Draper ER Series User manual

MANUAL
CONTROL BOX
-ER-
Draper Control Box Enhanced Radio
211030-ER
V2 (2020-03-02 )
2020-03-02
WWW.DRAPEREUROPE.SE
[e-mail]

2
Svenska
English
VARNING:VARNING: Installationen måste
utföras av behörig elektriker!
CAUTION:CAUTION: The installation must
be wired and connected by a certified
electrician!
Tack för att ni valt en produkt från Draper Europe AB. Vi hoppas
den kan ge er lång tids nytta. Läs igenom hela manualen innan
installation och användning. Behåll detta dokument för framtida
bruk.
Se även instruktioner på vår YouTubekanal!
Thank you for choosing a product from Draper Europe AB.
We hope it will bring you great usage for long time. Please read
through the manual completely before installation and usage. Keep
this document for future reference.
Also see our instructions on our YouTube channel!

3
Egenskaper
Strömförsörjning AC 230V/50Hz
Uteekt 300W
Arbetstemperatur -10 C - +65 C
Kan kontrolleras av: - RS232
- IR (internt och externt IR-öga) För IR-fjärrkontroll
- RF 433,92 MHz +/- 100 kHz 35-50 meter räckvidd
- 12VDC trigger
- Dry contact / Contact closure (ex. reläslutningar)
EGENSKAPER
CHARACTERISTICS
Features
Input voltage AC 230V/50Hz
Rated Power 300W
Working temperature -10 C - +65 Cvv
Can be controled by: - RS232
- IR (internal and external IR-eye) For IR-remote control
- RF 433,92 MHz +/- 100 kHz 35-50 meters range
- 12VDC trigger
- Dry contact / Contact closure
12V Trigger (2,5mm) Extern IR (3,5mm) RS232 Dry contact (RJ45) Ner Stopp Upp
12V Trigger (2,5mm) Extern IR (3,5mm) RS232 Dry contact (RJ45) Down Stop Up

4
INSTALLATION
Motorkabel / Motor cable
E (Earth/Jord):
N (Neutral):
L (Fas/Phase):
Grön-gul/Green-yellow
Blå/Blue
Brun/Brown
E (Earth/Jord):
N (Neutral):
U (Up):
D (Down):
- (Prog.):
Grön-gul/Green-yellow
Blå/Blue
Svart/Black
Brun/Brown
Vit/White No Connect!
Srömförsörjning / Power connection
RJ45
1. Reserve
2. RS232 TX
3. Dry contact DOWN
4. Dry contact UP
5. Dry contact STOP
6. GND
7. RS232 RX
8. Reserve
RS232 COMMUNICATION
UP: 55 FE FE 03 01 B9 24
STOP: 55 FE FE 03 03 38 E5
DOWN: 55 FE FE 03 02 F9 25
Baud rate: 9600
Stop bits: 1
Data length: 8
Parity check: None
Flow control: None

5
OBS!!! MAX 10 SEKUNDER MELLAN TVÅ KOMMANDON FÖR ATT DET SKA BLI BEKRÄFTAT.
!
LÄGGA TILL FJÄRRKONTROLL
ADD REMOTE CONTROL
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Håll 3 sek:
UPP + NER
BLÅ LED
blinkar
Håll 3 sek:
STOPP
Släpp när BLÅ
LED blinkat
1 gång.
RÖD LED lyser
nu konstant
Bryt ström Anslut ström
Vänta 10 sek
ALT. 1:
ALT. 2:
BLÅ LED
blinkar 1 gång
Håll 3 sek:
STOPP
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
DD1620(A)
Projection screen
L1
Power on
P2×1 STOP×1 P2×1
OK
All emitters are deleted
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status.
Note: after the controller enters radio lock status, press any button to exit this mode.
Delete All Emitters
Controller Button Operation
Switch Rotating Direction
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×
1
Blue LED
flashes×2
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1
Power on
P2×1 STOP×2s
OK
OK
Within 30S after
adding the Emitter
successfully
Method three
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Press UP and motor runs downwards, try below to switch direction.
(UP+DOWN)×2S
New emitter is paired to the motor
The direction has been switched successfully
DD1802H
15-channel
LCD Emitter
DD1600H
Single-channel
Emitter
DD1800H
Single-channel
Emitter
DD1602H
15-channel
LCD Emitter
DD1620(A) controller
DD1620(A)
Controller Instruction
Version: A/01
Note: ①The maximum run time is 4 minutes; ②When emitter is under group control, match code will be invalid.
DD1620 is a RS232 protocol, and DD1620A is a RS485 protocol
Infrared reception function(Equipped with DC95 infrared emitter)
Input voltage: AC 220V/50Hz
Rated power: 300W
Working temperature: -10℃~ +65℃
One DD1620(A) controller can store maximum 10 emitter channels.
If there are already 10 channels, it will take turns to cover the last channel.
DD1620(A)
Projection screen
L2
0.3m 0.2m
0.3m
1.5m
Matchable Emitter
DM35S
DM45S
DD1600H
Single-channel
Emitter
DD1600H
Back
Setting
button
(P2)
Product Features
Matchable Motor &
Button Instructions
The Best Installation
Distance
UP
STOP
DOWN
UP
STOP
DOWN
DC95
infrared emitter
Note: Effective transmitting distancemay have deviation due to actual environment.
Control Range
L1 open L2 partition Reception frequency
AC 220V/50Hz 200m 35m 433.92MHz±100KHz
The shortest distance between controller
and ground ≥1.5m
The shortest distance between controller
and roof ≥0.3m
The shortest distance between controller
and receive ≥0.2m
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair.
Release button
after blue LED
flashes The controller
enters the
setting state.
(UP+DOWN)×2S
Release button
after blue LED
flashes once
The controller enters the
pairing / delete emitter state.
STOP×2s
Release button
after blue LED
flashes 2 times
The controller enters
radio lock state.
Release button
after blue LED
flashes 3 times
The direction has been
switched successfully.
Release button
after blue LED
flashes 4 times
The motor has been reset to
factory mode.
STOP×6s
STOP×10s
STOP×14s
BLÅ LED
blinkar
2 gånger
Fel rotations-
riktning?
Inom 30 sek,
håll 3 sek:
UPP+NER.
RÖD LED
släcks
1 sek
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Hold 3 sec:
UP+DOWN
BLUE LED
flashes
Hold 3 sec:
STOP
Release after
BLUE LED flas-
hes once.
RED LED
constant light
Power off Power on
Wait 10 sec.
ALT. 1:
ALT. 2:
BLUE LED
flashes once
Hold 3 sec:
STOP
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
DD1620(A)
Projection screen
L1
Power on
P2×1 STOP×1 P2×1
OK
All emitters are deleted
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status.
Note: after the controller enters radio lock status, press any button to exit this mode.
Delete All Emitters
Controller Button Operation
Switch Rotating Direction
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1
Power on
P2×1 STOP×2s
OK
OK
Within 30S after
adding the Emitter
successfully
Method three
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Press UP and motor runs downwards, try below to switch direction.
(UP+DOWN)×2S
New emitter is paired to the motor
The direction has been switched successfully
DD1802H
15-channel
LCD Emitter
DD1600H
Single-channel
Emitter
DD1800H
Single-channel
Emitter
DD1602H
15-channel
LCD Emitter
DD1620(A) controller
DD1620(A)
Controller Instruction
Version: A/01
Note: ①The maximum run time is 4 minutes; ②When emitter is under group control, match code will be invalid.
DD1620 is a RS232 protocol, and DD1620A is a RS485 protocol
Infrared reception function(Equipped with DC95 infrared emitter)
Input voltage: AC 220V/50Hz
Rated power: 300W
Working temperature: -10℃~ +65℃
One DD1620(A) controller can store maximum 10 emitter channels.
If there are already 10 channels, it will take turns to cover the last channel.
DD1620(A)
Projection screen
L2
0.3m 0.2m
0.3m
1.5m
Matchable Emitter
DM35S
DM45S
DD1600H
Single-channel
Emitter
DD1600H
Back
Setting
button
(P2)
Product Features
Matchable Motor &
Button Instructions
The Best Installation
Distance
UP
STOP
DOWN
UP
STOP
DOWN
DC95
infrared emitter
Note: Effective transmitting distancemay have deviation due to actual environment.
Control Range
L1 open L2 partition Reception frequency
AC 220V/50Hz 200m 35m 433.92MHz±100KHz
The shortest distance between controller
and ground ≥1.5m
The shortest distance between controller
and roof ≥0.3m
The shortest distance between controller
and receive ≥0.2m
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair.
Release button
after blue LED
flashes The controller
enters the
setting state.
(UP+DOWN)×2S
Release button
after blue LED
flashes once
The controller enters the
pairing / delete emitter state.
STOP×2s
Release button
after blue LED
flashes 2 times
The controller enters
radio lock state.
Release button
after blue LED
flashes 3 times
The direction has been
switched successfully.
Release button
after blue LED
flashes 4 times
The motor has been reset to
factory mode.
STOP×6s
STOP×10s
STOP×14s
BLUE LED
flashes
twice
Wrong
direction of
rotation?
Within 30 sec,
hold 3 sek:
UP+DOWN
RED LED
gœs out
1 sec.
OBS!!! MAX 10 SECONDS BETWEEN TWO COMMANDS TO CONFIRM PROGRAMMING.
!
NOTERA: UPPREPA SAMMA PROCEDUR FÖR ATT TA BORT FJÄRRKONTROLL.
!
NOTE: REPEAT SAME PROCEDURE TO DELETE REMOTE CONTROL.
!

6
LÄGGA TILL AUTOLINKSÄNDARE
ADD AUTOLINK TRANSMITTER
Tryck ”P2”
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Håll 3 sek:
UPP + NER
Håll 3 sek:
STOPP
Släpp när BLÅ
LED
blinkat x 1.
RÖD LED lyser
nu konstant.
Bryt ström
Vänta
10 sek
ALT. 1:
ALT. 2:
BLÅ LED
blinkar x 1
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Anslut ström
BLÅ LED
blinkar
BLÅ LED
blinkar x 1
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Tryck ”P2”
igen
Tryck ”UP”
BLÅ
LED
blinkar
x 3:
OK!
Press ”P2”
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Hold 3 sec:
UP + DOWN
Hold 3 sec:
STOP
Release after
BLUE LED
flash x 1.
RED LED is now
continous light
Disconnect
power
Wait
10 sec
ALT. 1:
ALT. 2:
BLUE LED
flashes x 1
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Reconnect
power
BLue LED
flashes
BLUE LED
flash x 1
BLUE LED
flash x 1
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Press ”P2”
again
Press ”UP”
BLUE
LED
flash
x 3:
OK!
BLÅ LED
blinkar x 1

7
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
RADERA ALLA SÄNDARE
LÄGG TILL / TA BORT ENSKILD SÄNDARE
ADD / DELETE SINGLE TRANSMITTER
OBSERVERA: FJÄRRKONTROLL AMÅSTE REDAN VARA INPROGRAMMERAD I KONTROLLBOXEN!
NOTERA: SÄNDARE KAN VARA FJÄRRKONTROLL, SENSOR ELLER ”AUTOLINK TRIGGER”.
OBS!!! REMOTE CONTROL AMUST ALREADY BE PROGRAMMED INTO THE BOX!
NOTE: EXAPLE OF TRANSMITTER: REMOTE CONTROL, SENSOR OR ”AUTOLINK TRIGGER”.
Tryck ”P2”
sändrare A
Tryck ”P2”
sändrare A
Tryck ”P2”
sändrare B .
Exempelsändare:
AutoLink trigger
BLÅ LED
blinkar x 1
BLÅ LED
blinkar x 1
DD1620(A)
Projection screen
L1
Power on
P2×1 STOP×1 P2×1
OK
All emitters are deleted
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status.
Note: after the controller enters radio lock status, press any button to exit this mode.
Delete All Emitters
Controller Button Operation
Switch Rotating Direction
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×
2
Power on
P2×1
Power on
P2×1 STOP×2s
OK
OK
Within 30S after
adding the Emitter
successfully
Method three
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Press UP and motor runs downwards, try below to switch direction.
(UP+DOWN)×2S
New emitter is paired to the motor
The direction has been switched successfully
DD1802H
15-channel
LCD Emitter
DD1600H
Single-channel
Emitter
DD1800H
Single-channel
Emitter
DD1602H
15-channel
LCD Emitter
DD1620(A) controller
DD1620(A)
Controller Instruction
Version: A/01
Note: ①The maximum run time is 4 minutes; ②When emitter is under group control, match code will be invalid.
DD1620 is a RS232 protocol, and DD1620A is a RS485 protocol
Infrared reception function(Equipped with DC95 infrared emitter)
Input voltage: AC 220V/50Hz
Rated power: 300W
Working temperature: -10℃~ +65℃
One DD1620(A) controller can store maximum 10 emitter channels.
If there are already 10 channels, it will take turns to cover the last channel.
DD1620(A)
Projection screen
L2
0.3m 0.2m
0.3m
1.5m
Matchable Emitter
DM35S
DM45S
DD1600H
Single-channel
Emitter
DD1600H
Back
Setting
button
(P2)
Product Features
Matchable Motor &
Button Instructions
The Best Installation
Distance
UP
STOP
DOWN
UP
STOP
DOWN
DC95
infrared emitter
Note: Effective transmitting distancemay have deviation due to actual environment.
Control Range
L1 open L2 partition Reception frequency
AC 220V/50Hz 200m 35m 433.92MHz±100KHz
The shortest distance between controller
and ground ≥1.5m
The shortest distance between controller
and roof ≥0.3m
The shortest distance between controller
and receive ≥0.2m
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair.
Release button
after blue LED
flashes The controller
enters the
setting state.
(UP+DOWN)×2S
Release button
after blue LED
flashes once
The controller enters the
pairing / delete emitter state.
STOP×2s
Release button
after blue LED
flashes 2 times
The controller enters
radio lock state.
Release button
after blue LED
flashes 3 times
The direction has been
switched successfully.
Release button
after blue LED
flashes 4 times
The motor has been reset to
factory mode.
STOP×6s
STOP×10s
STOP×14s
Tryck P2 Tryck STOPP Tryck P2
BLÅ LED
blinkar x 1
BLÅ LED
blinkar x 1
BLÅ LED
blinkar x 3
Sändare B
raderad
DELETE ALL TRANSMITTERS
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
Press ”P2”
Remote A
Press ”P2”
Remote A
Press ”P2”
Transmitter B
Example transmitter:
AutoLink Trigger
BLUE LED
flash x 1
DD1620(A)
Projection screen
L1
Power on
P2×1 STOP×1 P2×1
OK
All emitters are deleted
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status.
Note: after the controller enters radio lock status, press any button to exit this mode.
Delete All Emitters
Controller Button Operation
Switch Rotating Direction
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×
2
Power on
P2×1
Power on
P2×1 STOP×2s
OK
OK
Within 30S after
adding the Emitter
successfully
Method three
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Press UP and motor runs downwards, try below to switch direction.
(UP+DOWN)×2S
New emitter is paired to the motor
The direction has been switched successfully
DD1802H
15-channel
LCD Emitter
DD1600H
Single-channel
Emitter
DD1800H
Single-channel
Emitter
DD1602H
15-channel
LCD Emitter
DD1620(A) controller
DD1620(A)
Controller Instruction
Version: A/01
Note: ①The maximum run time is 4 minutes; ②When emitter is under group control, match code will be invalid.
DD1620 is a RS232 protocol, and DD1620A is a RS485 protocol
Infrared reception function(Equipped with DC95 infrared emitter)
Input voltage: AC 220V/50Hz
Rated power: 300W
Working temperature: -10℃~ +65℃
One DD1620(A) controller can store maximum 10 emitter channels.
If there are already 10 channels, it will take turns to cover the last channel.
DD1620(A)
Projection screen
L2
0.3m 0.2m
0.3m
1.5m
Matchable Emitter
DM35S
DM45S
DD1600H
Single-channel
Emitter
DD1600H
Back
Setting
button
(P2)
Product Features
Matchable Motor &
Button Instructions
The Best Installation
Distance
UP
STOP
DOWN
UP
STOP
DOWN
DC95
infrared emitter
Note: Effective transmitting distancemay have deviation due to actual environment.
Control Range
L1 open L2 partition Reception frequency
AC 220V/50Hz 200m 35m 433.92MHz±100KHz
The shortest distance between controller
and ground ≥1.5m
The shortest distance between controller
and roof ≥0.3m
The shortest distance between controller
and receive ≥0.2m
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair.
Release button
after blue LED
flashes The controller
enters the
setting state.
(UP+DOWN)×2S
Release button
after blue LED
flashes once
The controller enters the
pairing / delete emitter state.
STOP×2s
Release button
after blue LED
flashes 2 times
The controller enters
radio lock state.
Release button
after blue LED
flashes 3 times
The direction has been
switched successfully.
Release button
after blue LED
flashes 4 times
The motor has been reset to
factory mode.
STOP×6s
STOP×10s
STOP×14s
Press P2 Press P2 Press P2
BLUE LED
flash x 1
BLUE LED
flash x 1
BLUE LED
flashes x 3
BLUE LED
flash x 1
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
BLÅ LED
blinkar x 3
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1 P2×1 P2×1
OK
New emitter is paired to the motor
DD1620A External Switch Signal And Serial Port 485 Control
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Repeat same procedure will delete additional emitter.
Method one
Method two
Pairing / Delete Additional Emitter
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair or delete;
③ Repeat same procedure will delete additional emitter.
A. Infrared receiving function: ①infrared emission port registry with the middle area of healing, can control motor; ②The external infrared interface can be
connected with 1 Infrared joints, which can be controlled by the infrared emission port. ③The infrared control distance is within 10 meters.
B. External trigger function (projection screen function): ①The external trigger interface can be connected to the 12V signal. ②When the 12V signal is connected,
trigger motor running downward. ③When the 12V signal is disconnected, Trigger motor running upward.
C. External serial port: DD1620 is 232 serial port; DD1620A is 485 serial port.
Wiring
DD1620 External Switch Signal And Serial Port 232 Control
DOWN
STOP
UP
External switch
and serial port
External
infrared interface
External
trigger interface
Blue line = power neutral line
Brown line = power live line
Green/yellow line = power earth wire
Power
connection
Signal
line
Motor
interface
Power
interface
Signal indicator light (blue)
Infrared receiving head
Control indicator light (red)
Brown line = motor forward line
Black line = motor reversing line
Blue line = common line
Yellow/green line =motor earth wire
Motor
connection
UP STOP DOWN
External trigger interface External infrared interface External switch and serial port
Power neutral line Power live line Power grounding wire Motor reversing line Motor common line Motor motor forward line Motor grounding wire
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (RX) and the blue line (TX) are connected to the RS232
serial port (DD1620)
①When the white line (RX) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (RX) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (RX) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
①Reserve
②White line(RX)→Connect
the TX side of the RS232
③Black line(COM)→Connect
the GND side of the RS232
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(TX)→Connect
the RX side of the RS232
⑧Reserve
①Reserve
②White line(A)→Connect
the A side of the RS485
③Black line(COM)→Connect
the GND side of the RS485
④Red line(STOP)
⑤Green line(UP)
⑥Yellow line(DOWN)
⑦Blue line(B)→Connect
the B side of the RS485
⑧Reserve
External pulse switch:
①The green line (UP) and the black line (COM) touch to
control motor running upward.
②The red line (STOP) and the black line (COM) touch to
control the motor stop.
③The yellow line (DOWN) and the black line (COM) touch
to control motor running downward.
Serial port control needs to be connected to the computer for operation
The white line (A) and the blue line (B) are connected to the RS485 serial
port (DD1620A)
①When the white line (A) receives 55 FE FE 03 01 B9 24,
can controlled the motor running upward.
②When the white line (A) receives 55 FE FE 03 03 38 E5,
can controlled the motor stop；
③When the white line (A) receives 55 FE FE 03 02 F9 25,
can controlled the motor running downward.
AC 220V/50Hz
AC 220V/50Hz
Blue LED
flashes×1
Power onPower off
OFF
OFF
Blue LED
flashes×2
STOP×2s
OK
Emitter is paired to the motor
STOP×2s
Release button
after blue LED
flashes
(UP+DOWN)
×2S
BLue LED
flash x 3
Samtliga
sändare
raderade
Samtliga
sändare
raderade
Transmitter B
deleted
NOTE: NOTE: REPEAT SAME PROCEDURE TO DELETE REMOTE CONTROL B.
NOTERA: UPPREPA SAMMA PROCEDUR FÖR ATT TA BORT FJÄRRKONTROLL/SÄNDARE B.

ADDITIONAL FUNCTIONS
DD1620(A)
Projection screen
L1
Power on
P2×1 STOP×1 P2×1
OK
All emitters are deleted
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status.
Note: after the controller enters radio lock status, press any button to exit this mode.
Delete All Emitters
Controller Button Operation
Switch Rotating Direction
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1
Power on
P2×1 STOP×2s
OK
OK
Within 30S after
adding the Emitter
successfully
Method three
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Press UP and motor runs downwards, try below to switch direction.
(UP+DOWN)×2S
New emitter is paired to the motor
The direction has been switched successfully
DD1802H
15-channel
LCD Emitter
DD1600H
Single-channel
Emitter
DD1800H
Single-channel
Emitter
DD1602H
15-channel
LCD Emitter
DD1620(A) controller
DD1620(A)
Controller Instruction
Version: A/01
Note: ①The maximum run time is 4 minutes; ②When emitter is under group control, match code will be invalid.
DD1620 is a RS232 protocol, and DD1620A is a RS485 protocol
Infrared reception function(Equipped with DC95 infrared emitter)
Input voltage: AC 220V/50Hz
Rated power: 300W
Working temperature: -10℃~ +65℃
One DD1620(A) controller can store maximum 10 emitter channels.
If there are already 10 channels, it will take turns to cover the last channel.
DD1620(A)
Projection screen
L2
0.3m 0.2m
0.3m
1.5m
Matchable Emitter
DM35S
DM45S
DD1600H
Single-channel
Emitter
DD1600H
Back
Setting
button
(P2)
Product Features
Matchable Motor &
Button Instructions
The Best Installation
Distance
UP
STOP
DOWN
UP
STOP
DOWN
DC95
infrared emitter
Note: Effective transmitting distancemay have deviation due to actual environment.
Control Range
L1 open L2 partition Reception frequency
AC 220V/50Hz 200m 35m 433.92MHz±100KHz
The shortest distance between controller
and ground ≥1.5m
The shortest distance between controller
and roof ≥0.3m
The shortest distance between controller
and receive ≥0.2m
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair.
Release button
after blue LED
flashes The controller
enters the
setting state.
(UP+DOWN)
×2S
Release button
after blue LED
flashes once
The controller enters the
pairing / delete emitter state.
STOP×2s
Release button
after blue LED
flashes 2 times
The controller enters
radio lock state.
Release button
after blue LED
flashes 3 times
The direction has been
switched successfully.
Release button
after blue LED
flashes 4 times
The motor has been reset to
factory mode.
STOP×6s
STOP×10s
STOP×14s
TILLÄGGSFUNKTIONER
OBS!!! MAX 10 SEKUNDER MELLAN TVÅ KOMMANDON FÖR ATT DET SKA BLI BEKRÄFTAT.
OBS!!! MAX 10 SECONDS BETWEEN TWO COMMANDS TO CONFIRM PROGRAMMING.
Håll 3 sek:
UPP + NER
STOPP 3 sek
Släpp när
BLÅ LED
blinkar
...1 gång:
Boxen öppen för
att lägga till/radera
sändare
...2 gånger:
Boxen är i radio-
sköldläge
STOPP 6 sek
STOPP 10 sek
STOPP 14 sek
...3 gånger:
Ändrar rotations-
riktning
...4 gånger:
Nollställer boxen
till fabriksläge
Släpp när BLÅ LED
blinkat...
Kontrollboxen
är nu i
inställnings-
läge
FÖR ATT KOMMA UR RADIOSKÖLDLÄGET, TRYCK PÅ VALFRI KNAPP PÅ BOXEN
TO EXIT THE RADIO LOCK STATE, PRESS ANY BUTTON ON THE BOX.
DD1620(A)
Projection screen
L1
Power on
P2×1 STOP×1 P2×1
OK
All emitters are deleted
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status.
Note: after the controller enters radio lock status, press any button to exit this mode.
Delete All Emitters
Controller Button Operation
Switch Rotating Direction
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Blue LED
flashes×1
Blue LED
flashes×1
Blue LED
flashes×2
Power on
P2×1
Power on
P2×1 STOP×2s
OK
OK
Within 30S after
adding the Emitter
successfully
Method three
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②Press UP and motor runs downwards, try below to switch direction.
(UP+DOWN)×2S
New emitter is paired to the motor
The direction has been switched successfully
DD1802H
15-channel
LCD Emitter
DD1600H
Single-channel
Emitter
DD1800H
Single-channel
Emitter
DD1602H
15-channel
LCD Emitter
DD1620(A) controller
DD1620(A)
Controller Instruction
Version: A/01
Note: ①The maximum run time is 4 minutes; ②When emitter is under group control, match code will be invalid.
DD1620 is a RS232 protocol, and DD1620A is a RS485 protocol
Infrared reception function(Equipped with DC95 infrared emitter)
Input voltage: AC 220V/50Hz
Rated power: 300W
Working temperature: -10℃~ +65℃
One DD1620(A) controller can store maximum 10 emitter channels.
If there are already 10 channels, it will take turns to cover the last channel.
DD1620(A)
Projection screen
L2
0.3m 0.2m
0.3m
1.5m
Matchable Emitter
DM35S
DM45S
DD1600H
Single-channel
Emitter
DD1600H
Back
Setting
button
(P2)
Product Features
Matchable Motor &
Button Instructions
The Best Installation
Distance
UP
STOP
DOWN
UP
STOP
DOWN
DC95
infrared emitter
Note: Effective transmitting distancemay have deviation due to actual environment.
Control Range
L1 open L2 partition Reception frequency
AC 220V/50Hz 200m 35m 433.92MHz±100KHz
The shortest distance between controller
and ground ≥1.5m
The shortest distance between controller
and roof ≥0.3m
The shortest distance between controller
and receive ≥0.2m
Note: ①During the setting status, every operation should be less then 10S, or else, it will exit the setting and back to original
status; ②as existing emitter, as new emitter to pair.
Release button
after blue LED
flashes The controller
enters the
setting state.
(UP+DOWN)
×2S
Release button
after blue LED
flashes once
The controller enters the
pairing / delete emitter state.
STOP×2s
Release button
after blue LED
flashes 2 times
The controller enters
radio lock state.
Release button
after blue LED
flashes 3 times
The direction has been
switched successfully.
Release button
after blue LED
flashes 4 times
The motor has been reset to
factory mode.
STOP×6s
STOP×10s
STOP×14s
Hold 3 sec:
UP+DOWN
STOP 3 sec
Release when
BLUE LED
flashes
...1 time:
The box enters
pairing/delete
transmitters mode
...2 times:
The box enters
radio lock mode
STOP 6 sec
STOP 10 sec ...3 times:
Changes direction
of rotation
...4 times:
Set the box to
factory mode
Release after BLUE
LED flashes...
The box
enters
setting state
STOP 14 sec