SOLV™ is a powerful simulation program that will calculate current and voltage distortion levels by simulating the Mirus Lineator™ and Variable Speed Drive (VSD) / Variable Frequency Drive (VFD) based on your load requirement. By simply entering some basic information about your source and VSD system, MIRUS’ SOLV™ will help you find the right solution for your VSD application by accurately predicting the performance level you can expect without the need of a costly harmonic study. SOLV™ also allows you to perform energy analysis by providing evidence of how energy can be saved by removing harmonic losses introduced by VFDs and justifying the use of Lineators based on energy savings. Its kW calculation includes all harmonic losses in transformers and cables and provides total kW, kVA and kVAR at the Point of Common Coupling (PCC), Distribution Panel in the Summary Report. SOLV™ eliminates the guesswork in evaluating the best performing solution for your harmonic challenges. This software is a valuable tool for consulting and specifying engineers, utility operators, OEMs and anyone who needs to evaluate and compare solutions for treating harmonics in VFD applications. A trusted tool since 2004, SOLV™ is used by power quality professionals that represent a wide spectrum of industries including Oil & Gas, Marine, HVAC, Water/Wastewater, Industrial, Government, Education, to name a few. Features Friendly, easy-to-use System and load parameters are entered with a simple one-line diagram editor Built in library contains all Lineator™ AUHF filters and load models for alternate solutions Powerful Simulation Engine provides fast and accurate analysis Harmonic voltage and current distortion evaluation (THD & IHD) Calculates Telephone Interference Factor (TIF) and I*T Product Performs energy analysis View onscreen Waveforms, Spectrum and Phasor diagrams Report tool provides detailed IEEE 519 compliance, harmonic distortion and TIF reports Ability to Export Harmonic Spectrum data to a spreadsheet Units can be set to Imperial or Metric read more

Dissimilar Pitch Neutral Limiter GENLINK DPNL is a multiple winding reactor that, when installed in the common neutral of paralleled sources either between the dissimilar generators or the generator and the utility supply, can greatly reduce the neutral circulating currents that result from the instantaneous voltage differences. These neutral circulating currents, which are predominantly triple frequency, have the potential to cause a considerable amount of damage with respect to overheating generators and causing false-protection trips. Voltage differences in paralleled generators made by different manufacturers or differences in standard pitch design configurations in generators made by the same manufacturer can result in heavy neutral circulating currents. Additionally, alternative energy sources such as solar and wind power that generate AC power can introduce heavy circulating currents in 4-wire parallel applications. When applied, GENLINK will impede the flow of circulating currents while adding only minimal impedance to the fault current path. GENLINK DPNL can be used in both 3-wire and 4-wire systems. For 4-wire applications where there is return neutral current from 1-Ph loads, the DPNL must be sized for this current as well as the circulating current. For 3-wire applications where there is no return neutral current from 1-Ph loads, a smaller size DPNL can be used. Grounding of the neutral must be done at only one location, which is recommended to be the distribution switchboard. Features Inserts >40% impedance in neutral current circulating path Reduces neutral circulating current by >75% Adds <1% saturated impedance to 1-Ph fault path No impedance to 3-Ph fault path Use in 3-wire or 4-wire applications or any parallel source application with a common neutral and dissimilar voltage waveforms Eliminates generator overheating and false protection trips caused by triple frequency circulating currents Easy to install Reliable and proven performance read more

InSight™ is a highly accurate power meter and alarm system designed to continuously monitor Mirus products such as the Lineator™ Harmonic Filter, Onics™ Power Distribution units, and any Ulltra™ or Harmony™ transformer. The monitoring system enhances the capability of these products by examining their performance, gathering and processing information from the voltage, current, and temperature sensors, and controlling the operation of the system via the fully programmable I/O contacts. Condition Based Maintenance Tool When InSight™ is integrated into your system, it provides essential health and performance information to the operator to let them know whether the equipment is operating with safe limits. For instance, an Adjustable Speed Drive system equipped with a Lineator Harmonic Filter may encounter power quality issues or other conditions that may affect the normal operation of the equipment. Having the InSight™ installed will provide advanced notification of the filter's condition so that proactive action can be taken, if necessary. Local or Remote Access Connectivity is key to maintaining a reliable system. This is why Mirus designed InSight™ as a web-based monitoring system, allowing easy access via any web browser or by adding a touch-screen display to the equipment. Features Voltage and current waveform sampling Overvoltage and overcurrent detection Power quality monitoring Embedded AC Waveform Viewer that lets you view a captured waveform Capacitor Bank monitoring 3 voltage and 3 current channels plus 4 temperature inputs available Web-based software included Any assignable output may be used to trigger an external alarm Standard Ethernet connection for easy network integration read more