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CHCS-ITH-100S series high-precision current sensor
CHCS-ITH-100S series high-precision current sensor
Product details
CHCS-ITH-100SSeries high-precision current sensor
Product Introduction
CHCS-ITHThe series of precision, wideband, bipolar current sensors based on the principle of magnetic flux gate (non Hall) are mainly aimed at the fields of DC, AC, and pulse current measurement that require ultra-high accuracy. The primary and secondary currents are isolated from each other, and the safety performance is superior.
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Product characteristics |
application area |
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· Ultra high stability and accuracy
· Isolation measurement of primary and secondary edges
· Very lowThetemperaturedrift
· Equipped with saturation detection and self recovery function
· Strong anti-interference ability
· Broadband and low response time |
· Medical equipment
· Special power supply
· Magnetic resonance imaging（MRI）Unit
· smart grid
· Testing instruments and meters
· new energy |
Electrical performance
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project |
symbol |
Test conditions |
numerical value |
Company |
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Min |
nominal |
Max |
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Primary rated current |
IPN |
-- |
-- |
±100 |
-- |
Adc |
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Primary side overload current |
IPM |
-- |
-- |
-- |
±150 |
Adc |
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working voltage |
Vc |
-- |
-- |
±12 |
±15 |
V |
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Power consumption current |
IPwr |
Primary rated current |
±10 |
±60 |
±100 |
mA |
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current transformation ratio |
KN |
Input: Output |
2000:1 |
-- |
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output current |
ISN |
Primary rated current |
-- |
±50 |
-- |
mA |
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measuring resistance |
RM |
Vc： ±12V
IPN：100A |
0 |
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70 |
Ω |
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Vc： ±12V
IPN：150A |
0 |
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10 |
Ω |
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Vc： ±15V
IPN：100A |
0 |
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120 |
Ω |
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Vc： ±15V
IPN：150A |
0 |
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50 |
Ω |
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Dynamic parameters:
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project |
Symbol |
Test conditions |
numerical value |
unit |
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Min |
nominal |
Max |
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accuracy |
XG |
@25±20℃ |
-- |
-- |
0.05 |
% |
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Linearity |
εL |
-- |
-- |
-- |
0.02 |
% |
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Zero offset current |
Io |
@25±10℃ |
-- |
-- |
20 |
uA |
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Zero offset current |
IoT |
Within the entire operating temperature range |
-- |
-- |
150 |
uA |
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dynamic response time |
tr |
di/dt=100A/usRising to90% IPN |
-- |
-- |
1 |
us |
|
Frequency bandwidth(- 3 dB) |
F |
-- |
0 |
-- |
100 |
kHz |
General characteristics
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project |
symbol |
Test conditions |
numerical value |
unit |
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|
Min |
nominal |
Max |
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Working temperature range |
TA |
-- |
-40 |
-- |
+85 |
℃ |
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storagetemperature range |
TS |
-- |
-55 |
-- |
+95 |
℃ |
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Internal resistance of secondary winding |
RS |
@25℃ |
-- |
-- |
15 |
Ω |
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quality |
m |
-- |
58±5 |
g |
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Security features
|
project |
Symbol |
Test conditions |
numerical value |
Company |
|
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Isolation voltage |
Between the original and secondary edges |
Vd |
50Hz,1min |
5 |
KV |
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Transient isolation withstand voltage |
Between the original and secondary edges |
Vw |
50us |
10 |
KV |
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Compared to the leakage trace index |
CTI |
IEC-60112 |
275 |
V |
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Dimensions and Terminal Definitions(Company:mm)
mechanical properties：
l Tolerance: The tolerance for external dimensions and installation positioning dimensions shall be in accordance with
GB/T1804-2000 CLevel standard execution.
l Tightening point: vertical direction 2 Hole, as shown in the picture 1 As shown.
l Original edge perforation:Ø12.
l Connecting terminals:
KF2510-4PTerminal definition:
+ ： +12Vdc- +15Vdc
-： -12Vdc- -15Vdc
M： Output terminal
0 ： Grounding terminal
chart 1
Application Connection and Instructions：
1. Test instructions:
By measuring the flow throughRMTest currentIsOrRMVoltage at both endsUR, can obtain the primary currentIP：
IP=KN*Is=KN* (UR/RM)
2. Instructions for indicator lights and signals:
Under normal working conditions, the effective indicator light is constantly on. If the indicator light goes out, it indicates that the current sensor is in a non-zero magnetic flux state, such as the bus current exceeding the range. At this point, the sensor enters a scanning state internally, and the output current is no longer proportional to the input current signal. Once the bus current falls back within the range, the sensor resumes normal operation.
be careful:
uISexistIPWhen flowing in the direction of the arrow, it is positive.
uThe temperature of the primary conductor cannot exceed100℃.
uThis module is a standard sensor. For special applications, please contact us.
uWe reserve the right to modify sensors without prior notice.
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