Pandis universal learning remote control keychain

Universal learning remote copies MULTIPLE REMOTES. Covers dip switch style and some rolling code remotes.

Features & Specifications
• 4 Button keychain remote each button can be associated to a different original remote, FOR EXAMPLE:
• Button #1: Multicode 300mhz
• Button #2: Genie 390mhz
• Button #3: Liftmaster Rolling code 315mhz
• Button #4: Allstar 318mhz
• COVERS 4 UNIQUE REMOTES ALL AT ONCE
• Power supply 3V CR2032 standard battery, with about 4 years life

  Operating Frequency

• 418, 433.92, 868.3 and every frequency in the bands 286-361 MHz and 384-400 MHz
• Frequency synthesizer PLL, with stability better than 50 ppm Range. It depends by the receiver sensitivity, antenna and topology, typically:
• 150m (500ft) at 433.92 MHz
• 150m (500ft) at 868.3 MHz
• 60m (180ft) at 286-400MHz

  Learning mode programming the remote

  LEARNING INSTRUCTIONS
• Two kinds of operations can be used to learn the frequency and code transmitted by the original remote control.

• MANUAL FREQUENCY
• Press together buttons 1 and 3 for approximately 3 seconds, until LED starts to flash quickly.

• Release all buttons.
• Press the button (where you wish to duplicate the original remote control) the amount of times that corresponds to your desired frequency (see column N in next table): e.g. to duplicate a remote control at 868.3MHz on button 1, press button 1 twice.

• Wait that the LED becomes steady ON, hold the original remote control approximately 30cm from PANDIS and start to transmit by pressing and holding the button on your existing remote; during transmission, slowly approach the original remote control towards PANDIS

• When duplication is complete, the PANDIS LED will flash:
• 3 times, for a fixed code
• 6 times, for a rolling code

• Note: if the original remote control transmits in a frequency inside the band 286-400MHz which is not specified in the list above (i.e. 292MHz, 303MHz, 312MHz, 318MHz, 340MHz or 360MHz, 418MHz), you need to use the procedure explained below to acquire the correct frequency.

  press the button you want programmed the Number of times to match the table below for that frequency, if you don't know, press it 3 times to SCAN for the frequency.
  

• N Frequency
• 1 433.92MHz
• 2 868.3MHz
• 3 SCANNING MODE 286mhz through 418mhz
• 4 300MHz
• 5 306MHz
• 6 310MHz
• 7 315MHz
• 8 330MHz
• 9 390MHz

• AUTOMATIC FREQUENCY SCAN
• Press together buttons 1 and 3 until LED starts to flash quickly
• Release all buttons
• Press 3 times the button where the code should be learned
• Wait that LED becomes steady ON, hold the original remote control approximately 30cm from PANDIS and start to transmit by pressing and holding the button on your existing remote; during transmission, slowly move the original remote control towards PANDIS In this way the PANDIS starts to receive from 286 MHz and increments its frequency to determine the exact frequency of the original transmitter up to 361MHz, then start scanning from 384MHz to 400MHz, finally some spare frequencies like 418MHz. The time to scan the entire band varies from 5 to 16 seconds: a short blink on the LED notify the restart of scan from the lowest frequency.

• Due to the PANDIS high sensitivity, it's possibile that a spurious frequency is learned, instead of the fondamental transmitted frequency.To avoid this behaviour, the original remote should start transmitting at approximately 30-50cm from PANDIS, and every time the LED blinks ON (the scan restart) it should be moved toward PANDIS.

• Use the automatic frequency scan procedure only for remote controls that transmit to an unknown frequency, or a frequency which is not managed by the manual frequency procedure!

• Please note that in this way the time taken to learn a code can be long, more than 10 seconds. Also, remote transmitters operating at 433.92 or 868.3 MHz cannot be learned: the MANUAL FREQUENCY operation explained above should be used, in these cases.

  LEARNING OTHER KINDS OF REMOTE CONTROLS

• With the procedure above the received code is checked to meet all requirements for the known codes. You can store other kinds of code (unknown, so they will not be checked) just following the instructions above pressing together button 1 and 2 instead of 1 and 3.

• Original code is learned automatically, notifying the result through the LED:
• 3 blinks => code learned
• 6 blinks => rolling code: it is not assured that it works, depending by the receiver used

• Frequency learning 2 possibilities:
• * manual, pressing button N times to define the frequency
• * automatic: in this way the device start to scan the band 286-361 and 384-400 MHz to recognize the exact frequency of the original remote transmitter
• Storage, each code is stored into non-volatile memory, so it is retained during battery replacement
• Low battery detection Battery voltage is controlled before every transmission, preserving errors in transmissions. Battery status is notified using LED while transmitting:
• LED blinks => battery OK
• LED blinks then become always ON => battery should be replaced soon
• LED always ON => battery LOW => transmission is impossible
• Transmission timeout
• This remote control is programmed to switch transmission OFF after 20 seconds a key is pressed, to avoid battery discharge if a key is pressed accidentally. If you need to transmit a code for more than 20 seconds, release and press the key.

  Dimensions

• size 2 1/2" by 1" keychain very durable
• Weight 2 ounces