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Instrumentación de prueba y validación de sala limpia
Anemómetro térmico
A precision hot-wire thermal anemometer for low air-velocity measurement, temperature indication and cleanroom airflow surveys at grilles, hoods and open work zones.
- Sensitive hot-wire measurement for low-speed cleanroom air.
- Slim telescopic probe with minimal flow disturbance.
- Averaging and logging for structured airflow traverses.
Introducción del producto
This thermal anemometer uses a heated miniature sensor whose cooling response tracks local air velocity with high sensitivity at low speeds. A slim telescopic probe enters grilles, ducts and confined test locations with limited flow disturbance, while the handheld meter provides velocity, temperature, averaging and data-storage functions for systematic qualification work.
Características clave
Slim telescopic probe reaches ducts and overhead outlets with minimal flow obstruction.
Simultaneous velocity and air-temperature readings support ventilation diagnostics.
Timed and multi-point averaging stabilizes measurements in fluctuating air streams.
Selectable duct area enables calculated volumetric-flow results.
Stored readings can support traverse records and qualification documentation.
Preocupaciones del producto del cliente
Low-speed unidirectional airflow requires a sensitive sensor that can enter restricted test points without materially changing the velocity being measured.
Very low cleanroom air speeds can fall below the useful sensitivity of a compact vane.A heated miniature sensor responds to small changes in convective cooling for dependable low-velocity readings.
A bulky probe can disturb the flow inside a grille or narrow duct.The slender telescopic shaft and small sensor tip reduce blockage at the measurement point.
Local turbulence makes a single instantaneous value unrepresentative.Timed and multi-point averaging produces a more stable result across the prescribed traverse.
Long qualification surveys are vulnerable to transcription errors.Onboard storage keeps point readings and statistics available for later review and reporting.
Aplicaciones típicas
Cleanroom low-velocity airflow mappingLaminar-flow hood and workstation verificationSupply grille and diffuser traversesDuct velocity and volume-flow testingVentilation commissioning and troubleshooting
Parámetros técnicos
Representative construction dimensions for a handheld hot-wire instrument are listed below; probe geometry, sensing range and environmental channels can be selected for the validation protocol.
| Materiales Core | Miniature heated-film sensor, stainless telescopic probe and impact-resistant polymer handheld housing |
|---|---|
| Panel de espesor | Typically 2.0-3.0 mm for the molded meter enclosure |
| Ancho efectivo | Approximately 7-12 mm across the protected probe tip |
| Longitud máxima | Approximately 900-1100 mm with the telescopic probe fully extended |
| Acero frente a espesor | Typically 0.3-0.8 mm for the stainless telescopic probe sections |
| Densidad Core | Approximately 7800-8000 kg/m³ for stainless probe components |
| Conductividad térmica | Approximately 14-17 W/(m·K) for stainless probe components |
| Superficie acabada | Dark graphite overmolded meter with satin stainless probe and black protective sensor tip |
| Tipo conjunto | Locking telescopic sections with keyed detachable probe connection and protected sensing window |
| Customization | Disponible según la aplicación prevista y el entorno operativo. |
Opciones disponibles
Straight or articulating telescopic probeVelocity and temperature probeHumidity-capable probe configurationProtective instrument caseData-download softwareTraceable calibration service
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