P.1
For Reference
Number: G6A-0903024B
Date of Issue: Nov.10.2011
OMRON Corporation
OMRON Relay & Devices Corporation
Prepared by
Checked by
Authorized by
Y.SUGA
T.ASO
T.MATSUSHITA
Name: MINI RELAY
Model: G6A-2-H
Item: DC ALL
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Contents
Sales(
)
DP-720101-2C
Spec No：G6A-0903024B
P. 2
１.Ｃlassification
２.Ｃonstruction
2.1 Ｏutline dimensions
2.2
2.3
2.4
2.5
2.6
Ｓtructure drawing
Ｃontact configuration
Ｃontact structure
Ｃontact material
Ｐrotective construction
Single stable relay
Ｄrawing Ｎo.２４７９４８４－３
Ｄrawing Ｎo.－－－－－－－－
DPDT (2c contact)
Twin crossbar contact
Ｆace material
Ｂase material
Plastic sealed
ＵＬ
ＣＳＡ
ＦＣＣ
Ｓee table１
Ｒesistive load １２５ＶＡＣ ０.５Ａ
３０ＶＤＣ ２Ａ
Ａ½ Alloy
Ａ½
３．Ｓtandards
3.1 Ａpproved by standard(s)
File No.
File No.
Ｐ½½½６８
：E41515
：LR31928
3.2
Ｏthers
４．Ｒatings
4.1 Ｃoil ratings
4.2 Ｃontact ratings
(1) Ｒated load
(2)
(3)
(4)
(5)
(6)
Ｉnductive load １２５ＶＡＣ ０.３Ａ
（½．½．=０.４)
３０ＶＤＣ １Ａ
（Ｌ／Ｒ=７ms）
Ｒated carry current
３Ａ
Ｍaximum rated voltage ２５０ ＶＡＣ ２２０ＶＤＣ
Ｍaximum rated current
Ｒesistive load ＡＣ２Ａ ＤＣ２Ａ
Ｉnductive load ＡＣ１Ａ
（½．½．=０.４）
ＤＣ１Ａ
（Ｌ／Ｒ=７ms）
Ｍaximum switching capacity
Ｒesistive load ＡＣ１２５ＶＡ ＤＣ６０Ｗ
Ｉnductive load ＡＣ６２.５ＶＡ
（½．½．=０.４）
ＤＣ３０Ｗ
（Ｌ／Ｒ=７ms）
Ｆailure rate（reference value）
ＤＣ１０½Ｖ １０μＡ
（Ｐ level）（ λ ＝0.1×10 ／ops.)
５.Ｃharacteristics（initial value）
5.1 Ｃontact resistance
５０ ½Ω MAX.
Ｍeasured by the voltage drop method with
ＤＣ１Ｖ １０½Ａ applied
5.2 Ｍust operate voltage（or set voltage）
Ｓee table １
5.3 Ｍust release voltage（or reset voltage） Ｓee table １
5.4 Ｏperate time （or set time） ５ ms MAX.（at rated voltage）
5.5 Ｒelease time （or reset time）３ ms MAX.（at rated voltage）
5.6 Ｍinimum input pulse width
－－－ ms
(Applicable to latching relay only, at rated voltage)
Spec No：G6A-0903024B
P. 3
5.7 Ｉnsulation resistance ５００ＶＤＣ
(1)Ｂetween coil terminals and contact terminals
１０００ ＭΩ MIN.
(2)Ｂetween non-continuous current-carrying contact terminals
１０００ ＭΩ MIN.
(3)Ｂetween contact terminals of the same polarity
１０００ ＭΩ MIN．
(4)Ｂetween set coil and reset coil
－－－－ ＭΩ MIN.
(5)Ｂetween current-carrying terminal and exposed non-current currying
metal part.
－－－－ ＭΩ MIN.
5.8 Ｄielectric strength(leakage current１mA 50/60Ｈz for a minute)
(1)Ｂetween coil terminals and contact terminals
ＡＣ１０００ Ｖ
(2)Ｂetween non-continuous current-carrying terminals
ＡＣ１０００ Ｖ
(3)Ｂetween contact terminals of the same polarity
ＡＣ７５０ Ｖ
(4)Ｂetween set coil and reset coil
ＡＣ－－－－ Ｖ
(5)Ｂetween current-carrying terminal and exposed non-current carrying
metal part.
ＡＣ－－－－ Ｖ
5.9 Ｔemperature rise
(1) Ｃoil
６５℃ MAX.
（by the coil resistance method）at.－－－℃
Ａpplied voltage of coil：１００％
of rated voltage－－－Ｈz
Ｃarry current of contact３Ａ
６５℃ MAX.
（by the thermometer method）at.－－－℃
Ａpplied voltage of coil：１００％
of rated voltage －－－Ｈz
Ｃarry current of contact３Ａ
Ｍust be free from any abnormality in both
the construction and characteristics after the
relay is subjected to a variable vibration of
2.5mm single amplitude(5mm double amplitude)
at a vibration frequency of 10-55-10 Ｈz
in each direction for 2 hours.
Ｃontacts must not open for １ms
or longer after the relay is subjected to a
variable vibration of 1.65mm single amplitude
(3.3mm double amplitude) at a vibration frequency
of 10-55-10 Ｈz in each direction for 1 cycle.
(2) Ｃontact
5.10 Ｖibration
(1) Ｍechanical durability
(2) Ｍalfunction durability
（Ｗhen energized）
or set status
（Ｗhen not energized） Ｃontacts must not open for １ms
or reset status
or longer after the relay is subjected to a
variable vibration of 1.65mm single amplitude
(3.3mm double amplitude) at a vibration frequency
of 10-55-10 Ｈz in each direction for 1 cycle.
5.11 Ｓhock
(1)Ｍechanical durability
Ｍust be free from any abnormality in both
the construction and characteristics after the
relay is subjected to a shock of １０００m/s
in each direction ３ times.
Spec No：G6A-0903024B
P. 4
(2)Ｍalfunction durability
（Ｗhen energized）
or set status
（Ｗhen not energized）
or reset status
Ｃontacts must not open for１ms
or longer after the relay is subjected to a
shock of ５００ m/s in each direction
３times.
Ｃontacts must not open for１ms or
longer after the relay is subjected to a shock
of ５００m/s in each direction
３times.
Ｍust be free from any abnormality after
a tensile stress of ４.９Ｎ is applied to the
terminal in any direction vertical to the
terminal tip for １０ seconds.
Ａny deformation of the terminal by the load
shall not be regard as a mechanical damage.
Ｍust be free from any abnormality in both the
construction and characteristics after the
relay is left in a temperature of ８５±２℃
for 16 hours and then in room temperature and
humidity for ２ hours.
Ｍust be free from any abnormality in both the
construction and characteristics after the
relay is left in a temperature of －５５±３ ℃
for 72 hours and then in room temperature and
humidity for ２ hours.
Ｍust be free from any abnormality in both the
construction and characteristics after the
relay is left in a humidity of 90 to 95% ＲＨ
for 48 hours at a temperature of 40±2℃, and
then in room temperature and humidity for
2 hours.
Insulation resistance, however,
must be ５ ＭΩ MIN.
Ｔhe product shall be free from any abnormality
in both the construction and characteristics
after the terminals are dipped into molten
solder at ２６０±５℃ for １０ seconds and
then left in room temperature and humidity for
2 hours or after mounted by the recommended
condition of temperature profiles shown in
item ---.
100,000,000 operations MIN.
（under no load at operating frequency of
36,000 operations／hour）
100,000 operations MIN.
（under rated load, at operating frequency of
1,800 operations／hour）
5.12 Ｔerminal strength
5.13 Ｔemperature resistance
(1) Ｈeat resistance
(2) Ｃold resistance
5.14 Ｍoisture resistance
5.15 Ｓoldering heat
5.16 Ｅndurance
(1)Ｍechanical endurance
(2)Ｅlectrical endurance
※Unless otherwise specified, the above mentioned item 4 (Ratings) and
5 (Characteristics) values are under the standard conditions of
Ambient temperature 23℃ and Humidity 65%RH.
Spec No：G6A-0903024B
P. 5
６．Ｓtorage conditions
(1) Store in locations in normal temperature,humidity and atmosphere
pressure.
(2) Environments
½Store in locations where the product or container is not exposed to
corrosive gas such as hydrogen sulfide gas or salty air.
½Store in locations where no visible dust exists.
½Store in locations where the product is not exposed to the direct ray
of the sun and rain, snow.
Also please do not apply the force to product which may result
in the deformation or a change in quality of the product.
７．Ｏperating conditions
7.1 Ａmbient temperature
7.2 Ｒelative humidity
7.3 Ｍounting direction
Ｕse the product under the following conditions.
－４０ to ＋７０℃
（without freezing or condensation）
５ to ８５ ％ＲＨ
Ｆ½½½
7.4 Ｅnviroments
(1) Use in locations where the product is not exposed to corrosive gas
such as hydrogen sulfide gas or salty air.
(2) Use in locations where no visible dust exists.
(3) Use in locations where the product is not exposed to the direct ray
of the sun and rain, snow.
Also please do not apply the force to product which may result
in the deformation or a change in quality of the product.
８．Ｏthers
8.1 Weight
8.2 Impulse
Between
Between
Between
Approx. 3.5g
withstand voltage
(at10×160μs)
coil and contact
1500V
non-continuous contact
----
continuous contact
----
DSP and ARM Processors
京公网安备 11010802033920号
EEWORLD
