WARNING
1. Do NOT use 24V input voltage.
2. Strictly follow the single-channel current rating marked on the control box and do NOT exceed the specified current; the total current must not exceed 120A.
3. Route wiring for each channel evenly across the control box for better heat dissipation.
4. Do NOT connect solar panels, storage batteries or other input power sources to the output terminals of the control box. Otherwise, the circuit board will be damaged and pose a fire hazard.
Q1: Why does the real-time voltage monitoring show no reading?
A1: Voltage monitoring only works when the detection wires are connected to the battery’s positive and negative terminals.
Q2: When one channel is assigned to multiple groups and these groups are triggered one after another, which action will the channel execute?
A2: The system uses a “last-triggered group wins” priority rule:
If a single channel is assigned to multiple groups, the last triggered group takes priority and
overrides the action mode of any previously triggered group for that channel. The channel will always follow the command of the last group you activate.
Example：
If Channel 2 is assigned to both Group A and Group B, with Group A set to make it flash and Group B set to make it strobe, pressing Group A first will make Channel 2 flash, but pressing Group B afterward will override the previous setting, causing Channel 2 to strobe instead.
Q3: How does a normal switch panel control 2 or more lights at the same time with one button?
A3: Connect the wires from both accessories to the same positive and negative outputs of the control box. Ensure that the accessories connected to a single circuit will not draw more power than the maximum for that control box circuit and the fuse for that circuit.
Q4: Can I connect negative wire to the common cathode?
A4: Yes.
Q5: Why can’t I use CarPlay in the vehicle?
A5: CarPlay is only compatible with Apple iOS devices.
Q6: What does the real-time temperature reading represent?
A6: The temperature data shown is the internal circuit board temperature of the control box, not the ambient temperature.
Q7: What is the maximum running current?
A7: Max 40A output per channel, total max current 120A.
Q8: When connecting the battery, the power indicator is always on, will it cause battery loss?
A8: No. The standby current of this product is less than 3mA. A 60AH battery provides 833 days of standby power for the switch panel without charging it.
Q9: What is the function of the control box switch?
A9: The Control Box Switch provides two ways to obtain power: Connect ACC or Battery. It is suggested to obtain power from battery.
Q10: Why does the DRL function fail to work when Group Mode is enabled?
A10: DRL cannot be controlled independently under Group Mode. If you need to control DRL while the Group Mode is enabled, add DRL to the group in Group Setting.
Q11: How do I know if the wiring is correct?
A11: If the power indicator is red on, it means the connection is correct.
Q12: Can I replace the fuses in the control box?
A12: Yes, BUT always use a new fuse with the SAME or LOWER amperage as the old one. For instance, replace a 30A fuse with another 30A or less; to replace a 5A fuse, do NOT use a 10A fuse.
Q13: When I linked the same channel to 3 sensor wires, what will happen when all sensor wires are activated?
A13: The Order Of Sensor Priority
A channel can link with multiple sensors. If sensors are triggered simultaneously, the order of sensor priority on the same channel is Sensor 1 > Sensor 2 > Sensor 3.
Example:
Example: Channel 5 is linked to Sensor 1, Sensor 2 and Sensor 3: ● Sensor 1 configures Channel 5 to run Strobe mode.
● Sensor 2 configures Channel 5 to stay Full On.
● Sensor 3 configures Channel 5 to Flash. If Sensor 1, Sensor 2 and Sensor 3 receive trigger signals at the same time, Sensor 1 has the highest priority. Channel 5 will only perform the Strobe effect set by Sensor 1, ignoring settings from Sensor 2 and Sensor 3.
Advice: Wire the most important device to sensor 1 to ensure safety.
