TS 430 SDI Anemometer Sensor

Suitable for detecting weaknesses in the verification of building airtightness

Suitable for distribution control of flow and temperature in ventilation and air conditioning systems

Here are some technical details of the TS 430 SDI

Display 1: Airflow velocity

Airflow measurement range: 0.00 to 2.00 m/s

Airflow resolution: 0.01 m/s

Airflow accuracy: ± (0.04 m/s + 1% of the measured value)

Units for airflow/volume flow display: m/s, m³/s, m³/min, m³/h, l/min

Display 2: Temperature

Temperature measurement range: 0 °C to +50 °C

Temperature resolution: 0.1 °C

Temperature accuracy: ± 0.7 °C (at v > 0.5 m/s)

Units for temperature display: °C, °F

Sensor element

Material: stainless steel

Length / Ø: 210 mm / 6 mm

Sensor handle ambient conditions: 0 °C to +50 °C (measuring electronics in the handle)

Description

Technical data

Master Data
SKU	3510220260
Weight without packaging [kg]	0.1 kg
Other dimensions
Diameter [mm] \| Dimensions of sensor element	6
Conditions during operation, storage, and in the working environment
Operation – max. temperature [°C]	50
Operation – min. temperature [°C]	0
Appearance
Handle material	Plastics
Functions and features
Stainless steel probe
Internal sensors
Air flow rate [m/s]
Air temperature [°C]
Air temperature [°F]
Interfaces/connector format
SDI connector
Material design of sensor element
Stainless steel

Highly sensitive airflow measurement for airtightness testing, HVAC and drying control

The TS 430 SDI anemometer sensor is connected via the TC 30 SDI connection cable and is ideal for precise low-airflow measurements in a wide range of applications. It is used not only for identifying weak points when checking the airtightness of buildings (blower door tests), but also for monitoring the distribution of air flow and temperature in ventilation and air-conditioning systems. Restoration and renovation companies also rely on this sensor to monitor the performance of drying installations during insulation layer drying after water damage, as it enables quick and accurate verification of whether sufficient air flow is present at the relief openings to effectively dry the insulation layer.