Procurement snapshot
Only hard product-level facts retained from the cited source route are shown below. A missing buying field is handled separately, rather than estimated from the listed series.
Evidence scope
The retained official product route documents: FRAKO documents LSK, LSFC and LSFC-E as ready-to-connect power-factor-correction systems. This dossier uses that cited route as the editorial scope. [S6]
The retained research coverage separates company identity from the named product evidence. It does not turn one model or series into a claim about unlisted company-wide operations. [S8]
Reactive Power Compensation
Documented series: FRAKO LSK, LSFC and LSFC-E power-factor-correction systems
FRAKO documents LSK, LSFC and LSFC-E as ready-to-connect power-factor-correction systems. [S6]
| Standard | DIN EN 61000-2-4 [S9] |
|---|
- Capacity range
- Standard and detuned LSK or LSFC systems cover 17.5 to 500 kvar per cabinet. [S4]
- Dynamic switching
- The dynamic detuned LSFC-E family covers 100 to 300 kvar and uses electronic zero-cross switching with a self-adjusting controller. [S5]
- FRAKO LSK, LSFC and LSFC-E power-factor-correction systems [S6]
Selection fit: Capacities and switching topology remain tied to their named subfamilies; loose capacitors and controllers are excluded. [S7]
Product range and documented series
FRAKO documents LSK, LSFC and LSFC-E as ready-to-connect power-factor-correction systems. [S6]
- FRAKO LSK, LSFC and LSFC-E power-factor-correction systems [S6]Source note: FRAKO LSK, LSFC and LSFC-E power-factor-correction systems
Procurement fit
The product scope is defined by the named subfamilies LSK, LSFC, and LSFC-E. Capacities and switching topology remain tied to these subfamily designations, which constrains part selection to complete cabinets rather than loose components. Loose capacitors and controllers are excluded from the documented offering. Buyers specifying replacement parts, retrofit components, or standalone controllers will not find matching items in the published scope. Orders should reference the specific subfamily code to ensure correct configuration and capacity matching.
Technical capabilities
Standard and detuned LSK or LSFC power-factor-correction systems cover 17.5 to 500 kvar per cabinet, providing the primary static compensation range. The LSFC-E subfamily delivers dynamic detuned compensation from 100 to 300 kvar. Dynamic switching in LSFC-E relies on electronic zero-cross switching paired with a self-adjusting controller, which manages the switching timing relative to the voltage waveform. The detuned configuration in LSFC-E indicates the presence of reactor components for harmonic mitigation, though specific tuning orders or harmonic spectra are not recorded.
Markets and applications
The documented product range targets three operational profiles within industrial and commercial power networks: standard compensation via LSK, detuned compensation via LSFC, and dynamic detuned compensation via LSFC-E. The LSK and LSFC spans of 17.5 to 500 kvar per cabinet suit fixed-load installations across a broad range, while the LSFC-E range of 100 to 300 kvar with electronic zero-cross switching targets fluctuating loads requiring rapid reactive power adjustment. Specific industry verticals, end-user sectors, and reference installations are not recorded.
Evidence limitations
Common buying fields not publicly documented include: company history and founding year, manufacturing footprint size, employee count, annual turnover, customer references, installed base figures, quality certifications, type-test reports, harmonic tuning order percentages, short-circuit withstand ratings, ingress protection ratings, communication protocols, and any service or commissioning offerings. Country of operation is recorded as Germany, with the city listed as Teningen, but no additional facility, regional office, or distribution data is provided in the documented scope.
Editorial summary
FRAKO Kondensatoren- und Anlagenbau GmbH, based in Teningen, Germany, is documented in the reactive power compensation category. The published product scope covers three named subfamilies of power-factor-correction systems: LSK, LSFC, and LSFC-E. Standard and detuned LSK or LSFC systems span 17.5 to 500 kvar per cabinet. The dynamic detuned LSFC-E family spans 100 to 300 kvar and applies electronic zero-cross switching with a self-adjusting controller. No additional categories, services, or product lines are recorded.
Compiled prose, not a quotation. It restates facts drawn from the cited rows above and adds none of its own. It is not itself a sourced record, so read the cited sections for the authoritative wording.
Not published in retained sources
These common buyer fields were explicitly outside the retained source coverage for this dossier. They are shown as omissions, not filled with a proxy, a related model or an assumption.
Research coverage
Evidence states describe the public material reviewed for this profile; they do not rate the company or assert an undisclosed fact.
- Identity and location are retained from the cited official source. Product facts and visual are limited to FRAKO LSK, LSFC and LSFC-E power-factor-correction systems; no unlisted company-wide performance, availability, production or revenue claim is asserted. [S8]Company-stated
Frequently asked questions
What Reactive Power Compensation product is documented for FRAKO Kondensatoren- und Anlagenbau GmbH?
The retained product material names FRAKO LSK, LSFC and LSFC-E power-factor-correction systems. The dossier keeps this as a product-level statement rather than using it as a claim about the company's entire catalogue. [S6]
Which published capacity range should a buyer compare?
The cited product material records: Standard and detuned LSK or LSFC systems cover 17.5 to 500 kvar per cabinet. Use the value as a product-level comparison point, while keeping the exact model and installation boundaries in the cited route. [S4]
Which published dynamic switching should a buyer compare?
The cited product material records: The dynamic detuned LSFC-E family covers 100 to 300 kvar and uses electronic zero-cross switching with a self-adjusting controller. Use the value as a product-level comparison point, while keeping the exact model and installation boundaries in the cited route. [S5]
Which common buying fields are not published in the retained sources?
The retained source packet does not publish Annual sales, Availability or stock. Those fields are intentionally left out of the procurement snapshot rather than inferred from a related series, a product image or the company identity. [S8]
Research notes
The retained first-party packet supports a richer product-level reading surface, but it does not yet contain 600 words of distinct cited content. This noindex dossier remains in reviewing status until additional source-backed facts are retained.
- [S1] GermanyGermany
- [S2] TeningenTeningen
- [S3] frako.comfrako.com
- [S4] Standard and detuned LSK or LSFC systems cover 17.5 to 500 kvar per cabinet.Standard and detuned LSK or LSFC systems cover 17.5 to 500 kvar per cabinet.
- [S5] The dynamic detuned LSFC-E family covers 100 to 300 kvar and uses electronic zero-cross switching with a self-adjusting controller.The dynamic detuned LSFC-E family covers 100 to 300 kvar and uses electronic zero-cross switching with a self-adjusting controller.
- [S6] FRAKO LSK, LSFC and LSFC-E power-factor-correction systemsFRAKO LSK, LSFC and LSFC-E power-factor-correction systems
- [S7] Capacities and switching topology remain tied to their named subfamilies; loose capacitors and controllers are excluded.Capacities and switching topology remain tied to their named subfamilies; loose capacitors and controllers are excluded.
- [S8] Identity and location are retained from the cited official source. Product facts and visual are limited to FRAKO LSK, LSFC and LSFC-E power-factor-correction systems; no unlisted company-wide performance, availability, production or revenue claim is asserted.FRAKO Kondensatoren- und Anlagenbau GmbH; FRAKO LSK, LSFC and LSFC-E power-factor-correction systems
- [S9] DIN EN 61000-2-4Power Factor Correction Systems of the LSFC-P series are suitable for central compensation in networks with harmonic loads according to DIN EN 61000-2-4 Class 2.