1
FTR-K1 SERIES
(a) Series Name FTR-K1 : FTR-K1 Series
(b) Contact Arrangement A : 1 form A (SPST-NO)
C : 1 form C (SPDT) (standard type "K" only)
(c) Coil Type / Enclosure K : Standard (400 mW) / Flux free (16 A, 12A contacts only)
L : High Sensitive (250 mW)/ Flux free (10A, contacts only)
(d) Nominal Voltage 005 : 5 VDC, 006 : 6VDC, 009 : 9VDC 012 : 12VDC
018 : 18 VDC (standard type only) 022 :022VDC (standard type only),
024 : 24VDC, 048 : 48VDC
(e) Contact Material / TV type W : AgSnO2
T : AgSnO2 / TV-5 rated (1form A 16A type only)
(f) Contactrated/Terminalpitch/ Nil :16A/5.0mm/-40to+85˚C(standardtype"K"only)
Temperaturerange -MA :12A/3.5mm/-40to+85˚C(standardtype"K"only)
-LA :10A/3.5mm/-40to+85˚C(highsensitive"L"only)
-LB :10A/5.0mm/-40to+105˚C(highsensitivetype"L"only)
n FEATURES
l Lowprole(height:15.7mm)
l HIGH ISOLATION5
Insulation Distance (between coil and contacts: 10mm min.)
Dielectric strength: 5KV
Surge strength: 10KV
l Class F coil
l UL, Flammability 94V-0
l Cadmium free contacts
l SAFETY STANDARDS
UL, CSA, VDE, SEMKO approved
UL, CSA TV-5 rating approved
l RoHS Compliant since production
Actual marking does not carry the type name : "FTR"
E.g.: Ordering code: FTR-K1CK012W Actual marking: K1CK012W
POWER RELAY
1 POLE - 16A LOW PROFILE TYPE
FTR-K1 Series
n ORDERING INFORMATION
FTR-K1 C K 005 W – **
[Example] (a) (b) (c) (d) (e) (f )
RoHS compliant
2
FTR-K1 SERIES
n SAFETY STANDARD AND FILE NUMBERS
UL508,873(FileNo.E63614)
C22.2 No.1and No. 14 (File No. LR40304)
VDE0435,0631,0700,0860
SEMKO EN 610558-I, 61095
epyT egatloVlanimoN gnitaRtcatnoC
1K-RTF
epytA61 CDV84ot5
CAV772PH1/CAV521PH2/1
evitsiserCDV42/CAV772A61
003BytudtoliP
1K-RTF
epytA01 CDV84ot5
CAV772PH2/1/CAV521PH3/1
evitsiserCDV42/CAV772A01
003BytudtoliP
1K-RTF
5-VT CDV84ot5
CAV0215-VT
CAV772PH1/CAV521PH2/1
evitsiserCDV42/CAV772A61
003AytudtoliP
3
FTR-K1 SERIES
n SPECIFICATIONS
*1Minimumswitchingloadsmentionedabovearereferencevalues.Pleaseperformtheconrmationtestwiththeactualload
before production since reference values may vary according to switching frequencies, environmental conditions and ex-
pected reliability levels.
metI W)(KC1K-RTF
)dradnatS(
T)(KA1K-RTF
)dradnatS(
BL-W)(LA1K-RTF
)evitisneshgiH(
tcatnoC tnemegnarrA Cmrof1 Amrof1
lairetaM yollarevliS
)laitini(ecnatsiseR m001mumixaM Ω)CDV6A1ta(
gnitaR CDV42/CAV052,A61 CAV052A01
tnerruCgniyrraCmumixaM A61 A01
gnitaRgnihctiwSmumixaM W483/AV000,4 CAV005,2
egatloVgnihctiwSmumixaM CDV003/CAV044 CAV044
*daoLgnihctiwSmuminiM
1
CDV5Am01
tnerruCgnihctiwSmumixaM A61 A01
tnerruChsurnImuminiM --- )5VT(A87CAV021 ---
lioC rewoP Wm004 Wm052
erutarepmeTgnitarepO )tsorfon(C°58+otC°04- C°501+otC°04-
)tsorfon(
eulaVemiT )edoidtuohtiw(emiTetarepO sm51mumixaM )ecnuobon,egatlovlanimonta(
)edoidtuohtiw(emiTesaeleR sm5mumixaM )ecnuobon,egatlovlanimonta(
noitalusnI )CDV005ta(ecnatsiseR smhoM000,1muminiM
cirtceleiD
htgnertS
neponeewteB
stcatnoc etunim1CAV000,1
dnaliocneewteB
stcatnoc etunim1CAV000,5
htgnertSegruS ).cesorcim05x2.1ta(V000,01
efiL lacinahceM 01x02
6
muminimsnoitarepo
lacirtcelE
gnitartcatnocCA 01x05
3
.spo
muminim
01x001
3
.spo
muminim
01x051
3
.nim.spo
)seerged501ta(
gnitartcatnocCD 01x03
3
.nim.spo 01x001
3
.nim.spo ---
)5-VT(daolpmaL --- 01x52
3
.nim.spo ---
rehtO
noitarbiV
ecnatsiseR
noitareposiM )mm53.0foedutilpmaelbuod(ng5,zH005ot01
mm7.0foedutilpmaelbuodtazH55ot01
ecnarudnE )mm5.1foedutilpmaelbuod(,zH55-01
kcohS
ecnatsiseR
noitareposiM s/m001.niM
2
)sm1±11(
ecnarudnE s/m000,1.niM
2
)sm1±6(
thgieW g31yletamixorppA
4
FTR-K1 SERIES
n SPECIFICATIONS
metI AM-W)(KC1K-RTF
)dradnatS(
AM-W)(KA1K-RTF
)dradnatS(
AL-W)(LA1K-RTF
)evitisneshgiH(
tcatnoC tnemegnarrA Cmrof1 Amrof1
lairetaM yollarevliS
)laitini(ecnatsiseR m001mumixaM Ω)CDV6A1ta(
gnitaR CDV42/CAV052,A21 CAV052A01
tnerruCgniyrraCmumixaM A41 A01
gnitaRgnihctiwSmumixaM W882/AV000,3 CAV005,2
egatloVgnihctiwSmumixaM CDV003/CAV044 CAV044
*daoLgnihctiwSmuminiM
1
CDV5Am01
tnerruCgnihctiwSmumixaM A21 A01
tnerruChsurnImuminiM --- --- ---
lioC erutarepmeTgnitarepO )tsorfon(C°58+otC°04-
eulaVemiT )edoidtuohtiw(emiTetarepO sm51mumixaM )ecnuobon,egatlovlanimonta(
)edoidtuohtiw(emiTesaeleR sm5mumixaM )ecnuobon,egatlovlanimonta(
noitalusnI )CDV005ta(ecnatsiseR smhoM000,1muminiM
cirtceleiD
htgnertS
neponeewteB
stcatnoc etunim1CAV000,1
dnaliocneewteB
stcatnoc etunim1CAV000,5
htgnertSegruS ).cesorcim05x2.1ta(V000,01
efiL lacinahceM 01x02
6
muminimsnoitarepo
lacirtcelE
gnitartcatnocCA 01x001
3
muminim.spo 01x001
3
.nim.spo
gnitartcatnocCD 01x001
3
.nim.spo ---
)5-VT(daolpmaL --- --- ---
rehtO
noitarbiV
ecnatsiseR
noitareposiM )mm53.0foedutilpmaelbuod(ng5,zH005ot01
mm7.0foedutilpmaelbuodtazH55ot01
ecnarudnE )mm5.1foedutilpmaelbuod(,zH55-01
kcohS
ecnatsiseR
noitareposiM s/m001.niM
2
)sm1±11(
ecnarudnE s/m000,1.niM
2
)sm1±6(
thgieW g31yletamixorppA
5
FTR-K1 SERIES
n COIL DATA CHART
Note: All values in the table are measured at 20°C.
Standard type (type K)
High sensitive type (type L)
ledoM lanimoN ecnatsiseRlioC
)%01±(
etarepOtsuM esaeleRtsuM lanimoN
rewoP
epytevitisneshgiH
)Lepyt( )Lepyt
BL-W500LA1K-RTF CDV5 001 ΩCDV57.3 CDV5.0 Wm052
BL-W600LA1K-RTF CDV6 541 ΩCDV5.4 CDV6.0 Wm052
BL-W900LA1K-RTF CDV9 523 ΩCDV57.6 CDV9.0 Wm052
BL-W210LA1K-RTF CDV21 Ω575 CDV9 CDV2.1 Wm052
BL-W810LA1K-RTF CDV81 003,1 ΩCDV5.31 CDV8.1 Wm052
BL-W420LA1K-RTF CDV42 013,2 ΩCDV81 CDV4.2 Wm052
BL-W840LA1K-RTF CDV84 612,9 ΩCDV63 CDV8.4 Wm052
egatlo
Vegatlo
Vegatlo
V
ledoM lanimoN
egatlo
V
ecnatsiseRlioC
)%01±(
etarepOtsuM esaeleRtsuM lanimoN
rewo ewoP
dradnatS -VT
W500KC1K-RTF T500KA1K-RTF CDV5 26 ΩCDV5.3 CDV5.0 Wm004
W600KC1K-RTF T600KA1K-RTF CDV6 09 ΩCDV2.4 CDV6.0 Wm004
W900KC1K-RTF T900KA1K-RTF CDV9 202 ΩCDV3.6 CDV9.0 Wm004
W210KC1K-RTF T210KA1K-RTF CDV21 063 ΩCDV4.8 CDV2.1 Wm004
W810KC1K-RTF T810KA1K-RTF CDV81 018 ΩCDV6.21 CDV8.1 Wm004
W220KC1K-RTF T220KA1K-RTF CDV22 012,1 ΩCDV4.51 CDV2.2 Wm004
W420KC1K-RTF T420KA1K-RTF CDV42 044,1 ΩCDV8.61 CDV4.2 Wm004
W820KC1K-RTF T820KA1K-RTF CDV82 069,1 ΩCDV6.91 CDV8.2 Wm004
W840KC1K-RTF T840KA1K-RTF CDV84 063,5 ΩCDV6.33 CDV8.4 Wm034
gatlo e
Vegatlo
V
6
FTR-K1 SERIES
29
+0.3
0.3
0.45
15.7
+0.3
3.3
12.7
+0.3
(2.6) 7.5
20
±0.25
(2.6)
0.5
55
0.5 0.9 0.9
Soldering
7.5
2- O1
±0.1
6- O1.3 -0
20
55
Orientation Marking
5678
1
2
3
4
Unit: mm
n DIMENSIONS
l PC Board mounting hole layout
(BOTTOM VIEW)
l Schematics (BOTTOM VIEW)
Note: In case of 1 form A, there is no "Stationay contact arm (NC)" ( ).
FTR-K1CK ( ) W / FTR-K1AK ( ) T / FTR-K1AL ( ) W-LB
7
FTR-K1 SERIES
n DIMENSIONS
45
1
2
3
Orientation marking
20
3.5 3.52-O1±0.1
7.5
0.90.9
7.5(2.6)
12.7+0.3
0.5 0.5
3.5 3.5
0.3
20±0.25
(2.6)
29+0.3
¿0.45
Soldering
15.7+0.3
3.3
Note: In case of 1 form A, there is no "Stationay contact arm (NC)" ( ).
FTR-K1CK ( ) W-MA / FTR-K1AK ( ) W-MA / FTR-K1AL ( ) W-LA
Unit: mm
8
FTR-K1 SERIES
1. General Information
l Relaysproducedafterthespecicdatecodethatisindicatedoneachdatasheetarelead-free
now. Most of our signal and power relays are lead-free. Please refer to Lead-Free Status Info.
(http://www.fujitsu.com/us/downloads/MICRO/fcai/relays/lead-free-letter.pdf)
l Lead free solder paste currently used in relays is Sn-3.0Ag-0.5Cu.
l All signal and most power relays also comply with RoHS. Please refer to individual data
sheets. Relays that are RoHS compliant do not contain the 5 hazardous materials that
are restricted by RoHS directive (lead, mercury, chromium IV, PBB, PBDE).
l
Ithasbeenveriedthatusinglead-freerelaysinleadedassemblyprocesswillnotcauseany
problems (compatible).
l “LF” is marked on each outer and inner carton. (No marking on individual relays).
l Toavoidleadedrelays(forlead-freesample,etc.)pleaseconsultwithareasalesofce.
l We will ship leaded relays as long as the leaded relay inventory exists.
Note: Cadmium was exempted from RoHS on October 21, 2005. (Amendment to Directive 2002/95/EC)
2. Recommended Lead Free Solder Prole
l Recommended solder paste Sn-3.0Ag-0.5Cu.
RoHS Compliance and Lead Free Relay Information
Reow Solder condtion
3. Moisture Sensitivity
l Moisture Sensitivity Level standard is not applicable to electromechanical realys.
4. Tin Whisker
l Dipped SnAgCu solder is known as low risk tin whisker. No considerable length whisker was found by our in
house test.
We highly recommend that you conrm your actual solder conditions
Flow Solder condtion:
Pre-heating: maximum120˚C
Soldering: dip within 5 sec. at
260˚Csolerbath
Solder by Soldering Iron:
Soldering Iron
Temperature: maximum360˚C
Duration: maximum 3 sec.
9
FTR-K1 SERIES
Japan
Fujitsu Component Limited
Gotanda-Chuo Building
3-5, Higashigotanda 2-chome, Shinagawa-ku
Tokyo 141, Japan
Tel:(81-3)5449-7010
Fax: (81-3) 5449-2626
Email: promothq@ft.ed.fujitsu.com
Web: www.fcl.fujitsu.com
North and South America
Fujitsu Components America, Inc.
250 E. Caribbean Drive
Sunnyvale, CA 94089 U.S.A.
Tel:(1-408)745-4900
Fax:(1-408)745-4970
Email: marcom@fcai.fujitsu.com
Web: http://www.fujitsu.com/us/services/edevices/components/
Europe
Fujitsu Components Europe B.V.
Diamantlaan 25
2132 WV Hoofddorp
Netherlands
Tel: (31-23) 5560910
Fax: (31-23) 5560950
Email: info@fceu.fujitsu.com
Web: http://www.fujitsu.com/emea/services/components/
Asia Pacic
Fujitsu Components Asia Ltd.
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#04-01 Citilink Warehouse Complex
Singapore 118529
Tel:(65)6375-8560
Fax:(65)6273-3021
Email: fcal@fcal.fujitsu.com
Web: http://www.fujitsu.com/sg/services/micro/components/
Fujitsu Components International Headquarter Ofces
©2005 Fujitsu Components America, Inc. All rights reserved. All trademarks or registered trademarks are the property off their respective
owners.
Fujitsu Components America does not warrant that the content of datasheet is error free. In a continuing effort to improve our products Fujitsu
ComponentsAmerica,Inc.reservestherighttochangespecications/datasheetswithoutpriornotice.Rev.11/17/2005.