product details
Nanocrystalline Material Open Circuit Transformer with Opening Design for Cable Tie Fixation
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Nanocrystalline Material Open Circuit Transformer with Opening Design for Cable Tie Fixation
| Prijs: | Bespreekbaar |
| Betalingsvoorwaarden: | , L/C, D/A, D/P, T/T, Western Union |
| Leveringsvermogen: | 500 ton/maand |
Nanocrystalline Material Open Circuit Transformer
,Opening Design Current Transformer
,Cable Tie Fixation Instrument Transformer
Product performance:
Compared to traditional C-type magnetic cores, the structure is simpler
Fixture style design, no need to cut off power, safer and easier to install
Compared to other materials, nanocrystalline materials have higher accuracy and better permeability
Energy conservation and environmental protection, with huge market potential
| Basic parameters | |
| Working frequency | 50 ~ 2000 Hz |
| Rated input | 5 ~ 630 A |
| Test scope | 10% In ~ 130% In |
| Rated output | 0.333V(AC); 0~500 mA |
| Turn ratio error | ≤± 1.0% |
| Phase number error | ≤±60 |
| Dielectric strength | 2.5KV; 1mA; 1min |
| Insulation resistance | DC500V; 100 MΩ min |
| Shell material | PA (UL flame retardant rating 94V-O) |
| Support material | PBT |
| Magnetic core material | Iron oxide and iron; Silicon steel; Nickel steel; Nanocrystals |
| Internal structure | Opening design |
| Application | Cable tie fixation |
| Working temperature | -25 ~ 75°C |
| Environmental humidity | ≤ 85% |
| Output Connection | undetermined |
Product specifications:
We can provide nanocrystalline magnetic cores and open inductors.
The shape of the open circuit transformer can be designed with a mold according to customer requirements.
Please provide product specifications for open circuit transformers
Customers need to confirm the following information before placing an order in order to confirm the details they need:
1. Minimum acceptance aperture
2. Input current
3. Output current/output voltage
4. Accuracy
5. Lead length
Main use:
Open circuit transformers can be directly installed on existing circuit panels to measure and monitor wattage, such as in control centers or load centers. Specifically applied to:
Current measurement
Electronic load monitoring
Energy analysis and measurement products
network equipment
Instruments and sensors
control system
