INIUMWIRELESS
100
-10
2030405060708090
100110120
125 Hz250 500 1k 2k 4k 8k
dB HL
Oticon Ria is built on the new Inium platform and is our best performing hearing solution in the essential category. The audiological features in Ria provide users essential listening performance in several situations and factor in individual listening preferences and patient needs. The Ria family of instruments range from compact in-the-ear styles, including the Invisible-In-the-Canal (IIC) design for users looking for ultimate discretion, and ITE 100 for severe hearing losses, to a broad palette of BTE and RITE styles. RITE instruments use Oticon’s miniFit receivers and the BTE instruments use the new Corda miniFit thin tubes. Both of these use the miniFit soft domes and custom ear pieces.
Ria solutions are appropriate for users with mild to severe-to-profound hearing losses.
YouMatic EssentialYouMatic is a personal automatic systemprogrammed to the patient’s individualneeds and sound preferences.
YouMatic Essential makes it easyto adjust the instrument’s reaction and response performance to better match patients’ preferences for comfort, sup-port and clarity in sound.
Free Focus EssentialFree Focus Essential switches seamlessly between two modes – Optimized Omni and Split directionality – with the possi-bility to manually switch to Full direction-ality in very difficult listening situations.
Optimized Omni is a new mode of direc-tionality 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 feedback shieldInium feedback shield is an effective feedback protection system implemented on the new Oticon Inium platform. Inium feedback shield is a hybrid system combining two anti-feedback principles designed to both prevent and sup-press feedback without superimposing artifacts onto the signal or sacrificing audibility.
Inium feedback shield deploys the best combination of real time phase inversion and frequency shifting to deliver great sound quality at all times.
Family Features ❍ YouMatic Essential ❍ Binaural Synchronization ❍ Binaural PB Coordination ❍ Fitting Bandwidth 8 kHz ❍ Inium feedback shield ❍ Free Focus Essential ❍ Activity Analyzer ❍ T-coil ❍ AutoPhone Program ❍ Modulation-based Noise Management ❍ Single Band Directionality ❍ NAL-NL1, NAL-NL2 and
DSL v5.0a m[i/o] ❍ Flexible miniFit receiver system ❍ ConnectLine enabled ❍ DAI input and FM option ❍ In-situ audiometry (Genie)
PrODuCT INFOrMATIONOTICON RIA pRO
OTICON RIA
F I T T I N G r A N G E
100
-10
2030405060708090
100110120
125 Hz250 500 1k 2k 4k 8k
dB HL
100
-10
2030405060708090
100110120
125 Hz250 500 1k 2k 4k 8k
dB HL
100
-10
2030405060708090
100110120
125 Hz250 500 1k 2k 4k 8k
dB HL
100
-10
2030405060708090
100110120
125 Hz250 500 1k 2k 4k 8k
dB HL
100
-10
2030405060708090
100110120
125 Hz250 500 1k 2k 4k 8k
dB HL
100
-10
2030405060708090
100110120
125 Hz250 500 1k 2k 4k 8k
dB HL
100
-10
2030405060708090
100110120
125 Hz250 500 1k 2k 4k 8k
dB HL
100
-10
2030405060708090
100110120
125 Hz250 500 1k 2k 4k 8k
dB HL
100
-10
2030405060708090
100110120
125 Hz250 500 1k 2k 4k 8k
dB HL
Custom mold Corda miniFitCustom mold Bass & Power dome
Open dome
OSPL90 (peak) Ear simulator 119 dB SPL 126 dB SPL 130 dB SPL 135 dB SPL 2cc coupler 109 dB SPL 117 dB SPL 121 dB SPL 127 dB SPLFull-on gain (peak) Ear simulator 49 dB 59 dB 64 dB 71 dB 2cc coupler 38 dB 50 dB 54 dB 62 dB
C u S T O M S T Y L E S
minirITE rITE miniBTE BTE13312 312 312 13
80-110 80-110 115-140 85-190¢ ¢ ¢ ¢
¢ ¢ ¢ ¢
¢ ¢ ¢ ¢
¢ ¢ ¢ ¢
¢ ¢
¢ ¢ ¢ ¢
¢ ¢ ¢ ¢
¢ ¢
FlexConnect Programming shoe Cable #3 directly Programming shoe
115 dB SPL 127 dB SPL 132 dB SPL 131 dB SPL 126 dB SPL 135 dB SPL105 dB SPL 118 dB SPL 124 dB SPL 121 dB SPL 117 dB SPL 126 dB SPL
46 dB 65 dB 66 dB 62 dB 61 dB 68 dB35 dB 55 dB 57 dB 53 dB 51 dB 60 dB
Battery size 10 312 13
Fitting levels Battery life (h)* 100 75-135 140-250Wireless � �
Directional � ¢
Program control � � �
Volume control � �
Telecoil � �
AutoPhone � �
Connectline compatible � �
FM compatibleProgramming interface, cable #3 FlexConnect Mini FlexConnect Mini FlexConnect Mini
CICIIC
ITCITE - Half Shell
ITE - Full Shell
pRODUCT OVERVIEW
Wax protection receiver in all instruments ProWaxMicrophone in 10 battery instruments. T-CapMicrophone in 312 and 13 battery instruments. O-Cap
Instruments with 312 battery may be produced with horizontal battery drawer depending on ear geometry. Four receiver sizes are available for custom products corresponding to fitting levels. The receiver is selected at Oticon based on the audiogram. Power options are indicated on the order form.
¢ Default� Option
* real usage battery life is shown as an estimated interval based on measurements with variable amplification settings and variable input levels.
C u S T O M S T Y L E S
Tamper resistant battery drawer
Available in 7 colors for all BTE and rITE styles.
DAI adaptor AP900 (available for BTE13 and rITE styles).Dedicated FM receiver
Amigo r12 (available for BTE13 and rITE styles).
FM adaptor FM 9 (available for BTE13 styles)Compatible with Amigo r1, r2 and other universal receivers (not recommended for instruments using 312 batteries).
G E N E r A L I N F O B T E / r I T E S T Y L E S
r I T E S T Y L E S B T E S T Y L E S
2 3
F I T T I N G L E V E L SrITE BTECustom
70 dB
90 dB
110 dB
C O L O r S E L E C T I O N
r I T E & B T E S T Y L E S
C u S T O M S T Y L E S
06 Clear
P O W E r r E C E I V E r M O L D
pRODUCT OVERVIEW
MODEL FEATURES Oticon Ria Pro Oticon RiaFitting formulas NAL, DSL NAL, DSLYouMatic Essential EssentialBinaural Synchronization (automatics) Yes NoBinaural Coordination (PB operations) Yes Yes Fitting Bandwidth* 8 kHz 8 kHzFree Focus Essential EssentialInium feedback shield Yes YesFitting Bands 6 4* Bandwidth accessible for gain adjustments during fitting
04Dark Brown
03Medium Brown
01Pink
02Tan
63Diamond Black
05Black
93Chestnut Brown
94Terracotta
90Chroma Beige
44Silver
91Silver Grey
92Steel Grey
(IIC faceplate only)
Ear Pieces Must use miniFit ear pieces. Open domes in size 6, 8 and 10 mm. Bass domes, single vent in size 6, 8, 10 and 12 mm.Bass domes, double vent in size 6, 8, 10 and 12 mm.Power domes in size 6, 8, 10 and 12 mm. Custom ear pieces are available as LiteTip and Micro Mold (requires taking an impression).
Wax protection ‘ProWax miniFit’ in all miniFit receivers. ‘ProWax’ in Power receiver Mold, LiteTip and Micro Mold.
receiver unit
Must use miniFit receivers.Select between three receiver types with different output performance, labeled according to fitting capabilities: 60, 85 and 100. 60 and 85 available in lengths from size 0–5.100 available in lengths from size 1–5.
receiver wire Separate wires connect Power receiver molds (100) to rITE instruments, available in lengths from size 1–5.
receiver connector to instrument
Type C1 (marked on packaging).
Oticon ria instruments are programmed using the Genie 2014.1 fitting software or higher compatible with NOAH 3 or higher. They can be programmed using either programming cables #3 or wirelessly using nEArcom (TM#1).
Wireless fitting - nEARcomnEArcom provides a wireless 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 (not availble for non-wireless products; consult order form for options).
G E N E r A L F I T T I N G
r I T E S T Y L E S
Sound hook Interchangeable standard and child hookDamper Damping plug available for BTE13 85Thin tubes Corda miniFit (0.9 mm tubes) for miniBTE 85
and BTE13 85. Corda miniFit Power (1.3 mm tubes) for BTE13 100. Thin tubes are available in lengths from size -1 to 4. Style specific adapters must be used when connecting thin tubes.
Ear pieces Must use miniFit ear pieces for Corda miniFit. Open domes in size 6, 8 and 10 mm.Bass domes, single vent in size 6, 8, 10 and 12 mm.Bass domes, double vent in size 6, 8, 10 and 12 mm.Power domes in size 6, 8, 10 and 12 mm.Custom ear pieces are available as a Corda Mold (requires taking an impression).
Wax Protection ‘ProWax’ for Corda Mold.
B T E S T Y L E S
4 5
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
S_M
PO_7
11 −
13−
03−2
013
− s
tr_l
o −
16:
05:4
9
10
20
30
40
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
S_FO
G_7
11 −
13−
03−2
013
− s
tr_l
o −
16:
04:0
4
60
70
80
90
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
S_R
TG_7
11 −
13−
03−2
013
− s
tr_l
o −
16:
07:2
9
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
S_M
PO_2
cc −
13−
03−2
013
− s
tr_l
o −
16:
05:1
3
10
20
30
40
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
S_FO
G_2
cc −
13−
03−2
013
− s
tr_l
o −
16:
03:3
5
60
70
80
90
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
S_R
TG_2
cc −
13−
03−2
013
− s
tr_l
o −
16:
07:0
5
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
M_M
PO_7
11 −
13−
03−2
013
− s
tr_l
o −
15:
54:4
7
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
M_F
OG
_711
− 1
3−03
−201
3 −
str
_lo
− 1
5:53
:39
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
M_M
PO_2
cc −
13−
03−2
013
− s
tr_l
o −
15:
54:2
6
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
M_F
OG
_2cc
− 1
3−03
−201
3 −
str
_lo
− 1
5:53
:15
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
M_R
TG_7
11 −
13−
03−2
013
− s
tr_l
o −
15:
57:1
1
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
M_R
TG_2
cc −
13−
03−2
013
− s
tr_l
o −
15:
56:3
9
115 dB SPL 105 dB SPL110 dB SPL 101 dB SPL108 dB SPL 103 dB SPL
46 dB 35 dB37 dB 29 dB34 dB 30 dB30 dB 26 dB
100-7200 Hz 100-7000 Hz- -- -- -
<2 % <2 %<2 % <2 %<2 % <2 %
21 dB SPL 16 dB SPL29 dB SPL 24 dB SPL
1.0 mA 1.0 mA1.1 mA 1.3 mA
130
800/1400/2000 MHz: 43/26/<18 dB SPL
127 dB SPL 118 dB SPL123 dB SPL 114 dB SPL119 dB SPL 114 dB SPL
65 dB 55 dB51 dB 43 dB52 dB 47 dB44 dB 38 dB
100-7500 Hz 100-7200 Hz- -- -- -
<2 % <2 %2.4 % <2 %<2 % <2 %
25 dB SPL 18 dB SPL33 dB SPL 25 dB SPL
1.0 mA 1.0 mA1.1 mA 1.2 mA
130
800/1400/2000 MHz: 45/30/25 dB SPL
miniRITE 85OTICON rIA PrO
OTICON rIA
miniRITE 60OTICON rIA PrO
OTICON rIA
OSPL90
Full-on Gain
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
OSPL90
Full-on Gain
Frequency response Frequency response
Technical informationOmnidirectional mode is used unless otherwise stated.
Scale 1:1
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gain Frequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours* Size 312 (IEC Pr41)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment
6
OSPL90
Full-on Gain
OSPL90
Full-on Gain
Frequency response Frequency response
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
Technical informationOmnidirectional mode is used unless otherwise stated.
Scale 1:1
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours* Size 312 (IEC Pr41)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment
7
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
P_M
PO_7
11 −
13−
03−2
013
− s
tr_l
o −
16:
00:1
5
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
P_FO
G_7
11 −
13−
03−2
013
− s
tr_l
o −
15:
59:0
0
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
P_R
TG_7
11 −
13−
03−2
013
− s
tr_l
o −
16:
01:5
7
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
P_M
PO_2
cc −
13−
03−2
013
− s
tr_l
o −
15:
59:5
3
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
P_FO
G_2
cc −
13−
03−2
013
− s
tr_l
o −
15:
58:2
8
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
P_R
TG_2
cc −
13−
03−2
013
− s
tr_l
o −
16:
01:0
7
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
S_M
PO_7
11 −
13−
03−2
013
− s
tr_l
o −
16:
05:4
9
10
20
30
40
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
S_FO
G_7
11 −
13−
03−2
013
− s
tr_l
o −
16:
04:0
4
60
70
80
90
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
iteS_
MT_
711
− 1
3−03
−201
3 −
str
_lo
− 1
6:13
:52
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
S_M
PO_2
cc −
13−
03−2
013
− s
tr_l
o −
16:
05:1
3
10
20
30
40
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
S_FO
G_2
cc −
13−
03−2
013
− s
tr_l
o −
16:
03:3
5
60
70
80
90
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
iteS_
MT_
2cc
− 1
3−03
−201
3 −
str
_lo
− 1
6:13
:19
132 dB SPL 124 dB SPL131 dB SPL 124 dB SPL126 dB SPL 121 dB SPL
66 dB 57 dB56 dB 49 dB58 dB 52 dB50 dB 44 dB
100-7500 Hz 100-7200 Hz- -- -- -
2.5 % <2 %<2 % <2 %<2 % <2 %
22 dB SPL 16 dB SPL30 dB SPL 25 dB SPL
1.0 mA 1.0 mA1.1 mA 1.3 mA
130
800/1400/2000 MHz: 46/28/23 dB SPL
115 dB SPL 105 dB SPL110 dB SPL 101 dB SPL108 dB SPL 103 dB SPL
46 dB 35 dB37 dB 29 dB34 dB 30 dB30 dB 26 dB
100-7200 Hz 100-7000 Hz65 dB SPL -85 dB SPL -
- 82/82 dB SPL<2 % <2 %<2 % <2 %<2 % <2 %
21 dB SPL 16 dB SPL29 dB SPL 24 dB SPL
1.0 mA 1.0 mA1.1 mA 1.3 mA
130
800/1400/2000 MHz: 27/46/51 dB SPL
RITE 60OTICON rIA PrO
OTICON rIA
miniRITE 100OTICON rIA PrO
OTICON rIA
OSPL90
Full-on Gain
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
OSPL90
Full-on Gain
Frequency response Frequency response
Technical informationOmnidirectional mode is used unless otherwise stated.
Scale 1:1
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours*Size 312 (IEC Pr41)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment
Warning to the instrument dispenserThe maximum output capability of the hearing instrument may exceed 132 dB SPL (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.
8
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours*Size 312 (IEC Pr41)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment
OSPL90
Full-on Gain
Frequency response
OSPL90
Full-on Gain
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Frequency response
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
Technical informationOmnidirectional mode is used unless otherwise stated.
Scale 1:1
9
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
M_M
PO_7
11 −
13−
03−2
013
− s
tr_l
o −
15:
54:4
7
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
M_F
OG
_711
− 1
3−03
−201
3 −
str
_lo
− 1
5:53
:39
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
iteM
_MT_
711
− 1
3−03
−201
3 −
str
_lo
− 1
6:10
:25
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
M_M
PO_2
cc −
13−
03−2
013
− s
tr_l
o −
15:
54:2
6
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
M_F
OG
_2cc
− 1
3−03
−201
3 −
str
_lo
− 1
5:53
:15
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
iteM
_MT_
2cc
− 1
3−03
−201
3 −
str
_lo
− 1
6:09
:52
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
P_M
PO_7
11 −
13−
03−2
013
− s
tr_l
o −
16:
00:1
5
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
P_FO
G_7
11 −
13−
03−2
013
− s
tr_l
o −
15:
59:0
0
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
iteP_
MT_
711
− 1
3−03
−201
3 −
str
_lo
− 1
6:12
:11
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
P_M
PO_2
cc −
13−
03−2
013
− s
tr_l
o −
15:
59:5
3
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
Rite
P_FO
G_2
cc −
13−
03−2
013
− s
tr_l
o −
15:
58:2
8
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
iteP_
MT_
2cc
− 1
3−03
−201
3 −
str
_lo
− 1
6:11
:39
127 dB SPL 118 dB SPL123 dB SPL 114 dB SPL119 dB SPL 114 dB SPL
65 dB 55 dB51 dB 43 dB52 dB 47 dB44 dB 38 dB
100-7500 Hz 100-7200 Hz79 dB SPL -99 dB SPL -
- 95/95 dB SPL<2 % <2 %2.4 % <2 %<2 % <2 %
25 dB SPL 18 dB SPL33 dB SPL 25 dB SPL
1.0 mA 1.0 mA1.1 mA 1.2 mA
130
800/1400/2000 MHz: 19/41/36 dB SPL
132 dB SPL 124 dB SPL131 dB SPL 124 dB SPL126 dB SPL 121 dB SPL
66 dB 57 dB56 dB 49 dB58 dB 52 dB50 dB 44 dB
100-7500 Hz 100-7200 Hz85 dB SPL -
105 dB SPL -- 101/101 dB SPL
2.5 % <2 %<2 % <2 %<2 % <2 %
22 dB SPL 16 dB SPL30 dB SPL 25 dB SPL
1.0 mA 1.0 mA1.1 mA 1.3 mA
130
800/1400/2000 MHz: <17/49/39 dB SPL
RITE 100OTICON rIA PrO
OTICON rIA
RITE 85OTICON rIA PrO
OTICON rIA
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours*Size 312 (IEC Pr41)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment
OSPL90
Full-on Gain
Frequency response
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
OSPL90
Full-on Gain
Frequency response
Technical informationOmnidirectional mode is used unless otherwise stated.
Scale 1:1
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
10
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours*Size 312 (IEC Pr41)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment
Warning to the instrument dispenserThe maximum output capability of the hearing instrument may exceed 132 dB SPL (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.
OSPL90
Full-on Gain
Frequency response
OSPL90
Full-on Gain
Frequency response
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
Technical informationOmnidirectional mode is used unless otherwise stated.
Scale 1:1
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
11
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
BTE_
711_
MPO
_upd
ate_
01−1
2−11
− 1
3−03
−201
3 −
str
_lo
− 1
5:44
:48
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
BTE_
711_
gain
_upd
ate_
01−1
2−11
− 1
3−03
−201
3 −
str
_lo
− 1
5:47
:00
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
BTE_
2cc_
MPO
_upd
ate_
01−1
2−11
− 1
3−03
−201
3 −
str
_lo
− 1
5:45
:27
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_m
BTE_
2cc_
gain
_upd
ate_
01−1
2−11
− 1
3−03
−201
3 −
str
_lo
− 1
5:47
:45
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_71
1_fr
q_re
spon
se −
13−
03−2
013
− s
tr_l
o −
15:
42:5
1
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_2c
c_fr
q_re
spon
se −
13−
03−2
013
− s
tr_l
o −
15:
42:2
4
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
E13_
MPO
_711
− 1
3−03
−201
3 −
str
_lo
− 1
5:26
:14
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
E13_
gain
_711
− 1
3−03
−201
3 −
str
_lo
− 1
5:24
:21
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
E13_
MPO
_2cc
− 1
3−03
−201
3 −
str
_lo
− 1
5:22
:49
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
E13_
gain
_2cc
− 1
3−03
−201
3 −
str
_lo
− 1
5:23
:53
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
E13_
MT_
711
− 1
3−03
−201
3 −
str
_lo
− 1
5:29
:49
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
E13_
MT_
2cc
− 1
3−03
−201
3 −
str
_lo
− 1
5:28
:48
131 (122*) dB SPL 121 (117*) dB SPL126 (114*) dB SPL 120 (105*) dB SPL119 (116*) dB SPL 118 (109*) dB SPL
62 (61*) dB 53 (57*) dB50 (39*) dB 44 (30*) dB50 (52*) dB 46 (40*) dB
43 dB 41 dB100-7200 Hz 100-6200 Hz
- -- -- -
<2 % <2 %<2 % <2 %<2 % <2 %
22 dB SPL 17 dB SPL29 dB SPL 25 dB SPL
1.0 mA 1.0 mA1.1 mA 1.2 mA
130
800/1400/2000 MHz: <18/24/36 dB SPL
126 (126*) dB SPL 117 (123*) dB SPL121 (108*) dB SPL 114 (100*) dB SPL116 (116*) dB SPL 113 (106*) dB SPL
61 (63*) dB 51 (59*) dB50 (36*) dB 43 (28*) dB49 (52*) dB 44 (41*) dB
43 dB 36 dB100-7200 Hz 100-7000 Hz
79 dB SPL -99 dB SPL -
- 94/94 dB SPL<2 % <2 %<2 % <2 %<2 % <2 %
23 dB SPL 18 dB SPL32 dB SPL 27 dB SPL
1.1 mA 1.1 mA1.1 mA 1.1 mA
240
800/1400/2000 MHz: 24/48/45 dB SPL
BTE13 85OTICON rIA PrO
OTICON rIA
miniBTE 85OTICON rIA PrO
OTICON rIA
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours**Size 312 (IEC Pr41)IrIL (IEC 60118-13-2011)* For instruments fitted with Corda miniFit
** Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment
Std. tube Std. tube
Standard tube Thin tube (size 1/0.9)
Standard tube Thin tube (size 1/0.9)
OSPL90
Full-on Gain
Frequency response
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
OSPL90
Full-on Gain
Frequency response
Technical informationOmnidirectional mode is used unless otherwise stated.
Scale 1:1
12
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours**Size 13 (IEC Pr48)IrIL (IEC 60118-13-2011)* For instruments fitted with Corda miniFit
** Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment
Std. tube Std. tube
Standard tube Thin tube (size 1/0.9)
Standard tube Thin tube (size 1/0.9)
OSPL90
Full-on Gain
Frequency response
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
OSPL90
Full-on Gain
Frequency response
Technical informationOmnidirectional mode is used unless otherwise stated.
Scale 1:1
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
13
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
E13P
_MPO
_711
− 1
3−03
−201
3 −
str
_lo
− 1
5:32
:34
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
EP_g
ain_
upda
teCo
rda_
711
− 1
3−03
−201
3 −
str
_lo
− 1
5:36
:39
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
E13P
_MPO
_2cc
− 1
3−03
−201
3 −
str
_lo
− 1
5:31
:55
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
EP_g
ain_
upda
teCo
rda_
2cc
− 1
3−03
−201
3 −
str
_lo
− 1
5:35
:54
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
E13P
_MT_
711
− 1
3−03
−201
3 −
str
_lo
− 1
5:34
:09
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_BT
E13P
_MT_
2cc
− 1
3−03
−201
3 −
str
_lo
− 1
5:34
:48
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
P084
_Int
iga−
i_8_
711_
OSP
L90
− 2
1−11
−201
1 −
str
_lo
− 1
3:25
:13
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
P084
_Int
iga−
i_8_
2cc_
OSP
L90
− 2
1−11
−201
1 −
str
_lo
− 1
3:24
:55
10
20
30
40
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
P084
_Int
iga−
i_8_
2cc_
FOG
− 0
2−01
−201
2 −
str
_lo
− 1
1:01
:35
70
80
90
100
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
P084
_Int
iga−
i_8_
2cc_
FRES
P −
02−
01−2
012
− s
tr_l
o −
11:
04:2
2
10
20
30
40
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a−R
ia_P
ro_I
IC_F
OG
_711
_S −
14−
10−2
013
− k
bn_t
jn −
16:
29:5
1
70
80
90
100
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a−R
ia_P
ro_I
IC_F
req6
0db_
711_
S −
14−
10−2
013
− k
bn_t
jn −
16:
31:1
8
135 (132*) dB SPL 126 (128*) dB SPL128 (116*) dB SPL 120 (108*) dB SPL122 (121*) dB SPL 120 (115*) dB SPL
68 (66*) dB 60 (62*) dB60 (44*) dB 52 (36*) dB57 (56*) dB 53 (49*) dB
53 dB 43 dB100-7200 Hz 100-6000 Hz
89 dB SPL -109 dB SPL -
- 100/100 dB SPL<2 % <2 %<2 % <2 %<2 % <2 %
19 dB SPL 16 dB SPL29 dB SPL 26 dB SPL
1.1 mA 1.1 mA1.1 mA 1.1 mA
240
800/1400/2000 MHz: 24/48/45 dB SPL
121 dB SPL 109 dB SPL111 dB SPL 103 dB SPL109 dB SPL 103 dB SPL
45 dB 35 dB41 dB 33 dB40 dB 34 dB
- -100-7300 Hz 100-7200 Hz
- -- -- -
<2 % 2 %<2 % <2 %<2 % <2 %
21 dB SPL 18 dB SPL- -
0.7 mA 0.7 mA0.7 mA 0.7 mA
135
800/1400/2000 MHz: 14/19/<10 dB SPL
BTE13 100OTICON rIA PrO
OTICON rIA
CUsTOm 75 (IIC ONly)OTICON rIA PrO
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours**Size 13 (IEC Pr48)IrIL (IEC 60118-13-2011)* For instruments fitted with Corda miniFit Power ** Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environment
Warning to the instrument dispenserThe maximum output capability of the hearing instrument may exceed 132 dB SPL (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.
OSPL90
Full-on Gain
Frequency response
OSPL90
Full-on Gain
Frequency response
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
Technical informationOmnidirectional mode is used unless otherwise stated.
Scale 1:1
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
14
Std. tube Std. tube
Standard tube Thin tube (size 1/1.3)
Standard tube Thin tube (size 1/1.3)
15
Technical informationAll measurements are made on instruments with ProWax receiver and T-Cap microphone protection.
Scale 1:1
OSPL90
Full-on Gain
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
OSPL90
Full-on Gain
Frequency response Frequency response
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours*(Size 10, IEC Pr70)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environmentNote: Custom instruments may be built with a reduced maximum gain to optimize size and performance for the individual.
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C85_
MPO
_711
− 1
5−03
−201
3 −
str
_lo
− 1
5:22
:36
20
30
40
50
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C85_
FOG
_711
− 1
5−03
−201
3 −
str
_lo
− 1
5:20
:34
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C85_
MT_
711
− 1
5−03
−201
3 −
str
_lo
− 1
5:23
:59
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C85_
MPO
_2cc
− 1
5−03
−201
3 −
str
_lo
− 1
5:22
:00
20
30
40
50
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C85_
FOG
_2cc
− 1
5−03
−201
3 −
str
_lo
− 1
5:19
:41
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C85_
MT_
2cc
− 1
5−03
−201
3 −
str
_lo
− 1
5:23
:28
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C75_
MPO
_711
− 1
5−03
−201
3 −
str
_lo
− 1
5:15
:41
10
20
30
40
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C75_
FOG
_711
− 1
5−03
−201
3 −
str
_lo
− 1
5:14
:22
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C75_
MPO
_2cc
− 1
5−03
−201
3 −
str
_lo
− 1
5:15
:18
10
20
30
40
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C75_
FOG
_2cc
− 1
5−03
−201
3 −
str
_lo
− 1
5:13
:11
70
80
90
100
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C75_
MT_
711
− 1
5−03
−201
3 −
str
_lo
− 1
5:17
:38
70
80
90
100
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C75_
MT_
2cc
− 1
5−03
−201
3 −
str
_lo
− 1
5:16
:45
126 dB SPL 117 dB SPL119 dB SPL 111 dB SPL117 dB SPL 113 dB SPL
59 dB 50 dB51 dB 43 dB50 dB 45 dB44 dB 37 dB
100-7260 Hz 100-7050 Hz81 dB SPL -
101 dB SPL -- 90/90 dB SPL
2.0 % <2 %2.0 % <2 %3.0 % 2.0 %
22 dB SPL 19 dB SPL32 dB SPL 29 dB SPL
1.0 mA 1.0 mA1.0 mA 1.0 mA
125/140/260
800/1400/2000 MHz: 21/39/<14 dB SPL
119 dB SPL 109 dB SPL112 dB SPL 104 dB SPL110 dB SPL 105 dB SPL
49 dB 38 dB43 dB 35 dB41 dB 35 dB36 dB 27 dB
100-7200 Hz 100-7100 Hz73 dB SPL -93 dB SPL -
- 82/82 dB SPL2.0 % <2 %2.0 % <2 %3.0 % 2.0 %
22 dB SPL 20 dB SPL31 dB SPL 29 dB SPL
1.0 mA 1.0 mA1.0 mA 1.0 mA
135/140/260
800/1400/2000 MHz: 28/44/37 dB SPL
Technical informationAll measurements are made on instruments with ProWax and T-Cap or O-Cap protection. Omnidirectional mode is used unless other-wise stated.
Scale 1:1
OSPL90
Full-on Gain
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
OSPL90
Full-on Gain
Frequency response Frequency response
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L / rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours*Size: 10 (IEC Pr70) / 312 (IEC Pr41) / 13 (IEC Pr48)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environmentNote: Custom instruments may be built with a reduced maximum gain to optimize size and performance for the individual.
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
16
CUsTOm 85OTICON rIA PrO
OTICON rIA
17
CUsTOm 75OTICON rIA PrO
OTICON rIA
OSPL90
Full-on Gain
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
OSPL90
Full-on Gain
Frequency response Frequency response
Technical informationAll measurements are made on instruments with ProWax and T-Cap or O-Cap protection. Omnidirectional mode is used unless other-wise stated.
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours*Size: 10 (IEC Pr70) / 312 (IEC Pr41) / 13 (IEC Pr48)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environmentNote: Custom instruments may be built with a reduced maximum gain to optimize size and performance for the individual.
Scale 1:1
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C90_
MPO
_711
− 1
5−03
−201
3 −
str
_lo
− 1
5:27
:34
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C90_
FOG
_711
− 1
5−03
−201
3 −
str
_lo
− 1
5:26
:14
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C90_
MPO
_2cc
− 1
5−03
−201
3 −
str
_lo
− 1
5:27
:10
30
40
50
60
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C90_
FOG
_2cc
− 1
5−03
−201
3 −
str
_lo
− 1
5:25
:50
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C90_
MT_
711
− 1
5−03
−201
3 −
str
_lo
− 1
5:28
:49
80
90
100
110
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a IT
C90_
MT_
2cc
− 1
5−03
−201
3 −
str
_lo
− 1
5:28
:19
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
ia_I
TE10
0_M
PO 7
11 −
03−
09−2
013
− k
bn_t
jn −
13:
33:2
7
40
50
60
70
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
ia_I
TE_1
00_F
OG
_711
− 0
4−09
−201
3 −
kbn
_tjn
− 1
4:08
:50
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
ia_I
TE10
0_M
T_71
1 −
03−
09−2
013
− k
bn_t
jn −
13:
36:3
2
100
110
120
130
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
ia_I
TE 1
00_M
PO_2
cc −
03−
09−2
013
− k
bn_t
jn −
13:
34:1
5
40
50
60
70
dB
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
ia_I
TE 1
00 F
OG
_2cc
− 0
3−09
−201
3 −
kbn
_tjn
− 1
3:21
:47
90
100
110
120
dB SPL
100 200 Hz 500 1000 2000 Hz 5000 10000
Ner
a_R
ia_I
TE 1
00_M
T 2c
c −
03−
09−2
013
− k
bn_t
jn −
13:
37:1
6
135 dB SPL 127 dB SPL135 dB SPL 127 dB SPL130 dB SPL 123 dB SPL
71 dB 62 dB67 dB 59 dB65 dB 58 dB60 dB 48 dB
100-7029 Hz 100-6896 Hz95 dB SPL -
115 dB SPL -- 105/105 dB SPL
<2 % <2 %<2 % <2 %2.0 % <2 %
17 dB SPL 15 dB SPL27 dB SPL 26 dB SPL
0.9 mA 0.9 mA0.9 mA 0.9 mA
155/290
800/1400/2000 MHz: 15/45/28 dB SPL
130 dB SPL 121 dB SPL123 dB SPL 115 dB SPL121 dB SPL 116 dB SPL
64 dB 54 dB56 dB 47 dB54 dB 49 dB48 dB 40 dB
100-7180 Hz 100-6980 Hz85 dB SPL -
105 dB SPL -- 93/93 dB SPL
<2 % <2 %<2 % <2 %3.0 % 2.0 %
23 dB SPL 19 dB SPL34 dB SPL 29 dB SPL
1.0 mA 1.0 mA1.0 mA 1.0 mA
140/260
800/1400/2000 MHz: 26/55/41 dB SPL
18
Technical informationAll measurements are made on instrumentswith ProWax and O-Cap protection.Omnidirectional mode is used unless otherwise stated.
Scale 1:1
OSPL90
Full-on Gain
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
OSPL90
Full-on Gain
Frequency response Frequency response
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L / rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours*Size: 312 (IEC Pr41) / 13 (IEC Pr48)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environmentNote: Custom instruments may be built with a reduced maximum gain to optimize size and performance for the individual.
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
CUsTOm 100OTICON rIA PrO
OTICON rIA
19
CUsTOm 90OTICON rIA PrO
OTICON rIA
OSPL90
Full-on Gain
E A r S I M u L A T O rMeasured according to
IEC 60118-0 (1983) and 60711 (1981) and DIN 45605.
2 C C C O u P L E rMeasured according to
ANSI S3.22 (2003) and S3.7 (1995), IEC 60118-7 (2005) and IEC 60318-5 (2006).
OSPL90
Full-on Gain
Frequency response Frequency response
Technical informationAll measurements are made on instruments with ProWax and O-Cap protection. Omnidirectional mode is used unless other-wise stated.
Scale 1:1
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL Magnetic input: 31.6 mA/m
OSPL90 Peak 1600 Hz AverageFull-on gain Peak 1600 Hz Averagereference test gainFrequency range Telecoil output (1600 Hz) 1 mA/m field 10 mA/m field SPLITS L/rTotal harmonic distortion 500 Hz(Input 70 dB SPL) 800 Hz 1600 HzEquivalent input noise level (A) Omni DirBattery consumption Quiescent Typical
Battery life, calculated, hours*Size: 312 (IEC Pr41) / 13 (IEC Pr48)IrIL (IEC 60118-13-2011)* Based on the standardized battery consumption measurement (IIC 60118-0.) The actual battery life depends on battery quality, use pattern, active feature set, hearing loss and sound environmentNote: Custom instruments may be built with a reduced maximum gain to optimize size and performance for the individual.
Warning to the instrument dispenserThe maximum output capability of the hearing instrument may exceed 132 dB SPL (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.
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