600 SERIES
ALUMINUM HOUSED RESISTORS
SPECIFICATIONS: Consult factory for dimensions on liquid cooled design up to 1000 Watt
FA018B Specifications subject to change without notice
! Widest selection in the industry! 5 to 1000 W att
! 0.005Ω to1MΩ, tolerance to .01%, TC to 5ppm
! High power in compact size
! Welded construction, low noise, high pulse capability
! Available on exclusive SWIFT TM delivery program!
OPTIONS
! Option X: Non-inductive
! Option P: Increased pulse capability
! Option ER: 100 hour burn-in per MIL-PRF-39009
! Option B: Increased power
! Additional modifications: unanodized cases, custom marking,
increased dielectric/creepage & working voltage, low thermal emf
(opt.E), etc. Customized components are an RCD Specialty!
Standard units feature lug terminals (605 - 630)
or threaded terminals (635 & 640).
Option L (605-625): Insulated stranded wires
embedded into the case. Black TFE 18AWG x
12”L with ¼” strip is standard (14 & 16AWG
avail). Also available in 4-terminal design
(Opt.4L), and with a wide variety of
terminals...
ring terminal
(Opt. LR),
quick-connect
male
(Opt. LM), female (Opt. LF).
Option 4T (605-625): Unpressed leadwires,
18AWG is standard (12 & 16AWG available).
Specify Option 2T for 2-terminal design, or 4T
for 4-terminal design.
Option 4R (605-630): 4-terminal design. 16AWG
lug terminals are welded to standard terminals.
Option Q (605-630): Male fast-on terminal,
.187x.020” is standard (.1 10 & .250 available).
1 Military part numbers are for reference only and do not imply qualification. 2 Max. voltage = ( PR)½ , not to exceed the value listed (increased ratings avail). Multiply by 0.7 for Opt.X.
TYPICAL PERFORMANCE CHARACTERISTICS:
3 The dielectric strength on Opt. L resistors is 50% of standard (available up to 3KV)
DERATING: Power rating is based on the use of a suitable heat sink and
thermal compound to limit the case temperature to 200°C. Derate wattage
by 0.44%/°C above 25°C. Recommended aluminum chassis area is 64 in²
x .040” thick for type 605 and 610, 83 in² x .040” thick for type 615, 144 in²
x .060” thick for type 620, and 144 in² x .125” thick for types 625 through
640. Without a heat sink, derate wattage rating by 60%.
605-630
A
C
H
EG
B
F
L
N
D
635-640
A
C
E G
B
F
LD
3.00±.01”
(640 only)
H
1/4-20,12-24
Type 630 and 640 have 4 mounting holes
RCD Components Inc., 520 E. Industrial Park Dr., Manchester , NH, USA 03109
Tel: (603) 669-0054 Fax:(603) 669-5455 E-mail: sales@rcdcomponents.com www.rcdcomponents.com
RESISTORS
""
""
"CAP
S
&
C
OILS
""
""
"DELAY
LINES
P/N DESIGNATION: 610 - 1001 - F B
Optional TC (leave blank if standard): 5=5ppm, 10=10ppm;
100ppm & above use3 digit code--101=100ppm, 201=200ppm, etc.
RCD Type
Options: X, Q, P, L, LR, LM, LF, ER, B, 65, 41, 36,
34, 4T, 4R, 4L (leave blank if standard)
Tolerance: K=10%, J=5%, H=3%, G=2%, F=1%, D=0.5%, C=0.25%,
B=0.1%, A=0.05%, Q=0.02%, T=0.01%
Packaging: B = Bulk
Resis. Code: ≤≤
≤≤
≤1%: 3 signif. figures & multiplier,
e.g. R100= 0.1Ω, 1R00= 1 Ω,1000= 100Ω, 1001= 1KΩ.
Resis. Code 2% - 10%: 2 signif. figures & multiplier, e.g. R10=
0.1Ω, 1R0= 1Ω,100= 10Ω, 102= 1KΩ.
Resis. Code <0.1ΩΩ
ΩΩ
Ω: regardless of tolerance, list value using ‘R’ as
decimal, e.g. R0025, R005, R01, R015, etc.
DCR epyT epyTLIM
1
detnuoM,egattaW .siseRegnaR
(ΩΩ
Ω
ΩΩ)egatloV gnitaR
2
A500.± B500.± C260.± D260.± E130.± F130.± G130.± H010.± L500.± N500.± gtM wercS
dtSB.tpOLIM
50606RER/ER5.7515 K02-500.061 444. ]3.11[ 094. ]5.21[ 006. ]2.51[ 521.1 ]6.82[ 433. ]5.8[ 646. ]4.61[ 023. ]2.8[ 560. ]6.1[ 390. ]4.2[ 050. ]3.1[ 2# ]2M[
01656RER/ER5.210201K001-500.562 265. ]3.41[ 526. ]9.51[ 057. ]0.91[ 573.1 ]0.53[ 024. ]8.01[ 008. ]3.02[ 504. ]3.01[ 570. ]9.1[ 390. ]4.2[ 680. ]2.2[ 2# ]2M[
51607RER/ER525302K002-500.055 917. ]3.81[ 187. ]8.91[ 260.1 ]0.72[ 839.1 3.94[ 135. ]5.31[ 080.1 ]4.72[ 645. ]9.31[ 880. ]2.2[ 521. ]2.3[ 680. ]2.2[ 4# ]5.2M[
02657RER/ER050603K004-500.0521 365.1 ]7.93[ 448. ]5.12[ 869.1 ]0.05[ 187.2 ]6.07[ 906. ]6.51[ 041.1 ]8.82[ 016. ]5.51[ 880. ]2.2[ 521. ]2.3[ 680. ]2.2[ 4# ]5.2M[
526-57-- K005-10.0091 365.1 ]7.93[ 448. ]5.12[ 058.2 ]4.27[ 366.3 ]0.39[ 906. ]6.51[ 041.1 ]8.82[ 016. ]5.51[ 880. ]2.2[ 521. ]2.3[ 680. ]2.2[ 4# ]5.2M[
036-001-- K001-1.00091 10.±773.1 ]0.53[ 10.±754.1 ]0.73[ 975.2 ]5.56[ 90.±83.3 ]9.58[ 350.1 ]7.62[ 938.1 ]7.64[ 069.50.± ]4.42[ 30.±831. ]5.3[ 10.±371. ]4.4[ niM680. ]2.2[ 8# ]4M[
53677ER00105157K006-1.00091 10.±57.2 ]58.96[ 10.±52.2 ]51.75[ 05.3 ]9.88[ 90.±84.5 ]41.931[ 218.1 ]0.64[ 218.2 ]24.17[ 57.1 ]54.44[ 30.±881. ]87.4[ 10.±881. ]87.4[ a/n 8# ]4M[
04608ER052003021M1-1.00032 10.±578.3 ]24.89[ 10.±05.2 ]5.36[ 05.4 ]3.411[ 90.±00.7 ]8.771[ 521.2 ]89.35[ 00.3 ]2.67[ 881.2 ]85.55[ 30.±052. ]53.6[ 10.±881. ]87.4[ a/n 8# ]4M[
tneiciffeoC.pmeT 9900.-500. :Ω ).tpompp003,002(dtsmpp006
940.-10. :Ω ).tpompp002,001(dtsmpp003
990.-50. Ω:).tpompp001,05(dtsmpp002
99.-1. Ω:)tpompp05,03,02,01(dtsmpp09
9.9-1 Ω:).tpompp03,02,01(dtsmpp05
01 Ω).tpompp01,5(dtsmpp02:evoba&
)VWD(cirtceleiD 016,506 526,026,516 046,536,036
dradnatS
3
lanoitpO )43.tpO(VK5.2,)63.tpO(VK2VK1 )14.tpO(VK3,)43.tpO(VK5.2VK2 )56.tpO(VK4,)14.tpO(VK3VK5.2
X.tpO,ecnatcudnI 506 516,016 526,026 046,536,036
≤≤
≤
≤≤ 05 ΩΩ
Ω
ΩΩ 05> ΩΩ
Ω
ΩΩ xaMHu73.0xaMHu2.0 xaMHu6.0xaMHu3.0 xaMHu2.1xaMHu56.0 xaMHu0.3xaMHu5.1
)srh0001(efiLdaoL ecnatsiseRerutsioM daolrevO htgnertSlanimreT ecnatsiseR.lusnI .pmeTgnitarepO
)B.tpO%3±dna,046-526rof%2±(%1± %5.0± )VWDdeecxeottonV(ceS5,Wdetarx5 tsetllupbl-01 M000,01 ΩC°052+otC°55-
