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Enamelled
Round & Rectangular Copper Wire. - POLYESTER
OR POLYESTERIMIDE OVERCOATED
WITH POLYAMIDE-IMIDE ENAMELLED ROUND COPPER
WIRE CLASS 200 |
| Specifications |
I
S: 13730 Part: 13
|
I
E C: 317 - Part-13 |
N
E M A MW 1000 35 - C / 73 - C |
| Size
Range |
0.100 - 5.00 mm 42 - 5.0 SWG
|
| Covering
|
Grade: 1, Grade: 2 (Single, Heavy, Triple) |
| Application |
BIC
Dual Coated Wires are suitable for all "H" (200oC)
Class and above applications such as dry type transformers,
stator winding fractional and Integral H.P. motors, D.C.Field
and Armature windings. Motors for Hermetic, Hand tools,
Chemicals Industries, Furnaces, and high Torque, continuous
rated. All home appliances machine motors, Auto electrical,
coil application-varnished or unvarnished. Excellent suitability
for refrigeration and air conditioning systems. |
|
| |
BIC
Dual Coated wires consist of Polyester or Polyesterimide
base coat with polyamide-imide over coat offers increased
Chemical, Physical and Thermal properties as compared
to other Enamelled Wires.
Apart from use in general manual and semi automatic machines,
excellent windability and low coefficient of friction
properties ensure ease of insertion.
BIC Dual Coated Wires have superior chemical resistance
and compatible with all H class and above general purpose
impregnating varnishes. |
|
Enamelled
Round & Rectangular Copper Wire. - BIC
DUAL COATED (PEI+PAI) WIRES CLASS 200
( 1.00 mm dia. Grade: 2 ) |
| Properties |
As
per I E C |
Typical
BIC value |
| Flexibility |
1xd
- no crack |
20%+1xd
- no crack |
| Resistance
to Abrasion |
9.6/11.3
N(Min / Avg) |
12.0/13.5
N (Min / Avg) |
| Peel |
NXD=110
Rev |
NXD=160
Rev |
| Elongation |
Min:
30% |
37% |
| Heat
shock |
220oC
- ˝hr - 2.24mm - No Crack |
250oC
- ˝hr - 1xd - No Crack |
| Cut
Through |
320oC
for 2 Min - shall pass |
passes
- 380oC for 2 Min |
| H
V-Pinhole |
1.5
KVDC/30m-max: 5 faults |
2
KV DC/ 30m max: 5 faults |
| Extraction
With T.C.E |
Extractable
matter max:0.6% |
Extractable
matter 0.20 % |
| Extraction
With R.22 |
Extractable
matter Max:0.25% |
Extractable
matter 0.12 % |
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