LF-510-S 500A 30mm 5000:1 Hall Effect Ratio Based Closed Loop Current Transformer by LEM

The LF 210-S, LF 510-S, LF 1010-S, and LF 2010-S Closed Loop ASIC based Hall effect current sensor measures DC, AC pulse currents' of 200, 500, 1000, 2000 ARMS (respectively)  nominal with galvanic isolation.

The LF 205-S/SP3 and LF 210-S/SP3  and Closed Loop ASIC based Hall effect current sensor measures DC, AC pulse currents' of 100 ARMS nominal with galvanic isolation.

Summary:

• Compact design
• Panel mounted in various ways
• Aperture: 15.6 mm (205-S/SP3), 15.59 mm (210-S and 210-S/SP3), 30 x 10 mm (510-S), 40 x 13 mm (1010-S), or 60 x 20 mm (2010-S) diameter for the primary conductor crossing
• Excellent high accuracy at the level of Fluxgate technology but at the price of Hall effect
• Overall accuracy over temperature range of 0.2 % (210-S and 210-S/SP3), 0.3 % (2010-S), 0.4 % (LF 1010-S), 0.5 % (205-S/SP3), or 0.6 % (510-S) of Ipn
• Exceptional offset drift of 0.1 % or 0.05 % (For 2010-S) of Ipn
• Fast response time less than 0.5 µs
• -40°C to + 85°C
• External DC Dual supply ± 12 to ± 15V (For 205-S/SP3, 210-S/SP3, and 210-S), or ± 15 to ± 24V (For 510-S, 1010-S, and 2010-S)

• Bipolar and insulated current measurement (For all except the 205-S/SP3)
• Current output
• Closed loop (compensated) current transducer
• Panel mounting (For all except the 205-S/SP3)
• Insulating plastic case recognized according to UL 94-V0 (Only for the 205-S/SP3)

• Windmill inverters (For all except the 205-S/SP3)
• Test and measurement (For all except the 205-S/SP3)
• AC variable speed drives and servo motor drives
• Static converters for DC motor drives
• Battery supplied applications
• Uninterruptible power supplies (UPS)
• Switched mode power supplies (SMPS)
• Power supplies for welding applications

• Excellent accuracy
• Very low offset drift over temperature
• Very good linearity (205-S/SP3) 
• Optimized response time (205-S/SP3) 
• Wide frequency bandwidth (205-S/SP3) 
• No insertion losses (205-S/SP3) 
• High immunity to external interference (205-S/SP3)
• Current overload capability (205-S/SP3)