Thor DRM95-20A DIN Mount Filtration with Surge Protection
HIGH CAPACITY AC MAINS FILTERED PROTECTION
SmartBoard Smart Series with unique Dynamic Active Tracking™ is the most comprehensive and advanced solution to protect your electronic equipment. Improving flickering from LED or reducing re-programming from PLC and specialized lighting systems like Control4/CBUS/Dynalite to stopping spikes/surges or electrical noise contaminating whole circuits. DRM95 is is relied on in these and many more similar type applications.
Cleans, protects, and can fix these sorts of problems:
- Massive surge protection
- Lighting interference
- Speaker hissing noise
- Thumping noise from sub-woofer
- Reduces pixilation
- 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. Can also improve computer gaming speeds and fix internet dropouts.
Features
TECHNICAL SMARTS
- Product Dimensions: 70mm(W) x 90mm(H) x 60mm(D)
- Supply voltage 240/V AC 50Hz
- Maximum current rating 20amps/4800 W (VA)
- Clamping Voltage 275VAC
- Maximum Transient Spike Impulse Current (AMPS) 49,000 amps
- Maximum Energy Dissipation (Joules) 1330 Joules
- EMI/RFI Noise Reduction Filter Type - Dynamic Active Tracking (SmartBrain Active)
- Protected AC - Incorporating 32 separate protection components
- Earth Leakage Range - Less than 1 milli amp
- Operating Temperature -10C/+60C
- Protection Modes on all 3 conductors Active/Neutral/Earth
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.
