12
= Flashing
= Lights
= Hibernation
i
= Info
= Battery is charging
0%
= Battery drained
100%
= Battery fully charged
= End position
TECHNICAL DATA FOR THE AWNING DRIVE
Operating voltage
24 V DC
Max. operating current
6 A
Battery type
NiMH 1700 mAh 24 V
Max. torque
10 Nm
Duty cycle
4 min.
Idle speed
90 rpm
Awning design
2x hinged arms, max.
3.0 m stoppage length
Cloth surface
max. 12 m²
Standby readiness
12 mW
Standby hibernation
2.4 mW
Sound pressure level
LpA ≤ 70dB(A)
Protection class
III
Protection class
IP 44
Radio frequency
Schellenberg radio system
868,4 MHz, max. 10 mW
Range in a building*
max. 20 m
Outdoor range
max. 100 m
Ambient temperature
Operation
Storage
0 - 45°C
0 - 25°C
* The radio range may be affected by structural surroundings. Please do not position the product in
proximity to sources of interference, such as large objects, electrical appliances with metal casings
or the like.
= Steady
2x /1sec
KEY
TECHNICAL DATA FOR THE SOLAR PANEL
Protection class
IP 44
Number of solar cells
36 cells (sets of 2 interconnected
cells)
Output voltage
VMP: 18,0 V / IMP: 160 mA / VOC:
23,4 V / ISC: 200 mA
Output capacity
max. 3.0 W
Connection cable
3 m length, 2-wire cable,
with 2-pin power connector
Accessories
Attachable and angle-adjustable
plastic bracket for mounting on the
house wall
TECHNICAL DATA FOR THE CHARGING UNIT
Voltage
Input
Output
230 V / 50 Hz
18V DC 1.3A
Protection class
IP 20, only for dry
indoor rooms
Do not discard with household waste! The product can be recycled and should be disposed of at a recycling centre
or collection point for electrical household waste.
Batteries: Do not dispose of batteries with regular household waste or throw them into fire or water. Batteries
should be collected and recycled or disposed of in an environmentally friendly manner.
Summary of Contents for MarkiDrive PREMIUM
Page 4: ......
Page 62: ...62 NiMH 4 15 8 IP 20 4 C 40 C...
Page 66: ...66 NiMH 4 15 8 IP 20 4 C 40 C...
Page 74: ...74 NiMH 4 15 8 IP 20 4 C 40 C...
Page 78: ...78 NiMH 4 15 8 IP 20 4 C 40 C...
Page 114: ...114 NiMH 4 15 8 IP 20 4 C 40 C...
Page 117: ...117 1 x F 1 x B 1 x D I 1 x E E1 E2 E3 1 x C 1 x A 6mm G 1 x H 1 x 2 x 1 x 1 x 2 x I2 I1 I3 I4...
Page 118: ...118 A 1 230 V 50 Hz F A...
Page 119: ...119 2x 1sec 1x 3sec 6 h 100...
Page 120: ...120 B E2 E1 E3 1 2 1 B A C 2 2 3 1...
Page 121: ...121 0 30 4 5...
Page 122: ...122 2 x 6mm 6 7...
Page 123: ...123 D 8...
Page 124: ...124 C 1 D 1...
Page 125: ...125 1 sec 100 1 sec STOP 2 3 4 100 5...
Page 126: ...126 1 sec E STOP 1 sec 0 1 2 3 4...
Page 127: ...127 0 5...
Page 128: ...128 F 100 1 sec 1 sec STOP 0 STOP 1 2 G 1 sec 1 2...
Page 129: ...129 Reset 1 sec 3 26 4 H 1x 3sec 6 h 100 1...
Page 130: ...130 5 sec 2 3 4...
Page 131: ...131 I 1...
Page 132: ...132 J 1 2 3 4 max 3 m H I3 I3 I4 I4 H 45...
Page 133: ...133 5 6 7 G G G H H H I1 I2...
Page 134: ...134 8 2x 1sec 2x 1sec 1x 1 sec 1x 3 sec 100...
Page 135: ...135 K 1 4x 2 0x...
Page 136: ...136 2x C 3 C 45 min...
Page 137: ...137 0 3x 4...
Page 142: ...142 O 1 sec 1 5x 1 sec 1 sec 1 3 5 2 4 6...
Page 143: ...143 P 145 144 X 1 2...
Page 144: ...144 Q 4 2 3 1 sec 2 sec 1...
Page 145: ...145 R 100 STOP 2 1 3...
Page 146: ...146 100 4 6 5...
Page 147: ...147 0 S STOP 1 2...
Page 148: ...148 0 3 4 5...
Page 149: ...149 1 sec 1 sec T 0 STOP 100 STOP 2 1...
Page 151: ...151 151...