7 March 2017, Brisbane, Australia - NOJA Power releases new Admittance Protection for its suite of OSM Reclosers with RC10 Control. Admittance Protection provides engineers with greatly increased capability to detect high impedance earth faults, providing an alternative solution to achieve higher sensitivity than offered by conventional earth fault protection.
Electrical switchgear engineers NOJA Power today announces its support for the adoption of IEC 61850 for Fault Protection, Isolation and Restoration (FPIR) equipment.
The new NOJA Power subsidiary in Latin America will include office and factory facilities to allow for all business activities to evolve further including sales, marketing, manufacturing and service of the NOJA Power´s OSM Automatic Circuit Reclosers and RC10 microprocessor based controllers.
“Whether its 2 or 2000 reclosers, RMS Electric / NOJA Power work hard to ensure the best technical solutions are delivered to our customers and their requirements are achieved to complete satisfaction. The successful long term relationship of RMS and AMPLA, is one example of the many successful projects in Brazil” says Bruno Kimura from RMS Electric.
When adopting “Smart Grid” philosophies. They provide:
NOJA Power’s OSM Reclosers are shipped with the TELUS software package. The TELUS software package allows engineers to remotely analyse fault data configuration settings, accessing detailed data such as fault profiles and remotely changing protections settings. These abilities can be used to provide in depth remote monitoring and control of the OSM smart reclosers.
Commencing in 2003/04 financial year ENERGEX installed approximately 50 NOJA Power OSM automatic circuit reclosers (ACR's) on predominantly its urban network. In the majority of cases a single recloser was placed at the half-way point along the backbone or main trunk of the feeder.
In winter, northern hemisphere temperatures begin to drop and the install base of NOJA Power OSM Reclosers in countries like Finland will operate in temperatures that reach -40°C.
