Iron-based Nanocrystalline Split Core For Current Transformer
The nanocrystalline split cores has high saturation induction Bs and high permeability, high accuracy, smaller volume. Excellent temperature stability. And it can be customized as magnetic cores with high accuracy and high linearity.
- Trade Mark: SHOUCORE
- Cores Size: Standard or Customized Dimensions
- Certificates: ISO 9001:2015, RoHS, REACH
- Payment Terms: T/T or L/C
- Delivery time: Samples: 3~5 days; Batches: 7~30 days
Iron-based Nanocrystalline Split Current Transformer cores:
Split-core current transformers are used to monitor AC current for various devices. The current transformer input takes a high-voltage current input and produces a proportional low-voltage, low current signal for measuring and monitoring. Split-core current transformers are ideal for installing onto existing electrical wiring because they can snap around the individual conductors without disconnecting any cables.
The nanocrystalline split cores has high saturation induction Bs and high permeability, high accuracy, smaller volume. Excellent temperature stability, which keeps stable from -55-130℃. And it can be customized as magnetic cores with high accuracy and high linearity.
Features:
- Clamp-on core design, and be easy to mount.
- Comparing other materials, with high accuracy.
- Economical compared with permalloy.
- Higher permeability than silicon steel.
Applications:
- Precision Current Transformer
- Measuring transformer for high and low voltage appliances.
- Charging piles for EV
- Leakage switch for Type A, Type AC, Type B
Specifications:
| Part No. | Core size | Finished size (mm) |
| ODxIDxH (mm) | ODxIDxH (mm) | |
| SC-SNCT037 | 47x37x08 | 48×36×8.5 |
| SC-SNCT040 | 60x40x10 | 61x39x11 |
| SC-SNCT055 | 75x55x10 | 76x54x11 |
| SC-SNCT060-1 | 80x60x10 | 81x58x11 |
| SC-SNCT060-2 | 80x60x12 | 81x58x13 |
| SC-SNCT065 | 97x65x25 | 98x63x26 |
| SC-SNCT080 | 100x80x12 | 101x79x13 |
Note: The Split-Cores can be customized according to the specific size and performance requirements of users.
