CONTROLLER Q-2000NP for Brown Ereada Amethyst Mini Mats with N.P.
This controller allows the adjustment of the temperature of inner low EMF heating systems with 5°C increments in the range 86°F~158°F (30°C-70°C).
It activates and auto-shuts off the Negative Potential Electrostatic Field after 30 minutes.
This controller does not have time settings, but it has a built-in safety timer that turns the mat off automatically in 8 hours.
Heat levels are displayed as Celsius Temperature on the controller screen.
30°C | 86°F (Sleeping mode) |
35°C | 95°F (Lowest mode) |
40°C | 104°F (Low mode) |
45°C | 113°F (Medium Low mode) |
50°C | 122°F (Medium mode) |
55°C | 131°F (Medium High mode) |
60°C | 140°F (Medium High mode) |
65°C | 149°F (High mode) |
70°C | 158°F (Highest mode) |
The controller has a built-in AUTO EMI (Electromagnetic wave interception) function that automatically detects and transfers absorbed EMF spikes into the wall socket's “ground pin” for Earthing.
USEFUL TIPS
To extend life, please follow these rules:
- When the controller plug is disconnected from the mat terminal, it is important not to pull it by the wire, as this may damage the connectors or cause them to become loose. Instead, the controller cable connector plug should be pulled by one hand, the mat connection terminal socket held by the other hand, and slowly disconnected from each other.
- The plug with the connector from the controller to the mat terminal socket should be connected tightly. If not, errors may be shown. The easiest way to solve any problems is to reset the controller by disconnecting the controller's plug from the power socket first and then from the mat connection terminal. The first reconnect the mat tightly and then plug it into the electricity socket again.
- Do not put the controller on the hot mat. Do not spill water on the controller. Never touch it with wet hands. Never wash it or clean it with chemicals.
- If your area experiences frequent electrical blackouts or power spikes, please connect the device to electricity through a surge protection, AVR, or UPS device similar to the one that protects computers or refrigerators. This device will protect the controller from faults caused by power surges.