New HRC Jpu Type 415V 100A Fuses Base /Cutout Fuse

 The Fuse Cutout type OEI was developed to operate in overhead distribution systems rated at 11kV to 38 kV grounded systems with 100 or 200 A nominal currents.Especially designed to protect transformers, capacitors, cables or lines.It is robust construction, made of rigorously tested material, will interrupt all faults unde

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 The Fuse Cutout type OEI was developed to operate in overhead distribution systems rated at 11
kV to 38 kV grounded systems with 100 or 200 A nominal currents.
Especially designed to protect transformers, capacitors, cables or lines.
It is robust construction, made of rigorously tested material, will interrupt all faults under the
most severe conditions, maintaining mechanical and electric characteristics.
The inserts, hardware and structural bolts and nuts are made from heavy galvanized steel.
The Fuse Cutout type OEI can be applied on all three-phase system rated at or below the maximum
operational rating of the cutout.
 
S/NDescriptionUnitsSchedule ASchedule B
1Current ratingsA5 
2FrequencyHz50 
3Rated Speed ratio Type K as per IEC
60282 -2
 
4Class of fuse link Class B as per IEC
60282-2
 
5Fuse element Tin or Silver 
6Following Routine test results shall be provided on delivery of fuse links 
 
 
 
Yes/No
a) a static strength test; andYes 
b) a resistance test, with the
fuse-link under strain.
 
 
 
Yes
 
7The following tests shall be performed on one fuse-link per batch and
test results provided on
delivery of  fuse links:
 
 
 
 
Yes/No
 
a)confirmation of the time/current characteristics; and
 
 
 
 
Yes
 
b) a dynamic strength test.Yes 
8Drawing showing construction and dimensions as per figure
1 below to be provided
with bid
Yes/NoYes 
9Previous type tests reports/certificate to be
provided on bid.
 
Yes/No
 
Yes
 
10Altitude above sea levelm1400 
11Ambient operatingoC-1 to 40 
Performance Characteristic
Applied standardIEEE C37.42-2009
Catalog number 
Nominal system voltage kV22
Rated Frequency Hz50
Rated m aximum(design) voltage27
Rated Continuous current A-RMS100
Rated Interrupting current asymmetrical/symmetrical A-RMS12000/8000
BIL 1.2x50 µs kV-peak125
Minimum critical impulse flashover voltage(CFO)KV peak140
Dry withstand voltage kV-RMS42
Wet withstand voltage kV-RMS36
Creepage distance to group Min.mm320
Minimum creepage factor of insulator (Creepage Distance/arcing distance)2
Performance Characteristic
Applied standardIEC60282-2
Catalog number 
Nominal system voltage kV11
Rated Frequency Hz50
Rated m aximum(design) voltage12
Rated Continuous current A-RMS100
Rated Interrupting current asymmetrical/symmetrical A-RMS12000/8000
BIL 1.2x50 µs kV-peak125
Minimum critical impulse flashover voltage(CFO)KV peak140
Dry withstand voltage kV-RMS42
Wet withstand voltage kV-RMS36
Creepage distance to group Min.mm372
Minimum creepage factor of insulator (Creepage Distance/arcing distance)N/A
Performance Characteristic
Applied standardIEEE C37.42-2009
Catalog number 
Nominal system voltage kV33
Rated Frequency Hz50
Rated m aximum(design) voltage38
Rated Continuous current A-RMS100
Rated Interrupting current asymmetrical/symmetrical A-RMS8000/5000
BIL 1.2x50 µs kV-peak150
Minimum critical impulse flashover voltage(CFO)KV peak165
Dry withstand voltage kV-RMS70
Wet withstand voltage kV-RMS60
Creepage distance to group Min.mm650
Minimum creepage factor of insulator (Creepage Distance/arcing distance)2.3
 
 DIMENSION(mm)
RATED CURRENT
(A)
ABCDL MN
1 to 2512.5+0.219.0+0.26.52.0533,600,787
30 to 4012.5+0.219.0+0.28.03.0533,600,787
50 to 10019.0+0.3not applicable9.05.0533,600,787
140 to 20019.0+0.3not applicable13.07.0533,600,787

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