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Siemens 4EU2532-0MH08-0AA0 — Line/Load Reactors

SIDAC 4EU2532-0MH08-0AA0 Filter Reactor, 35.5A, 415V, 25 kva

MPN4EU2532-0MH08-0AA0

SIDAC 4EU2532-0MH08-0AA0 filter reactor, 3-phase, 35.5 A rated / 39.5 A max, 415 V AC, 25 kvar, 7 % relative throttling, 189 Hz resonant frequency, IP00, Class H thermal class.

Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Jul 2026

Specifications

4EU2532-0MH08-0AA0 — Inductance & Impedance
ParameterValue
Rated inductance0.0017H
Relative throttling factor7%
Filter resonant frequency189Hz
Rated reactive power (filter bank)25 000var
4EU2532-0MH08-0AA0 — Identification
ParameterValue
Product designationfilter reactor
4EU2532-0MH08-0AA0 — Electrical
ParameterValue
Rated operating voltage415V
Number of phases3
Voltage typeAC
Rated operating frequency50Hz
4EU2532-0MH08-0AA0 — Losses & Thermal
ParameterValue
Rated ambient temperature40°C
4EU2532-0MH08-0AA0 — Approvals
ParameterValue
Thermal class (IEC 60085)H
4EU2532-0MH08-0AA0 — Mechanical
ParameterValue
Main-circuit connection typeflat connector / screw-type terminals
IP protection ratingIP00
Height0.21m
Width0.225m
Depth0.16m

Product details

The SIDAC 4EU2532-0MH08-0AA0 is a 3-phase filter reactor — a line reactor tuned for harmonic mitigation and current smoothing in power-factor-correction banks and drive input circuits. Rated 35.5 A continuous with a 39.5 A maximum, it operates at 415 V AC, 50 Hz, and delivers 25 kvar of reactive power. The 7 % relative throttling factor and 189 Hz resonant frequency mean it's designed to suppress the 5th harmonic (typically 250 Hz on a 50 Hz fundamental) and limit inrush current to the capacitor bank. The 1.7 mH inductance and Class H (180 °C) thermal insulation allow it to handle sustained harmonic currents without saturating the core. IP00 means it's an open-frame component — intended for enclosure mounting where the panel provides the environmental seal, not for standalone outdoor or washdown duty.

This part carries a 'mature' lifecycle stage from the manufacturer — meaning it's in steady production, not newly introduced and not on a formal phase-out notice. No successor order code is published, so the BOM line stays on this MPN. For current pricing and availability, submit an RFQ; we source through independent distribution channels and confirm both at quote time. Same part, different passport — genuine is genuine, and we'll document the provenance.

Dimensions are 0.16 m deep, 0.225 m wide, 0.21 m high — a compact footprint for a 25 kvar reactor. Terminals are flat connector / screw-type, sized for the 35.5 A continuous current. Mount it in the enclosure with clearance for magnetic field coupling to adjacent steel; keep ferrous structural members at least one core diameter away to avoid eddy-current heating. The open-frame design (IP00) means the enclosure must provide the IP rating your application requires.

The 7 % relative throttling factor is the impedance at rated current relative to the line voltage — standard for detuned reactor banks that shift the resonant frequency below the 5th harmonic. At 189 Hz resonant frequency, this reactor is safe for use with capacitor banks in 50 Hz systems where the 5th harmonic (250 Hz) is present; it prevents parallel resonance between the bank and the supply transformer. The 25 kvar reactive power rating matches a capacitor bank of that size; pair it with a 25 kvar PFC capacitor and the combination stays detuned. Class H insulation (180 °C rated) gives headroom for the additional copper losses from harmonic currents. The 40 °C ambient temperature rating is the standard reference; derate for higher ambient or forced-air cooling requirements.

Frequently asked questions

How do I get current pricing and availability for 4EU2532-0MH08-0AA0?

Submit an RFQ through this listing. We source through independent distribution channels and confirm current pricing and availability at quote time — no automated stock figure here, just a confirmed line item.

What is the resonant frequency and why does it matter?

The resonant frequency is 189 Hz. On a 50 Hz system, this places the filter's resonance below the 5th harmonic (250 Hz), preventing parallel resonance between the capacitor bank and the supply impedance. It's a standard detuned reactor specification for harmonic mitigation.

What compliance documentation is available for this filter reactor?

The part is designed to EN 61558-2-20 (safety of transformers, reactors, and power supply units — particular requirements for small reactors). The manufacturer's standard documentation package includes a declaration of conformity to the applicable EU directives; request it with your RFQ.

MPN
4EU2532-0MH08-0AA0