Applications
CM electromechanical converters are designed to continuously supply internal and external high frequency vibrators operating at 42V 200Hz. Depending on the model, the CMs can feed from one to 4 vibrators simultaneously.
Concrete Consolidation, Vibrators
OLI – CM – Frequency And Voltage Converters
CMs are electromechanical voltage and frequency converters, designed to power high frequency electric vibrators.
The design, the high-quality materials and the cutting-edge technological solutions guarantee the high reliability of the CMs, which do not need any maintenance.
Features
CM type electric frequency and voltage converters have an electric motor coupled to a permanent magnet generator. The system reduces the input voltage, single-phase (230 V, 1 ph) or three-phase (400 V, 3 ph), in low voltage at 42 V and high frequency at 200 Hz to allow the correct operation of the electric vibrators and to guarantee safety operator.
To facilitate greater maneuverability, some models are equipped with a handle or a grip frame with or without wheels.
- Available models: 230 V, 50 Hz version, single phase (three models); 400 V, 50 Hz, three-phase version (4 models)
- Outputs for connecting high frequency vibrators: 1 ~ 4
- Nominal current: 0.8 ~ 6.2 kVA
- Insulation class: F
- Ambient temperature: -20 ~ 40 ° C
- IP 44 protection
- Overload protection
- Smooth and robust aluminium housing
- Forced ventilation
Advantages
- Reliable and long lasting
- Excellent cooling
- It does not require any maintenance
Certifications
- CE: Community Directives and subsequent amendments: 2006/42 / CE, 2004/108 / CE, 2006/95 / CE
- Conformity verified according to standard documents: CEI EN 60745-1, CEI EN 60745-2-12, UNI EN ISO12100
Download
Application Mapping Chart
applicationMappingChart_NEW.pdf
Catalog Concrete Consolidation
Cat_ConcreteCons_CCC_EN_0122_REV13-2.pdf
2 Side Brochure – Vibrators for concrete consolidation
FCCEN_0221_03.pdf
Brochure Concrete Elements Consolidation
Brochure_PRECO_EN_0122_01.pdf
OLI Company Profile
CCOEN_2021_rev02-web.pdf
Made in OLI
MadeInOli_2018.pdf
