Garmin SIGNATURE Series User manual

SG-DA61500/SG-24DA61500 SIGNATURE SERIES AMPLIFIER
INSTALLATION INSTRUCTIONS
Important Safety Information
WARNING
See the Important Safety and Product Information guide in the product box for product warnings and other
important information.
This device must be installed according to these instructions.
Disconnect the vehicle's or vessel's power supply before beginning to install this device.
CAUTION
To maintain ignition protection compliance in accordance with SAE J1171, you must replace the fuse only with
a J1171 compliant fuse.
Continuous exposure to sound pressure levels over 100dBA may cause permanent hearing loss. The volume
is typically too loud if you cannot hear people speaking around you. Limit the amount of time you listen at high
volume. If you experience ringing in your ears or muffled speech, stop listening and have your hearing checked.
To avoid possible personal injury, always wear safety goggles, ear protection, and a dust mask when drilling,
cutting, or sanding.
NOTICE
When drilling or cutting, always check what is on the opposite side of the surface to avoid damaging the vessel.
The SG-DA61500 device is designed for a 12 Vdc power source. The SG-24DA61500 device is designed for a 24
Vdc power source. Connecting to a larger power source may damage the device.
It is strongly recommended that you have your audio system installed by a professional installer to ensure
optimum performance.
You must read all installation instructions before beginning the installation. If you experience difficulty during
the installation, go to garmin.com for product support.
What's In the Box
• Four 8-gauge, self-tapping screws
• 3mm hex key (for the top cover and power terminals)
• 2.5mm hex key (for the speaker terminals)
• Polishing cloth
• Spare J1171 compliant 40A blade-type fuses
GUID-E1123DA0-B5C3-4C9E-84E7-41E2D7952C89 v4October 2022

Tools Needed
• Drill and drill bits
• Flat screwdriver
• Wire cutter
• Wire stripper
• 120A inline fuse or circuit breaker for 12 volt models or 60 A inline fuse or circuit breaker for 24 volt models
• 4AWG (21.1mm2) power cable
NOTE: You may need thicker cable for higher amperages or longer runs (Power Cable Gauge Guide,
page6).
• 16AWG (1.31mm2) speaker wire
NOTE: You may need thicker wire for longer runs (Speaker Wire Gauge Guide, page8).
• 20AWG (0.52mm2) wire (amplifier turn-on signal)
• Dual RCA cable (1 per zone, for stereo speakers) (Signal and Speaker Connection Considerations, page7)
• Single RCA cable and RCA splitter (1 per zone, for mono subwoofer or bridged output for speakers) (Signal
and Speaker Connection Considerations, page7)
• Cable ties (optional)
Mounting Considerations
CAUTION
In high ambient temperatures and after extended use, the device enclosure may reach temperatures deemed
dangerous to touch. Therefore the device must be installed in a location where it will not be touched during
operation.
NOTICE
This device should be mounted in a location that is not exposed to extreme temperatures or conditions. The
temperature range for this device is listed in the product specifications. Extended exposure to temperatures
exceeding the specified temperature range, in storage or operating conditions, may cause device failure.
Extreme-temperature-induced damage and related consequences are not covered by the warranty.
This device is designed for installation only in a dry location. Installing this device in a location where it may
come in contact with water or become submerged may result in damage. Water damage is not covered by the
warranty.
• The device must be mounted in a location that does not interfere with the fuel tank or electrical wiring.
• The device must be mounted in a location where it is not exposed to water.
• The device must be mounted in a location with adequate ventilation where it is not exposed to extreme
temperatures.
• If the device is mounted in an enclosed space, you should install a cooling fan with appropriate ducts to aid in
airflow.
• The device should be mounted so that the cables can be connected easily.
• To avoid interference with a magnetic compass, the device should be installed at least 55cm (22in.) away
from a compass.
• The device should not be mounted in close proximity to other navigation-critical equipment, antennas, or
radio-communication equipment on the vessel.
2

Mounting the SG-DA61500/SG-24DA61500 Signature Series Device
NOTICE
If you are mounting the device in fiberglass, when drilling the pilot holes, use a countersink bit to drill a
clearance counterbore through only the top gel-coat layer. This will help to avoid cracking in the gel-coat layer
when the screws are tightened.
NOTE: Screws are included with the device, but they may not be suitable for the mounting surface.
Before you mount the device, you must select a mounting location and determine what screws and other
mounting hardware are needed for the surface.
1Place the device in the mounting location and mark the location of the pilot holes.
2Drill a pilot hole for one corner of the device.
3Loosely fasten the device to the mounting surface with one corner and examine the other three pilot-hole
marks.
4Mark new pilot-hole locations if necessary, and remove the device from the mounting surface.
5Drill the remaining pilot holes.
6Secure the device to the mounting location.
Removing the Cover
You must remove the cover to reach the connectors and configuration controls on the amplifier.
1Using the included 3mm hex key, remove the screws that secure the cover to the amplifier.
2Lift the cover off of the amplifier and set it aside until after you have finished making all of the connections
and configured the amplifier.
Connection Considerations
NOTICE
The wiring (not included) from the battery to the amplifier must run through an inline fuse or circuit breaker (not
included) as close to the battery as possible. You must connect the positive wire to the fuse or circuit breaker.
Connecting the amplifier to power without an inline fuse or circuit breaker may result in a fire if there is a short
in the cable.
You must turn off the audio system before making any connections to the amplifier. Failure to turn off the audio
system may result in damage to the audio system.
All terminals and connections must be protected from contact with the vessel chassis and with each other.
Improper terminal or wire contact may result in damage to the audio system.
• You must first connect the amplifier to ground before making any other wiring connections (Connecting to
Power, page5).
• You must connect the positive wire to the battery only after you have completed all other wiring to the
amplifier.
• If your stereo does not have a remote turn-on signal wire, you must connect the amplifier to a switched power
source.
3

Port Identification
Fuses. See the product specifications for replacement details.
POWER and PROT (protection) LED indicators (Troubleshooting, page14)
Zone 1 speaker terminals
Zone 1 RCA input
Power, ground, and amplifier turn-on terminals
Zones 2 and 3 RCA inputs
Zones 2 and 3 speaker terminals
4

Connecting to Power
You must connect the power wire to the battery through an in-line fuse or a circuit breaker.
You must use the appropriate gauge of wire (not included) to connect the amplifier to power and ground, based
on the total amperage and the length of the cable run (Power Cable Gauge Guide, page6).
1Route the appropriate gauge of wire to the amplifier and to a ground location on the boat.
2Using the included 3mm hex key, connect the ground wire to the GND terminal on the amplifier.
3Connect the other end of the ground wire to the ground location on the boat.
4Route the appropriate gauge of wire to the amplifier and to the boat battery, and select an option:
• Install a properly rated in-line fuse on the power wire as close to the battery as possible.
• Identify or install a circuit breaker, as close to the battery as possible, for use with the amplifier power
wire.
NOTICE
You must not connect the power wire to the amplifier and battery or circuit breaker before you complete all of
the other connections. Connecting the amplifier to power before you complete all of the other connections may
cause damage to your audio system.
5Select an option:
• If your stereo has an amplifier turn-on wire, route a 20AWG (0.52mm2) wire from the amplifier turn-on
wire on the stereo to the amplifier.
NOTE: The amplifier and the stereo must connect to the same physical ground location for the amplifier
turn-on signal to function properly.
• If your stereo does not have an amplifier turn-on wire, route a 20AWG (0.52mm2) wire from the positive
terminal of the battery, through a switch, to the amplifier.
6Using the included 2.5mm hex key, connect the 20AWG (0.52mm2) wire to the REM terminal on the
amplifier.
Make all of the other connections to the stereo and speakers before completing the connection to power
(Completing the Connections, page11).
5

Power Cable Gauge Guide
You should use 4AWG (21.1mm2) wire for most installations. If your total amperage is higher than 50–65A,
and your cable run is longer than 10–13ft (3–4m), you can use these tables to determine if you need to use a
larger gauge of wire. This table accounts for terminal connection resistance.
NOTE: If you are using aluminum wire, you should use a wire two gauges larger than the gauge listed below to
compensate for a potential voltage drop due to the wire material.
Total Amperage 0––4ft.
(0–1.2m)
4–7ft.
(1.2–2.1m)
7–10ft.
(2.1–3m)
10–13ft.
(3–4m)
85–105A 4AWG
(21.1mm2)
4AWG
(21.1mm2)
4AWG
(21.1mm2)
2AWG
(33.6mm2)
105–125A 4AWG
(21.1mm2)
4AWG
(21.1mm2)
4AWG
(21.1mm2)
2AWG
(33.6mm2)
125–150A 2AWG
(33.6mm2)
2AWG
(33.6mm2)
2AWG
(33.6mm2)
0AWG
(53.5mm2)
Total Amperage 13–16ft.
(4–4.9m)
16–19ft.
(4.9–5.8m)
19–22ft.
(5.8–6.7m)
22–28ft.
(6.7–8.5m)
50–65A 4AWG
(21.1mm2)
4AWG
(21.1mm2)
4AWG
(21.1mm2)
2AWG
(33.6mm2)
65–85A 2AWG
(33.6mm2)
2AWG
(33.6mm2)
2AWG
(33.6mm2)
0AWG
(53.5mm2)
85–105A 2AWG
(33.6mm2)
2AWG
(33.6mm2)
2AWG
(33.6mm2)
0AWG
(53.5mm2)
105–125A 0AWG
(53.5mm2)
0AWG
(53.5mm2)
0AWG
(53.5mm2)
0AWG
(53.5mm2)
125–150A 0AWG
(53.5mm2)
0AWG
(53.5mm2)
0AWG
(53.5mm2)
0AWG
(53.5mm2)
6

Signal and Speaker Connection Considerations
When connecting your stereo and speakers to the amplifier, observe the following considerations:
• Each set of zone speaker terminals on the amplifier is paired to the RCA inputs for that zone.
• Each channel supports a nominal 4Ohm speaker load impedance, and a 2Ohm minimum speaker load
impedance.
• You can connect two speakers in parallel on a single channel, and the combined impedance must be
greater than the 2Ohm minimum load impedance (Connecting Multiple Speakers or Subwoofers In Parallel,
page9).
• You can connect either a zone line out or a subwoofer line out from the stereo to any of the zone RCA inputs
on the amplifier.
• You should use the proper gauge speaker wire noted in the Speaker Wire Gauge Guide, page8 to connect
speakers and subwoofers to the amplifier.
• You should observe the zone and polarity markings for each channel when connecting speakers to the
amplifier. For example, Z1L indicates the ZONE 1 left channel, and Z1R indicates the ZONE 1 right channel.
• If you are connecting a combination of speakers and a subwoofer to the amplifier, you should connect the
subwoofer to ZONE 3 as illustrated below. This zone has a dedicated BASS BOOST control.
• You can connect a subwoofer to a single channel, but you should connect it using bridge mode to get the
best performance (Connecting a Speaker or Subwoofer in Bridge Mode, page10).
In the following example, a single 4Ohm subwoofer is connected to the bridged terminals for ZONE 3, and pairs
of 4Ohm speakers are connected to the right and left channels for the other two zones.
In this example, you must connect the subwoofer line out from the stereo to the Z3L and Z3R RCA connectors
on the amplifier (using an RCA splitter), you must connect the two zone line out connectors from the stereo to
the other two zone RCA connectors on the amplifier.
7

Speaker Wire Gauge Guide
You should use 16 AWG (1.3 through 1.5mm2) fully-tinned copper speaker wire for most installations. You
can use these tables to determine if you need to use a larger gauge of wire. These tables account for terminal
connection resistance.
NOTE: If you are using aluminum wire, you should use a wire two gauges larger than the gauge listed below to
compensate for a potential voltage drop due to the wire material.
4 Ohm Load (1 Speaker)
Distance between the amplifier and speaker Wire gauge
From 0 to 28ft. (from 0 to 8.5m) 16 AWG (1.3 through 1.5mm2)
From 28 to 69ft. (from 8.5 to 21m) 12 AWG (3 through 4mm2)
2 Ohm Load (2 Speakers in Parallel)
Distance between the amplifier and speaker Wire gauge
From 0 to 14ft. (from 0 to 4m) 16 AWG (1.3 through 1.5mm2)
From 14 to 35ft. (from 4 to 10.5m) 12 AWG (3 through 4mm2)
You can purchase the recommended speaker wire from your Fusion® or Garmin® dealer.
• 16 AWG (1.3 through 1.5mm2) wire:
◦010-12899-00: 7.62m (25ft.)
◦010-12899-10: 15.24m (50ft.)
◦010-12899-20: 100m (328 ft.)
• 12 AWG (3 through 4mm2) wire:
◦010-12898-00: 7.62m (25ft.)
◦010-12898-10: 15.24m (50ft.)
◦010-12898-20: 100m (328 ft.)
8

Connecting Multiple Speakers or Subwoofers In Parallel
You can connect multiple speakers or subwoofers with the same impedance rating, model number, and type
together in parallel. When connecting speakers of the same impedance rating in parallel, you must calculate
the total impedance by dividing the common impedance rating by the total number of speakers connected in
parallel. For example, if you connect two 4Ohm speakers in parallel, the resulting impedance is 2Ohm (4÷ 2=
2).
NOTICE
You must not connect a series of speakers with an impedance less than 2Ohm to a single channel on the
amplifier. Do not connect more than two speakers in parallel per zone output.
1Connect speaker wire to the positive terminal for a channel or zone on the amplifier.
2Connect speaker wire to the positive terminal on each speaker.
3Connect the wires from the positive terminals on both speakers in the channel or zone to the wire connected
to the positive terminal on the amplifier.
4Repeat this procedure for the negative terminal on the amplifier and both speakers in the channel or zone.
9

Connecting a Speaker or Subwoofer in Bridge Mode
Connecting a speaker or subwoofer in bridge mode increases the amount of power that can be delivered by
combining two output channels together. This is beneficial for large subwoofers that move large volumes of air
and for playing speakers louder without experiencing clipping in the audio.
NOTICE
A speaker connected in bridge mode must be capable of handling the increased output power. Bridge mode can
produce more than double the output power of a single channel.
You should connect only a 4Ohm load to the bridged terminals on a zone. Connecting a 2Ohm load to the
bridged terminals may cause damage to the amplifier, speaker, or subwoofer.
NOTE: When bridging the channels in a zone, you must use an RCA splitter to send the same signal to both the
left and right channels of the zone.
1Connect speaker wire to the amplifier's positive terminal of the left channel for a zone .
2Connect the other end of the speaker wire to the positive terminal on the speaker or subwoofer .
NOTE: The bridged terminals for a zone are connected with a line and labeled BRIDGED for easy
identification.
3Connect speaker wire to the negative terminal of the right channel for a zone .
4Connect the other end of the speaker wire to the negative terminal on the speaker or subwoofer .
5Connect the split ends of an RCA splitter to the left RCA ports for both bridged zones on the amplifier .
6Connect the single end of the RCA splitter to the left RCA stereo output .
7Connect the split ends of an RCA splitter to the right RCA ports for both bridged zones on the amplifier .
8Connect the single end of the RCA splitter to the right RCA stereo output .
9Adjust the volume level and other settings for the zone (Adjusting the Level for a Zone, page13).
10

Completing the Connections
Before you connect the amplifier to the power source, you must complete all other connections to the amplifier .
1Make sure all speaker wires are connected to the speakers and the amplifier.
2Make sure all RCA cables are connected to the amplifier and the stereo.
3Make sure the ground cable is connected to the amplifier and the battery (Connecting to Power, page5).
4Make sure the amplifier turn-on wire is connected to the amplifier and to the amplifier turn-on wire from the
stereo or a dedicated switch (Connecting to Power, page5).
5Using the included 3mm hex key, connect the power wire to the positive terminal on the amplifier.
NOTICE
The SG-DA61500 device is designed for a 12 Vdc power source. The SG-24DA61500 device is designed for a 24
Vdc power source. Connecting to the incorrect power source may damage the device.
6Select an option:
• Connect the other end of the power wire, through the in-line fuse, to the battery.
• Connect the other end of the power wire to the appropriate circuit breaker.
Configuring the Amplifier
Before you use the amplifier, you should configure it for any connected speakers and subwoofers.
You must make all power, speaker, and stereo connections before you can configure the amplifier.
NOTE: If your stereo features digital signal processing (DSP), such as a Fusion Apollo™ RA770, you should use
the Fusion-Link™ app when configuring the amplifier (Configuring the Amplifier for a DSP Compatible Stereo,
page13).
11

Amplifier Configuration Controls
Each zone has a set of controls you must use to configure the sound for the speakers connected to that zone.
Dial or
Switch Function
LEVEL Adjusts the input signal level for the zone (Adjusting the Level for a Zone, page13).
FULL
Sets a full-range filter on the zone.
Allows all frequencies. This is usually used when full-range speakers are connected to the zone,
and no subwoofer is present.
LPF
Sets a low-pass filter on the zone.
Filters out mid to high frequencies that only full-range speakers should produce. This is usually
used when a subwoofer is connected to the zone.
HPF
Sets a high-pass filter on the zone.
Filters out low frequencies that only subwoofers should produce. This is usually used when
smaller speakers are connected to the zone.
FREQ
Adjusts the crossover frequency for the zone
You should adjust this based on the LPF/HPF setting:
• When LPF is selected, all frequencies below the FREQ setting are passed to the subwoofer
connected to the zone.
• When HPF is selected, all frequencies above the FREQ setting are passed to the speakers
connected to the zone.
BASS
BOOST
Adjusts the gain on the 45 Hz level.
This control is available on ZONE 3 only.
This setting should be adjusted only when you connect a subwoofer or full range speakers
capable of low frequencies to the zone.
12

Adjusting the Level for a Zone
NOTE: The level setting is music dependent, and not all levels are appropriate for all types of music. For
example, if you adjust the level setting for rock music, then listen to classical music, it could result in distortion
due to clipping.
1Using a flat screwdriver, adjust the LEVEL dial for the zone to MIN by turning the dial counter-clockwise.
2Begin playing audio on the stereo, and set the zone line out to approximately 3/4 volume.
3Slowly adjust the LEVEL dial for the zone clockwise toward the MAX setting while listening to the speakers
connected to that zone.
4When the sound from the speakers becomes distorted, stop adjusting the dial, and slowly adjust the dial
counter-clockwise again until the distortion is gone.
5Repeat this procedure for the other zones.
Configuring the Amplifier for a DSP Compatible Stereo
If your stereo features digital signal processing (DSP), such as a Fusion Apollo RA770, you should use the
Fusion-Link app when configuring the amplifier for the best results.
1Follow the instructions in your stereo owner's manual to download the Fusion-Link app and connect it to the
stereo.
2Select the appropriate stereo, amplifier, and speakers in the Fusion-Link app.
3Follow the instructions in the Fusion-Link app to adjust the configuration controls on the amplifier.
Specifications
Amplifier class Class D
Frequency response 10Hz to 40kHz (-3dB @ 4Ohm rated power)
Peak power output 1500W
Input impedance 7kOhm nominal
Signal to noise ratio 85dB @ rated power output, 4Ohm
53.1dB @ 1W, 4Ohm
Separation/crosstalk 60dB
High-pass/low-pass filter User selectable
Filter crossover frequency 32Hz to 320Hz, user adjustable
Filter crossover slope 12dB/octave
Bass boost 0 to 9dB, user adjustable (ZONE 3 only)
Remote turn-on 6Vdc threshold
Protection circuits
Reverse voltage
Input under/over voltage
Over temperature
Output short circuit
Compass-safe distance 55cm (22in.)
Operating temperature range From 0 to 50°C (from 32 to 122°F)
Storage temperature range From -20 to 70°C (from -4 to 158°F)
Water rating Must be installed in a dry location
Weight 4.5kg (9.9lb) with the cover installed
13

12V Models
Rated power output
4Ohm: 100W RMS x 6 @ 14.4Vdc input < 1% THD+N (EIA/CEA-490A)
2Ohm: 140 W RMS x 6@ 14.4Vdc input < 1% THD+N (EIA/CEA-490A)
4Ohm bridged: 280W RMS x 3 @ 14.4Vdc input < 1% THD+N (EIA/CEA-490A)
Input sensitivity 0.3Vdc to 8Vdc RMS, adjustable
Operating voltage 10.8 to 16Vdc
Current draw
(@14.4Vdc input)
Standby: less than 1mA
Idle: less than 2.5A
Max: 75A
Fuse rating
3 @ 40A ATC blade-type (SAE J1171 compliant)
NOTICE
To maintain ignition protection compliance in accordance with SAE J1171, replace
only with J1171 fuses, such as a Bussmann™ ATC-40. Using non-compliant fuses may
damage the amplifier and voids your warranty.
24V Models
Rated power output
4Ohm: 100W RMS x 6 @ 28.8Vdc input < 1% THD+N (EIA/CEA-490A)
2Ohm: 140 W RMS x 6@ 28.8Vdc input < 1% THD+N (EIA/CEA-490A)
4Ohm bridged: 280W RMS x 3 @ 28.8Vdc input < 1% THD+N (EIA/CEA-490A)
Input sensitivity 0.3Vdc to 6Vdc RMS, adjustable
Operating voltage 21.6 to 32Vdc
Current draw
(@28.8Vdc input)
Standby: less than 1mA
Idle: less than 1.25A
Max: 35A
Fuse rating
3 @ 20A ATC blade-type (SAE J1171 compliant)
NOTICE
To maintain ignition protection compliance in accordance with SAE J1171, replace
only with J1171 fuses. Using non-compliant fuses may damage the amplifier and
voids your warranty.
More Information
Registering Your Fusion Device
Help us better support you by completing our online registration today.
• Go to garmin.com.
• Keep the original sales receipt, or a photocopy, in a safe place.
Troubleshooting
Before you contact your Fusion dealer or service center, you should perform a few simple troubleshooting steps
to help diagnose the problem.
If the Fusion amplifier has been installed by a professional installation company, you should contact the
company so a technician can assess the problem and advise you about possible solutions.
14

There is no sound, and the POWER LEDs are off
• Check the amplifier turn-on wire connection to the stereo or switch, and tighten or re-connect all wires, if
needed (Connecting to Power, page5).
NOTE: The amplifier and the stereo must connect to a common ground for the amplifier turn-on signal to
function properly.
• Check the fuse or circuit breaker on the power cable (near the battery), and replace the fuse or reset the
breaker, if needed.
• Check the fuses on the amplifier, and replace all blown fuses, if needed. If a fuse has blown, the red PROT
LED will be on.
• Check the power and ground cable connections, and tighten or re-connect all cables, if needed.
• Make sure the power is connected correctly according to the wiring diagram and directions.
• Make sure the supply voltage is the proper voltage for your amplifier.
• Make sure you are using the appropriate gauge for the length of the power cable run, and replace the cable
with a thicker gauge, if needed (Power Cable Gauge Guide, page6).
There is no sound, and the POWER LEDs are on
• Check the settings on the stereo, and make sure the appropriate zone out or subwoofer out signals are
enabled.
NOTE: See your stereo owner's manual for more information on enabling or configuring output signals.
• Make sure the stereo is powered on and the volume is not set too low.
• Check the RCA cable connections to the stereo, and re-connect all disconnected cables, if needed.
• Check the LEVEL setting for the zone on the amplifier and the max volume setting for the zone on the stereo,
and increase the LEVEL on the amplifier or the max volume on the stereo, if needed (Adjusting the Level for a
Zone, page13).
• Check the speaker wire connections, and re-connect all disconnected wires, if needed.
• Check the power cables to make sure they are the appropriate gauge, are fused, and are connected properly
(Connecting to Power, page5).
One POWER LED is on, but the other POWER LED is off
• Check the fuses on the side of the amplifier where the POWER LED is off, and replace all blown fuses.
The PROT LEDs are on
The PROT LEDs indicate a fault in the system. When a fault is detected, the amplifier shuts down to prevent
damage.
• Check the power and ground cables for cuts in the sleeving or bare wire contact, and correct, repair, or
replace the cables if necessary.
• Check the speaker wires for cuts in the sleeving or bare wire contact, and correct, repair, or replace the cables
if necessary.
• Check the temperature of the amplifier, and if the amplifier is very hot, move it to an area with better
ventilation or install a ventilation fan (Mounting Considerations, page2).
There is a hum or other unexpected noise from a speaker
• Install ground-loop isolators inline with the RCA cables from the stereo.
NOTE: You should install ground-loop isolators on all RCA cables connected to the stereo.
You should install ground-loop isolators on the RCA cables where they connect to the stereo, not where they
connect to the amplifier.
15

The sound is distorted or clipping
• Check the output from the stereo, and adjust the zone line out to approximately 3/4 volume if needed.
• Adjust the LEVEL setting on the amplifier for the zone or zones experiencing distortion or clipping until the
issue is corrected.
NOTE: The level setting depends upon the type of music and not all levels are appropriate for all types of
music. For example, if you adjust the level setting for rock music, then listen to classical music, you could
experience distortion due to clipping.
物質宣言
部件名称
有毒有害物质或元素
铅 汞 镉 六价铬 多溴联苯 多溴二苯醚
电路版
框体
附件
本表格依据 SJ/T11364 的规定编制。
: 代表此种部件的所有均质材料中所含的该种有害物质均低于
(GB/T26572) 规定的限量
: 代表此种部件所用的均质材料中, 至少有一类材料其所含的有害物质高于
(GB/T26572) 规定的限量
* 该产品说明书应提供在环保使用期限和特殊标记的部分详细讲解产品的担保使用条件。
产品
連絡地址
委製銷售:台灣國際航電股份有限公司
聯絡地址:新北市汐止區樟樹二路 68 號
電 話:[phone]
客服專線:[phone]
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