The core control component of the centralized street light energy saver adopts a dedicated intelligent controller for autonomous lighting. The core energy-saving component uses original imported devices. The controller has integrated a mature energy-saving control algorithm program based on the characteristics of gas discharge lamps such as high-pressure sodium lamps. It can perform self-diagnosis of grid quality. After collecting grid quality parameters, they are directly input into the internally solidified energy-saving algorithm program, thereby automatically outputting the energy-saving control mode, i.e., the adaptive energy-saving mode. Therefore, the centralized energy saver can always ensure the energy-saving rate, thus saving energy for users and greatly extending the service life of the lamps, while reducing the maintenance workload for users.

JGL-80T Street Light Energy-Saving Retrofit High-Power Lighting Voltage Stabilization Control Device Rated Operating Current (Amps): 20A, 30A, 40A, 45A, 50A, 60A, 63A, 80A, 100A, 120A, 125A, 150A, 160A, 170A, 180A, 190A, 200A, 250A, 300A, 315A, 400A;
Scope of Application

Indoor Type: Installed at the lower end of the indoor lighting control cabinet;

Outdoor Type: Can be installed according to user requirements, placed in a stainless steel cabinet with protection level IP54.

Lighting energy-saving devices are widely used in municipal roads, highways, bridges, gardens, docks, landscape lights, sports squares, amusement venues, light boxes, and other public lighting applications.

Applicable Lamp Types: High-pressure sodium lamps, low-pressure sodium lamps, metal halide lamps, high-pressure lamps, fluorescent lamps, and all gas discharge lighting fixtures.

Debugging and Startup Operation Instructions:

The startup configured by our company is automatic.

Press the RESET key to reset, all parameters and shutdown status. (Note: External shutdown contact input must be confirmed closed.)

Press the "Command" soft key to access other commands, such as "Go to Small," "Go to Large," and "GO." "GO"

can be used in combination with the "Go to Requested" value.

After completion, be sure to press the "Save Settings" soft key to save these settings. The "Save Settings" soft key can be found on the "" screen.

Press the "Exit Calibration (ExitCalmode)" soft key from the "" page to exit "Calibration." If you wish to set another channel, return to the "Drive" or I/O screen to continue setting other channels.

If changes are made to the small or large current values, these changes can be recorded on the "Configuration" worksheet. Exiting calibration or forcing will not save any calibration changes.

Technical Parameters:

Braking: Bidirectional automatic voltage tracking

Braking Response Time: <2ms

Inverter Input Voltage: AC300V～460V, 45～56Hz

AC150V～230V, 45～56Hz

Applicable Motor Power: 0～40kW

Input Voltage: DC560～760V (adjustable), error 2V

DC280～380V (adjustable), error 2V

Output: Sine wave current

Voltage Distortion: <5%

Braking Torque: 150%

Design Duty Cycle: Continuous

Protection: Overheat, overcurrent

JGL-80T Street Light Energy-Saving Retrofit High-Power Lighting Voltage Stabilization Control Device Technical Features:

  The output voltage adjustment range of the lighting optimization device can be set according to customer requirements.

It has the function to select the number of channels, which can be conveniently set to one channel, two channels, or three channels.

It can query and print data such as voltage, current, and lighting rate for the current day or historical records. It can query and print fault information records for the current day or historical records.

Highly intelligent control. The electromagnetic voltage stabilization energy-saving device is installed at the front end of the circuit. Through built-in intelligent controllers or programmable controllers, time relays, photosensitive controllers, etc., it can automatically control the working curve of energy saving, thereby regulating the load on the entire circuit, with an energy-saving rate of up to 20%-40%.

Bypass: The intelligent lighting controller has dual-circuit function control for energy saving and bypass.

Relay driver series products usually do not require an additional power supply unless multiple channels need to be switched synchronously. The output module is connected to the load using screw-type high-power terminals in groups of two, and each output can be controlled individually. This device is suitable for switching resistive, inductive, and capacitive loads. Composition: Rail-mounted intelligent host, rail-mounted power supply. Modules: Light switch control module, dimming module, curtain control module. Intelligent lighting systems typically consist of dimming modules, switch modules, control panels, LCD displays, intelligent sensors, PC interfaces, time modules, handheld programmers, monitoring computers (large networks require bridge connections), and other components. Bus-type intelligent lighting simple switch features: Load circuit wiring is connected to the output terminals of the output unit, and control switches are connected to the output unit using Category 5 cables. When the load capacity is large, only the output unit capacity needs to be increased; the control switches are not affected. When the switch distance is long.