GN Hearing A S VE312 Wireless hearing instrument User Manual UserMan Lijang

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User Guide
Behind-The-Ear (BTE) Models:
Thin Tube
Hearing instrument type designations for models included in this user guide are: SY312, FCC ID: X26SY312,
IC: 6941C-SY312; SY312e, FCC ID: X26SY312e, IC: 6941C-SY312e; and MRIE, FCC ID: X26MRIE, IC:
6941C-MRIE. FCC ID: X26VE312; VE312, IC: 6941C-VE312, Lijang. Please see page 6 for list of models
referring to all types.
Intended use
Statement:
List of countries:
This device complies with Part 15 of the FCC Rules and IC rules.
Operation is subject to the following two conditions: (1) this device may not cause harmful inter ference,
and (2) this device must accept any interference received, including interference that may cause undesired
operation.
Note: This equipment has been tested and found to comply with the limits for a Class B digital device,
pursuant to part 15 of the FCC Rules and ICES-003 of the IC rules. These limits are designed to provide
reasonable protection against harmful interference in a residential installation. This equipment generates,
uses and can radiate radio frequency energy and, if not installed and used in accordance with the
instructions, may cause harmful interference to radio communications. However, there is no guarantee
that interference will not occur in a particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be determined by turning the equipment off and
on, the user is encouraged to try to correct the interference by one or more of the following measures: •
Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from the one in which the receiver is
connected.
• Consult the dealer or an experienced radio/TV technician for help.
Generic air-conduction hearing instruments are wearable sound-amplifying devices intended to compensate
for impaired hearing. The fundamental operating principle of hearing instruments is to receive, amplify, and
transfer sound to the ear drum of a hearing impaired person.
Products without wireless functionality are intended for worldwide sales.
Products with wireless functionality are intended for sale in countries within European Economic Area as
well as Switzerland.
The products are in compliance with the following regulatory requirements:
• In EU: the device conforms to the Essential Requirements according to Annex I of Council Directive
93/42/EEC for medical devices (MDD) and essential requirements and other relevant provisions of Directive
1999/5/EC (R&TTE).
• The declaration of conformity may be consulted at www.Interton.com
• In US: FCC CFR 47 Part 15, subpart C.
• In Canada these hearing instruments are certified under the rules of IC •
Other identified applicable international regulatory requirements in countries outside EU and US. Please
refer to local country requirements for these areas.
Changes or modifications can void the user´s authority to operate the equipment.
• Cet appareil numérique de la classe B est conforme à la norme NMB-003 du Canada.
• L’exploitation est autorisée aux deux conditions suivantes: (1) l’appareil ne doit pas produire de
brouillage, et (2) l’utilisateur de l’appareil doit accepter tout brouillage radioélectrique subi, meme si le
brouillage est susceptible d’en compromettre le fonctionnement.
• Japanese Radio Law and Japanese Telecommunications Business Law Compliance.
This device is granted pursuant to the Japanese Radio Law (
) and the Japanese
Telecommunications Business Law (
) This device should not be modified (otherwise
the granted designation number will become invalid)
Hearing instrument model:
Model 60: Battery size 10
Model 61: Battery size 312
Model 62: Battery size 312
Receiver tube length:
Introduction
Congratulations on the purchase of your new hearing instruments. Interton’s innovative sound technology
and design, combined with the customised device programming selected by your hearing care professional, will make hearing a more enjoyable experience. Hearing instruments will enable you to hear sounds
that you may not have heard in years because of your hearing loss. Practice and a positive attitude are
important in learning to use hearing instruments. Your Interton instruments have been adjusted according
to your individual hearing loss and needs. Some people adjust quickly to wearing hearing instruments in
their ears and hearing new sounds; other people may need more time.
Dome size:
Left serial number:
Right serial number:
Please read this manual carefully in order to wholly benefit from the use of your hearing instruments. With
proper care, maintenance, and usage, your hearing instruments will aid you in better communication for
many years. Ask your hearing care professional if you have any questions.
micro receiver-in-the-ear (Rie) hearing
instruments with size 10a battery are
available in the following variants:
AL960-DR, AL760-DR, AL560-DR
ALT960-DR
VO960-DR, VO760-DR, VO560-DR,
VOT960-DR, VOT760-DR
mini receiver-in-the-ear (Rie) hearing
instruments of type sY312 with FCC ID
X26SY312, IC: 6941C-SY312 and size
312 battery are available in the
following variants:
AL961-DRW, AL761-DRW
AL561-DRW, AL461-DRW
ALT961-DRW
mini receiver-in-the-ear (Rie) hearing
instruments of type SY312e with FCC ID
X26SY312e, IC: 6941C-SY312e and size 312
battery are available in the following variants:
VO961-DRW, VO761-DRW, VO561-DRW,
VOT961-DRW, VOT761-DRW
mini Receiver in-the-ear (Rie) hearing
instruments of type ve312 with FCC ID:
X26VE312, IC: 6941C-VE312 and size 312
battery are available in the following
variants:
LN961-DRW, LN761-DRW
Receiver-in-the-ear (Rie) hearing
instruments of type MRIE with FCC ID
X26MRIE, IC: 6941C-MRIE and size 312
battery are available in the following
variants:
AL962-DVIRW, AL762-DVIRW AL562DVIRW, AL462-DVIRW ALT962-DVIRW,
ALT762-DVIRW VO962-DRW, VO762DRW, VO562-DRW, VOT962-DRW,
VOT762-DRW
The identification number for the MRIE, SY312,
SY312e, and VE312 device models can be found
Contents
Introduction . .......................................................... 4
Description of the hearing instruments . . . . ............. 8
Getting started . .................................................... 10
On/Off function . ................................................... 10
SmartStart . .......................................................... 10
Inserting/Replacing the battery . ............................ 10
Low battery indicator . ........................................... 11
Sports lock. .......................................................... 12
Inserting/removing hearing instruments . ............... 12
Program and Multi-Function buttons. . . . ............... 14
Flight mode . . . . .................................................. 17
Telephone use . . . . .............................................. 19
Listen to radio or TV. ............................................. 20
Cellular phones . ................................................... 20
PhoneNow . .......................................................... 20
Telecoil (optional) . . . ............................................. 22
Tele-loop systems . ............................................... 23
Direct audio input (optional) . . . . .......................... 23
Connecting/Disconnecting audio boots . . . . ......... 23
Care and maintenance. ......................................... 24
Daily maintenance . . ............................................. 25
The receiver tube . ............................................... 26
Cleaning the receiver tubes and domes . . . . ......... 26
Cleaning RIE moulds . ........................................... 26
Replacing the wax filter (receiver in-the-ear models). 27
How to apply domes . ........................................... 28
Using Interton hearing instruments with
smart phone apps . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
General precautions. ............................................. 30
General warnings . ................................................. 30
Tinnitus Sound Generator (TSG) module . . . . ....... 32
The scientific concepts that form
the basis for the device . ....................................... 34
Significant physical characteristics . . . . ................. 34
Prescription use of this TSG hearing instrument . . . . 35
Important notice for prospective
sound generator users. ......................................... 35
TSG warning to hearing healthcare professionals. . . 36
Battery warning Information. .................................. 37
Hearing instrument expectations. .......................... 37
Warning to hearing aid dispensers . . . . ................. 38
Important notice for prospective hearing aid users. . 38
Children with hearing loss . .................................... 39
Troubleshooting guide . ......................................... 40
Technical data . .................................................... 44
Warranty and repairs . ........................................... 54
Temperature test, transport
and storage information. . ...................................... 54
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
17.
Receiver tube
Receiver Open Dome
Receiver Tulip Dome
Receiver Power Dome
RIE mould
Sports lock
Battery compartment
Receiver
Push button
Volume Control (optional)
S receiver tube
NP receiver tube
HP receiver tube
Left/right indicator
Model, and serial number
Direct audio input
UP Receiver/Mould
62 models
(type MRIE)
9, 10
61 models
(type SY312e
and SY312)
(Indentification number for the
60 models
14
16
14
Interton LiNX TM device
15
15
11
12
13
17
Getting started
On/Off function
1. When the battery door is closed, the hearing instrument turns on,
and the default program will be activated.
2. To turn off the hearing instrument, open the battery door. Use your
fingernail to pull it open.
On
Low battery indicator
SmartStart
Hearing instruments can be turned on once you have placed them on
your ears. If you prefer to turn them on just prior to placing them on your ear, your hearing care professional
can activate a function called SmartStart. This function will delay the time in which the hearing instruments
turn on by ten seconds after the battery compartment is closed. With SmartStart, a beep will be heard for
each second of the delay period.
Inserting/Replacing the battery
1. Open the battery door completely by using your fingernail. Remove the used battery if present.
2. Prepare the new battery (please refer to page 7 for information on appropriate battery type/size for your
hearing instrument). Remove the protective foil and wait 2 minutes before inserting the battery into the
hearing instrument to allow activation of the battery.
3. Insert the new battery with the positive side in the
correct position.
4. Gently close the battery door.
10
Tip:
1. Always use new Zinc-Air batteries that have a minimum remaining shelf life of one year.
2. Whenever the hearing instruments are not in use, remember to turn them off to avoid unnecessary
battery consumption.
Your hearing care professional can set your hearing instrument to give an acoustical indication when the
battery is reaching its end of life. The hearing instrument will reduce amplification and emit a melody if battery power gets too low. This signal will recur every five minutes until the hearing instrument automatically
switches off. It is recommended that you keep spare batteries on hand.
Low battery indicator (instruments paired with accessories only)
Active usage of the Interton Unite accessories (Remote Control, Phone Clip, TV Streamer and Mini Microphone) requires more battery power from the hearing instruments than when these are working on their own
meaning that battery life is highly dependent on the amount of wireless accessory usage. When the battery
in the hearing instrument has depleted to a level at which use of the Interton Unite TV Streamer, Phone
Clip and Mini Microphone cannot be supported, the hearing instrument will play two sets of descending
tones. After this, your hearing instrument and Interton Unite Remote Control will continue to work as usual,
but you will not be able to use your Interton Unite TV Streamer, Phone Clip and Mini Microphone. At some
point the battery level will not support the remote control either and you will once again hear the descending
tones. The hearing instruments will continue to work as usual. Once a new battery is inserted, full operation
of the accessories will resume.
11
Sports lock
The sports lock will be applied or adjusted by your hearing care professional.
Inserting/Removing hearing instruments
Insertion (custom RIE and UP moulds)
1. Hold the RIE mould between your thumb and index finger and position its sound
outlet in your ear canal.
2. Slide the RIE mould all the way into your ear with a gentle, twisting movement.
3. Move the RIE mould up and down and gently press to ensure it is positioned correctly
in the ear. Opening and closing your mouth can ease insertion.
4. Make sure the hearing instrument is seated behind the ear.
By experimenting, an easier method may be discovered. With proper insertion, hearing
instruments should fit snugly but comfortably. If hearing instruments cause irritation of
the ears, contact your hearing care professional.
Never attempt to modify the shape of the hearing instrument, RIE moulds, or tubing yourself.
Tip: It may be helpful to pull the top of your ear back with your opposite hand during insertion to open
the ear canal.
12
Insertion (domes)
1. Hold the receiver tube where it bends, and
gently place the dome into the ear canal. Push
the dome far enough into the ear canal so that
the receiver tube lies flush with the side of the
head.
2. It is important that the tube and the dome fit
correctly into your ear.
3. When the dome is placed correctly, you should
not be able to see the receiver tube sticking out
when facing a mirror.
Note: You should never attempt to bend or modify the shape of the receiver tube.
Removal (RIE moulds)
1. Grasp the removal string and pull the RIE or UP mould outward.
2. Consult your hearing care professional if you have difficulties removing the hearing instrument.
Removal (domes)
1. Hold the receiver tube with your thumb and forefinger and remove the tube.
2. Consult your hearing care professional if you have difficulties removing the
hearing instrument.
13
Program and Multi-Function buttons
If you have a hearing aid with a program button or multi-function button, this will allow you to use up to four
different listening programs, each of them suitable for certain situations.
When using the program or multi-function buttons to switch programs, each press will move the instrument
to the next program. For example, if it was in program 1 it will switch to program 2, if it was in program 2 it
will switch to program 3 etc.
When you close the battery door and switch the instrument on, it will start in program 1. Press the program
or multi-function buttons if you want to move to a different listening program.
If you have two hearing instruments with the synchronization function enabled, program changes to one
instrument will automatically repeat in the second instrument. When a program change is made in one
instrument, you will hear the same amount of confirmation beeps in the second instrument.
Program button (61 models only)
Multi-function button (62 models only)
Your hearing care professional can fill out the following table for you.
Programme
Description of when to use
Your instrument has a fully automatic volume control. Therefore, it should not be necessary to control the
volume manually.
However, in addition to controlling listening programs, the multi-function button (62 models only) provides
you with the ability to adjust the amplification to your liking.
If you have two hearing instruments with the synchronization function enabled and you have the Multifunction Button set for volume control functionality, volume adjustments to one instrument will automatically
repeat in the second instrument. When a volume control adjustment is made in one instrument, you will hear
a confirmation beep. A beep in the second instrument will follow.
The multi-function button is designed to change the volume or listening programs of the hearing instrument,
based on different ways it is pressed.
14
15
If necessary, your hearing care practitioner can change these settings and fill in the following table to indicate the new settings:
Multi-function button action
Default setting
Short press up
Increases volume
Short press down
Decreases volume
Long press up (3 seconds)
Changes programs
Long press down (3 seconds
Activates streaming
New setting
i Flight mode* (Wireless models only)
When boarding a flight or entering an area where RF transmitters are prohibited, wireless functionality must
be deactivated, as it is not allowed to radiate radio signals during flights or in otherwise restricted areas.
For Alera wireless hearing instruments follow the following steps to enter and leave flight mode:
It is possible to disable wireless operation by opening and closing the battery compartment of the hearing
instrument while at the same time pressing the push button.
When disabled manually, wireless operation may be re-enabled by opening and closing the battery compartment normally, (i.e. without at the same time pressing the push button).
For Verso wireless hearing instruments follow the following steps to enter and leave flight mode:
It is possible to disable wireless operation by opening and closing the battery compartment three times
within a ten second period (open-close, open-close, open-close). Your instruments will now be in flight
mode.
If the hearing instrument is in flight mode, the hearing instrument must have been operating in flight mode
for at least 10 seconds before attempting to enable wireless again. it is possible to re-enable wireless operation by opening and closing the battery door once. 10 seconds after this operation is completed, wireless
operation will begin again.
16
*For wireless models only
17
i
Note: It is important to wait an additional 15 seconds after wireless function resumes before opening and closing the battery compartment again for any reason. If the battery compartment is opened and
closed during this 15 second window, flight mode will resume.
Telephone use
If your hearing instruments are fit with a receiver open dome or receiver tulip dome, you can probably
use the telephone as you normally would by holding it up to your ear canal opening. If your hearing
instruments are fit with a receiver power dome or RIE or UP mould, finding the optimal position for holding a telephone while using a hearing instrument may require practice for some individuals, and one or
more of the following suggestions may be helpful.
1. Hold the telephone as you would normally.
2. Hold the telephone towards the top of the ear (closer to where the
microphones are located).
3. If whistling occurs, it may take a brief moment of holding the telephone in
the same position before the hearing instrument adapts and reduces the
feedback.
4. Any whistling may also be decreased by holding the telephone slightly
away from the ear.
5. Depending on your individual needs, your hearing care professional may
activate a programme specifically for telephone use.
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Listen to radio or TV
When listening to the TV or the radio, start out by listening to news commentators since they usually speak
clearly, then try other programmes.
If you find it difficult to listen to TV or radio, your hearing care professional will be able to give you advice on
available accessories to enhance your listening capabilities for TV and radio.
Cellular phones
Your hearing instrument is designed to comply with the most stringent Standards of International Electromagnetic Compatibility. However, not all cell phones are hearing instrument compatible. The varying degree of disturbance can be due to the nature of your particular cellular phone or of your wireless telephony
service provider.
If you find it difficult to obtain a good result while using your cellular phone, your hearing care professional
will be able to give you advice on available accessories to enhance listening capabilities.
PhoneNow
The PhoneNow function, allows your hearing instrument to automatically switch to your tele­phone programme when a telephone receiver is raised to the ear. When the telephone receiver is removed from the
ear, the hearing instrument automatically returns to the previous listening programme.
1. Clean the telephone receiver thoroughly.
2. Hold the telephone vertically, in a position similar to when making a
telephone call.
3. Place the magnets just below the telephone receiver. Make sure not
to cover the microphone openings. If necessary, move the magnet to
another position to improve ease of use and comfort while speaking.
4. If you are not satisfied with the strength of PhoneNow, you can
reposition the PhoneNow magnet or add additional PhoneNow magnets.
PhoneNow usage
Telephones can be used in a normal manner. A short melody will indicate that the PhoneNow feature has
automatically switched the hearing instrument to your telephone programme. Initially, you may need to
move the telephone receiver slightly to find the best position for reliable PhoneNow activation and good
hearing on the telephone.
If you have two hearing instruments with the synchronization function enabled, the volume of hearing instrument on the non-phone ear will be turned down.
Only use recommended cleaning agent to clean the telephone prior to placing the magnet on the
phone in order to obtain best possible adherence.
Placement of PhoneNow magnets
Place PhoneNow magnet on your telephone receiver to allow operation of the PhoneNow function. In order
to place PhoneNow magnet properly:
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i
PhoneNow precautions
1. Keep magnets out of reach of pets, children and mentally challenged persons. If a magnet is swallowed,
please seek advice from a medical practitioner.
2. The magnet may affect some medical devices or electronic systems. The manufacturer of any
magnetically sensitive devices (e.g. pacemakers) should advise you regarding appropriate safety
precautions when using your hearing instrument and magnet in close proximity to the medical device
or electronic system in question.If the manufacturer cannot issue a statement, we recommend keeping
the magnet or a telephone equipped with the magnet 30 cm (12”) away from magnetically sensitive
devices (e.g. pacemakers).
3. High distortion during dialing or phoning may mean that the magnet is not in the optimal position relative
to the telephone receiver. To avoid the issue, please move the magnet to another place on the telephone
receiver.
4. Only use magnets supplied by Interton.
Telecoil (optional)
If equipped, a telecoil can be activated by your hearing care professional and accessed through one of
the additional programmes. A telecoil picks up a telephone’s magnetic signal and converts it to sound. An
optional telephone programme may help to improve speech understanding on the telephone. When using
a telecoil programme, the receiver of the telephone may need to be held closer to the hearing instrument.
The handset of the telephone may need to be moved to slightly different positions in order to find the best
reception.
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Tele-loop systems
Many places, such as theatres, houses of worship, and schools are equipped with tele-loop systems. When
using a telecoil programme with tele-loop systems, sound is picked up directly and may improve speech
understanding. If there is no sound from the hearing instruments in a tele-loop system and with a telecoil
programme activated, the tele-loop system may not be turned on or is not operating correctly. If a facility is
not equipped with a tele-loop system, sitting as close as possible to the front may be helpful.
Direct audio input (optional)
Use of direct audio input (DAI), which enables a direct connection of the hearing instruments to items such
as television, radio, and remote microphones, may increase speech understanding for some individuals.
The sound source is connected to the hearing instruments by a cable or a wireless FM system to the audio
boot. This accessory connects to the bottom of the hearing instruments, and once properly clicked into
place, the hearing instruments switch to DAI automatically.
Connecting/Disconnecting audio boots
Connecting audio boots
1. Align the tip of the audio boot with the groove just above the battery
compartment and below the model number.
23
2. Once in place, move the boot in the direction of the
battery compartment.
3. Gently click the audio boot onto the hearing
instrument.
Disconnecting audio boots
4. Press and hold the button on the front side of the
audio boot.
5. Gently remove the audio boot from the hearing
instrument.
i Care and maintenance
3. Avoid rough handling of hearing instruments or dropping them on hard surfaces or floors.
4. Do not leave hearing instruments in or near direct heat or sunlight, such as in a hot, parked car, as
excessive heat can cause damage or deform the casing.
5. Do not wear your instrument while showering, swimming, in heavy rain or in a moist atmosphere such
as a steam bath or sauna.
6. If your instrument does get wet, or if it has been exposed to high humidity or perspiration, it should be
left to dry out overnight with the battery out and the battery compartment open. It is also a good idea to
put the instrument and battery in a sealed container together with a drying agent (desiccator) overnight.
Do not use the instrument until it is completely dry. Consult your hearing care professional as to which
drying agent to use.
7. Remove your hearing instrument when applying such things as cosmetics, perfume, aftershave, hair
spray, and suntan lotion. These might get into the instrument and cause damage.
i Daily maintenance
It is important to keep your hearing instrument clean and dry. On a daily basis,
clean the hearing instruments using a soft cloth or tissue.
Your hearing instrument is protected by a layer of protective, hydrophobic nanocoat material.
Please follow the following instructions to prolong the durability of your hearing instruments:
1.
Keep your hearing instrument clean and dry. Wipe the case with a soft cloth or tissue after use to remove
grease or moisture. Do not use water or solvents, as these can damage the hearing instrument(s).
2. Never immerse hearing instruments in water or other liquids, as liquids may cause permanent damage
to the hearing instruments.
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The receiver tube
The receiver tube contains the wiring to the receiver which delivers the sound to the ear canal. It is important
that the receiver tube and the receiver dome/RIE mold fits correctly in your ear. If the receiver tube or the
receiver dome/RIE mould irritates your ear in any way and prevents you from wearing your hear­ing instrument, please contact your hearing care pro­­fessional. You should never attempt to modify the shape of the
receiver tube yourself. The receiver tube and the receiver dome/RIE mould should be cleaned regularly.
Please see instructions in the next section.
i Cleaning the receiver tubes and domes
The receiver tube and the receiver dome should be cleaned regularly. Use a damp cloth to clean the receiver tube and receiver dome on the outside. Do not use water when you are cleaning the receiver tubes
or the receiver domes. This process is also used to clean the UP receiver mould. Please see instruction on
page 30 or 31 for how to change the wax guard filter.
i Cleaning RIE or moulds
1. Separate the mould from the receiver tube.
2. Clean the RIE mould using a mild soap, and rinse with lukewarm water.
3. After cleaning, dry RIE moulds thoroughly and remove any residual
water and debris from the tubing utilising an air bulb and wire loop.
26
Changing wax guard for receiver tube
10
For NP receivers:
1. Clean any debris from the old waxguard.
2. Insert the wand into the old waxguard.
3. Twist the wand with the waxguard in a clockwise direction to ensure it is attached to the wand.
4. Pull the wand and waxguard away from the tube/mould.
5. Insert the old waxguard into the center of the HF3 wheel.
6. Dispose of the old waxguard by drawing the wand to the narrow end of the center disposal area.
7. Insert the empty wand into a new waxguard on the HF3 wheel.
8. Pull the new waxguard attached to the wand away from the HF3 wheel.
9. Insert the wand into the receiver tube/mould.
10. Twist the wand to release the new waxguard onto the receiver tube/mould.
For S and HP2 receivers:
1. To remove the old wax guard, insert the removal side of the wax guard tool into the used wax guard
so that the shaft of the tool is touching the rim of the wax guard. Slowly pull the wax guard straight
out.
2. To insert the ne w wax guard, gently press the replacement side of the wax guard tool straight into
the hole of the sound outlet until the outer ring lies flush with the outside of the receiver. Pull the tool
straight out -the new wax guard will remain in place.
27
How to apply domes
It is recommended that your hearing care professional change domes, as incorrect dome replacement
could result in injury.
Interton tulip domes
Tulip domes are mounted in a similar manner to standard domes, but a few extra steps are required. Tulip
domes consist of two “petals”. It is important to note that the largest petal is the outermost petal. To ensure
this:
Interton standard domes
1. Push the new dome over the receiver.
2. Make sure that the new dome is properly and securely mounted.
1. Push the largest petal away from the receiver tube using a finger. This bends the petal forward.
2. Then push the largest “petal” back, and it will be placed on top of the smaller petal.
Using Interton hearing instruments with smart phone apps
Intended use of smart phone apps:
GN Interton smart phone apps are intended to be used with GN Interton wireless hearing aids. GN ReSound smart phone apps send and receive signals from the GN Interton wireless hearing aids via smart
phones for which the apps have been developed.
Use with smart phone apps:
• Notifications of app updates should not be disabled, and it is recommended that the user installs all
updates to ensure that the app will function correctly and will be kept up to date.
• The app must only be used with GNR devices for which it is intended, and GNR take no responsibility if
the app is used with other devices.
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i General precautions
1.
2.
3.
4.
5.
6.
7.
8.
9.
Special care should be exercised in selecting and fitting a hearing instrument(s) who’s maximum sound
pressure level exceeds 132 dB SPL (with an IEC 60711:1981 occluded ear simulator), because there
may be a risk of impairing the remaining hearing of the hearing instrument user
Do not leave hearing instruments in the sun, near an open fire, or in a hot, parked car.
Do not wear hearing instruments while showering, swimming, in heavy rain, or in a moist atmosphere
such as a steam bath or sauna.
Should the hearing instrument become moist, remove the battery and place the hearing instrument in
a closed container with a drying agent. Your hearing care professional can provide options for drying
containers or kits.
Remove the hearing instruments when applying items such as cosmetics, perfume, after-shave, hair
spray, and suntan lotion.
When wireless function is activated, the device uses low-powered digitally coded transmissions in
order to communicate with other wireless devices. Although unlikely, nearby electronic devices may be
affected. In that case, move the hearing instrument away from the affected electronic device.
When using wireless functionality and the devices are affected by electromagnetic interference, move
away from the source.
Use only original GN Interton consumables e.g. tubes and domes.
Never attempt to modify the shape of the hearing instrument, ear-moulds, or tubing yourself.
Do only connect Interton hearing instruments to Interton accessories intended and qualified to be
used with Interton hearing instruments.
i General warnings
1.
30
Consult a hearing care professional if you discover a foreign object in your ear canal, if you experience
skin irritation, or if excessive ear wax accumulates with the use of the hearing instrument.
2. Different types of radiation, from e.g. NMR, MRI, or CT scanners, may damage hearing instruments. It
is recommended not to wear hearing instruments during these or other similar procedures. Other types
of radiation, such as burglar alarms, room surveillance systems, radio equipment, mobile telephones,
contain less energy and will not damage hearing instruments. However, they have the potential to
momentarily affect the sound quality or temporarily create strange sounds from hearing instruments.
3. Do not wear hearing instruments in mines, oil fields, or other explosive areas unless those areas are
certified for hearing instrument use.
4. Do not allow others to use your hearing instruments. This may cause damage to the hearing instruments
or to the hearing of the other individual.
5. Instrument usage by children or mentally challenged persons should be supervised at all times to
ensure their safety.The hearing instrument contains small parts that could be swallowed by children.
Please be mindful not to leave children unsupervised with this hearing instrument.
6. Hearing instruments should be used only as prescribed by your hearing care professional. Incorrect
use may result in hearing loss.
7. External devices connected to the electrical input must be safe according to the requirements of IEC
60601-1-1, IEC 60065, or IEC 60950-1, as appropriate (wired connection, f.ex. HI-PRO), SpeedLink).
8. If device is broken, do not use.
9. Be careful when boarding flights, to remember to deactivate the wireless functionality.
Turn off your wireless functionality by using the flight mode in areas where radio frequency emission is
prohibited.
Note:
* Interton wireless devices operate in the frequency range of 2.4 GHz - 2.48 GHz.
* Interton wireless devices include a RF transmitter that operates in the range of 2.4 GHz - 2.48 GHz.
* For use of wireless functionality only use Interton Unite accessories. For further guidance regarding e.g.
pairing, please refer to the user guide of the relevant Interton Unite accessory.
31
Tinnitus Sound Generator (TSG) module
Intended use for the TSG module
Your Interton hearing instruments may also include the Tinnitus Sound Generator function, a tool for
generating sounds to be used in tinnitus management programmes to relieve suffering from tinnitus.
i TSG warnings
• Sound generators can be dangerous if improperly used.
• Sound generators should be used only as advised by your doctor, audiologist, or hearing healthcare
professional.
• Sound generators are not toys and should be kept out of reach of anyone who might cause themselves
injury (especially children and pets).
User instructions for the TSG module
Description of the device
The Tinnitus Sound Generator (TSG) Module is a software tool that generates sounds to be used in tinnitus
management programmes to relieve suffering from tinnitus.
Explanation of how the device functions
The TSG module is a frequency and amplitude shaped white-noise generator. Noise signal level and frequency characteristics can be adjusted to the specific therapeutic needs as determined by your doctor,
audiologist or hearing healthcare professional.
Your doctor, audiologist or hearing healthcare professional can modulate the generated noise with the purpose of making it more pleasant. The noise can then resemble, for example, crushing waves on a shore.
Modulation level and speed can also be configured to your likes and needs.
32
If your tinnitus troubles you only in quiet environments, your doctor, audiologist or hearing healthcare professional can set the TSG Module so that it becomes audible exclusively in such surroundings. The overall
sound level can be adjusted via an optional volume control. Your doctor, audiologist or hearing healthcare
professional will review with you the need for having such a control.
TSG volume control
The sound generator is set to a specific loudness level by the hearing healthcare professional. When switching the sound generator on, the volume will have this optimal setting. Therefore, it might not be necessary
to control the volume (loudness) manually. However, the volume control provides the ability to adjust the
volume, or amount of stimulus, to the liking of the user.
Caution
• The volume control is an optional feature in the TSG module used for adjusting the sound generator
output level. To prevent unintended usage by pediatric or physically or mentally challenged users, the
volume control must, if enabled, be configured to only provide a decrease of the sound generator output
level.
i TSG precautions
• Should the user develop any side effects from using the sound generator, such as dizziness, nausea,
headaches, perceived decrease in auditory function or increase in tinnitus perception, the user should
discontinue use of the sound generator and seek medical evaluation.
• Children and physically or mentally challenged users will require guardian supervision while wearing the
TSG hearing instrument.
33
The scientific concepts that form the basis for the device
Prescription use of this TSG hearing instrument
The TSG Module provides sound enrichment with the aim of surrounding the tinnitus sound with a neutral
sound which is easily ignored. Sound enrichment is an important component of most approaches to tinnitus management, such as Tinnitus Retraining Therapy (TRT). To assist habituation to tinnitus, this needs
to be audible. The ideal level of the TSG module, therefore, should be set so that it starts to blend with the
tinnitus, and so that you can hear both your tinnitus as well as the sound used.
The TSG module should be used as prescribed by your doctor, audiologist or hearing healthcare professional. In order to avoid permanent hearing damages, the maximum daily usage depends on the level of
the generated sound.
In a majority of instances, the TSG module can also be set to mask the tinnitus sound, so to provide temporary relief by introducing a more pleasant and controllable sound source.
Significant physical characteristics
Audio signal technology
Digital
Available sounds
White noise signal which can be shaped with the following configurations:
High-pass filter
Low-pass filter
500 Hz
750 Hz
2000 Hz
3000 Hz
1000 Hz
4000 Hz
1500 Hz
5000 Hz
2000 Hz
6000 Hz
Should you develop any side effects from using the sound generator, such as dizziness, nausea, headaches, perceived decrease in auditory function or increase in tinnitus perception, you should discontinue
use of sound generator and seek medical evaluation.
The target population is primarily the adult population over 18 years of age. This product may also be used
with children 5 years of age or older. However, children and physically or mentally challenged users will require training by a doctor, audiologist, hearing healthcare professional or the guardian for the insertion and
removal of the hearing instrument containing the TSG module.
Important notice for prospective sound generator users
A tinnitus masker is an electronic device intended to generate noise of sufficient intensity and bandwidth to
mask internal noises. It is also used as an aid in hearing external noises and speech.
Good health practice requires that a person with a tinnitus condition have a medical evaluation by a licensed
physician (preferably a physician who specializes in diseases of the ear) before using a sound generator.
Licensed physicians who specialize in diseases of the ear are often referred to as otolaryngologists, otologists or otorhinolaryngologists.
The purpose of medical evaluation is to assure that all medically treatable conditions that may affect tinnitus
are identified and treated before the sound generator instrument is used. The sound generator instrument is
The white noise signal can be modulated in amplitude with an attenuation depth of up to 14dB.
34
35
a tool to generate sounds to be used with appropriate counselling and/or in a tinnitus management program
to relieve patients suffering from tinnitus.
i TSG warning to hearing healthcare professionals
A hearing healthcare professional should advise a prospective sound generator user to consult promptly
with a licensed physician (preferably an ear specialist) before getting a sound generator if the hearing
healthcare professional determines through inquiry, actual observation, or review of any other available
information concerning the prospective user that the prospective user has any of the following conditions:
(i) Visible congenital or traumatic deformity of the ear.
(ii) History of active drainage from the ear within the previous 90 days.
(IIi) History of sudden or rapidly progressive hearing loss within the previous 90 days.
(iv) Acute or chronic dizziness.
(v) Unilateral hearing loss of sudden or recent onset within the previous 90 days.
(vi) Audiometric air-bone gap equal to or greater than 15dB at 500 hertz (Hz), 1000 Hz, and 2000 Hz.
(vii) Visible evidence of significant cerumen accumulation or a foreign body in the ear canal.
(viii) Pain or discomfort in the ear.
CAUTION: The maximum output of the sound generator falls into the range that can cause hearing
loss according to OSHA regulations. The user should not use the sound generator for more than eight (8)
hours a day when this is set below 90dB SPL. Above that level, the device should not be used for more than
two (2) hours per day. In no case should the sound generator be worn at uncomfortable levels.
36
i Battery warning information
Batteries, although very small, contain dangerous substances, and should be disposed of carefully. This is
for the safety of you and the environment. Please note:
1.
2.
3.
4.
5.
Do not attempt to recharge batteries (Zinc Air) which are not specifically designated as rechargeable
because they may leak or explode.
DO NOT attempt to dispose of batteries by burning them. Used batteries are harmful to the environment.
Please dispose of them according to local regulations or return them to your hearing care practitioner.
DO NOT place batteries in your mouth. Consult a physician immediately if a battery has been swallowed,
as they can be harmful to your health.
Keep batteries away from pets, children and mentallly challenged persons.
Remove the batteries to prevent leakage when the hearing instruments are not in use for an extended
period of time.
i Hearing instrument expectations
A hearing instrument will not restore normal hearing and will not prevent or improve a hearing impairment
resulting from organic conditions. Consistent use of the hearing instrument is recommended. In most cases,
infrequent use does not permit you to attain full benefit from it.
The use of a hearing instrument is only part of hearing rehabilitation and may need to be supplemented by
auditory training and instructions in lip-reading.
37
i Warning to hearing aid dispensers (US Only)
A hearing aid dispenser should advise a prospective hearing aid user to consult promptly with a licensed
physician (preferably an ear specialist) before dispensing a hearing aid if the hearing aid dispenser determines through inquiry, actual observation, or review of any other available information concerning the
prospective user, that the prospective user has any of the following conditions:
(i) Visible congenital or traumatic deformity of the ear.
(ii) History of active drainage from the ear within the previous 90 days.
(iii) History of sudden or rapidly progressive hearing loss within the previous 90 days.
(iv) Acute or chronic dizziness.
(v) Unilateral hearing loss of sudden or recent onset within the previous 90 days.
(vi)	Audiometric air-bone gap equal to or greater than 15 decibels at 500 hertz (Hz),
1,000 Hz, and 2,000 Hz.
(vii) Visible evidence of significant cerumen accumulation or a foreign body in the ear canal.
(viii) Pain or discomfort in the ear.
Following the medical evaluation, the physician will give you a written statement that states that your hearing loss has been medically evaluated and that you may be considered a candidate for a hearing aid. The
physician will refer you to an audiologist or a hearing aid dispenser, as appropriate, for a hearing aid evaluation. The audiologist or hearing aid dispenser will conduct a hearing aid evaluation to assess your ability
to hear with and without a hearing aid. The hearing aid evaluation will enable the audiologist or dispenser
to select and fit a hearing aid to your individual needs. If you have reservations about your ability to adapt
to amplification, you should inquire about the availability of a trial-rental or purchase-option program. Many
hearing aid dispensers now offer programs that permit you to wear a hearing aid for a period of time for a
nominal fee after which you may decide if you want to purchase the hearing aid.
Federal law restricts the sale of hearing aids to those individuals who have obtained a medical evaluation
from a licensed physician. Federal law permits a fully informed adult to sign a waiver statement declining the
medical evaluation for religious or personal beliefs that preclude consultation with a physician. The exercise
of such a waiver is not in your best health interest and its use is strongly discouraged.
Children with hearing loss (US Only)
Important notice for prospective hearing aid users (US Only)
Good health practice requires that a person with a hearing loss have a medical evaluation by a licensed
physician (preferably a physician who specializes in diseases of the ear) before purchasing a hearing aid.
Licensed physicians who specialize in diseases of the ear are often referred to as otolaryngologists, otologists or otorhinolaryngologists. The purpose of medical evaluation is to assure that all medically treatable
conditions that may affect hearing are identified and treated before the hearing aid is purchased.
38
In addition to seeing a physician for a medical evaluation, a child with a hearing loss should be directed to
an audiologist for evaluation and rehabilitation since hearing loss may cause problems in language development and the educational and social growth of a child. An audiologist is qualified by training and experience
to assist in the evaluation and rehabilitation of a child with a hearing loss.
39
Troubleshooting Guide
Symptom
cause
POSSIBLE REMEDY
No sound
Not turned on
Turn on by closing the battery door
Dead battery
Replace battery
Battery door will not close
Insert battery properly
Blocked RIE mould or tube
Clean RIE mould or tube
Blocked wax filter
Replace wax filter or consult your hearing care professional
Incorrect RIE mould placement
Reinsert RIE mould
Blocked RIE mould or dome
Clean RIE mould, replace dome, replace filter
Change in hearing sensitivity
Consult your hearing care professional
Excessive ear wax
Consult your hearing care professional
Volume set too low
Consult your hearing care professional
Not loud enough
40
41
Troubleshooting Guide
Symptom
cause
POSSIBLE REMEDY
Excessive whistling /
feedback
Incorrect RIE mould placement
Re-insert RIE mould carefully
Incorrect dome placement
Re-insert dome
Excessive ear wax
Consult your hearing care professional
Feedback control may need adjustment
Consult your hearing care professional
RIE mould tubing worn or damaged
Consult your hearing care professional
Hearing instrument settings not optimal
Consult your hearing care professional
Weak battery
Replace battery
Improper RIE mould or dome fit
Consult your hearing care professional
Hearing instrument damaged
Consult your hearing care professional
Hearing instrument settings not optimal
Consult your hearing care professional
Possible Root Cause - Device is in flight mode
For Alera devices with push button: Open and close the battery compartment. For Alera
devices without push button: Open and close the battery door twice within 10 seconds
For all Verso devices: Open and close the battery compartment once. Wireless will reactivate 10 seconds later. (If Root Cause is device in flight mode)
Sound distorted /
not clear
Wireless does not work
42
If there are any other problems not mentioned in this guide, please contact your hearing care professional.
43
Technical data
Micro and Mini RIE—HP receiver
Models: AL960-DR, AL760-DR, AL560-DR, AL961-DRW,
AL761-DRW, AL561-DRW, ALT960-DR, ALT961-DRW
Reference test gain (60 dB SPL input)
HFA
30
32
dB
Full-on gain (50 dB SPL Input)
Max
HFA
Max
HFA
47
41
114
108
50
42
114
108
dB
dB
dB SPL
dB SPL
500 Hz
800 Hz
1600 Hz
0.8
0.8
0.7
0.8
0.9
0.8
24
25
dB SPL
100–
6790
1.1
1.2
100–
6720
1.1
1.2
Maximum output (90 dB SPL input)
Total harmonic distortion
Equivalent input noise (w/o noise reduction)
Frequency range (DIN 45605)
Current drain (in test mode)
ALx60
ALx61
Hz
mA
mA
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
44
Output
(dB SPL)
Closed
Models: AL960-DR, AL760-DR, AL560-DR, AL961-DRW, AL761DRW, AL561-DRW, ALT960-DR, ALT961-DRW
Frequency (Hz)
FULL-ON AND REFERENCE TEST GAIN
2cc Coupler
Full-on gain
50 dB SPL input
130
Open
Closed
HFA
35
35
dB
Full-on gain (50 dB SPL Input)
Max
HFA
Max
HFA
57
49
117
112
58
49
117
112
dB
dB
dB SPL
dB SPL
500 Hz
800 Hz
1600 Hz
0.8
1.1
0.9
0.7
1.0
0.8
26
26
dB SPL
60
100–
7150
1.1
1.2
100–
7140
1.1
1.2
Hz
50
Total harmonic distortion
Equivalent input noise (w/o noise reduction)
Frequency range (DIN 45605)
Current drain (in test mode)
ALx60
ALx61
MAXIMUM OUTPUT (OSPL 90)
2cc Coupler
Coupler
120
Reference test gain (60 dB SPL input)
Maximum output (90 dB SPL input)
Gain
(dB)
Open
2cc Coupler
110
mA
mA
Output
(dB SPL)
MAXIMUM OUTPUT (OSPL 90)
100
90
80
70
100
Frequency (Hz)
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
10000
FULL-ON AND REFERENCE TEST GAIN
70
2ccCoupler
Coupler
2cc
Full-ongain
gain
Full-on
50dB
dBSPL
SPLinput
input
50
40
30
20
Reference test gain
60 dB SPL input
1000
Frequency (Hz)
Gain
(dB)
Micro and Mini RIE—NP receiver
10
100
Reference test gain
60 dB SPL input
1000
10000
Frequency (Hz)
Open configuration
Open configuration
Closed configuration
Closed configuration
45
MAXIMUM OUTPUT (OSPL 90)
2cc Coupler
Reference test gain (60 dB SPL input)
HFA
30
32
dB
Full-on gain (50 dB SPL Input)
Max
HFA
Max
HFA
47
41
114
108
50
42
114
108
dB
dB
dB SPL
dB SPL
500 Hz
800 Hz
1600 Hz
0.8
0.8
0.7
0.8
0.9
0.8
Telecoil sensitivity (SPLIV @ 31.6 mA/m)
90
91
dB SPL
Equivalent input noise (w/o noise reduction)
24
25
dB SPL
100–
6790
100–
6720
Hz
1.2
1.2
mA
Maximum output (90 dB SPL input)
Total harmonic distortion
Frequency range (DIN 45605)
Current drain (in test mode)
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
46
130
100
35
35
dB
Full-on gain (50 dB SPL Input)
Max
HFA
Max
HFA
57
49
117
112
58
49
117
112
dB
dB
dB SPL
dB SPL
500 Hz
800 Hz
1600 Hz
0.8
1.1
0.9
0.7
1.0
0.8
70
Telecoil sensitivity (SPLIV @ 31.6 mA/m)
96
96
dB SPL
50
Equivalent input noise (w/o noise reduction)
26
26
dB SPL
100–
7150
100–
7140
Hz
1.2
1.2
mA
Total harmonic distortion
FULL-ON AND REFERENCE TEST GAIN
2cc Coupler
Frequency range (DIN 45605)
Current drain (in test mode)
2cc Coupler
Coupler
110
HFA
Frequency (Hz)
Reference test gain
60 dB SPL input
Closed
Reference test gain (60 dB SPL input)
Maximum output (90 dB SPL input)
Full-on gain
50 dB SPL input
Open
MAXIMUM OUTPUT (OSPL 90)
120
Output
(dB SPL)
Closed
Gain
(dB)
Open
RIE—HP receiver
Models: AL962-DVIRW, AL762-DVIRW, AL562-DVIRW,
ALT962-DVIRW, ALT762-DVIRW
Output
(dB SPL)
Models: AL962-DVIRW, AL762-DVIRW, AL562-DVIRW,
ALT962-DVIRW, ALT762-DVIRW
90
80
70
100
1000
10000
Frequency (Hz)
FULL-ON AND REFERENCE TEST GAIN
2ccCoupler
Coupler
2cc
60
Gain
(dB)
RIE—NP receiver
Full-ongain
gain
Full-on
50dB
dBSPL
SPLinput
input
50
40
30
20
10
100
Reference test gain
60 dB SPL input
1000
10000
Frequency (Hz)
Frequency (Hz)
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
Open configuration
Open configuration
Closed configuration
Closed configuration
47
MAXIMUM OUTPUT (OSPL 90)
Full-on gain (50 dB SPL Input)
Maximum output (90 dB SPL input)
Total harmonic distortion
HFA
31
Output
(dB SPL)
31
dB
Max
HFA
Max
HFA
46
41
113
108
50
42
113
108
dB
dB
dB SPL
dB SPL
500 Hz
800 Hz
1600 Hz
0.5
0.5
0.8
0.3
0.6
1.0
23
24
dB SPL
100–
7110
1.1
1.1
100–
7100
1.1
1.1
Equivalent input noise (w/o noise reduction)
Frequency range (DIN 45605)
Current drain (in test mode)
Closed
120
VOx60
VOx61
Hz
mA
mA
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
48
110
100
90
80
70
Frequency (Hz)
FULL-ON AND REFERENCE TEST GAIN
70
50
2cc Coupler
Full-on gain
50 dB SPL input
40
Reference test gain
60 dB SPL input
10
Frequency (Hz)
Open
Closed
32
33
dB
Full-on gain (50 dB SPL Input)
Max
HFA
Max
HFA
47
42
114
109
51
43
114
109
dB
dB
dB SPL
dB SPL
500 Hz
800 Hz
1600 Hz
0.8
0.9
0.9
0.9
0.8
1.0
22
23
dB SPL
100–
6840
1.1
1.1
100–
6780
1.1
1.1
Maximum output (90 dB SPL input)
Total harmonic distortion
Equivalent input noise (w/o noise reduction)
Current drain (in test mode)
VOx60
VOx61
2cc Coupler
120
HFA
Frequency range (DIN 45605)
30
20
MAXIMUM OUTPUT (OSPL 90)
130
Reference test gain (60 dB SPL input)
60
Gain
(dB)
Reference test gain (60 dB SPL input)
Open
Micro and Mini RIE—NP receiver
Models: VO960-DR, VO760-DR, VO560-DR,
VO961-DRW, VO761-DRW, VO561-DRW
VOT960-DR, VOT760-DR, VOT961-DRW, VOT761-DRW
2cc Coupler
Output
(dB SPL)
130
Models: VO960-DR, VO760-DR, VO560-DR,
VO961-DRW, VO761-DRW, VO561-DRW
VOT960-DR, VOT760-DR, VOT961-DRW, VOT761-DRW
Hz
mA
mA
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
110
100
90
80
70
Frequency (Hz)
FULL-ON AND REFERENCE TEST GAIN
2cc Coupler
Full-on gain
50 dB SPL input
Gain
(dB)
Micro and Mini RIE—S receiver
Reference test gain
60 dB SPL input
Frequency (Hz)
Open configuration
Open configuration
Closed configuration
Closed configuration
49
MAXIMUM OUTPUT (OSPL 90)
2cc Coupler
Reference test gain (60 dB SPL input)
HFA
36
36
dB
Full-on gain (50 dB SPL Input)
Max
HFA
Max
HFA
59
50
118
114
59
51
119
114
dB
dB
dB SPL
dB SPL
500 Hz
800 Hz
1600 Hz
1.4
1.4
1.1
1.2
1.6
1.0
23
23
dB SPL
100–
6790
1.1
1.1
100–
6710
1.1
1.1
Maximum output (90 dB SPL input)
Total harmonic distortion
Equivalent input noise (w/o noise reduction)
Frequency range (DIN 45605)
Current drain (in test mode)
VOx60
VOx61
Hz
mA
mA
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
50
MAXIMUM OUTPUT (OSPL 90)
130
31
31
dB
Full-on gain (50 dB SPL Input)
Max
HFA
Max
HFA
46
41
113
108
50
42
113
108
dB
dB
dB SPL
dB SPL
500 Hz
800 Hz
1600 Hz
0.5
0.5
0.9
0.4
0.5
1.0
Telecoil sensitivity (SPLIV @ 31.6 mA/m)
91
92
dB SPL
Equivalent input noise (w/o noise reduction)
23
24
dB SPL
100–
7110
100–
7100
Hz
1.2
1.2
mA
Total harmonic distortion
2cc Coupler
Full-on gain
50 dB SPL input
Closed
HFA
Frequency (Hz)
FULL-ON AND REFERENCE TEST GAIN
Open
Reference test gain (60 dB SPL input)
Maximum output (90 dB SPL input)
110
100
90
80
70
Frequency (Hz)
FULL-ON AND REFERENCE TEST GAIN
70
Frequency range (DIN 45605)
Frequency (Hz)
Current drain (in test mode)
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
2cc Coupler
60
50
Reference test gain
60 dB SPL input
2cc Coupler
120
Gain
(dB)
Closed
Gain
(dB)
Open
RIE—S receiver
Models: VO962-DRW, VO762-DRW, VO562-DRW
VOT962-DRW, VOT762-DRW
Output
(dB SPL)
Models: VO960-DR, VO760-DR, VO560-DR,
VO961-DRW, VO761-DRW, VO561-DRW
VOT960-DR, VOT760-DR, VOT961-DRW, VOT761-DRW
Output
(dB SPL)
Micro and Mini RIE—HP2 receiver
Full-on gain
50 dB SPL input
40
30
20
Reference test gain
60 dB SPL input
10
Frequency (Hz)
Open configuration
Open configuration
Closed configuration
Closed configuration
51
MAXIMUM OUTPUT (OSPL 90)
2cc Coupler
30
33
dB
Full-on gain (50 dB SPL Input)
Max
HFA
Max
HFA
46
41
113
108
50
43
114
109
dB
dB
dB SPL
dB SPL
500 Hz
800 Hz
1600 Hz
0.5
0.5
0.9
0.9
1.0
1.1
Telecoil sensitivity (SPLIV @ 31.6 mA/m)
91
93
dB SPL
Equivalent input noise (w/o noise reduction)
23
24
dB SPL
100–
7110
100–
6770
Hz
1.2
1.2
mA
Maximum output (90 dB SPL input)
Total harmonic distortion
Frequency range (DIN 45605)
Current drain (in test mode)
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
52
MAXIMUM OUTPUT (OSPL 90)
2cc Coupler
Open
Closed
Reference test gain (60 dB SPL input)
HFA
36
36
dB
Full-on gain (50 dB SPL Input)
Max
HFA
Max
HFA
59
50
118
114
59
51
119
114
dB
dB
dB SPL
dB SPL
500 Hz
800 Hz
1600 Hz
1.4
1.4
1.1
1.2
1.6
1.0
Telecoil sensitivity (SPLIV @ 31.6 mA/m)
96
98
dB SPL
Equivalent input noise (w/o noise reduction)
23
23
dB SPL
100–
6790
100–
6710
Hz
1.2
1.2
mA
Maximum output (90 dB SPL input)
Frequency (Hz)
Total harmonic distortion
FULL-ON AND REFERENCE TEST GAIN
2cc Coupler
Full-on gain
50 dB SPL input
Frequency range (DIN 45605)
Reference test gain
60 dB SPL input
Frequency (Hz)
Current drain (in test mode)
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
Output
(dB SPL)
Closed
HFA
Gain
(dB)
Open
Reference test gain (60 dB SPL input)
RIE—HP2 receiver
Models: VO962-DRW, VO762-DRW, VO562-DRW
VOT962-DRW, VOT762-DRW
Output
(dB SPL)
Models: VO962-DRW, VO762-DRW, VO562-DRW
VOT962-DRW, VOT762-DRW
Frequency (Hz)
FULL-ON AND REFERENCE TEST GAIN
2cc Coupler
Full-on gain
50 dB SPL input
Gain
(dB)
RIE—NP receiver
Reference test gain
60 dB SPL input
Frequency (Hz)
Open configuration
Open configuration
Closed configuration
Closed configuration
53
130
32
Full-on gain (50 dB SPL input)
Max.
HFA
Max.
HFA
50
43
114
109
500 Hz
800 Hz
1600 Hz
0,5
0,6
0,8
24
dB SPL
Frequency range (DIN 45605/ANSI)
Current Drain
dB
1,2
Frequency (Hz)
54
Reference test gain (60 dB SPL input)
HFA
33
Full-on gain (50 dB SPL input)
Max.
HFA
Maximum output (90 dB SPL input)
Max.
HFA
55
48
115
110
500 Hz
800 Hz
1600 Hz
1,2
1,5
1,6
23
dB SPL
Total harmonic distortion
2cc Coupler
Full-on gain
50 dB SPL input
40
30
20
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
FULL-ON AND REFERENCE TEST GAIN
60
50
2cc Coupler
110
90
70
MAXIMUM OUTPUT (OSPL 90)
120
100
dB SPL
mA
130
110
70
100Hz
6930
Mini RIE—NP receiver
Models: LN961-DRW, LN761-DRW
80
Gain
(dB)
Equivalent input noise
dB
Output
(dB SPL)
HFA
Total harmonic distortion
2cc Coupler
120
Reference test gain (60 dB SPL input)
Maximum output (90 dB SPL input)
MAXIMUM OUTPUT (OSPL 90)
Reference test gain
60 dB SPL input
10
Frequency (Hz)
Equivalent input noise
Frequency range (DIN 45605/ANSI)
Current Drain
dB
dB
100
90
80
70
dB SPL
Frequency (Hz)
FULL-ON AND REFERENCE TEST GAIN
70
100Hz
6470
1,3
Output
(dB SPL)
Models: LN961-DRW, LN761-DRW
mA
60
50
Gain
(dB)
Mini RIE—S receiver
Full-on gain
50dB SPL input
40
30
20
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
2cc Coupler
Reference test gain
60dB SPL input
10
Frequency (Hz)
55
140
38
Full-on gain (50 dB SPL input)
Max.
HFA
Max.
HFA
65
55
118
115
500 Hz
800 Hz
1600 Hz
1,5
2,4
1,5
24
dB SPL
Frequency range (DIN 45605/ANSI)
Current Drain
dB
1,2
Frequency (Hz)
56
Full-on gain
50 dB SPL input
40
20
Reference test gain (60 dB SPL input)
HFA
46
Full-on gain (50 dB SPL input)
Max.
HFA
Maximum output (90 dB SPL input)
Max.
HFA
76
66
128
123
500 Hz
800 Hz
1600 Hz
2,1
2,3
0,6
24
dB SPL
Total harmonic distortion
2cc Coupler
50
30
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
FULL-ON AND REFERENCE TEST GAIN
70
60
2cc Coupler
120
100
80
MAXIMUM OUTPUT (OSPL 90)
130
110
dB SPL
mA
140
120
80
100Hz
6300
Mini RIE—UP receiver
Models: LN961-DRW, LN761-DRW
90
Gain
(dB)
Equivalent input noise
dB
Output
(dB SPL)
HFA
Total harmonic distortion
2cc Coupler
130
Reference test gain (60 dB SPL input)
Maximum output (90 dB SPL input)
MAXIMUM OUTPUT (OSPL 90)
Equivalent input noise
Frequency range (DIN 45605/ANSI)
Current Drain
Reference test gain
60 dB SPL input
Frequency (Hz)
dB
dB
110
100
90
80
dB SPL
Frequency (Hz)
FULL-ON AND REFERENCE TEST GAIN
80
100Hz
5690
1,2
Output
(dB SPL)
Models: LN961-DRW, LN761-DRW
mA
70
60
Gain
(dB)
Mini RIE—HP receiver
Full-on gain
50dB SPL input
50
40
30
Data in accordance with ANSI S3.22–2003 and IEC 60118-7; Supply Voltage
1.3 V, 2cc coupler
2cc Coupler
Reference test gain
60dB SPL input
20
Frequency (Hz)
57
Warranty and repairs
Interton provides a warranty on hearing instruments in the event of defects in workmanship or materials,
as described in applicable warranty documentation. In its service policy, Interton pledges to secure functionality at least equivalent to the original hearing instrument. As a signatory to the United Nations Global
Compact initiative, Interton is committed to doing this in line with environment-friendly best practices.
Hearing instruments therefore, at Interton’s discretion, may be replaced by new products or products
manufactured from new or serviceable used parts, or repaired using new or refurbished replacement parts.
The warranty period of hearing instruments is designated on your warranty card, which is provided by your
hearing care professional.
Be aware of information marked with the warning symbol
Temperature test, transport and storage information
58
Advice and tips on how to handle your hearing instrument better.
Equipment includes RF transmitter
For hearing instruments that require service, please contact your hearing care professional for assistance.
Interton hearing instruments that malfunction must be repaired by a qualified technician. Do not attempt
to open the case of hearing instruments, as this will invalidate the warranty.
GN Interton Hearing Instruments are subjected to various tests in temperature and damp heating cycling
between -25 C and +70C according to internal and industry standards. During transport or storage, the
temperature should not exceed the limit values of -20C to 60C and relative humidity of 90% RH, non condensing (for limited time). The air pressure between 500 and 1100 hPa is appropriate.
WARNING points out a situation that could lead to serious injuries,
CAUTION indicates a situation that could lead to minor and moderate injuries”
Product is a Type B applied part
“Made for iPhone” means that an electronic accessory has been designed to connect specifically to iPhone
and has been certified by the developer to meet Apple
performance standards.
Apple is not responsible for the operation of this device
or its compliance with safety and regulatory standards.
Please note that the use of this accessory with iPhone
may affect wireless performance.
Please ask your local hearing care professional
concerning disposal of your hearing instrument
59
Any issues relating to the EU Medical Device Directive 93/42/EEC, or
Council Directive 1999/5/EC on Radio Equipment and Telecommunications
terminal equipment should be directed to Interton A/S.
Worldwide headquarters
Interton A/S | Lautrupbjerg 7 | DK-2750 Ballerup | Denmark
Tel.: +45 45 75 1111 | Fax: +45 45 75 1119 | www.interton.com | CVR no. 55082715
400080000-GB-12.01-Rev.B
0297

---

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