Secure Checkout
TE-5010X Motor Controller/Elapsed Time Indicator, 220V 50Hz

Thumbnail Filmstrip of TE-5010X Motor Controller/Elapsed Time Indicator, 220V 50Hz Images

    Purchase TE-5010X Motor Controller/Elapsed Time Indicator, 220V 50Hz

    TE-5010X Motor Controller/Elapsed Time Indicator, 220V 50Hz SKU: TE-5010X

    $547.00
     

    The TE-5010X Motor Controller/Elapsed Time Indicator provides precise motor voltage control and accurate sampling time documentation for high volume air sampling systems. This controller regulates blower motor speed through voltage adjustment to achieve desired flow rates, with the voltage variator adjusting screw altering motor speed for optimal performance.

    Technical Operation

    The TE-5010X enables infinitely variable air flow control by modulating motor voltage, allowing operators to achieve precise flow rates for EPA-compliant sampling. The integrated elapsed time indicator tracks total sampling hours and tenths, providing essential documentation for regulatory compliance and quality assurance protocols.

    Key Specifications

    • Voltage: 220 volts, 50 hertz
    • Motor control: Variable voltage output
    • Time display: Hours and tenths format
    • Compatible with brush-style blower motors

    System Compatibility

    The TE-5010X integrates with Tisch Environmental high volume air samplers including TSP, PM10, and PM2.5 systems. This controller is standard equipment on TE-PUF samplers and other high volume sampling systems requiring flow rates up to 280 liters per minute. Compatible with 220V brush-style motor assemblies such as TE-116125 and similar models.

    Alternative Configurations

    For different power requirements, consider the TE-5010 (110V 60Hz) or brushless motor variants including TE-5010-BLX (brushless, 220V 50Hz). Counter-only versions without motor control are available as TE-5010-6X and TE-5010-6XZ models.

    Applications

    Essential for ambient air quality monitoring programs requiring documented sampling times and controlled flow rates. Used in EPA compliance monitoring, industrial hygiene assessments, and environmental research applications where precise motor control and time tracking are critical for data validity.