trumaxx testing setup involves creating controlled environments to analyse fan and motor performance.
Through rigorous testing, we aim for certifications and regulatory approvals such as ISO and CE. These certifications validate product quality, safety, and performance, reinforcing our commitment to excellence in fan and motor manufacturing.
An airflow duct test for an axial fan measures its performance in a controlled airflow environment. This test assesses various factors like airflow rate, pressure, and efficiency. By placing the fan within a duct system, our engineers measure how effectively it moves air through the system under different conditions.
This test helps validate the trumaxx fan s performance specifications, ensuring it meets desired airflow and pressure requirements for specific applications.
IP (Ingress Protection) testing for axial fans evaluates their ability to resist dust intrusion. It involves subjecting the fan to controlled environments with varying dust particle sizes and quantities.
Trumaxx fans have high IP rating indicating better defense against dust particles, ensuring the fan s durability and reliability in environments prone to dust accumulation.
IP level testing for axial fans assesses their resistance to water ingress. Testing involves subjecting the fan to controlled water exposure, evaluating its ability to repel water and safeguard internal components.
This ensures that trumaxx fans are highly reliable in diverse environmental conditions.
The noise chamber test evaluates an axial fan s sound performance in a controlled environment. We measure the noise output of every trumaxx fan at different speeds and conditions, helping us optimize designs for quieter operation without sacrificing performance.
Hipot testing is essential for assessing electrical safety and insulation integrity. This method involves applying high voltage to identify potential insulation weaknesses, ensuring the fan can withstand extreme conditions.
This test enhances reliability for trumaxx fans and motors, complieswith safety standards, and ensures optimal performance in diverse applications.
Drop testing is a vital evaluation method for packaging durability. It involves controlled drops from specified heights to simulate real-world impacts during transportation. These tests are done to identify fan weaknesses, allowing for improvements in packaging design to ensure products remain undamaged during handling and shipping.
Transport simulation tests in packaging assess the resilience of materials and systems during shipping. Mimicking real-world conditions, such tests include drop, vibration, and compression testing to identify weaknesses and optimize packaging designs. Results guide manufacturers in enhancing product safety and minimizing transit damage risks.
Real-time Life Cycle Test rigorously tests fans and motors throughout their life cycle to ensure durability, reliability, and optimal performance under various conditions. These tests simulate real-world usage to guarantee longevity and quality in their products.
Multi Parameter Test includes an analysis of crucial parameters including voltage, current & power. These assessments analyze how fans and motors perform under different electrical conditions, ensuring they operate efficiently and safely across various power inputs, voltages, and current loads.
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