Place of Origin: | China |
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Brand Name: | Rvyuan |
Certification: | UL/SGS |
Model Number: | TIW-B |
Minimum Order Quantity: | Different types with differet MOQ |
Price: | Negotiation |
Packaging Details: | Spool with carton |
Delivery Time: | 2-15 workding days |
Payment Terms: | T/T, L/C |
Supply Ability: | 200 Ton/Tons per Month |
Certification: | IEC/NEMA/JIS/RoHS/ISO | Conductor Diameter: | 0.16mm |
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Delivery Time: | 2-15 Days | Size Range: | 0.16-1.0mm |
High Light: | insulated magnet wire,tiw wire |
SUPER FINETRIPLE INSULATED WIRE MIN. SIZE 0.16MM SOFT COPPER WIRE FOR MOTOR WINDING
We may be the only one supplier who can provide class F/155 triple insulated wire which size starts from 0.15mm. At this level, our quality is better than Furukawa that was tested by some transofmer manuafactures whom used triple insulated wire from Furukawa.Unlike enameled wires, 3 layers of insulation of patented design are extruded over the copper conductor. IEC60950 requires some Reinforced Insulation between the primary and secondary coils. Thus enamelled wire transformers can never omit the insulation tape or barrier tape: enamel coatings give poor electric insulation. In contrast, TIW can form primary and secondary coils without a need of barrier tape or interlayer tape in-between. Each TIW wire is equipped with a three-fold insulation around the conductor, which has been authorized as Reinforced Insulation. As a result, the creepage distance can never be limited and no insulation barrier is needed, when specifying distances between termination pins and coils.
FEATURES AND BENEFITS:
The insulation of the wire, which is made up of three layers, completely isolates the primary from secondary of the transformer.
Unlike conventional enameled wires, the TIW series is classified as a wire with three-layered, reinforced insulation (Whereas, SWW-2 is a wire with supplementary insulation) as generally provided for in various safety standards. Therefore, it eliminates barriers, interlayer tapes, and insulating tubes in a transformer.
In addition to the reduction in size and economy in material cost of the tramsformer made, TIW has an advantage of improving its performance by reducing the distance between the coils.
In joining the wires the insulation can be easily stripped off by manual operation. Therefore, the fusing of the three layers of insulation that may occur in soldering can be avoided. Furthermore, the insulation of TIW is strong enough to withstand high-speed winding on the automatic wire winder.
APPLICATION:
Switching transformers, information & telecommunications equipment, game machines, consumer goods, inverters and other similar devices.
SPECIFICATION:
Spec |
Max Conductor Resistance (Q/km) |
Quality (kg/km) |
Conductor weigth (kg/km |
||
Conductor Dia(mm) Tolerance |
Insulation Dia (mm) |
||||
0.16 |
± 0.008 |
0 . 330 - 0 . 370 - 0.390 |
908.8 |
0.289 |
0.179 |
0.2 |
± 0.008 |
0 . 360 - 0 . 400 - 0.420 |
607.6 |
0.398 |
0.2793 |
0.21 |
± 0.008 |
0 . 370 - 0 . 410 - 0.430 |
549 |
0.431 |
0.3079 |
0.22 |
± 0.008 |
0 . 380 - 0 . 420 - 0.440 |
498.4 |
0.465 |
0.3399 |
0.23 |
± 0.008 |
0 . 390 - 0 . 430 - 0.450 |
454.5 |
0.5 |
0.3694 |
0.24 |
± 0.008 |
0 . 400 - 0 . 440 - 0.460 |
416.2 |
0.537 |
0.4022 |
0.25 |
± 0.008 |
0 . 410 - 0 . 450 - 0.470 |
382.5 |
0.575 |
0.4364 |
0.26 |
± 0.010 |
0 . 420 - 0 . 460 - 0.480 |
358.4 |
0.616 |
0.472 |
0.27 |
± 0.010 |
0 . 430 - 0 . 470 - 0.490 |
331.4 |
0.656 |
0.509 |
0.28 |
± 0.010 |
0 . 440 - 0 . 480 - 0.500 |
307.3 |
0.697 |
0.5474 |
0.29 |
± 0.010 |
0 . 450 - 0 . 490 - 0.510 |
285.7 |
0.742 |
0.5872 |
0.30 |
± 0.010 |
0 . 460 - 0 . 500 - 0.520 |
262.9 |
0.786 |
0.6284 |
0.32 |
± 0.010 |
0 . 480 - 0 . 520 - 0.540 |
230.3 |
0.882 |
0.715 |
0.35 |
± 0.010 |
0 . 510 - 0 . 550 - 0.570 |
191.2 |
1.033 |
0.8553 |
0.37 |
± 0.010 |
0 . 530 - 0 . 570 - 0.590 |
170.6 |
1.143 |
0.9559 |
0.4 |
± 0.010 |
0 . 560 - 0 . 600 - 0.625 |
145.3 |
1.316 |
1.1172 |
0.45 |
± 0.010 |
0 . 610 - 0 . 650 - 0.675 |
114.2 |
1.633 |
1.4139 |
0.5 |
± 0.010 |
0 . 660 - 0 . 700 - 0.725 |
91.43 |
1.985 |
1.7456 |
0.55 |
± 0.020 |
0 . 710 - 0 . 750 - 0.780 |
78.15 |
2.371 |
2.1151 |
0.6 |
± 0.020 |
0 . 760 - 0 . 800 - 0.830 |
65.26 |
2.793 |
2.5136 |
0.65 |
± 0.020 |
0 . 810 - 0 . 850 - 0.880 |
55.31 |
3.249 |
2.95 |
0.7 |
± 0.020 |
0 . 860 - 0 . 900 - 0.930 |
47.47 |
3.741 |
3.4213 |
0.75 |
± 0.020 |
0 . 910 - 0 . 950 - 0.980 |
41.19 |
4.267 |
4.3611 |
0.8 |
± 0.020 |
0 . 960 - 1 . 000 - 1.030 |
36.08 |
4.829 |
4.4686 |
0.85 |
± 0.020 |
1 . 010 - 1 . 050 - 1.080 |
31.87 |
5.425 |
5.0446 |