User manual BABYMOOV BABYPHONE HIGH CARE

[. . . ] € Microphone sensitivity can be adjusted digitally on the transmitter. € Temperature of baby's room indicated on both the receiver and transmitter and audible and visual "Temperature too high/low" alarm on the receiver (parents can adjust the temperature range). € Distance alarm which goes on when the child moves away more than 25 metres from his parents. € Audible and visual alarm on the receiver when the transmitter is out of range. [. . . ] Otherwise, use selection button (2) to chose on or off and press the mode button (3) to validate your choice. The LCD will show following: Use selection button (9) to chose the same setting as on the transmitter and press the mode button (10) to validate your choice. The LCD will show following: Out of range alert Maximum temperature alarm U Use the selection button (9) to choose the maximum temperature (between -3 °C and +49 °C) above which the receiver will trigger an alarm. if the off setting is selected , no maximum temperature limit will be active. Minimum temperature alert L Use the selection button (9) to choose the minimum temperature (between -8 °C and +44 °C) below which the receiver will trigger an alarm. If your selection is illogical (for example a maximum temperature lower than minimum temperature) the receiver will refuse your choice and will correct it automatically to a value 2 °C below the maximum limit. if the off setting is selected , no minimum temperature limit will be active. normal screen 16 BABYPHONE HIGH CARE • Instruction Manual REMARKS 1. Channel and digital code choice If in the unlikely event your next door neighbor also has the same model of baby monitor and program with the same channel and digital code, then you may need to select a new channel and digital code or otherwise you will hear each other’s baby. Repeat the above steps, besure you also program the receiver with the same new channel and digital code. Power choice Note with low power, the communication distance will become shorter but the battery life can be prolonged. Distance alert This distance control function may be useful to watch baby’s activities in his room. The transmitter is placed on the child and if he moves away more than 25 meters, an alert will be heard from the receiver to alert parents. : if the out of range function is already On on the transmitter, the receiver will automatically activate the distance alert (as indicated by the letter on the LCD screen), wether the out of range setting is On or Off. Out-of-range alert setting in Transmitter ON ON OFF OFF ELo Out-of-range alert setting in Receiver ON OFF ON OFF ON or OFF Remarks Alarm function normally No alarm even when out of range Always give alarm no matter out of range or not No alarm even when out of range Alarm sound once distance apart exceed 20-30m (provid appears on rerceiver LCD) 4. Temperature alarm • It is recommended to have at least ±5°C between the settings of upper and lower temperature limit from the current temperature reading, otherwise the temperature alarm can often be heard whenever the baby’s room temperature changes lightly. € In case there is a sudden temperature change, the sensor may need to take a few minutes before it can settle to the new environment and show the correct reading on the screen. € Caution : because of the heat produced bu the device itself, a margin of error + 5°C may be noticed. Please add 5°C to the upper and lower temperature to consider this gap. OPERATION A / Transmitter • Place the transmitter about 1 m from the cradle, directing the microphone (5) towards the baby. € Use the selection button (2) to adjust the microphone sensitivity (volume indicator = bar chart on the screen). The more bars you show, the more sensitive the microphone is to sounds. [. . . ] € Change the setting of the out-of-range alarm on the transmitter to On. € The out-of-range setting on the transmitter and the receiver is on Off. € The out-of-range alarm setting in the transmitter is on On but the setting in the receiver is on Off. € The maximum and minimum temperature limits are too close to the current reading. [. . . ]