HM-Z Small current range / PCB-mounting type 
Dimensional outline drawing
Characteristics charts
Features
- Rated current: 300mA, 600mA
- Optimum for direct current leakage detection application for power conditioning systems etc.
- Minute direct electric current detectable by electric wire penetration
- Small offset drift
Applications
Power conditioning systems, Inverters, Servo drivers
Electrical characteristics Ta=25℃
| Output type | Voltage output type | |
|---|---|---|
| Type | HM-Z003V12PP5 | HM-Z006V1486PP5 |
| Rated current [If] | ±300mA | ±600mA |
| Continuously flowing DC current | ±500mA | ±850mA |
| Saturation current [Is] | ±520mA | ±870mA |
| Linearity limits | 0~±500mA | 0~±850mA |
| Internal reference voltage [Vref] (I=0) | +2.5V±5mV | |
| External reference input voltage [Vref] | 1.5～4V | |
| Rated output RL>500kΩ [Vh] (I=If, output-Vref) | V0±1.2V±1.6% | V0±1.4856V±1% |
| Residual output [V0] (I=0, output-Vref) | Within ±96mV | Within ±60mV |
| Output linearity | Within ±1% | |
| Response time | Within 50μs (at di/dt=If/μs) | Within 30μs (at di/dt=If/μs) |
| Response performance | Within 10% | |
| Hysteresis voltage range | Within 10mV | |
| Output Temp. Coef. | Within ±0.04%/℃ | Within ±0.01%/℃ |
| Residual output Temp. Coef. | Within ±1.425mV/℃ | Within ±1.3mV/℃ |
| Internal reference voltage Temp. Coef. | Within ±0.125mV/℃ | |
| Control power supply | +5V±5% | |
| Consumption current | 25mA+(Input current/1000) | |
| Degauss mode | Operates when control power is turned on or at the time of recovery from external Vref input 0.8V or less. | |
| Operating Temp. | -40℃～+105℃ | |
| Storage Temp. | -40℃～+105℃ | |
| Dielectric withstand voltage | 3500V AC 50/60Hz 1minute | |
| Insulation resistance | Not less than 500MΩ 500V DC | |
- Note1）
- The indicated residual output is the one after the core hysteresis is removed.
- Note2）
- Energization time of continuous live DC current x150% shall be within 1 minute.
- Note3）
- In this specification, accuracy was determined with reference to the reference voltage (Vref).
- Note4）
- For the reference voltage, there are 2 types of modes of internal reference output and external reference input.
Consultations and Inquiries about Our Products
Current sensor user's guide
When using our current sensors, please read the following “Handling Precautions,” “Main Characteristics,” and “Product Labeling” and use them within the specified limits.
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