Wire Lead Current Transformers - CR8448

• Construction: Epoxy Encapsulated
• Operating Temperature: -40°C to +85°C
• Stroage Temperature: -45°C to +85°C
• High Potential: 3500 Vac/1 min.
• Frequency: 20 Hz to 200 KHz

  • Model Number: CR8448
  • Data Sheet: Date Sheet File
Quantity:
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  • Wire Lead Current Transformers
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Product Specification

CR Magnetics CR8400 Series of Wire Lead Current Transformers are available in a wide range of sizes and materials to meet any AC current sensing needs.  Major applications include ground fault relays, current measurements, power monitoring and over/under current sensing. This series of transformers provides the benefit of a high accuracy remote monitor for cost sensitive projects. Our General Purpose designs are made from the highest quality silicon steel cores available, and meet most of the common AC current measurement needs. OurRevenue Grade CTs (-N) are made from a nickel alloy core which provides the most linear response over temperature and current level. The High Frequency (-F) products are designed for high frequency applications such as high frequency power supplies and motor drives.

CR8448 Wire Lead Current Transformers Features
• Low cost
• 5 standard sizes
• Non-contact, isolated measurement

CR8448 Wire Lead Current Transformers Specifications
• Construction: Epoxy Encapsulated
• Operating Temperature: -40°C to +85°C
• Stroage Temperature: -45°C to +85°C
• High Potential: 3500 Vac/1 min.
• Frequency: 20 Hz to 200 KHz

CR8448 Wire Lead Current Transformers Applications
• Over/under current sensing
• Ground Faults
• Current measurements
• Power monitoring

CR8448 Wire Lead Current Transformers PART NUMBERS

General Purpose Current Transformers
Part Number
Ir
Vmax RMS
Te (typ.)
DCR Ω
Frequency
CR8448-1000
30 6.3 990 26 20 - 1 KHz
CR8448-2000
50 13.7 2046 106 20 - 1 KHz
Revenue Grade Current Transformers
Part Number
Ir
Vmax RMS
Te (typ.)
DCR Ω
Frequency
CR8448-2500-N
40 6.6 2510 134 20 - 1 KHz
High Frequency Current Transformers
Part Number
Ir
Vmax RMS
Te (typ.)
DCR Ω
Frequency
CR8448-2000-F
50 3.9 2015 90 20 - 200KHz
 Ir = Maximum Input Current to be linearly sensed 
 Vmax = Maximum Voltage (Saturation) CT will develop

 Te = Effective turns ratio including losses (All Specifications tested at 60 Hz)


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