13 85 IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). OSPL OSPL OSPL OSPL directional mode is used unless 1 Standard tube Thin tube (size 1/.9) Nera_mBTE_711_MPO_update_ str_lo 15:44:48 Nera_mBTE_711_gain_update_ str_lo 15:47: 1 Standard tube Thin tube (size 1/.9) Nera_mBTE_2cc_MPO_update_ str_lo 15:45:27 Nera_mBTE_2cc_gain_update_ str_lo 15:47:45 directional mode is used unless Standard tube Thin tube (size 1/.9) Nera_BTE13_MPO_ str_lo 15:26:14 Nera_BTE13_gain_ str_lo 15:24:21 Standard tube Thin tube (size 1/.9) Nera_BTE13_MPO_2cc str_lo 15:22:49 Nera_BTE13_gain_2cc str_lo 15:23:53 Std. tube Std. tube Std. tube Std. tube Nera_711_frq_response str_lo 15:42:51 Nera_2cc_frq_response str_lo 15:42:24 Acoustic input: Nera_BTE13_MT_ str_lo 15:29:49 Acoustic input: Nera_BTE13_MT_2cc str_lo 15:28:48 OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz 131 (122*) 121 (117*) 126 (114*) (5*) 119 (116*) 118 (9*) 62 (61*) 53 (57*) (39*) 44 (*) (52*) 46 (*) Hz -6 Hz ma 1.2 ma OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz 126 (126*) 117 (123*) 121 (8*) 114 (*) 116 (116*) 113 (6*) 61 (63*) 51 (59*) (36*) 43 (28*) 49 (52*) 44 (41*) Hz - Hz / ma 1.1 ma 1.1 ma 1.1 ma * IRIL (IEC ) * For instruments fitted with Corda minifit ** Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment 1 // MHz: <18/24/36 * Size 13 (IEC PR48) IRIL (IEC ) * For instruments fitted with Corda minifit ** Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment // MHz: 24/48/45

14 BTE13 BTE13 5 IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). IEC 118- (1983) and 711 (1981) and DIN 455. ANSI S3.22 (3) and S3.7 (1995), IEC (5) and IEC (6). OSPL OSPL OSPL OSPL directional mode is used unless 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 Std. tube Standard tube Thin tube (size 1/1.3) Acoustic input: Nera_BTE13P_MPO_ str_lo 15:32:34 Nera_BTEP_gain_updateCorda_ str_lo 15:36:39 Nera_BTE13P_MT_ str_lo 15:34:9 1 Std. tube Standard tube Thin tube (size 1/1.3) Acoustic input: Nera_BTE13P_MPO_2cc str_lo 15:31:55 Nera_BTEP_gain_updateCorda_2cc str_lo 15:35:54 Nera_BTE13P_MT_2cc str_lo 15:34:48 directional mode is used unless 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 Standard tube Thin tube (size 1/1.3) Std. tube Acoustic input: Nera2Ria2 BTE13PP OSPL taje :2:45 Nera2Ria2 BTE13PP FOG taje :4:34 Nera2Ria2 BTE13PP MT taje :6:23 1 Std. tube Standard tube Thin tube (size 1/1.3) Acoustic input: Nera2Ria2 BTE13PP OSPL 2CC taje :3:24 Nera2Ria2 BTE13PP FOG 2CC taje :5:9 Nera2Ria2 BTE13PP MT 2CC taje :6:48 OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz 135 (132*) 126 (128*) 128 (116*) (8*) 122 (121*) (115*) 68 (66*) (62*) (44*) 52 (36*) 57 (56*) 53 (49*) Hz - Hz / ma 1.1 ma 1.1 ma 1.1 ma OSPL Telecoil output () 1 ma/m field ma/m field Hz (Input ) Hz 138 (133*) 133 (131*) 131 (122*) 124 (114*) 128 (126*) 128 (*) 73 (69*) 67 (67*) 66 (57*) 59 (49*) 63 (62*) 63 (55*) Hz -5 Hz /5 5 % 2 % 3 % <2 % ma 1.3 ma 24 * Size 13 (IEC PR48) IRIL (IEC ) * For instruments fitted with Corda minifit Power ** Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment 2 // MHz: 24/48/45 * Size 13 (IEC PR48) IRIL (IEC ) * For instruments fitted with Corda minifit Power ** Based on the standardised battery consumption measurement (IIC 118-.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment 274 // MHz: 36/<16/<16 25

15 NOTES NOTES

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