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Traffic controllers
44-Output Wireless Solar Traffic Light Controller
44-Output Wireless Solar Traffic Light Controller for wireless solar traffic-signal control for distributed or off-grid installations.
- Housing material
- PC(Polycarbonate) Plastic
- Power supply
- 12VDC Battery
- Outputs / phases
- 44-Output+6-Phase
Tell us the required configuration and quantity. We will confirm the supplied version with your enquiry.
Configuration at a glance
Start with the output schedule and the approved phase plan. Match connected lamp loads, supply voltage and any wired or wireless interfaces to the controller documentation. Output count alone does not define a safe operating sequence.
Product reference: traffic Controller, NJGQ-XHJ-44-WX12. Use the photographs and the specification groups below to compare this configuration with your project requirements.
Product specifications
References for the listed configuration. Confirm the final drawing and electrical version before ordering.
Electrical & control
| Power supply | 12VDC Battery |
|---|---|
| Outputs / phases | 44-Output+6-Phase |
| Power consumption | ＜0.2W/system |
| Output current | ≤8A/output |
Housing & installation
| Dimensions / lens reference | 240*135*75MM+215*110*50MM |
|---|---|
| Housing material | PC(Polycarbonate) Plastic |
Options & supply
| Model / product reference | traffic Controller, NJGQ-XHJ-44-WX12 |
|---|---|
| Feature | Wireless Remoter+External Antenna |
| Network option | Optional |
| Warranty reference | 5 Years |
A closer look
This product: Product Guide for Project Buyers
This 44-output wireless solar traffic-light controller supports distributed traffic-control installations where solar supply, wireless coordination or reduced field cabling is part of the project strategy. It is aimed at projects that need an organised control plan beyond a single standalone signal.
What to Define Before Configuration
- Define the controlled approaches, phase plan and output schedule before selecting the controller configuration.
- Review solar-energy availability, expected duty cycle and the physical placement of field equipment.
- Assess wireless path conditions, distance, obstructions and the required reliability approach for the installation.
- Plan commissioning, field testing, maintenance access and a documented response for communication or power exceptions.
Typical Project Applications
This solution is commonly considered for:
- Rural crossings and remote junctions
- Temporary or semi-permanent traffic-management projects
- Solar traffic-light networks with distributed field equipment
Configuration and Integration Review
To avoid mismatched equipment at installation, confirm the following items with the project drawing and electrical schedule:
- Signal phases, outputs and distributed equipment layout
- Solar power profile and expected operating duty
- Wireless topology, distance and site-obstruction review
- Commissioning tests, maintenance plan and project documentation
The final electrical, optical, mechanical and environmental requirements should be confirmed against the approved project specification before production. This helps ensure that the supplied equipment, mounting parts and control interfaces align with the intended application.
Installation, Commissioning and Maintenance
Installation should be completed by qualified personnel following the site safety plan and local regulations. Before commissioning, check mounting security, cable protection, power isolation, controller logic and visibility from the intended approach. Record the final configuration and keep the wiring and inspection information available for future maintenance.
Questions Buyers Commonly Ask
When is a wireless solar controller appropriate?
It can be considered where the site design supports solar operation and a reliable wireless layout has been assessed.
What should be checked before installation?
Confirm energy availability, equipment locations, wireless path conditions, cable-free interfaces and controller phase logic.
Can the system be expanded later?
Expansion should be reviewed against the approved output schedule, wireless design and available site power capacity.
Request a Project-Based Recommendation
For an accurate quotation, send the application description, site drawing, required quantity, preferred delivery location and any controller or mounting requirements. Our team can review the configuration before you place the order.
Original Product Information
1000M Wireless Communication By Remoter: 433MHz Frequency
PC(Polycarbonate) Plastic: 240*135*75MM+215*110*50MM For Small Size And Tough Use
44-Output And 6-Phase: 6 Phases For 4 Different Directions By 44 Outputs
| 44-Output Wireless Solar Traffic Light Controller, NJGQ-XHJ-44-WX12 | |
| Length: 240MM/215MM | Handle Remoter For Wireless Operation |
| Width: 135MM/110MM | 1000M Wireless Communication |
| Height: 75MM/50MM | 44-Output+6-Phase |
This product is one type of our traffic controller system, which includes wire traffic controller and wireless traffic controller, as well as all connected traffic lights by wire or wireless.
This product has its PC(Polycarbonate) plastic body with an mini size of 240*135*75MM(Master/Slave) and 215*110*50MM(Remoter) , so it is long life use and easy portable.
This product is solar powered by wireless communication, its wireless range can be 1000M at 433MHz frequency.
This product has 44 outputs at max, which means it can separately connect with 44 traffic light lamps by 1000M wireless communication.
Selection & installation
Start with the output schedule and the approved phase plan. Match connected lamp loads, supply voltage and any wired or wireless interfaces to the controller documentation. Output count alone does not define a safe operating sequence.
Let’s confirm the right version.
Send the product reference with these details:
- Output schedule, lamp loads and phase plan
- External inputs, terminal layout and fault response
- Required quantity, destination and project documentation
