The magnetic flux created by the primary current IP is balanced by a complementary flux produced by driving a current through the secondary windings. A hall device and associated electronic circuit are used to generated the secondary (compensating) current that is an extract representation of the primary current.
Type
K5X-200A
K5X-500A
K5X-1000A
K5X-1500A
Unit
Primary nominal input current
200
500
1000
1500
A
Measuring range of primary current
0- ± 400
0- ± 1000
0- ± 2000
0- ± 2500
A
Secondary nominal output voltage
4± 1%
V
Supply voltage
± 12- - ± 15
V
Current consumption
20+Is
mA
Insulation voltage
6KV/50Hz/1min
-
Linearity
1
%FS
Zero offset voltage (TA=25C)
± 25
mV
Residual voltage
± 30
mV
Thermal drift of V0
± 1
mV/C
Response time
7
μ s
Frequency bandwidth(-3dB)
DC- - 20
KHz
Ambient operating temperature
-40- - +85
C
Ambient storage temperature
-40- - +125
C
Load resistance (TA=25C)
≥ 10K
Ω
Frequently Asked Questions
What is the accuracy grade of the K5X Hall effect current sensor?
The K5X series features a high accuracy grade of 0.5G, ensuring precise current measurement for demanding applications.
What is the environmental protection rating for this sensor?
This sensor is rated IP65, providing excellent protection against dust and low-pressure water jets, making it suitable for various industrial environments.
What is the response time for the K5X-200A/500A/1000A/1500A models?
The K5X series offers an extremely fast response time of ≤ 7 microseconds (μs) for efficient real-time monitoring.
What are the operating and storage temperature limits?
The ambient operating temperature ranges from -40°C to +85°C, while the storage temperature range is -40°C to +125°C.
Does the sensor comply with international standards?
Yes, the K5X sensor is manufactured according to the IEC 6044-1 specification and is ISO certified.
What type of supply voltage is required?
The device operates on a supply voltage of ± 12V to ± 15V DC.