|
|
|
|
|
|
The REOTRON MEK 7711 provides a stabilised voltage within ± 6 % of nominal for a wide range of different supply voltages. It is possible to accommodate a variation on the supply of up to ± 25 %. The unit is delivered with plug-connectors fitted and is ready to operate with the equipment that requires a stable supply.
The output voltage is adjusted in 6 steps so that the input voltage range of 75% to 125% is stabilised to 94% to 106% of the effective 230V output. This is achieved by using an auto-transformer with a primary winding that has multi-tappings which correspond to different supply voltages. On the secondary side there are a further six tappings, which are connected to the output circuit through solid state switches (triacs). A microprocessor controller determines the appropriate tapping, depending to the input voltage level. In this way a constant output voltage is maintained.
Externally, a row of LED's are used to indicate whether the voltage is outside the allowable limits and which tapping has been selected. A soft-start prevents false tripping when the unit is powered-up.
Surge suppression is available as an optional extra.
|
|
|
|
|
|
The RE series of electronic stabilizers of SALICRU, based on a complete static structure, with high efficiency, high response time and excellent output accuracy, is manufactured in single or three phase configurations and in a power rate range from 300 VA to 150 kVA.
The three phase equipments are built with complete independent phase regulation in order to avoid any possible problem due to unbalanced loads. Also, the equipments incorporate a static bypass that guarantees the feeding in the event of a possible fault.
They are many industrial processes that the voltage stability is indispensable: From a wide range of applications where the numeric control processors and the programming logic devices are those in charge of guaranteeing the final result, to all type of calculation centers, computer peripherals, transmission and communications equipments, laboratory equipments, etc.
Ultrafast regulation: response time lower than 100 ms.
Control and test of all the parameters per phase by means of a microprocessor.
Full static structure, no moving parts, higher reliability.
Static bypass loads always fed.
In three phase equipments, total independent phase regulation, unbalancing immunity.
Output accuracy better than 2%.
Input voltage regulation of 15%, as standard.
Efficiency higher than 97%.
Voltmeter as standard from 9 kVA and above.
Voltmeter selector as standard in three phase equipments.
Isolation or ultra-isolation transformer at the equipment output.
Relay interface.
Maximum and minimum voltage protection.
|
|
|
|
|
|
The current industrial processes cohabit with multitude of loads that we could define as “difficult” – with high inductance character, high inrush currents (i.e.: motors), etc. - and furthermore they are very sensitive to the power supply fluctuations.
In those cases, the voltage stabilization should be carried out by means of the use of devices with enough robustness and with suitable overload capacity to make front to these loads without requiring an important power oversizing.
If to the above one we add a high output voltage accuracy (up to ± 1%), the result is the servomotors stabilizers EMi series of SALICRU, based on autotransformers of continuous regulation (ARC) and manufactured in a very wide range of power rates from 2 to 30 kVA in single phase structure and from 6 to 400 kVA in three phase (higher power rates under request).
Besides the three phase equipments can be manufactured in common regulation or independent phase regulation, which redounds in a better stabilization accuracy of the loads connected to each phase. Every equipment is controlled through a powerful microprocessor and monitored by a complete synoptic.
The current transformation industry uses the denominated machine-tool profusely, which most of the times, are highly sensitive to the voltage fluctuations: Milling machines, devastating machines, press machines, winch, polishers, electro-erosion machines and a long etc., they are in charge of giving shape to solid materials.
The switching and the electric manoeuvres, the numeric control, electric ovens or telecommunication transmission are other inherent applications to this type of equipment.
|
|
TDC series Features
This model represents the " top " of the range. Exactly thought in order to filter critical conditions generated from frequency converters, denotes attenuation values extremely elevates in the frequencies range from 150 to 600 KHz, normally most difficult to obtain. The highest levels of attenuation are obtained also maintaining the leakage current to extremely low values.
This model represents the " top" of the range. Expacially designed in order to fi lter the critical noise level generated
from frequency converters, shows attenuation values extremely elevates in the frequencies range from 150 to 600
kHz, normally most diffi cult to obtain. The highest levels of attenuation are obtained also maintaining the leakage
current to extremely low values.
|
|
Characteristics
ED - 100% manufactured in copper HC-200% (standard UNE-EN 60742)
No distortion, deformation or parasites in the waveform
|
|
Magnetic voltage stabilizer KH 250 Range
- Compensation of voltage fluctuations
- Mains isolation
- Maintenance free
Magnetic voltage stabilizer BSD Range
- Compensation of voltage fluctuations
- Attenuation of common mode peaks of noise voltage
- Bridging in case of short time voltage loss
|
|
ECOsine™ Active is the new generation of active harmonic filters (AHF). It reliably mitigates harmonics and compensates voltage dips as well as reactive power.
ECOsine™ Active's functionality can be compared to waves in the ocean: If two waves of the same height and intensity meet, they cancel each other out. The same principle can be applied also to power networks. The AHF analyzes network disturbances and provides an opposing compensation current. In doing so, ECOsine™ Active actively adapts to fluctuations and responds in less than half a millisecond. Its compact dimensions, simple installation, and digital intelligence allow for a quick and staight forward integration in the most diverse applications.
|
|
|
Power factor regulator PFC 12 (12 steps) measures cos φ of a supply system and control the automatic connection and disconnection of compensation capacitors according to desired cos φ.
|
|
NOVAR 1xxx-line power factor controllers are fully automatic instruments designated for optimal compensation of reactive power. They are suitable for PFC application which requires precise control even under low load.
Characteristics
- 6 or 14 relay outputs + alarm relay
- Measuring current sensitivity 0,002 A
- Embedded temperature sensor, cooler fan/heating control
- Front panel 144 x 144 mm with high efficient LED-display
- Optional communication interface
|
|
The ONEAC PCM range provides a high performance solution without battery backup for the medical environment. It has a built-in isolation transformer to eliminate electrical noise and limit earth leakage current, ensuring patient safety and attached equipment is unaffacted by the electrical environment and does not degrade over time.
Medical grade ONEAC PCm power conditioners (/UL60601-1/ IEC60601-1) are available in 120/230 V, 50/60 Hz from 120 to 3000 VA (single-phase). The PCM Series features an isolation transformer for premium power conditioning and limits earth leakage current, ensuring patient safety and global compliance to IEC60601-1.
|
|
The ONEAC® ConditionOne® range provides a high performance solution without battery backup. It has a built-in isolation transformer to eliminate electrical noise, ensuring attached equipment is unaffected by the electrical environment and does not degrade over time.
ONEAC ConditionOne are available in 120/230 V, 50/60 Hz, 75 - 1000 VA (single-phase). The ONEAC ConditionOne features an isolation transformer for premium power conditioning. Optional ONEGROUND technology is available to correct ground skew problems.
|
|
|
EMC/EMI filters on the DC side of PV inverters contribute significantly to the compliance with the EMC directive and to an increased system reliability. With the introduction of the FN 2200 range of filters, Schaffner presents the most compact solution in the market today. It is based upon the combination of innovative technology with years of application specific experience.
|
|
|
|
|
|
Find the ideal method to filter the AC or DC power entering your system to prevent radiated or conducted EMI with Spectrum Advanced Specialty Products’ line of standard power filters and custom power solutions. We differentiate ourselves from typical filter suppliers by offering our customers an integrated approach to EMC problem solving through consulting, diagnostic testing and manufacturing. Our power filters are designed in multiple configurations to cover a range of industrial applications. Available in single and dual stage, these power filters have excellent attenuation for high voltage impulse and are ideal for meeting broad frequency applications. As a high reliability product, we also offer low leakage and non-magnetic options. The result is an EMI power filter to lower your costs and reduce your time to market.
• Application-specific designs for the military, commercial, industrial and medical markets
• Available to meet MIL-PRF-15733 and MIL-STD-461 standards
• RoHS compliant
• Bolt-in or snap-in model varieties available
• Effective EMI performance from 100 kHz through 1.0 GHz
• Operating temperature range of -40°C to +85°C without derating
• Current ratings to 300 Amps
• UL approved and SEMKO approvals pending
|
|
|
LCR's Single Phase Industrial EMI filters (RFI filters, EMC filters) attenuate electrical noise generated from industrial, telecommunication, commercial, military and medical electrical and electronic equipment. These EMI filters attenuate mains-borne electromagnetic interference from 100 kHz upwards to very high frequencies.
|
|
Protection Filters are used on distribution networks which have a high THD (Total harmonic distortion), when the final target is to compensate the power factor at the fundamental frequency.
Its purpose is to avoid overloads due to harmonic currents in the capacitor, deflecting them to the network.
Protection filters are made with serial reactors and capacitors. The tuned frequency of each unit is adjusted between the fundamental and the lower harmonic present in the net, which usually is the 5 th order.
In this way, the filters present high inductive impedance for all the harmonic frequencies.
|
|
|
Schaffner ECOsine™ harmonic filters represent an economical solution to the challenge of load-applied harmonics mitigation in three-phase power systems. With a plug-and-play approach and more compact dimensions than comparable products, they can be quickly installed and easily commissioned. They increase the reliability and service life of electric installations, help utilize electric system capacity better, and are the key to meet Power Quality standards such as IEEE 519.
|
|
Characteristics
Protection IP00
Standards = IEC60289 (UNE20-144)
Electric choke protection = class H
Overvoltage factor p=7%
Resonnance Frequency = 180 Hz
Inductance tolerance = 3%
Dielectric strength = 4 kV
Admissible overload = 1.2 In
Lineality inductance to 1.6*In
Max. ambient temperature = 40°C
Constructive characteristics
Termic class = B (130°C)
Wire copper class F (155°C) and H (180°C)
Magnetic plate V400
Protection thermostate 100°C
Impregnation class H (180°C) with high level solid elements varnish.
|
|
|
The GEMTRAP® line of fixed, harmonically suppressed capacitors permits the installation of power factor correction capacitors on systems with nonlinear load components. The GEMTRAP® system can be tuned to any desired frequency but is normally tuned to the 4.7th harmonic.
|
|
|
These are modules for electric power supply, pneumatic system and suction for coachwork and manufacturing business in general. SMAI SYSTEM is an integrated mobile system designed and made by CAV to offer an answer to complex needs of the industry and of coachwork. It is based on the tangible advantage of providing a single system for suction, compressed air and electricity. An articulated power distribution system, suction outlets and compressed air connnectors, it uses overhead channels and units and is based on the technical comfort of providing mobile and wall-fixing stations.
|
|
|
VAHLE'S non-contact inductive current transfer system CPS (Contactless Power System) represents a breakthrough in the development of current transfer for tracked mobile equipment such as crane systems, elevators, monorails, people movers etc.
|
|
|
IPT® (Inductive Power Transfer) opens many possibilities to designers requiring mobile electrification systems. IPT® is the first large scale contactless power transfer system which has revolutionised the way all kinds of moving machines may be supplied with electrical power. Based on the known principle of electromagnetic induction and developing it further to meet modern industrial needs, Conductix-Wampfler has achieved a technological breakthrough in the field of electrification. IPT® uses state of the art engineering an design and combines Conductix-Wampfler's long experience in industrial applications.
|
|
|
|
|
|
The usual practice for reactive energy correction in industrial electrical systems, consists in connecting capacitors, some times fixed or generally controlled using automatic power factor regulators. However, directly connecting capacitors to the system is not always possible for several reasons, such as:
The existence of harmonic currents, generated by non lineal loads.
The possibility of resonance between capacitors and certain inductive loads or even the reactive dispersion of the supply transformer.
Generation of microcuts or other disturbances in the voltage at the time of connecting the capacitors, if the system's short circuit power is insufficient.
Lessening high frequency command signals transmitted through the system.
It is necessary to add reactances for each of these cases, sometimes to filter disturbances or others to obtain an appropriate rejection of harmonics or high frequency signals and to meet international standards on these events.
CIRCUTOR has developed a complete manufacturing program for power filters to correct the following problems:
Correcting resonance problems
Harmonic rejection in certain parts of the installation
Absorption of harmonics to reduce THD in the installation
|
|
In our product line are low-voltage and middle-voltage power factor correction equipment:
- Fixed power factor correction banks
- Automatic power factor correction banks
- Automatic power factor correction banks with harmonics filters
- Fixed power factor correction banks with harmonics filters
|
|
|
Metal Enclosed Harmonic Filter Banks should be considered when power factor correction is desired in a harmonic environment. The filter bank consists of an enclosure containing power factor correction capacitors connected in series with iron core harmonic compensated reactors. The resonant frequency of the filter equals that of the harmonic to be eliminated from the power system. The capacitors, reactors and auxiliary equipment are installed in the welded galvaneal enclosure and are shipped ready for interconnection. The reactors are typically tuned to the 4.7th (nominal 5th) harmonic to reduce the more severe 5th harmonic current in systems with large amounts of 6 and 12 pulse non-linear loads present. Equipments for filtering other harmonic frequencies are also available. Our engineering staff can help chose the design and harmonic tuning frequency that best fits your specific requirements, including automatic designs.
|
|
|
LCR offers a broad range of standard off the shelf Power Entry Filters and Filtered Power Entry Modules. In addition, LCR also offers standard off the shelf Power Line Filters (Power Inlet Filters). All of these EMI filters are available in both general purpose and low leakage current medical versions.
|
|
Single-Phase EMI/EMC Filter
Single-phase filters for chassis or DIN-rail mounting are key for EMC compliance of higher power office equipment and low to medium power industrial applications. A broad selection of electrical and mechanical features allows a specific choice and deployment for countless applications.
|
|
PFT Series - Three-Phase + Neutral Line Filters - for General Use
Features:
Characteristics
* Three phase with neutral filter.
* For switching applications.
General specifications
* Maximum operating voltage: 520Vac.
* Operating frequency: DC - 60Hz.
* Hipot test voltage:
- L/N-›PE: 3000Vac 2s.
- L-›N: 1300Vdc 2s.
* - Li-›Lj: 2250Vdc 2s. Application class: HPF Acc. TO DIN 40040
* (-25ºC/+85ºC/95% RH, 30d).
* Flammability class: UL 94 V2.
|
|
three-phase filter with neutral FVTO-IV Series double phase
Features:
General purpose filter
* For frequency converters / PDS.
* Footprint mounting.
* High attenuation.
* Small size.
General specifications
* Maximum operating voltage: 520Vac.
* Operating frequency: DC - 60Hz.
* Hipot test voltage:
- L/N-›PE: 3000Vac 2s.
- L-›N: 1300Vdc 2s.
* - Li-›Lj: 2250Vdc 2s. Application class: HPF Acc. TO DIN 40040
* (-25ºC/+85ºC/95% RH, 30d).
* Flammability class: UL 94 V2.
|
|
Three-phase and neutral line filters are a compact solution for the interference suppression on the mains input of cabinets and control units of equipment, ranging from industrial applications like machine tools to sensitive medical installations. These typically involve separate and often
insufficiently filtered frequency inverters and SMPS, causing current imbalance and significant interference problems. As individual elements they may be interference-suppressed already. The conjunction of several switching components in the same cabinet and a non-EMC conscious cabling will rise the demand for an additional EMC filter on the mains input of the whole installation. Many times this is the only way to get the CE mark for the cabinet in accordance with the EMC directive.
|
|
|
|
AC power supplies equipment: Compensators, AC filters, Regulators...
