Traffic Signal Controllers for Sale
JACKWIN provides traffic management solutions for pedestrians and vehicles, including fixed-time traffic signal controllers, adaptive coordinated controllers, and intelligent networking controllers.
- Our traffic signal controllers are compatible with TMC, SCATS, SCOOT, InSync, Centracs, and V2X modern traffic systems, enabling vehicle-to-infrastructure communication. They can be paired with parts from multiple brands, reducing procurement costs.
- Adjust traffic signal timing based on changes in traffic volume to reduce congestion and minimize traffic conflicts.
- Our traffic signal controllers support remote monitoring, management, and fault diagnosis.
If you are interested in our traffic signal controllers, please contact us immediately.
What is a Traffic Signal Controller?
JACKWIN traffic signal controllers consist of a controller, conflict monitor, back panel, load switches, flasher, circuit breakers, power filters, and manual control and test switches.
Our controller is the core of the traffic control system and primarily coordinates traffic signals at intersections.
How do traffic signal controllers work?
- When external vehicle detectors—such as induction loops, cameras, or radar and infrared detectors—detect vehicle traffic, speed, and distance, they can transmit the signals to the controllers in real time.
- After receiving data, the microprocessor performs calculations based on a preset algorithm to adjust the cycle, green-to-white ratio, and phase difference.
- Our controller outputs control signals based on the calculation results to perform timing control, sensor-based control, and adaptive coordination control.
Please contact us immediately to learn more about how it works.
Traffic Signal Controller by Feature
JACKWIN designs and manufactures a range of traffic signal controllers and cabinets for transportation authorities, ITS system integrators, and engineering contractors. Please see the categories below.
22-way output, AC input voltage: 220 VAC, 50±2Hz, 300mm×194mm×132mm in size, suitable for intersections and secondary roads.
44-way output, used for urban arterial roads, supports multi-phase, countdown timers, and vehicle detection, dimensions: 300 mm × 194 mm × 132 mm.
55-way output, used for smart cities, airports, ports, multi-lane intersections, and adaptive signal timing, dimensions: 560 mm × 370 mm × 1080 mm.
Consists of a host unit and an extension unit, uses wireless transmission technology to customize various traffic solutions; operating voltage: DC 9V–DC 39V.
Runs a fixed trajectory at preset time intervals; up to 2 × 99 operating cycles can be set, with an adjustment range from 1 second to 255 seconds.
Single-point self-adaptive control: Adjusting green light duration, cycle length, and phase switching, supports manual, electric, and semi-electric controls.
Uses GPS for time synchronization, features an advanced 32-bit ARM chip for enhanced computing power and communication capabilities, IP54 rating.
Cabinet dimension: 450mm × 445mm × 600mm, made of stainless steel with sprayed plastic, short installation time, minimizing traffic disruption.
Rated load power: 2200W, cabinet dimension: 1250 × 630 × 500mm, widely applicable power supply method, with a time error of less than 2.5 minutes.
Features a built-in central control system for remote control and monitoring, ensuring stable operation, and is connected to the main and backup power supplies.
Available in single-door or double-door configurations, supporting 16 movement phases and 64 detection channels, made of high-quality aluminum, and plug-and-play.
Used for one-way roads in apartment complexes; suitable for a two-traffic-light system operating in either a cyclic or logical mode.
170 × 120 × 33mm in size, using cold-rolled plate, applicable for portable wireless traffic lights, working voltage: DC12V, 180 days of data save time.
Available in single-door, double-door, four-door, or custom configurations to protect maintenance personnel from accidental electric shock; features rack-mountable design.
Features
JACKWIN traffic signal controllers are suitable for multi-lane or complex traffic environments. Our controllers can regulate traffic at 2-, 3-, 4-, 5-, or 6-way intersections.
15-year service life, using ARM32 industrial-grade microprocessor, high-reliability crystal oscillator, and industrial-grade capacitors, with an annual failure rate of less than 1%.
Maintenance and spare parts supply, stock of custom parts, 5-year warranty, lifetime free technical support and system upgrades, prompt response to problem resolution.
Manual control, remote control, backend remote control, coordinated control across multiple intersections and zones, and priority management of multiple targets.
With an IP67 rating and an operating temperature range of -40°C to 70°C, suitable for 95% of environments without condensation, withstands Typhoon Force 12 and impact.
Using the main control unit and function module modes to configure hardware as needed, facilitating maintenance and feature expansion, with compatible interfaces.
Basic timer control, smart sensor control, limited control mode, manual and fallback control, and flexible adaptation to traffic management needs across various road conditions.
On-site installation guidance simplifies wiring and connections, and the intelligent configuration and commissioning allow for quick positioning and securing.
Reduces O&M costs by 60%, supports remote visual monitoring and self-diagnosis of faults, cuts fault resolution time by 50%, and saves energy and reduces consumption.
Traffic Signal Controller Base
JACKWIN traffic signal controller bases are designed to work with an array of traffic signal cabinets. Our base elevates the traffic signal controller to a more comfortable work height and provides extra workspace.
The unique strengths and durability of polymer concrete mean lower maintenance and life-cycle costs, supporting equipment weight without cracking or breaking.
Our traffic signal controller base is chemically resistant, corrosion-resistant, and UV-resistant.
Dimension: 40″ x 44″ x 24″
Traffic Signal Terminals
JACKWIN traffic control terminals are portable devices designed for on-site debugging, parameter configuration, and emergency intervention of traffic signal controllers, and connect to traffic signal controllers.
Wireless Communication: Supports short-range wireless IoT communication to ensure stable command transmission.
High Environmental Adaptability: Features a wide operating temperature range, high humidity tolerance, and IP67-rated water and dust resistance.
Low Power Consumption: Total power consumption of 0.2W, ensuring long-term continuous operation
User-friendly interface: Allows users to clearly read information and perform operations quickly, even in bright light or at night.
Multi-Intersection Coordinated Control
JACKWIN traffic signal controllers can control the traffic lights at four adjacent intersections as a standalone unit, enabling seamless coordination.
- Using fiber-optic and 4G/5G networks, our controllers can coordinate traffic control across all intersections within the entire district.
- Through wire-based and area-based control, our traffic signal controllers precisely set phase differences, allowing traffic to flow smoothly through intersections under green lights.
- During off-peak, mid-peak, and peak traffic periods, our controllers automatically collect data on traffic density and line lengths and dynamically adjust signal cycles.
- In the event of an emergency, our traffic light controllers issue commands to clear vehicles from the conflicting direction in advance and divert traffic.
Why Choose JACKWIN Traffic Signal Controller?
JACKWIN traffic signal controllers have the following advantages:
Proactive Prediction: To minimize losses from delayed responses, our controllers not only dynamically adjust to real-time traffic conditions but also predict traffic trends over the next few minutes.
Minimalist Delivery: Our controllers support the F5G all-optical intersection solution, simplifying the traditionally complex cabling setup to require only a single optical fiber and a single cable. Our construction timeline can be shortened to as little as one day, and we do not cause extensive damage to the road surface.
Industrial Redundancy Design: Our hardware features functional redundancy, and the core control module is capable of self-monitoring and self-diagnosis. Even if a single-direction cable or fiber optic cable is damaged, service will not be interrupted.
If you’d like to learn more about the benefits of our controllers, please email me right away.
How to Choose a Traffic Signal Controller for a Busy City Street?
JACKWIN traffic signal controllers should be selected based on traffic volume, system reliability, communication capabilities, and future scalability.
- Output capacity is determined by the size of the intersection and is available in 22-channel, 44-channel, and 56-channel configurations.
- You should select a traffic signal controller with strong future expandability based on your specific application. So you can add signal phases, detection devices, or intelligent traffic functions at a later date.
- If you prioritize deployment costs and system flexibility, you can choose the SCATS adaptive system; if you’re looking for traffic efficiency and precise control, we recommend the SCOOT model-driven system.
- The EVP mode is a preemptive control system with a high priority level. The TSP, however, is subject to certain conditions; adjustments to traffic signal timing must not place an excessive burden on overall traffic flow.
If you would like a more detailed traffic signal controller solution, please contact us immediately.
Resources
To know more product details, please click to download JACKWIN catalogue as follow.
You can visit our video gallery to learn more about our products and JACKWIN company.
To learn more about JACKWIN products knowledge, please follow our knowledge center.
Application
JACKWIN traffic signal controllers are suitable for use on major urban thoroughfares, at airports, ports, toll plazas, and other locations. Our controllers play a vital role in regulating the flow of vehicles, pedestrians, and freight.
The primary application for JACKWIN traffic signal controllers is urban traffic. Our controllers can coordinate and manage green wave sequences on arterial roads, reduce the occurrence of green lights burning without traffic, and improve overall traffic flow efficiency.
Our traffic light controllers facilitate communication between the air and the ground. We ensure absolute priority for aircraft while optimizing the flow of ground traffic.
Our traffic signal controllers integrate ships, vehicles, roads, and the port to enable precise allocation of temporal and spatial resources. They maximize port throughput efficiency while ensuring absolute safety.
Our traffic signal controllers manage ramp metering, dynamic lane allocation, and micro-circulation guidance within the plaza. This maximizes traffic flow efficiency and ensures the safe coordination of ETC and manual lanes.
Our Manufacturing Process
JACKWIN is a specialized factory covering an area of more than 4,000 square meters and equipped with a complete production line. We utilize processes such as automated welding, coating application and curing, die casting, and mold forming to optimize the international export process for traffic signal controllers.
JACKWIN uses automated placement machines and wave soldering processes to ensure that solder joints on circuit boards remain secure even in environments with prolonged vibration.
We use electrostatic powder coating machines and automatic spray guns to apply the powder to the surface of the workpieces. It is then cured through high-temperature baking, forming a hard, dense, corrosion-resistant coating on the surface.
We use die-casting machines to inject molten metal into molds, producing high-precision metal parts. After rapid cooling and solidification, the final product is a metal casing with excellent heat dissipation and protective properties.
We use specialized constant-temperature and constant-humidity test chambers to measure the surface temperatures of key components under continuous high-temperature aging conditions. If the controllers freeze, restart, or exhibit abnormal behavior, they are rejected.
More About Our Company
Since 2008, JACKWIN traffic signal controllers have been selling well in more than 40 countries worldwide, including India, the U.S., the U.K., Australia, and Germany.
- Specification
- Video
- Gallery
Parameter |
22 Output Traffic Signal Controller |
32 Detection Input Traffic Signal Controller |
| Application | Small & Medium Intersections | Medium & Large Intersections |
| Control Type | Fixed-Time / Intelligent Control | Intelligent Single Point Coordinated Control |
| Detection Inputs | Standard Vehicle Detection | 32 Detection Input Channels |
| Signal Outputs | 22 Output Channels | Standard 16 Outputs (Optional 20/24 Outputs) |
| Drive Capacity | 1300W per Channel | Standard Traffic Signal Output |
| Coordination Function | Single Intersection Control | Single Point Coordinated Control |
| Adaptive Control | Optional | Optional |
| Power Supply | AC 85V–265V | AC 85V–265V |
| Standby Power | — | External AC220V Backup Power Socket |
| Frequency | 50Hz–60Hz | 50Hz/60Hz |
| Working Temperature | -40℃ ~ +65℃ | -40℃ ~ +65℃ |
| Working Humidity | 5%–95% RH | ≤95%RH (40±2℃, Non-condensing) |
| Insulation Resistance | ≥100MΩ | ＞10MΩ |
| Leakage Current | — | ＜5mA |
| Time Accuracy | ±1 Second | ±1 Second |
| Data Storage | 180 Days | Long-term Event Storage |
| Parameter Memory | More than 10 Years | Non-volatile Memory |
| Housing Material | Cold-Rolled Steel Plate | Stainless Steel with Powder Coating |
| Cabinet Thickness | — | ≥2.0mm |
| Controller Size | 425 × 250 × 220 mm | 600 × 500 × 1300 mm |
| Installation Method | Wall Mount / Cabinet Mount | Floor-mounted Cabinet |
| Protection Rating | IP65 | IP65 (Optional) |
| LED Lifetime | ≥100,000 Hours | ≥100,000 Hours |
| Display | LED Digital Display | LED Display + Intersection Simulation Panel |
| Programming Method | Front Keypad | Front Keypad |
| Remote Communication | Optional Ethernet / RS485 | Ethernet / Fiber / 4G Optional |
| Vehicle Detection Support | Loop Detector | Loop Detector / Video / Radar |
| Pedestrian Push Button | Supported | Supported |
| Standards | GA47-2002 | GA47-2002 / NEMA TS2 / ATC (Optional |
Testimonials
-
Sensational product, arrived exactly as specified. The seller was polite and professional, and i really appreciate the punctuality and quality of the products sold.
JasicaDirector -
The equipment arrived exactly as it was discussed, we tried these and we are pleased with its functionality. The modification was made as we agreed. I recommend to those who want to have a quality product to buy without hesitation.
LunaSales Assistant -
Friendly and efficient service ! A great company to deal with ,i would recommend to anyone Looking to do business in this area !
JamSales Manager -
Great seller, fast shipping and good quality on product.
JACKWIN MMU is a required option that complies with the NEMA TS-2 and EN 12675 standards. Our traffic signal cabinet controllers ensure absolute traffic safety and prevent signal failures through the MMU.
- Preventing Dangerous Signal Conflicts
- Detects bulb failures, short circuits, open circuits, and power fluctuations.
- When a fault is detected, the MMU automatically switches the intersection to a safe fallback mode.
JACKWIN traffic signal controllers are equipped with an uninterruptible power supply (UPS) and a backup battery system. In the event of a power outage, our controllers switch to backup power within milliseconds, providing 4–7 hours of runtime. If the power outage exceeds the backup runtime, the system automatically saves data and shuts down. It then switches to safe mode and sends an alert to the central processor.
Yes, our traffic signal cabinets can remotely monitor signal status, cabinet environmental conditions, physical security, and power metrics. Engineers can remotely adjust signal timing schemes, switch control modes, or set holiday schedules.
JACKWIN traffic signal controller cabinets intercept current through external lightning rods and grounding systems, while internal surge protectors suppress surge voltages in the power grid. In addition, we electrically connect the metal components so that all parts reach the same potential simultaneously in the event of a lightning strike, thereby preventing dangerous sparks or arcs caused by potential differences.
You need to inspect the appearance and basic functions every 15–30 days. And you need to perform internal cleaning, tighten terminal connections, check for corrosion and rust, and conduct functional tests on a quarterly basis.
When a vehicle passes over the loop, the inductance of the coil changes. The vehicle detector converts this into a voltage signal that is sent to the traffic signal controller’s input interface.
If you only need basic timing control or simple vehicle detection control, and do not require complex AI algorithms or vehicle-to-infrastructure coordination features, you can choose the NEMA TS2 cabinets.
If you need support for ITS applications, more efficient remote monitoring, fault diagnosis, and OTA updates, you can choose ATC cabinets.
Yes, our traffic signal controllers comply with NEMA and ATC standards and are mechanically and electrically compatible.
Excessive external heat load: Direct sunlight or installation next to an asphalt road or on a concrete foundation.
High heat generation from internal components or a malfunctioning cooling system, combined with a tight seal, results in inadequate ventilation.
