TE-5009-1XZ Recorder Chart Drive Motor 220V 60Hz SKU: TE-5009-1XZ

The TE-5009-1XZ chart drive motor delivers precise, continuous rotation for 220-volt, 60-hertz chart recorders in Tisch Environmental's high volume air sampling systems. This synchronous motor maintains the exact 24-hour chart advancement required for EPA-compliant flow monitoring and data collection.

Technical Operation

The TE-5009-1XZ provides consistent rotational power to advance chart paper at the precise rate required for 24-hour continuous flow recording. The motor connects directly to the TE-5009 continuous flow recorder system, ensuring accurate time-based flow data collection throughout the sampling period. The motor's synchronous design maintains chart speed accuracy regardless of minor voltage fluctuations.

Power Specifications

• Voltage: 220V AC
• Frequency: 60 Hz
• Motor Type: Synchronous chart drive
• Application: 24-hour chart advancement

Compatibility

This motor is specifically designed for the TE-5009XZ 220-volt, 60-hertz continuous flow recorder used in Tisch Environmental's high volume air sampling systems. Compatible samplers include:

• TE-5000 series TSP samplers (220V 60Hz variants)
• TE-6000 series PM10 samplers (220V 60Hz variants)
• TE-6070 series PM2.5 samplers (220V 60Hz variants)
• Other Tisch samplers requiring 220V 60Hz chart recording

For 110V 60Hz systems, use TE-5009-1. For 220V 50Hz applications, specify TE-5009-1X.

Installation and Maintenance

The chart drive motor installs directly into the TE-5009XZ recorder housing and connects via standard power cord to the system's electrical distribution. The motor plugs into line voltage through the system timer, ensuring synchronized operation with sampling schedules. Regular inspection should verify proper chart advancement and motor mounting security. Chart paper must be properly seated on the drive hub to prevent jamming or irregular advancement.

Applications

Essential for EPA-compliant ambient air monitoring requiring continuous flow documentation. Used in mass flow controlled (MFC) samplers in conjunction with continuous flow recorders to provide the time-based flow records required for regulatory compliance. Critical for TSP, PM10, and PM2.5 monitoring programs where flow rate documentation throughout the sampling period is mandatory for data validation.