RXLG High Power Aluminum Shell 800W Braking Resistor Aluminum Housed Resistor
Product overview
This 800W aluminum housed resistor is made of high-quality aluminum shell material, which has good heat dissipation performance and can ensure that it can maintain a stable resistance value for a long time.
Features:
Excellent heat dissipation performance: Aluminum housed resistor with aluminum shell, has good thermal conductivity, can quickly conduct the heat generated inside the resistor, so as to ensure that the resistor will not be damaged by overheating in a long time. Its unique heat dissipation design makes the heat dissipation effect more significant and effectively extends the service life of the resistor.
High precision resistance control: we use advanced manufacturing technology and precision measuring equipment to ensure that the resistance of each resistor is controlled within ±5% to meet the needs of customers.
High voltage design: 800W aluminum housed resistor has high voltage capacity, can withstand the high voltage impact in the circuit, to ensure the safe and stable operation of the circuit.
Long life design: By optimizing the internal structure of the resistor and using high quality materials, we have greatly improved the service life of the resistor.
Easy installation and maintenance: The aluminum housed resistor is designed with standardized size, which is convenient for customers to install and replace. At the same time, its structure is simple and clear, which is convenient for customers to carry out daily maintenance and inspection.
Test project
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Test conditions
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Performance
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Temperature
coefficient
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There sistance value is measured at room temperature and at room
temperature +100℃ respectively and the resistance change rate of
each degree is calculated.
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±300ppm/℃
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Short time
overload
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Apply avoltage of 10 times the rated power or the maximum load
voltage(take the smaller value).
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△R≤±
(2%+0.052)
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Resistance to welding
heat
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Immerse in a tin furnace at 350±10%℃ for 2-3 seconds.
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△R≤±
(1%+0.052)
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Weld ability
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Immerse in a tin furnace at 260±5%℃ for 2-3 seconds.
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Solder area covers
over95%
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Temperature cycle
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Leave at -55℃ for 30 minutes,then at +25℃ for 10-15 minutes,
then at +275℃ for 30 minutes,and finally at +25℃ for 10-15
minutes,in a total of 5 cycles.
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△R≤±
(1%+0.052)
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Load life in humidity
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Overload rated voltage or Max. working voltage(get the
lower) for 1000 hours (1.5 hours on and half-hours off) at the
40±2℃ and 90~95°relative humidity.
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△R≤±
(5%+0.052)
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Load life in heat
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At a temperature of 70±2℃, apply the rated voltage or
maximum operating voltage (which ever is lower) for a total of
1000 hours (1.5 hours on,0.5 hours off).
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△R≤±
(5%+0.052)
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Noncombustibility
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Add AC load at 5,10,and 16 times the rated power for 5
minutes respectively.
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No obvious flames
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