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Specifications
working temperature:
-10℃~+80℃
Current Range:
±900A
Voltage - Supply:
±15V
Band Width:
50kHz
Bidirectional Current Detection:
Support
Mfr. Part #:
HAS400-S
Package:
Through Hole
Key Attributes
Model Number:
HAS400-S
Product Description
LEM HAS 50..600-S Current Transducer
The LEM HAS 50..600-S is a current transducer designed for electronic measurement of DC, AC, and pulsed currents with galvanic separation between primary and secondary circuits. It features a Hall effect measuring principle and an insulating plastic case. Key advantages include easy mounting, low power consumption, small size, a single design for a wide current range, and high immunity to external interference, making it suitable for industrial applications such as AC variable speed drives, UPS, and SMPS.
Product Attributes
- Brand: LEM
- Material: Insulating plastic case made of polycarbonate PBT recognized according to UL 94-V0
- Certifications: UL 94-V0, EN 50178, UL 508, EN 50178: 1997, UL 508: 2010
- Application Domain: Industrial
Technical Specifications
| Type | Primary nominal rms current measuring range IPN (A) | Primary current IPM (A) | Supply voltage (5 %) UC | Current consumption IC | Insulation resistance @ 500 V DC | Output voltage (Analog) @ IPN, RL = 10 k, TA = 25 C | Output internal resistance Rout | Load resistance RL 2) | Accuracy @ IPN, TA = 25 C (excluding offset) | Linearity error L (0 .. IPN) | Electrical offset voltage VOE, TA = 25 C | Hysteresis offset voltage VOH @ IP = 0, after an excursion of 1 IPN | Temperature coefficient of VOE | Temperature coefficient of Vout (% of reading) | Step response time to 90 % of IPN | di/dt accurately followed | Frequency bandwidth (-3 dB) 4) | Ambient operating temperature TA | Ambient storage temperature TS | Mass | Ud Rms voltage for AC insulation test, 50 Hz/1 min | W Impulse withstand voltage 1.2/50 s | Min dCp Creepage distance | dCI Clearance | CTI Comparative tracking index (group IIIa) |
| HAS 50-S | 50 | 150 | 15 V | 15 mA | >1000 M | 4 V | approx 100 | >1 k | <1 % of IPN | <1 % of IPN | <20 mV | <20 mV | <2 mV/K | <0.1 %/K | <3 s | >50 A/s | DC .. 50 kHz | -10 .. +80 C | -25 .. +80 C | approx 60 g | 3.6 kV | >6.6 kV | 7.08 mm | 6.23 mm | 275 |
| HAS 100-S | 100 | 300 | 15 V | 15 mA | >1000 M | 4 V | approx 100 | >1 k | <1 % of IPN | <1 % of IPN | <20 mV | <20 mV | <1 mV/K | <0.1 %/K | <3 s | >50 A/s | DC .. 50 kHz | -10 .. +80 C | -25 .. +80 C | approx 60 g | 3.6 kV | >6.6 kV | 7.08 mm | 6.23 mm | 275 |
| HAS 200-S | 200 | 600 | 15 V | 15 mA | >1000 M | 4 V | approx 100 | >1 k | <1 % of IPN | <1 % of IPN | <20 mV | <20 mV | <1 mV/K | <0.1 %/K | <3 s | >50 A/s | DC .. 50 kHz | -10 .. +80 C | -25 .. +80 C | approx 60 g | 3.6 kV | >6.6 kV | 7.08 mm | 6.23 mm | 275 |
| HAS 300-S | 300 | 900 | 15 V | 15 mA | >1000 M | 4 V | approx 100 | >1 k | <1 % of IPN | <1 % of IPN | <20 mV | <20 mV | <1 mV/K | <0.1 %/K | <3 s | >50 A/s | DC .. 50 kHz | -10 .. +80 C | -25 .. +80 C | approx 60 g | 3.6 kV | >6.6 kV | 7.08 mm | 6.23 mm | 275 |
| HAS 400-S | 400 | 900 | 15 V | 15 mA | >1000 M | 4 V | approx 100 | >1 k | <1 % of IPN | <1 % of IPN | <20 mV | <20 mV | <1 mV/K | <0.1 %/K | <3 s | >50 A/s | DC .. 50 kHz | -10 .. +80 C | -25 .. +80 C | approx 60 g | 3.6 kV | >6.6 kV | 7.08 mm | 6.23 mm | 275 |
| HAS 500-S | 500 | 900 | 15 V | 15 mA | >1000 M | 4 V | approx 100 | >1 k | <1 % of IPN | <1 % of IPN | <20 mV | <20 mV | <1 mV/K | <0.1 %/K | <3 s | >50 A/s | DC .. 50 kHz | -10 .. +80 C | -25 .. +80 C | approx 60 g | 3.6 kV | >6.6 kV | 7.08 mm | 6.23 mm | 275 |
| HAS 600-S | 600 | 900 | 15 V | 15 mA | >1000 M | 4 V | approx 100 | >1 k | <1 % of IPN | <1 % of IPN | <20 mV | <20 mV | <1 mV/K | <0.1 %/K | <3 s | >50 A/s | DC .. 50 kHz | -10 .. +80 C | -25 .. +80 C | approx 60 g | 3.6 kV | >6.6 kV | 7.08 mm | 6.23 mm | 275 |
2410121623_LEM-HAS400-S_C454697.pdf
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