Dual REcEivER micro instruction manual weatronic 2.
Dual REcEivER micro 1 introduction ................................................................................................................................................................................... 4 2 Scope of delivery.......................................................................................................................................................................... 4 3 Safety instructions ................................................................................
1 introduction The weatronic 2.4 Dual FHSS family of products was designed in Germany by a team consisting of communication specialists and information technology specialists. The results are highly sophisticated products based on the latest standards and electronic elements available. Highest quality and reliability were the goals for these products. During the manufacturing process every units gets tested by a combination of optical and electronic testing procedures.
Dual REcEivER micro 3.3 Routine checks Prior to every flight do the following routine checks: • • • • • • • • • First switch on transmitter then receiver. Check that you have chosen the correct model in your transmitter. Check that all control surfaces are working and that they are working in the right direction. Check that all batteries are adequately charged. Check that you have a micro SD-card inserted into the transmitter module for logging the data for the flight. For more info refer to chapter 5.
The weatronic transmission system is almost totally insensitive to the position of the transmitter towards the receiver, thus also providing the best receiving strength of signals by the receivers due to their insensitivity of orientation towards the transmitter. The transmitted data is coded so that only the receiver, which is matched to the same code, is able to decode the signals and transform them into servo signals. There are several million codes available and each one is only given out once.
Dual REcEivER micro The patch cable of the EVO transmitter is routed through the original telescoping rod antenna tube Route the patch cable harness through the original antenna tube to the inside of the transmitter and attach it to the transmitter module adapter. Remove the original Multiplex HF-module. Insert the weatronic module at the place of the removed Multiplex HF-module. Double check, that all connections are solid. Return the back cover of the transmitter.
5.1.3 Transmitter module for Graupner Mc 24 Remove the telescope antenna and remove the bottom lid of the transmitter. Replace the original HF-module with the weatronic 2.4 GHz module. Screw the adapter disc into the antenna position. Either remove the clear plastic window from the bottom lid or route the cable through one of the free switch holes on the top side of the transmitter. Make sure that both ends of the patch cable are secured by the snap hook. Close the lid and you are ready to go. 5.1.
Dual REcEivER micro Conversion of weatronics module on Graupner MC19 transmitter 5.1.6 Transmitter module for Futaba FF7/FF9/FF10/WZ-2 Please see website www.weatronic.com or www. weatronic-usa.com 5.1.7 Transmitter module for Futaba Fc-18/Fc-28 Remove the antenna and original HF module. Screw in the disc mount into the original antenna position and insert the adapter module on the back side of the receiver.
5.2 Function of the lEDs in the transmitter module The transmitter module contains three LEDs: 10 • one green (at left) marked „STATUS“ • One red in the middle marked „ERROR“ and • one yellow (right) marked „TEST“ When the transmitter is switched on, all three LEDs light up momentarily as a check.
Dual REcEivER micro 11 Dual Receiver 2.4 Dual FHSS micro 12 (left), 12 channel transmitter module (right) 6.3 Binding of transmitter and Dual Receiver A weatronic transmitter module may be bound to number of receivers. The transmitter module transmits with a coded sequence (several million possibilities), that have to be accepted by the receiver. A simultaneous use of several weatronic receivers is not possible. (Transceiver conflict) The weatronic 2.
• • • You can power the receiver with either 4 or 5 cell NimH-batteries. Alternatively you can power the receiver with either the 5A weatronic Switch/Regulator or The 10A weatronic comfort-Switch/Regulator both for use with 2 cell Lipos 6.7 Failsafe programming There are two ways of programming the failsafe of the micro receivers. One is through the GIGAControl software and the other is done as follows. The failsafe programming of the Dual Receiver 2.
Dual REcEivER micro 9 appendix technical specifications 9.1 Transmitter module 2.
Your notes 1
Dual REcEivER micro Your notes 1
Double safety has a name! weatronic GmbH Seidenstraße 57 D-70174 Stuttgart Phone: +49 -711 -253 92 74 Fax: +49 -711 -870 30 994 E-Mail: info@weatronic.com www.weatronic.
