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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 605981 Luminaires Thermal testing Aging Rack For Lamp Aging Life Test
Product Information:
Luminaires thermal aging rack is used for light source and lamp aging life test. The equipment adopts PLC programming control, which can control the lamp aging time and cycle time, etc. It is divided into 3 layers of independent control for various luminaires test requirements. It is equipped with 3 sets of independent voltage regulators, and the voltage values can be display independently.
A luminaires thermal testing aging rack, also known as a thermal aging rack or thermal chamber, is a specialized equipment used to subject luminaires (lighting fixtures) to controlled thermal conditions for testing and evaluating their performance, reliability, and durability over time. The aging rack is designed to simulate real-world operating conditions and assess the effects of temperature on the luminaires. Here are the key features and functions typically associated with a luminaires thermal testing aging rack:
Multiple Fixture Placement: The aging rack provides multiple slots or compartments for placing and securing the luminaires being tested. It allows for simultaneous testing of multiple fixtures, enabling efficient and consistent evaluation of their thermal performance.
Temperature Control: The aging rack incorporates a temperature control system that can heat or cool the interior to achieve and maintain the desired temperature settings. The temperature range can vary depending on the specific model and testing requirements, covering both high and low temperature extremes.
Thermal Cycling: The aging rack often includes the capability of performing thermal cycling, which involves subjecting the luminaires to a predefined temperature profile with cycling patterns. This feature allows for testing under dynamic thermal conditions, simulating the temperature variations that may occur during the luminaires' operational lifespan.
Uniform Temperature Distribution: The aging rack is designed to provide uniform temperature distribution throughout the rack's interior, ensuring that all the luminaires experience consistent thermal conditions. This uniformity is achieved through the use of fans, air circulation systems, and proper insulation to minimize temperature variations within the rack.
Data Logging and Monitoring: Many thermal aging racks are equipped with data logging and monitoring capabilities. These features enable the collection and recording of temperature data at regular intervals during the test. Monitoring systems may include temperature sensors, data loggers, and software interfaces to track and analyze the thermal performance of the luminaires over time.
Safety Features: Safety measures are implemented in thermal aging racks to protect both the luminaires being tested and the operators. These features may include over-temperature protection, electrical and thermal insulation, emergency shut-off mechanisms, and audible or visual alarms to alert users of any abnormal conditions or equipment malfunctions.
Compliance with Standards: The design and operation of thermal aging racks are often aligned with industry standards and regulations related to luminaires testing. Compliance ensures that the testing process is conducted in a consistent and standardized manner, facilitating reliable and comparable results.
Thermal testing aging racks are widely used in the lighting industry for research and development, quality control, and certification purposes. By subjecting luminaires to controlled thermal conditions, these racks allow manufacturers to assess the thermal performance, reliability, and aging characteristics of their products. This information helps in optimizing designs, identifying potential issues, and ensuring that the luminaires can withstand the thermal stresses encountered during their operation.
Technical Parameters:
1. Rack structure: It is divided into three layers, the upper layer is configured with 30 pieces of E27 lamp holders for testing the E27 luminaires, the middle layer is configured with 16 pieces of terminals for testing luminaires are powered directly with a connection to the power cables, and the lower layer is configured with 16 pieces of universal sockets for testing luminaires are powered through a plug.
2. Rack material: made of painted sheet metal, with universal feet at the bottom.
3. Rack dimensions are approx.: L2600mm*W700mm*H1800mm
4. Voltage regulator: 0 ~ 300V, 3KW
5. Control: 3 independent voltage adjustment and displaying, 3 independent setting of aging cycles.
a) Test cycles setting: 0-999999.
b) Power-on time setting: 0-99H99M99S.
c) Power-off time setting: 0-99H99M99S.
6. Operation: Weinview 7-inch color touch screen.
7. PLC: Mitsubishi PLC.
8. Voltmeter: Taiwan CW Instrument
9. All sample wiring is high temperature resistant.
10. Equipment power: AC220V, 50HZ, 1KW.
11. Sample power: AC220V, 50HZ, 10KW.
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 605981 Luminaires Thermal testing Aging Rack For Lamp Aging Life Test
Product Information:
Luminaires thermal aging rack is used for light source and lamp aging life test. The equipment adopts PLC programming control, which can control the lamp aging time and cycle time, etc. It is divided into 3 layers of independent control for various luminaires test requirements. It is equipped with 3 sets of independent voltage regulators, and the voltage values can be display independently.
A luminaires thermal testing aging rack, also known as a thermal aging rack or thermal chamber, is a specialized equipment used to subject luminaires (lighting fixtures) to controlled thermal conditions for testing and evaluating their performance, reliability, and durability over time. The aging rack is designed to simulate real-world operating conditions and assess the effects of temperature on the luminaires. Here are the key features and functions typically associated with a luminaires thermal testing aging rack:
Multiple Fixture Placement: The aging rack provides multiple slots or compartments for placing and securing the luminaires being tested. It allows for simultaneous testing of multiple fixtures, enabling efficient and consistent evaluation of their thermal performance.
Temperature Control: The aging rack incorporates a temperature control system that can heat or cool the interior to achieve and maintain the desired temperature settings. The temperature range can vary depending on the specific model and testing requirements, covering both high and low temperature extremes.
Thermal Cycling: The aging rack often includes the capability of performing thermal cycling, which involves subjecting the luminaires to a predefined temperature profile with cycling patterns. This feature allows for testing under dynamic thermal conditions, simulating the temperature variations that may occur during the luminaires' operational lifespan.
Uniform Temperature Distribution: The aging rack is designed to provide uniform temperature distribution throughout the rack's interior, ensuring that all the luminaires experience consistent thermal conditions. This uniformity is achieved through the use of fans, air circulation systems, and proper insulation to minimize temperature variations within the rack.
Data Logging and Monitoring: Many thermal aging racks are equipped with data logging and monitoring capabilities. These features enable the collection and recording of temperature data at regular intervals during the test. Monitoring systems may include temperature sensors, data loggers, and software interfaces to track and analyze the thermal performance of the luminaires over time.
Safety Features: Safety measures are implemented in thermal aging racks to protect both the luminaires being tested and the operators. These features may include over-temperature protection, electrical and thermal insulation, emergency shut-off mechanisms, and audible or visual alarms to alert users of any abnormal conditions or equipment malfunctions.
Compliance with Standards: The design and operation of thermal aging racks are often aligned with industry standards and regulations related to luminaires testing. Compliance ensures that the testing process is conducted in a consistent and standardized manner, facilitating reliable and comparable results.
Thermal testing aging racks are widely used in the lighting industry for research and development, quality control, and certification purposes. By subjecting luminaires to controlled thermal conditions, these racks allow manufacturers to assess the thermal performance, reliability, and aging characteristics of their products. This information helps in optimizing designs, identifying potential issues, and ensuring that the luminaires can withstand the thermal stresses encountered during their operation.
Technical Parameters:
1. Rack structure: It is divided into three layers, the upper layer is configured with 30 pieces of E27 lamp holders for testing the E27 luminaires, the middle layer is configured with 16 pieces of terminals for testing luminaires are powered directly with a connection to the power cables, and the lower layer is configured with 16 pieces of universal sockets for testing luminaires are powered through a plug.
2. Rack material: made of painted sheet metal, with universal feet at the bottom.
3. Rack dimensions are approx.: L2600mm*W700mm*H1800mm
4. Voltage regulator: 0 ~ 300V, 3KW
5. Control: 3 independent voltage adjustment and displaying, 3 independent setting of aging cycles.
a) Test cycles setting: 0-999999.
b) Power-on time setting: 0-99H99M99S.
c) Power-off time setting: 0-99H99M99S.
6. Operation: Weinview 7-inch color touch screen.
7. PLC: Mitsubishi PLC.
8. Voltmeter: Taiwan CW Instrument
9. All sample wiring is high temperature resistant.
10. Equipment power: AC220V, 50HZ, 1KW.
11. Sample power: AC220V, 50HZ, 10KW.
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.
