Lightboard „QC06“ Item no.
Table of Contents Page 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 2 Introduction ..................................................................................................................... 3 Intended Use .................................................................................................................. 4 Scope of Delivery ............................................................................................................ 4 Explanation of Symbols ....
1. Introduction Dear Customer, Thank you for purchasing this product. This product complies with the statutory national and European requirements. To maintain this status and to ensure safe operation, you as the user must observe these operating instructions! These operating instructions are part of this product. They contain important notes on commissioning and handling. Also consider this if you pass on the product to any third party.
2. Intended Use The “QC06” lightboard is solely designed for private use in the model construction area and the operating times associated with it. The product must not become damp or wet. The electronics are designed for use at an operating temperature from 0 °C to +40 °C. This product is not suitable for other types of use. Any other use may damage the product, causing dangers such as short-circuit, fire, electric shock, etc.
. Product Description The electronics are not protected from moisture and other environmental influences and must only be used inside the model. The in- and outputs have common plug contacts or soldering contacts. The “QC06” lightboard is an electronics PCB ready for operation that enables different functions in a model. 1.
. Safety Information In case of damage caused by non-compliance with these operating instructions, the warranty/guarantee will expire. We do not assume any liability for consequential damage! We do not assume any liability for damage to property or personal injury caused by improper use or the failure to observe the safety instructions! In such cases the warranty/guarantee will expire.
b) Before Operation • Make sure that no other models are operated on the same channel (transmitter frequency) within the range of the remote control. Otherwise, you will lose control of the remote-controlled models! Always use different channels if you wish to operate two or several models in direct proximity of each other simultaneously. • Always switch on the transmitter first and then connect the model’s drive battery at once.
7. Notes on Batteries and Rechargeable Batteries Despite the fact that handling batteries and rechargeable batteries in daily life nowadays is a matter of fact, there are still numerous dangers and problems involved. For LiPo/Lion rechargeable batteries in particular, various regulations must be observed under any circumstances due to their high energy content (in comparison to conventional NiCd or NiMH rechargeable batteries), because otherwise there is danger of explosion and fire.
• Always remove the drive battery that is to be charged from the model and place it on a fireproof support. Keep distance to flammable objects and never cover the rechargeable battery or the charger. • Never charge rechargeable batteries without supervision and only use chargers suitable for the battery. • Disconnect the batteries from the charger when they are fully charged.
8. Connection Contacts and Displays + L1 - + + L2 - PAD1 PAD2 PAD1: L2 L1 CB3 CB4 IC3 R21 R22 X6 X11 X8 X7 X5 X12 SW1 X9 X10 R2 T4 C16 X4 C11 T5 C10 C9 C8 T2 C13 C12 C15 X3 R23 T3 C14 Q1 R1 C1 C2 C3 SW2 IC1 X13 R3 BUZ1 For a detailed description of the different contacts and the connection options, see the following sections.
9. Connection Options Caution, important! To use the full scope of functions of the lightboard, the QuadroCopter must have firmware 2.1 or newer. Older QuadroCopter models can be updated to the current software using the optional configuration sets. The respective current firmware for the lightboard and QuadroCopter is available online for download at conrad.com. For more information on the current firmware, contact us (see chapter 1).
b) Connecting the Power LEDs The lightboard has two outputs for connection of power LEDs (L1 and L2). Up to three power LEDs each can be connected in series to these outputs. Independently of the number of LEDs (1 - 3), the output current is limited to 350 mA and the outputs are permanently short-circuit proof. The typical current is at 300 mA. Important! Only use power LEDs that have a current of no more than 350 mA in continuous operation and ensure sufficient cooling of the LEDs.
c) Connecting the LED Strips/LEDs The light offers the possibility of directly soldering on up to eight LED strips with an operating voltage of 12 V and a maximum power intake of 1 A/per strip. Even if the MOSFET switching outputs (FDS6890A) can resist up to 7.5 A, it is recommended not to load the separate outputs with more than 1 A due to the board layout and cooling.
Connection pattern: C15 C14 C13 C8 T5 T4 C12 C9 C11 C16 R2 C10 X10 R23 R1 C1 T3 T2 Q1 X9 L5 L6 L7 L8 L1 L2 L3C2 L4 X4 X3 IC2 C3 + - + Rv LED 12 V - Figure 4 Figure 4 shows the scheme for the connection of a LED with dropping resistor at the output L1 and the connection of a 12 V light strip at the output L6. Important! When connecting LEDs and LED light strips, observe correct polarity of the connection lines. Practical advice: Instead of connection wires, you may also solder 2.
d) Servo Connection When the lightboard is installed in the QuadroCopter and the remote control was connected programmed correctly, up to four servos (channel 5 - 8) can be connected to the lightboard and operated by remote control. However, this is only possible if transmitter and receiver provide this function.
e) Interface Connection For a connection of the lightboard (1) to the control board of the QuadroCopter (2), the lightboard comes with a 26-wire foil cable (3) that must be connected to the connection strip for the broad interface cable (X10). Later, when installing the lightboard in the QuadroCopter, observe that the two connection strips for the broad interface cable (lightboard and control board) are exactly across from each other (see photo).
When inserting the lightboard into the QuadroCopter, the flat cable can be placed downwards in a loop. When placing the lightboard, observe a sufficient distance between lightboard and motor drive PCB (4) and that the components cannot touch each other. For a better overview, the motor and battery connection cables were left off of the motor driver PCBs in figure 6.
10. Operation of the Lightboard a) General Information First, connect the LEDs, LED strips, power LEDs and servos desired by you to the lightboard. The 26-wire foil flat cable is long enough to operate the lightboard outside of the QuadroCopter frame for testing and configuration. Place a piece of plastic or another insulating material below it so that the danger of a short circuit between the lightboard and other electronic components of the QuadroCopters is effectively prevented.
Mode 1 2 3 4 PPM L1 L2 L3 L4 L5 L6 L7 L8 Buzzer High SA1 SA2 Status DF SF SB DF Bat Bat SA1 SA2 Neutral SA1 SA2 Status DF SF SB OFF Bat Bat SA1 SA2 Low SA1 SA2 Status DF SF SB ON Bat Bat Bat DF High SA1 SA2 Status DF SF SB DF Bat Status SA1 SA2 Neutral SA1 SA2 Status DF SF SB OFF Bat Low SA1 SA2 Status DF SF SB ON Bat 6 SA1 SA2 Status Bat DF Running light L1 to L8 Status SA1 SA2 Neutral OFF Status SA1 SA2 Low Run
* The switching outputs SA1 and SA2 are generated by the controlboard and can be influenced via the remote control. Thus, there is the option of switching certain LEDs on or off specifically via the transmitter. However, the transmitter and receiver also have to support channels 5 and 6. If you use these two switching outputs, use channel 7, 8 or an external PPM signal (e.g. channel 9) for setting the different light modes.
Attention! The status messages correspond to firmware 2.1 and may deviate in a subsequent version. Therefore, always observe the text file in the firmware used by you. Verify the signals SA1, SA2 and status The three signals can be measured and tapped at plug X13 if required. A high level corresponds to 5 V, while the respective LEDs, power LEDs or LED strips targeted light up. A low level corresponds to 0 V and the triggered LEDs are dark.
b) Selecting the Light Mode The 7 light modes can be set with the jumper (X2). Depending on the desired mode, the different contacts must be connected with a jumper.
c) Selecting the RC Input The desired RC input for switching the light effect can be set using the jumper SW1. Always connect the upper and lower contacts with the jumper. Assignment is as follows: Jumper in position 1 = channel 8 X10 Jumper in position 2 = channel 7 CB3 Jumper in position 3 = channel 6 X11 R21 R22 IC3 C4 Jumper in position 4 = channel 5 1 X12 2 3 4 SW1 X8 X7 R2 X9 CB4 X5 X6 IC4 PPM IC2 Figure 9 In figure 9, the jumper is set to position 1.
d) Buzzer Configuration The buzzer can be switched on or off with the jumper (X1). If no jumper is set or contacts 1 and 2 are connected with a jumper, the buzzer is off. When contacts 2 and 3 are connected with a jumper, the buzzer is on and outputs signals according to the modes table.
11. PC Connection The lightboard has a serial interface like the control board of the QuadroCopter. The electronics can communicate with a computer via those interfaces. Using the jumper X11, the serial interface of the lightboard can either communicate with the control board of the QuadroCopter (2nd internal interface) via the 26-core interface cable or be switched to the interface connection X12. This function is used for future expansions and is currently without function.
12. Maintenance and Care The electronics do not require any maintenance or care but should be protected from outside influences such as moisture or wetness. 13. Disposal a) General Information At the end of its service life, dispose of the product according to the relevant statutory regulations. b) Batteries and Rechargeable Batteries You as the end user are required by law (Battery Ordinance) to return all used batteries/ rechargeable batteries.
14. Technical Data Power supply: LiPo rechargeable battery (3s1p) ......... 11.1 V Power-LED connections ............................................... 2 Max. power resistance per power LED output .............. 350 mA Rated current ................................................................ 300 mA LED ports ...................................................................... 8 Power resistance per LED output ................................. 1,000 mA Servo connections ................
Legal Notice These operating instructions are a publication by Conrad Electronic SE, Klaus-Conrad-Str. 1, D-92240 Hirschau (www.conrad.com). All rights including translation reserved. Reproduction by any method, e.g. photocopy, microfilming, or the capture in electronic data processing systems require the prior written approval by the editor. Reprinting, also in part, is prohibited. These operating instructions represent the technical status at the time of printing.
