Thor CM90 Elite Filtration & Surge Protection Cavity Mount Module
ACTIVE FILTER AND SURGE PROTECTION MODULE
SmartBoard Smart Series with unique Dynamic Active Tracking™ is the most comprehensive and advanced solution to protect your electronic equipment. Originally designed to fit in a wall cavity behind a power point, its applications have grown to boating, caravaning, rooftop, and behind large screens. Its slimline fire retardent housing that makes it a breeze to fit in space-challenged areas.
Cleans, protects, and can fix these sorts of problems:
- Massive surge protection
- Lighting interference
- Speaker hissing noise
- Thumping noise from sub woofer
- Reduces pixelation from blurred picture
- Picture scrambling hum noise
SMART BRAIN
The Thor SmartBrain not only protects from surges, it also filters and cleans electrical frequency noise to give you unbeatable sound and video quality.
Enjoy a truer AV experience with better picture quality and purer sound. SmartBrain can also improve computer gaming speeds and fix internet dropouts.
Features
TECHNICAL SMARTS
- Product Dimensions: 140mm x 65mm x 30mm
- Supply voltage 240/V AC 50Hz
- Maximum current rating 16amps/3840 W (VA)
- Reaction Speed less than 1 nanosecond
- Clamping Voltage 275V
- EMI/RFI Noise Reduction Filter Types - Dynamic Active Tracking (SmartBrain Active Filter)
- Maximum transient spike impulse current (Amps) 45,500 amps
- Maximum Energy Dissipation 1330 Joules
- Protected AC Incorporating 32 separate protection components
- Protection Modes on all 3 conductors Active/Neutral/Earth
- Earth Leakage Range - less than 1 millis amp
INSIDE THE BRAIN
SmartBrain has a premium filter technology called Dynamic Active Tracking. This unique filter has the best chance of "cleaning" electrical noise because it shields around 40% more frequencies when compared to other filters. It is an Active filter and can "clean" unwanted frequencies on both the upward curve and the downward curve of a sine wave (power). Most other filters only work at the crest of the wave and therefore miss a huge section of these unwanted frequencies that can generate noise on sensitive electronic devices.
