EDCOR Electronics Corporation
CXC150-10H-300mA - 10H, 300mA choke.
| Quantity Discounts | ||||
|---|---|---|---|---|
| 10 pcs | 25 pcs | 100 pcs | 500+ pcs | |
| 5% off | 10% off | 15% off | 20% off | |
| Orders over 25 pcs may take longer. Please contact us for scheduling and dates. | ||||
Design
Mathematically designed to produce 10H at 300mA DC. A lower DC current will slightly increase inductance.
Magnet Wire
All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and superior life.
The Core
EDCOR uses the finest M6 line grain oriented steel cores. Each unit is hand stacked to assure at least 92% stack.
The Bobbin
Injection molded Nylon 6/6 with the addition of 30%-35% glass fibers. The addition of glass fibers allows a higher heat deflection temperature and it brings the material to a class HB UL temperature classification.
Termination
The terminations are UL1015 18 ga. color coded lead wire around 15 inches (38cm) long.
Mounting
This unit comes with steel end bells for mounting with the use of four screws. See dimensional drawing.
Specifications
| Inductance | 10H |
| Maximum Current | 300mA |
| DC Resistance | 72 Ω |
| Frequency | 120 Hz. |
| Bobbin Material | Nylon 6/6 GF-30 |
| Flammability Rating | Class HB |
| Coil Finish Wrapping | Polyester Film Electrical Insulating Tape |
| Core Size |
EI150 (1.5" x 1.5") |
| Core Material | M-6 29 ga. grain oriented lamination steel |
| Secondary Insulation | Clear air dry polyester varnish |
| Termination | 15" (38cm) UL1015, 18 ga. lead wire |
| Mounting | Steel end bell covers |
| Mounting Orientation | Vertical |
| Weight | 7.33 lbs. |
| Compliance | RoHS & REACH |
| Dimensional Drawing | 15000-EI150-150-0X |
Please note that some specification values are calculation and may vary from the actual values
⚠ WARNING ⚠
These electronic components are designed exclusively for indoor or enclosed environments. It is crucial to keep them away from water and moisture to prevent damage. Transformers can generate hazardous voltages and currents, so technical electrical expertise is essential for safe use.