Lemon Rx DSMP 6-Channel Receiver DSMX DSM2 Compatible

Description: Lemon Rx DSMP 6-Channel Receiver DSMX DSM2 CompatibleSpecification Dimension and Weight:42.0mm(L) x 23.1mm(W), 8.7gRecommended voltage range:3.5V to 8.5V (2S LiPo capable)Technology:DSMP with GEN2 SDR stack (DSMX / DSM2 compatibility) Highlight DSMP 6-channel receiver is DSMX/DSM2 compatible that provides exceptional performance. Quick Reference Guide Failsafe Bind receiver and current channel values will be saved. Failsafe will be activated when no signal is received for 2 seconds. All channels will be positioned to failsafe default. For this reason, it is recommended that the throttle should be at 0% while all other sticks are centred during binding. 1S LiPo Application The minimum recommended safe supply voltage is 3.5V NOTE: The battery must be capable of maintaining that voltage while delivering the required maximum load current to the receiver and servos. In some cases you MAY be able to operate at a lower voltage (for example a well discharged 1S LiPo cell) but you must test it in practice to be sure.Description The Lemon 6 channel LM0080 and 7 channel LM0081 are intended within the Gen2 series as “simple andstraightforward” full range DSMX/DSM2TM-compatible receivers for modellers using Spektrum or compatibletransmitters. They have no complicated stabilisation or telemetry functionality.Both receivers are small and light and have excellent performance. Despite their low cost, they both offer longrange and reliability, with the LM0081 having a “dual diversity” antenna system and the option of adding asatellite receiver to further enhance signal reliability. The receivers work with virtually any Spektrum or compatible transmitter, including the first- and second-generation DX series, as well as the newer NX and iX transmitters. The receiver automatically switches mode between DSMXTM and DSM2TM as required.The Lemon receivers also work with open-source transmitters such as Taranis and Turnigy 9XR using an add-onDSM2 or DSMX compatible module, as well as with Multiprotocol transmitters such as Jumper and RadioMaster.Connections Step 1: Powering the ReceiverBoth receivers require a power supply of 3.5V to 8.5V (they can be operated directly from a 2S LiPo).The most common source is likely to be an ESC (Electronic Speed Controller), which will supply 5 or 6V to thereceiver and servos. Most electric powered planes will use this arrangement and power will be provided throughthe Throttle connection to channel 1; any of the sets of channel pins can, however, be used to supply power tothe receiver. The minimum recommended supply voltage is 3.5V. For 1S LiPo application the battery must be capable ofmaintaining a 3.5V voltage while delivering the required maximum load current to the receiver and servos. Insome cases, you MAY be able to operate at a lower voltage (for example a well discharged 1S LiPo cell) but youmust test the arrangement in practice to be sure. Step 2: Binding the ReceiverTo bind the receiver to a specific model memory in the transmitter, use either one of these two methods:Binding Using the Bind Button (LM0081 only)1. Power ON the receiver (with satellite receiver connected, if used).2. Hold down the Bind button B for about 3 seconds.3. Release button B when the red Receiver Status light starts to flash.4. If a satellite receiver is used, power cycle the receiver at this point by removing power and applying itagain. Both the receiver status light and the satellite light will then flash.5. Proceed to bind to the transmitter in the normal way (see transmitter instructions).6. Bind is complete when the red Receiver Status light (and satellite light, if connected) are solid.Binding Using a Bind Plug (traditional SpektrumTM method) (LM0080 and LM0081)1. With receiver power OFF, place a bind plug on the channel 7 pins.2. Power ON the receiver (with satellite receiver connected, if used with the LM0081).3. The red Receiver Status light (and satellite, if connected) will start to flash.4. Proceed to bind the transmitter in the normal way (see transmitter instructions).5. Bind is complete when the red Receiver Status light (and satellite light, if applicable) are solid.6. Don’t forget to remove the bind plug after powering off the receiver.The receiver is now ready for use; however, for the LM0081 it is recommended to add User-set Failsafe. Step 3: Setting FailsafeDefault FailsafeWhen you bind the receiver, it saves the channel values currently being sent by your transmitter. Failsafe isactivated when no signal is received by the receiver for 2 seconds. All channels are then moved to the valuessaved during binding. For this reason, during binding the throttle should be at minus 100% while all other sticksare centred. This is the default behaviour for both receivers.User-set FailsafeOnly the LM0081 provides the option of User-set Failsafe. This causes the receiver on loss of signal to send apre-set value to each of the servos and the ESC.To activate User-set Failsafe, proceed as follows:1. Bind the receiver and transmitter as described above. Power down.2. Power on the transmitter, followed by the receiver.3. Check that the green LED is OFF, indicating Failsafe disabled. (If ON, press and hold F button for 3seconds until it’s OFF.)4. Set the transmitter controls as appropriate. Ensure that the throttle is at low (minus 100%).5. Press and hold the F button for 3 seconds until the green LED is on.

Price: 19.99 USD

Location: Columbus, Ohio

End Time: 2024-08-14T03:54:00.000Z

Shipping Cost: 4.25 USD