Current Transformer. HTP25 Datasheet

HTP25 Transformer. Datasheet pdf. Equivalent

Part HTP25
Description PCB Mounting Hall Effect Current Transformer
Feature Speciality Magnetic Components QUALIFIED to ISO 9001:2008 PCB Mounting Hall Effect Current Transform.
Manufacture TELCON
Datasheet
Download HTP25 Datasheet

Speciality Magnetic Components QUALIFIED to ISO 9001:2008 PC HTP25 Datasheet
Speciality Magnetic Components Qualified to ISO 9001:2000 PC HTP25NP Datasheet
Recommendation Recommendation Datasheet HTP25 Datasheet




HTP25
Speciality Magnetic Components
QUALIFIED to ISO 9001:2008
PCB Mounting Hall Effect Current Transformer Type HTP25
TELCON
HTP25
Range ±25A
Ratio 1000:1
+15V
-15V O/P
The HTP25 is a closed loop Hall Effect Current Transformer suitable for measuring currents up to 25A. The
product provides an output current into an external load resistance.
Features
• High Accuracy
• 3 kV Proof Stress
• Fast Response
• Designed in Quality
Applications
• Variable Speed Drives
• UPS Systems
• D.C. Power Supplies
• Low Frequency Current Measurement
Benefits
• Galvanic Isolation
• Ease of assembly
• High Reliability
• Non Invasive
• Overcurrent Protection
• Robotics
• Frequency Inverters
• Power Factor Monitoring
As part of our policy of continuous product improvement, we reserve
the right to make modifications to this product without prior notice.



HTP25
TECHNICAL DATA
Nominal Primary Current
Turns Ratio
Nominal Power Supply
Power Supply Current
Minimum Load Resistance
Operating Temperature Range
Storage Temperature Range
SPECIFICATION
Linearity
Limit of Linearity
Overall Accuracy
Output Zero Adjustment
Zero Offset/Temperature
Zero Offset/Supply Variation
Coil resistance
Bandwidth (-1dB)
di/dt following
Delay Time
dV/dt Immunity
Proof Stress Voltage
GENERAL DATA
Weight
Housing
Mounting
Signal Sense
Conductor Temperature
Conductor Position
25A
1000:1
±15V ±5%
16mA per rail + output current
150 Ù
0 to +70°C
-25°C to +85°C
0.1% of nominal primary current.
± 55A peak value
0.5% of nominal primary current
<±200µA at primary current =0A
<5µA/°C
<5µA/V
52 Ù
dc to 200kHz min.
>200A/µs
0.1µS
10kV/µs
3kV a.c., rms, 50Hz for 1 minute, bore to output terminals
17g nominal
Modified Polyphenylene Oxide
Direct mounting to PCB by 3 pins
Positive output obtained when current flows in direction of arrow
The temperature of the primary conductor should not exceed
100°C
Optimum dynamic performance is achieved with a single
conductor filling the bore
Direction of
Primary current
for +ve output





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