|
| MOQ: | 1 |
| Price: | Negotiable |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 30 Days |
| Payment Method: | T/T |
| Supply Capacity: | 10 Sets Per Month |
IEC 60598-1 Luminaires Thermal Testing Aging Rack For Road Lamp Test Computer Control
Product Information:
The luminaires thermal aging rack is designed and produced based on IEC60598-1:2021 and the test sample’s form, material, maximum dimensions, heaviest weight and other data provided by the user. It is used to simulate the on-off aging test of street lights, while monitoring the temperature rise to determine whether there is any impact on the usage and verify its reliability.
This equipment adopts PLC intelligent control with mature technology, an optional computer control model, equipped with a voltage-adjustable voltage regulator, each layer is independently controlled, and different samples can be tested at the same time. At the same time, it is equipped with a 64-channel temperature meter, which can monitor the sample temperature rise in real-time.
Test principle:
The output voltage is adjusted through the voltage regulator to provide power to the lamp samples. The PLC intelligent control system can control the opening and closing of the lamps according to the preset on-off time, and each layer is controlled independently. The touchscreen version of the temperature detector is external and monitors the temperature rise of the lamp in real time. The computer version of the temperature inspection instrument is built-in and communicates with the computer. It can form a temperature-time curve on the computer and control the power supply on and off according to the temperature rise.
Technical Parameters:
| Input power | AC220V 50HZ, 10kW |
| Electrical control | Mitsubishi PLC intelligent control |
| Operation interface | Computer operation version. |
| Test items | luminaires channel aging test (with temperature monitoring function) |
| Test sample | Street lamps or similarly installed luminaires |
| Test output power | 3 channels (one channel for each layer); 3 pcs voltage regulators of 0-300V, 3kVA. Each output has independent voltage adjustment and voltage indication; each group of outputs has working status monitoring, on/off time, and total running time indication; |
| Temperature data collection | SN1000 temperature meter |
| Test cycle | 0-999999 times, can be preset |
| Power on time | 0-99h59min59s can be preset |
| Power off time | 0-99h59min59s can be preset |
| Sample mounting fixture | Street lamp pole sleeve, one for each workstation |
| Sample connection terminal | Spring-loaded quick-connect terminals, one per workstation |
| Protection | Emergency stop, leakage, short circuit, overload, and other safety protection |
| Dimensions and weight | WDH=2200*1700*1500mm, weight about 300kg |
| Accessories | Thermocouple: Omega K type TT-30, one roll, about 300 meters |
1 Please don’t touch terminal posts and samples with hands during power-on test process to prevent electric leakage.
2 Test installation or removal must be carried out in the state of power failure.
3 The device should be dustproof and moisture-proof.
Video
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|
| MOQ: | 1 |
| Price: | Negotiable |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 30 Days |
| Payment Method: | T/T |
| Supply Capacity: | 10 Sets Per Month |
IEC 60598-1 Luminaires Thermal Testing Aging Rack For Road Lamp Test Computer Control
Product Information:
The luminaires thermal aging rack is designed and produced based on IEC60598-1:2021 and the test sample’s form, material, maximum dimensions, heaviest weight and other data provided by the user. It is used to simulate the on-off aging test of street lights, while monitoring the temperature rise to determine whether there is any impact on the usage and verify its reliability.
This equipment adopts PLC intelligent control with mature technology, an optional computer control model, equipped with a voltage-adjustable voltage regulator, each layer is independently controlled, and different samples can be tested at the same time. At the same time, it is equipped with a 64-channel temperature meter, which can monitor the sample temperature rise in real-time.
Test principle:
The output voltage is adjusted through the voltage regulator to provide power to the lamp samples. The PLC intelligent control system can control the opening and closing of the lamps according to the preset on-off time, and each layer is controlled independently. The touchscreen version of the temperature detector is external and monitors the temperature rise of the lamp in real time. The computer version of the temperature inspection instrument is built-in and communicates with the computer. It can form a temperature-time curve on the computer and control the power supply on and off according to the temperature rise.
Technical Parameters:
| Input power | AC220V 50HZ, 10kW |
| Electrical control | Mitsubishi PLC intelligent control |
| Operation interface | Computer operation version. |
| Test items | luminaires channel aging test (with temperature monitoring function) |
| Test sample | Street lamps or similarly installed luminaires |
| Test output power | 3 channels (one channel for each layer); 3 pcs voltage regulators of 0-300V, 3kVA. Each output has independent voltage adjustment and voltage indication; each group of outputs has working status monitoring, on/off time, and total running time indication; |
| Temperature data collection | SN1000 temperature meter |
| Test cycle | 0-999999 times, can be preset |
| Power on time | 0-99h59min59s can be preset |
| Power off time | 0-99h59min59s can be preset |
| Sample mounting fixture | Street lamp pole sleeve, one for each workstation |
| Sample connection terminal | Spring-loaded quick-connect terminals, one per workstation |
| Protection | Emergency stop, leakage, short circuit, overload, and other safety protection |
| Dimensions and weight | WDH=2200*1700*1500mm, weight about 300kg |
| Accessories | Thermocouple: Omega K type TT-30, one roll, about 300 meters |
1 Please don’t touch terminal posts and samples with hands during power-on test process to prevent electric leakage.
2 Test installation or removal must be carried out in the state of power failure.
3 The device should be dustproof and moisture-proof.
