Edg series, Edgewound power resistor, Vishay milwaukee – C&H Technology EDG Series User Manual
Page 2
EDG Series
www.vishay.com
Vishay Milwaukee
Revision: 11-Dec-12
1
Document Number: 31831
For technical questions, contact:
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT
www.vishay.com/doc?91000
Edgewound Power Resistor
FEATURES
• Resistance-alloy ribbon wire is coiled on edge
and supported on specially designed porcelain
insulators
• Open coil construction allows efficient heat
dissipation and easily accomodates
reasonable overloads and surges
• Insulators provide proper turn-to-turn spacing and
insulation from support bars
• Terminals are welded to the resistive wire for a reliable
electrical connection
• Wirewound
• Material categorization: For definitions of compliance
please see
www.vishay.com/doc?99912
STANDARD ELECTRICAL SPECIFICATIONS
GLOBAL
MODEL
HIST.
MODEL
RESISTANCE
POWER
RATING
W
CURRENT
A
TOL.
± %
EDGF0400R0530 214618
0.053
400
85.0
10
EDGF0400R0600 214619
0.060
400
80.0
10
EDGF0400R0680 214620
0.068
400
75.0
10
EDGF0400R0760 214621
0.076
400
70.0
10
EDGF0400R0850 214622
0.085
400
67.0
10
EDGF0400R0970 214623
0.097
400
63.0
10
EDGF0400R1070 214624
0.107
400
60.0
10
EDGF0400R1220 214625
0.122
400
56.0
10
EDGF0400R1360 214626
0.136
400
53.0
10
EDGF0400R1520 214627
0.152
400
50.0
10
EDGF0400R1720 214628
0.172
400
47.0
10
EDGF0400R1910 214629
0.191
400
45.0
10
EDGF0400R2300 214630
0.230
400
41.5
10
EDGF0400R2420 214631
0.242
400
40.0
10
EDGF0400R2740 214632
0.274
400
37.4
10
EDGF0400R3120 214633
0.312
400
35.0
10
EDGF0400R3520 214634
0.352
400
33.0
10
EDGF0400R3950 214635
0.395
400
31.0
10
EDGF0400R4320 214636
0.432
400
29.6
10
EDGF0400R5000 214637
0.500
400
27.6
10
EDGF0400R5600 214638
0.560
400
26.0
10
EDGF0400R6280 214639
0.628
400
24.7
10
EDGF0400R6660 214640
0.666
400
23.9
10
EDGF0400R7500 214641
0.750
400
22.5
10
EDGF0400R7900 214642
0.790
400
22.0
10
EDGF0400R8860 214643
0.886
400
20.7
10
EDGF0400R9900 214644
0.990
400
19.6
10
EDGF04001R110 214645
1.110
400
18.5
10
EDGF04001R230 214646
1.230
400
17.2
10
EDGF0600R0840 214658
0.084
600
85.0
10
EDGF0600R0940 214659
0.094
600
80.0
10
EDGF0600R1060 214660
0.106
600
75.0
10
EDGF0600R1190 214661
0.119
600
70.0
10
EDGF0600R1340 214662
0.134
600
67.0
10
EDGF0600R1510 214663
0.151
600
63.0
10
EDGF0600R1680 214664
0.168
600
60.0
10
EDGF0600R1920 214665
0.192
600
56.0
10
EDGF0600R2150 214666
0.215
600
53.0
10
EDGF0600R2400 214667
0.240
600
50.0
10
EDGF0600R2700 214668
0.270
600
47.0
10
EDGF0600R3000 214669
0.300
600
45.0
10
EDGF0600R3480 214670
0.348
600
41.5
10
EDGF0600R3800 214671
0.380
600
40.0
10
EDGF0600R4300 214672
0.430
600
37.4
10
EDGF0600R4900 214673
0.490
600
35.0
10
EDGF0600R5500 214674
0.550
600
33.0
10
EDGF0600R6200 214675
0.620
600
31.0
10
EDGF0600R6850 214676
0.685
600
29.6
10
EDGF0600R7850 214677
0.785
600
27.6
10
EDGF0600R8750 214678
0.875
600
26.0
10
EDGF0600R9800 214679
0.980
600
24.7
10
EDGF06001R050 214680
1.050
600
23.9
10
EDGF06001R180 214681
1.180
600
22.5
10
EDGF06001R240 214682
1.240
600
22.0
10
EDGF06001R390 214683
1.390
600
20.7
10
EDGF06001R560 214684
1.560
600
19.6
10
EDGF06001R740 214685
1.740
600
18.5
10
EDGF06001R930 214686
1.930
600
17.2
10
STANDARD ELECTRICAL SPECIFICATIONS
GLOBAL
MODEL
HIST.
MODEL
RESISTANCE
POWER
RATING
W
CURRENT
A
TOL.
± %