Roban EC-130 Manuel utilisateur
800 size EC-130
including
SM2.0/HSM-800 mechanics
Manual
CCPM SCALE RC HELIKOPTER
INCLUDING FENESTRON
Copyright@2020 - Ro an Model Limited – all rights reserved
Super Scale 800 Manual – EC-130
Release 1.0 - Dezem er 2019
Ro an Model Limited
No 28, Liuchongwei 2
nd
Industrial Zone, Wanjiang
523051 Dongguan (GD) - PRC
Copyright@2020 - Ro an Model Limited – all rights reserved
SPECI ICATIONS
Body length: 1760mm
Width: 368mm
Height: 500mm
Main rotor diameter: 1660mm
Main lade length: 750mm
Tail rotor diameter: 160mm
Tail lade count: 9
Main shaft diameter: 12mm
Tail shaft diameter: 6mm
Spindle diameter: 8mm
Battery compartment: 120x60x180mm
Motor:* 1x 750MX 450KV rushless outrunner, 12S capa le
Speed controller:* 1x 120A rushless, 12S capa le
Servo:* 3x metal gear cyclic, 1x metal gear tail servo (8kg+!!)
Battery:* 44.4V 5000mAh 35C+
Flight time: 5 minutes
Takeoff weight: 8500g
Flight Sta ilization:* 3 axis fly arless gyro
Radio Control:* min. 6 channel with pitch and throttle curves
*) Optionally available equipment
The Compactor is a high performance radio controlled scale helicopter.
Our goal was to create a simple, high performance helicopter, with a minimum of mechanical components and simple maintenance.
Please read this user manual carefully, it contains instructions for the correct assem ly of the model.
Please refer to the we site www.ro anmodel.com for updates and other important information.
Thank you for your purchase, and have a great time with your Compactor!
Ro an Limited
Copyright@2020 - Ro an Model Limited – all rights reserved
IMPORTANT NOTES
*This radio controlled helicopter is not a toy.
*This radio controlled helicopter can e very dangerous.
*This radio controlled helicopter is a technically complex device which has to e uilt and handled very carefully.
*This radio controlled helicopter must e uilt following these instructions. This manual provides the necessary information
to correctly assem le the model. It is necessary to carefully follow all the instructions.
*Inexperienced pilots must e monitored y expert pilots.
*All operators must wear safety glasses and take appropriate safety precautions.
*A radio controlled helicopter must only e used in open spaces without o stacles, and far enough from people to minimize
the possi ility of accidents or of injury to property or persons.
*A radio controlled helicopter can ehave in an unexpected manner, causing loss of control of the model, and make it a very
dangerous flying o ject.
*Lack of care with assem ly or maintenance can result in an unrelia le and dangerous model.
*Neither Ro an Limited nor its agents have any control over the assem ly, maintenance and use of this product. Therefore, no
responsi ility can e traced ack to the manufacturer. You here y agree to release Ro an Limited from any responsi ility or
lia ility arising from the use of this product.
SA ETY GUIDELINES
*Fly only in areas dedicated to the use of model helicopters.
*Follow all control procedures for the radio frequency system.
*It is necessary that you know your radio system well. Check all functions of the transmitter efore every flight.
*The lades of the model rotate at a very high speed; e aware of the danger they pose and the damage they may cause.
*Never fly in the vicinity of other people.
NOTES OR ASSEMBLY
Please refer to this manual for assem ly instructions for this model.
Follow the order of assem ly indicated. The instructions are divided into chapters, which are structured in a way that
each step is ased on the work done in the previous step. Changing the order of assem ly may result in additional or
unnecessary steps.
Use thread lockers and retaining compounds as indicated. In general, each olt or screw that engages with a metal part
requires thread lock.
Factory pre-assem led components have een assem led with all the required thread lock and lu ricants,
and have passed quality control. It is not necessary to disassem le and re-assem le them.
We do not recommend the use of thin cyanoacrylate glue for surface mount of painted parts. The fumes of the curing glue leave
white stains on the clear coat, which are hard to remove.
ENESTRON OPERATION
The Ro an fenestron unit provides sufficient thrust to cope with any flight situation a ove a main rotor rpm of 1000 r/min. We have
implemented our clients desire to e a le to fly realistically at a low head speed. However, and due to the physical layout of the
fenestron much higher required controlling forces are required compared to a typical RC helicopter tail rotor. To guarantee safe
operation and due to the fact that the control forces that a tail servo has to exert rise with the rotational speed of the tail, a main
rotor head speed of 1200 r/min are not to e exceeded. Please chose a high-power servo with at least 15kgcm of torque. The speed
of the servo isn’t key to good performance, a scale helicopters tail is inherently slow, a fast servo can even result in over tuning and
having your flight controller overwork the servo, as the heavy tail won’t respond to fast inputs. A regular cyclic servo is more than
sufficient. Please also ear in mind that such a heavy loaded servo WILL consume as much power in hover than your three cyclic
servos consume TOGETHER! Please have ear that in mind when choosing your BEC power rail components.
Copyright@2020 - Ro an Model Limited – all rights reserved
1 – Main Frame
2 – Fenestron assy
3 – Main rotor head
4 – Motor pulley
5 – Tail oom clamp
6 – Tail oom support x2
7 – H Tail servo holder x2
8 – Torque tu e holder x3
9 – Tail servo clamp x2
10 – Inner duct clamp
11 – Outer duct clamp
12 – Inner duct spacer
13 – Outer duct spacer
14 Main rotor lades x3
15 – Tail pushrod
16 – Torque tu e 817mm
17 – Tail tu e 830mm
18 – Footrest x2
19 – Landing gear x2
20 – Landing gear connctor
21 – Gear distancer x2
22 – Screw M3x16 x4
23 – Screw M2.5x20 x3
24 – Screw M2.5x12 x2
25 – Screw M3x12 x4
26 – L Halter x4
27 – Washer M3 x8
28 – Washer M4 x4
29 – Screw M4x10 x4
30 – Screw M3x10 x6
31 – Ball links x4
32 – Nut M2 x4
33 – Nut M3 x4
34 – Screw M3x10 x3
35 – Motor pinion support x3
36 – Pinion earing lock
Lieferumfang:
Copyright@2020 - Ro an Model Limited – all rights reserved
37 – Screw A3x25 x2
38 – Screw A1.7x7 x4
39 – Screw M3x24 x2
40 – Wooden Nut x6
41 – Screw M2x8 x6
42 – Tail wings x2
43 – Scale part A
44 – Scale part B x2
45 – Scale part C
46 – Scale part D
47 – Scale part E
48 – Scale part F
49 – Spoiler f. landing gear x2
50 – Footrest joint x2
51 – Footrest joint x2
52 – Green LED x1
53 – White LED x1
54 – Red LED x2
55 – Prolonging wire 90cm
56 – Light cap 10mm redt
57 – LED Controller
58 – Cockpit
59 – Mid panel
60 – Chair x7
61 – Base plate x2
62 – Pedals x2
63 – Pitch Stick
64 – Cyclic Stick
65 – Decal Set
66 – Washer x4
ADDITIONAL COMPONENTS REQUIRED
*Electric Motor:
12S – 450KV 750MX, or similar
pinion shaft diameter 6mm
*Speed controller:
minimum 120A to e safe
*Batteries: 10-12S 4000-5000mAh
*1 fly arless 3 axis control unit, suita le for scale flying
*Radio power system
*3 cyclic servos
*1 tail rotor servo
*6 channel radio control system on 2.4 GHz
TOOLS, LUBRICANTS, ADHESIVES
*Generic pliers
*Hexagonal driver, size 1.5, 2, 2.5, 3, 4mm
*4mm T-Wrench
*5.5mm Socket wrench (for M3 nuts)
*8mm Hex fork wrench (for M5 nuts)
*Medium threadlocker (eg. Loctite 243)
*Strong retaining compound (eg. Loctite 648)
*Spray lu ricant (eg. Try-Flow Oil)
*Synthetic grease (eg. Tri-Flow Synthetic Grease)
*Cyanoacrylate adhesive
*Pitch Gauge (for set-up)
*Soldering equipment (for motor wiring)
Contents:
Inside the main box:
Bag 1: Manual
Box 2: Fuselage
Box 3: Tail Wings
Box 4: Scale parts, Accessories
Box 5: Boom, Blades, Fenestron, Rods
Box 6: Mechanics
Assembly Scale uselage
Prior to installing the mechanics into the fuselage, please prepare the fuselage according to the following steps. Installation into the
fuselage most of the helicopter mechanic ecome inaccessi le
Remove the front canopy. It is secured y screws, which are
accesi le fromt the side doors.
Slide the spoilers (49) onto the skids (19) as shown.
Copyright@2020 - Ro an Model Limited – all rights reserved
Insert the spacers (21) into the spoiles (49) as shown, and secure with epoxy. Make sure to adjust them
properly.
Insert the joiner (20) into one side of the skid (19) as shown. Make sure the through holes line up as
depicted.
Copyright@2020 - Ro an Model Limited – all rights reserved
Then press the other skid (19) onto the joint as shown. Make sure that the through holes line up again!
Secure the skids (19) with screws (39) as shown.
Table des matières
Autres manuels Roban Aéronef
