Fuse Link, 2 AMPS - T
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Product Details
Maximum altitude above mean sea level less than 1,000 m;
Maximum ambient air temperature 400C;
Maximum daily average ambient air temperature 300C;
Minimum ambient temperature150C; and
Maximum relative humidity 100%.
Requirements
The fuse-links and fuse-end fittings shall be of the following ratings (table below) and comply with the IEEE Std C37.4 -2016 or an equivalent international standard. The fuse- links shall be used primarily for protection of distribution transformers, laterals and sub- laterals.
The fuse links shall be capable of withstanding 125% ofthe transformer rated full load current continuously and periodic over-loads up to 150% ofthe transformer rated full load current.
The current-time characteristics of the fuse-links offered shall be submitted with the tender
Markings shall be provided on the fuse-links in accordance with ANSI/IEEE Standards.
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/N | Description | Units | Schedule A | Schedule B | |
1 | Current ratings | A | 5 | ||
2 | Frequency | Hz | 50 | ||
3 | Rated Speed ratio | Type K as per IEC 60282 -2 |
|||
4 | Class of fuse link | Class B as per IEC 60282-2 |
|||
5 | Fuse element | Tin or Silver | |||
6 | Following Routine test results shall be provided on delivery of fuse links | Yes/No |
a) a static strength test; and | Yes | |
b) a resistance test, with the fuse-link under strain. |
Yes |
||||
7 | The 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 | ||||
8 | Drawing showing construction and dimensions as per figure 1 below to be provided with bid |
Yes/No | Yes | ||
9 | Previous type tests reports/certificate to be provided on bid. |
Yes/No |
Yes |
||
10 | Altitude above sea level | m | 1400 | ||
11 | Ambient operating | oC | -1 to 40 |
Performance Characteristic | |
Applied standard | IEEE C37.42-2009 |
Catalog number | |
Nominal system voltage kV | 22 |
Rated Frequency Hz | 50 |
Rated m aximum(design) voltage | 27 |
Rated Continuous current A-RMS | 100 |
Rated Interrupting current asymmetrical/symmetrical A-RMS | 12000/8000 |
BIL 1.2×50 µs kV-peak | 125 |
Minimum critical impulse flashover voltage(CFO)KV peak | 140 |
Dry withstand voltage kV-RMS | 42 |
Wet withstand voltage kV-RMS | 36 |
Creepage distance to group Min.mm | 320 |
Minimum creepage factor of insulator (Creepage Distance/arcing distance) | 2 |
Performance Characteristic | |
Applied standard | IEC60282-2 |
Catalog number | |
Nominal system voltage kV | 11 |
Rated Frequency Hz | 50 |
Rated m aximum(design) voltage | 12 |
Rated Continuous current A-RMS | 100 |
Rated Interrupting current asymmetrical/symmetrical A-RMS | 12000/8000 |
BIL 1.2×50 µs kV-peak | 125 |
Minimum critical impulse flashover voltage(CFO)KV peak | 140 |
Dry withstand voltage kV-RMS | 42 |
Wet withstand voltage kV-RMS | 36 |
Creepage distance to group Min.mm | 372 |
Minimum creepage factor of insulator (Creepage Distance/arcing distance) | N/A |
Performance Characteristic | |
Applied standard | IEEE C37.42-2009 |
Catalog number | |
Nominal system voltage kV | 33 |
Rated Frequency Hz | 50 |
Rated m aximum(design) voltage | 38 |
Rated Continuous current A-RMS | 100 |
Rated Interrupting current asymmetrical/symmetrical A-RMS | 8000/5000 |
BIL 1.2×50 µs kV-peak | 150 |
Minimum critical impulse flashover voltage(CFO)KV peak | 165 |
Dry withstand voltage kV-RMS | 70 |
Wet withstand voltage kV-RMS | 60 |
Creepage distance to group Min.mm | 650 |
Minimum creepage factor of insulator (Creepage Distance/arcing distance) | 2.3 |
DIMENSION(mm) | |||||
RATED CURRENT (A) |
A | B | C | D | L MN |
1 to 25 | 12.5+0.2 | 19.0+0.2 | 6.5 | 2.0 | 533,600,787 |
30 to 40 | 12.5+0.2 | 19.0+0.2 | 8.0 | 3.0 | 533,600,787 |
50 to 100 | 19.0+0.3 | not applicable | 9.0 | 5.0 | 533,600,787 |
140 to 200 | 19.0+0.3 | not applicable | 13.0 | 7.0 | 533,600,787 |
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