CTSB0203 Split Core Current Transformer

Split-core current transformer

The CTSB0203 series of split-core current transformers are designed for the measurement of AC currents carried by large primary conductors or substation BUS bars.The split-core design permits the fast and easy installation on large primary conductors/ substation BUS bars without requiring that the primary conductor be taken offline and disconnected for CT (current transformer) installation.
The CTSB series of split-core current transformers feature a high performance magnetic core for highly accurate AC current measurement. The robust packaging features;

These features insures consistent and highly accurate AC current measurement performance over the life of the current transformer installation.
The robust CTSB split-core current transformer design, manufactured in an ISO9001 certified manufacturing facility, insures many years of defect free operation backed by a strong product warranty of 36 months.

Features:
Current Ratio Accuracy Class
(max burden)
Linearity
100A:5A 3.0 (1.5ohm) 10% to 130%
150A:5A 3.0 (2.0ohm) 10% to 130%
200A:5A 1.0 (1.5ohm) 10% to 130%
250A:5A 1.0 (2.0ohm) 10% to 130%
300A:5A 0.5 (1.5ohm) 10% to 130%
400A:5A 0.5 (2.5ohm) 10% to 130%

Specifications:

  • Input Frequency: 50/ 60 HZ
  • Accuracy Class: 0.5, 1.0, 3.0
  • Phase Angle: less than 2 degrees at 50% of rated current
  • Linearity: ±1% from 10% to 130% of rated primary current
  • Insulation Voltage 720 Vac
  • Maximum Primary Voltage 5,000Vac (insulated conductor)
  • Operating temperature: -15ºC to +60ºC
  • Construction:
    • Epoxy encapsulated
    • Case: Nylon UL flame retardant rating 94V-0
  • RoHS Compliant


Physical Specifications:
Dimension mm (in)
A B C D E
20.0 (0.8) 30.0 (1.2) 51.0 (2.0) 89.0 (3.5) 111.0 (4.4)
Dimension mm (in)
F G H I
34.0 (1.3) 47.0 (1.9) 40.0 (1.6) 32.0 (1.3)

Download CTSB Brochure (pdf 349kb)
CTSB InstallationInstallation instructions (664kb)



Many of our products can be designed and manufactured to meet the specific application requirements. For a no obligation technical evaluation, please provide the specific performance requirements to engineering@tichenassociates.com.