H.V. & L.V. Fuse Link & Base

Fuse Bases For Square Pipe Fuses With Knife Contacts

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Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts
Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts
Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts
Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts Fuse Bases For Square Pipe Fuses With Knife Contacts

Applications

  • Supporters for NH000-NH4 fuses of all kinds (gG, aM, aR) in electric lines (type gG), capable of working under the heat caused by rated current and prospective short-circuit impacting current up to 120KA.
  • Rated insulate voltage up to 660V; Working frequency 50HzAC; Rated current 1000A. Compliant with GB13539 and IEC269.

Design Features

  • The bases are made up of high-density ceramic, heat-resistant resin board and wedge-shaped static contacts in a open structure. The product is featured with good heat sinking, high mechanic density, reliable connection and simple operation. It is available for all NH000~NH4 fuses.
Table 1
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NT00 NH000, NH00 660 160 Figure 1 193
NT00 NT00 NT00
NT00 NT00 NT00
NT00 NT00 NT00
NT00 NT00 NT00
NT00 NT00 NT00
Figure 1
NT00
Table 2
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NT0 NH0 660 160 Figure 2 295
NT0 NT0 NT0
NT0 NT0 NT0
NT0 NT0 NT0
NT0 NT0 NT0
Figure 2
NT0
Table 3
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig. A1 A2 A3 B1 B2 H2 Φd
NT1 NH1 660 250 Figure 3 25 175 200 30 58 38 10.5 550
NT2 NH2 660 400 Figure 3 25 200 225 30 60 38 10.5 770
NT3 NH3 660 630 Figure 3 25 210 250 30 60 40 10.5 965
NT1,NT2,NT3 NT1,NT2,NT3 NT1,NT2,NT3
NT1,NT2,NT3 NT1,NT2,NT3 NT1,NT2,NT3
NT1,NT2,NT3 NT1,NT2,NT3 NT1,NT2,NT3
NT1,NT2,NT3 NT1,NT2,NT3 NT1,NT2,NT3
Figure 3
NT1,NT2,NT3
Table 4
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NT4 NH4 660 1000 Figure 4 340
NT4 NT4 NT4
NT4 NT4 NT4
NT4 NT4 NT4
NT4 NT4 NT4
Figure 4
NT4
Table 5
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NH00 NH000, NH00 660 160 Figure 5 170
NH00 NH00 NH00
NH00 NH00 NH00
NH00 NH00 NH00
NH00 NH00 NH00
Figure 5
NH00
Table 6
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NH00-3J NH000, NH00 660 160 Figure 6 516
NH00-3J NH00-3J NH00-3J
NH00-3J NH00-3J NH00-3J
NH00-3J NH00-3J NH00-3J
NH00-3J NH00-3J NH00-3J
Figure 6
NH00-3J
Table 7
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NH0 NH0 660 160 Figure 7 294
NH0 NH0 NH0
NH0 NH0 NH0
NH0 NH0 NH0
NH0 NH0 NH0
Figure 7
NH0
Table 8
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NH1 NH1 660 250 Figure 8 502
NH1 NH1 NH1
NH1 NH1 NH1
NH1 NH1 NH1
NH1 NH1 NH1
Figure 8
NH1
Table 9
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NH2 NH2 660 400 Figure 9 562
NH2 NH2 NH2
NH2 NH2 NH2
NH2 NH2 NH2
NH2 NH2 NH2
Figure 9
NH2
Table 10
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NH3 NH3 660 630 Figure 10 762
NH3 NH3 NH3
NH3 NH3 NH3
NH3 NH3 NH3
NH3 NH3 NH3
Figure 10
NH3
Table 11
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NH00S1 NH000, MH00 660 160 Figure 11 240
NH00S1 NH00S1 NH00S1
NH00S1 NH00S1 NH00S1
NH00S1 NH00S1 NH00S1
NH00S1 NH00S1 NH00S1
Figure 11
NH00S1
Table 12
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NH00S2 NH000, MH00 660 160 Figure 12 296
NH00S2 NH00S2 NH00S2
NH00S2 NH00S2 NH00S2
NH00S2 NH00S2 NH00S2
NH00S2 NH00S2 NH00S2
Figure 12
NH00S2
Table 13
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NT0S NT0 660 160 Figure 13 322
NT0S NT0S NT0S
NT0S NT0S NT0S
NT0S NT0S NT0S
NT0S NT0S NT0S
Figure 13
NT0S
Table 14
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig. A1 A2 B1 H1 H2
NT1S NT1 660 250 Figure 14 175 200 50 38 82 604
NT2S NT2 660 400 Figure 14 200 230 64 54 104 1006
NT3S NT3 660 630 Figure 14 210 250 64 54 120 1200
NT1S, NT2S, NT3S NT1S, NT2S, NT3S NT1S, NT2S, NT3S
NT1S, NT2S, NT3S NT1S, NT2S, NT3S NT1S, NT2S, NT3S
NT1S, NT2S, NT3S NT1S, NT2S, NT3S NT1S, NT2S, NT3S
NT1S, NT2S, NT3S NT1S, NT2S, NT3S NT1S, NT2S, NT3S
Figure 14
NT1S, NT2S, NT3S
Table 15
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NT4S NT4 660 1000 Figure 15 3520
NT4S NT4S NT4S
NT4S NT4S NT4S
NT4S NT4S NT4S
NT4S NT4S NT4S
NT4S NT4S NT4S
Figure 9
NT4S
Table 16
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
NT2-3J NT2 660 400 Figure 16 3600
NT2-3J NT2-3J NT2-3J NT2-3J
NT2-3J NT2-3J NT2-3J NT2-3J
NT2-3J NT2-3J NT2-3J NT2-3J
NT2-3J NT2-3J NT2-3J NT2-3J
Figure 16
NT2-3J
Table 17
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
RTO-50 RTO-50 380 50 Figure 17 184
RTO-50 RTO-50 RTO-50
RTO-50 RTO-50 RTO-50
RTO-50 RTO-50 RTO-50
RTO-50 RTO-50 RTO-50
Figure 17
RTO-50
Table 18
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig. A1 A2 B1 H1
RTO-100 RTO-100 380 100 Figure 18 180 160 55 73 570
RTO-200 RTO-200 380 200 Figure 18 200 175 60 83 760
RTO-400 RTO-400 380 400 Figure 18 220 190 70 95 1110
RTO-100, RTO-200, RTO-400 RTO-100, RTO-200, RTO-400 RTO-100, RTO-200, RTO-400
RTO-100, RTO-200, RTO-400 RTO-100, RTO-200, RTO-400 RTO-100, RTO-200, RTO-400
RTO-100, RTO-200, RTO-400 RTO-100, RTO-200, RTO-400 RTO-100, RTO-200, RTO-400
RTO-100, RTO-200, RTO-400 RTO-100, RTO-200, RTO-400 RTO-100, RTO-200, RTO-400
Figure 18
RTO-100, RTO-200, RTO-400
Table 19
Models Fuse Link models Rated insulation voltage (V) Conventional free air themal current (A) Dimensions/ Sizes(mm) Weight (g)
Fig.
RTO-600 RTO-600 380 600 Figure 19 1900
RTO-600 RTO-600 RTO-600
RTO-600 RTO-600 RTO-600
RTO-600 RTO-600 RTO-600
RTO-600 RTO-600 RTO-600
Figure 19
RTO-600

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