Installation and Debugging Instructions
Motor Box Dimensions
Motor Box Installation
- First, check the level and verticality of the load-bearing steel beam with an error of 1/1000.
- Install the motor box starting from both sides, with an even distance of 400mm or less.
- Clean the motor box.
Installation Position of Engine Mounting Components
- First, determine the door opening width.
- The motor position is 100mm to the right of the motor box center.
- The follower wheel position is 100mm to the left of the motor box center.
Hanger Installation
- Ensure the wheels are horizontally and vertically aligned, with no tilt.
- The gap between the top wheel (anti-falling wheel) should be 0.5–1mm.
Basic Requirements
- The drive device must be fully installed.
- Connect the protective grounding.
- Connect the electric eyes (or short-circuit the electric eye signal if no electric eyes are used).
- Install and connect the program control switch, pulse generator, electric lock, and other components.
- Adjust the Limit Blocks
- When the sliding door opens fully, it should contact the limit block installed on the left or right of the track.
- When closing, the central block should be adjusted so the door leaf contacts the sealing strip. For frameless glass doors, the central gap should be around 5–8mm.
- Ensure the door leaf moves smoothly. Check if the connecting bolts of the drive belt are too long and hitting the pulley; replace them if necessary.
Wiring Diagram
First Startup
- Move the door leaf to the half-open position.
- Set the program switch to “Off.”
- Turn on the power; the door must close slowly.
- After the door closes, perform self-learning.
-
To perform self-learning, press the SERVICE button ("the protruding red button"), and the door will slowly open. Once the door is open, release the SERVICE button. The door will then perform self-learning. During this process, the seven-segment display on the control module will flash. The door will slowly move to the open position, and when the seven-segment display flashes twice, the system parameters will be saved. Self-learning is complete.
Parameter Adjustment
| Code meaning |
Code display |
| E. Fault display |
|
| 0: No fault |
|
| 1: Door blockage |
|
| 2: Electric lock |
|
| 3: Program switch |
|
| 4: Electric eye |
|
| 5: Encoder |
|
| 6: Backup battery failure |
|
| 7: Relay test failure |
|
| 8: Emergency stop button failure |
|
| 9: Self-learning parameter failure |
|
| A: Motor failure |
|
| b: Battery test did not detect battery |
|
| c: Force test failure |
|
| d: Motor overcurrent |
|
|
F: DCW
Other faults will be displayed in the PDA .
|
|
P. Program Mode
| Code |
Mode |
| 0 |
Standard program mode |
| 1 |
Australia program mode |
| 2 |
France program mode |
L. Lock Selection
| Code |
Lock Type |
| 0 |
No electric lock |
| 1 |
Bistable electric lock |
| 2 |
Bistable electric lock with feedback signal (NO) |
| 3 |
Monostable electric lock (security lock) |
A. Backup Battery Operation Mode
| Code |
Operation Mode |
| 0 |
No backup battery |
| 1 |
Power-off closure |
| 2 |
Power-off opening |
| 3 |
Emergency backup battery mode |
o. External Unlock Delay Time
| Code |
Time (seconds) |
| 0 |
0 |
| 1 |
1 |
| 2 |
2 |
| 3 |
5 |
| 4 |
8 |
| 5 |
10 |
| 6 |
15 |
| 7 |
20 |
| 8 |
25 |
| 9 |
30 |
| F |
Adjustable via PDA |
d. Opening Delay Time
| Code |
Time (seconds) |
| 0 |
0 |
| 1 |
1 |
| 2 |
2 |
| 3 |
5 |
| 4 |
8 |
| 5 |
10 |
| 6 |
15 |
| 7 |
20 |
| 8 |
25 |
| 9 |
30 |
| F |
Adjustable via PDA |
b. Motor Type
| Code |
Motor |
| 0 |
“63X25” small motor |
| 1 |
“63X55” large motor |
n. Operation Mode
| Code |
Mode |
| 0 |
ZH1/494 |
| 1 |
DINV18650 |
| 9 |
Adjustable via PDA |
O. Opening Speed
| Motor Type |
Speed Range |
| GR63X55 |
0–10 cm/s to 75 cm/s |
| GR63X25 |
0–10 cm/s to 65 cm/s |
C. Closing Speed
| Speed Range |
| 0–10 cm/s to 50 cm/s |
S. Parameter Settings Lock
| Lock Status |
| 0: Parameter settings locked |
| 1: Parameter settings unlocked |
1.Menu item P=must be checked. b=1. r. --- L-A -- Modify according to the combination of selected accessories.
