testo 480 - Climate Measurement Tool 

Order-Nr.  0563 4800

  • Measure multiple parameters Temperature, Humidity, Pressure Turbulence, Heat radiation, Co2 Lux, PMV/PPD, WBGT 

  • Professional software for reporting & data logging 

  • Highly accurate digital probes 

  • Intelligent calibration concept

Air flow measurements in ducts, temperature measurements in laboratories, humidity measurements in production, pressure difference measurements in clean rooms. The Testo 480 climate measurement meter with a wide range of optional probes that allows you to measure, analyse and log these and a variety of other parameters with only one device. 

Product Description

The easy-to-use Testo 480 is a high-precision digital temperature, humidity and air flow meter which allows you to measure, analyze and log all relevant ventilation and indoor air quality parameters with only one device.

The high-precision digital temperature, humidity and air flow meter is designed to provide independent experts, consultants, technical service providers and HVAC technicians in the field of ventilation and indoor air quality with an efficient means of carrying out all their measurements – i.e. norm-compliant setting and adjustment of air conditioning and ventilation systems in offices, residential and industrial buildings – using just one single device.

It is also designed to check quality parameters in production and processing quickly and reliably.

The intelligent concept behind the testo 480

The Testo 480 has a built-in, high-precision difference pressure sensor for pitot static tube measurements and filter/clean room monitoring. There is also a wide range of high-quality optional probes for carrying out the following measurements:

Air flow and volume flow (also fume cupboard measurements)

| Temperature | Humidity | Pressure (differential and absolute pressure) | CO2 | Lux | PMV/PPD | Heat radiation | Degree of turbulence | WBGT Index |

The testo 480 digital climate meter comes with a wide range of optional probes and accessories – like the wireless testo quick printer for print outs on site – which allow you to customize your meter to suit your budget.

State-of-the-art technology for HVAC technicians / engineers

The Testo 480 was designed to make your work more efficient and life easier. The high-quality, easy-to-use digital temperature, humidity and air flow meter can be used to measure all relevant ventilation and air conditioning parameters and carry out long-term measurements with only one device. What’s more it’s got a mammoth-size memory that can save up to 60 million measurements and a set of integrated programs that guide you through the following measurements step by step.
  • VAC measurements in compliance with EN 12599
  • Degree of turbulence measurements in compliance with EN 12599
  • PMV/PPD measurement in compliance with ISO 7730
  • WBGT measurement in compliance with ISO 7243

"Easy Climate PC software“

The “Easy Climate” software allows your readings to be transferred directly to a PC via a USB cable where they can then be presented, analyzed or logged. A specially developed protocol designer enables you to create protocols to suit your customers’ needs and the optional testo quick printer provides you with printouts on site.

Digital sensors and intelligent calibration concept

The optional testo digital sensors provide you with highly accurate results as there is no measurement inaccuracy from the meter. In addition, any deviations which are determined during calibration can be saved to the digital sensor. These deviations are compensated automatically giving you a zero error value. The intelligent sensors alert the user when the next calibration – which can be carried out by hand thereby ensuring that you always have your meter with you when you need it – is due.

The testo 480 digital temperature, humidity and air flow meterhas a built-in, high-precision difference pressure sensor with a measuring range from -100 to +100 hPa and connection possibilities for a further three optional digital and two temperature (type K thermocouple sensors).

PLEASE NOTE: THIS PRODUCT DOES NOT INCLUDE A PROBE OR PROBE CABLE, A RANGE OF PROBES CAN BE FOUND IN ACCESSORIES ALONG WITH THE PROBE CABLE (PART NUMBER 0430 0100) *

Please view the Brochure on the download Tab to view technical data for the Testo 480 Climate measurement tool.

 

Delivery Scope

testo 480 digital temperature, humidity and air flow meter, integrated difference pressure sensor, “Easy Climate” software, power adaptor, USB cable, calibration certificate.

Please note: the sensors and accessories described in the product presentation above are all optional and must be ordered separately.

Temperature - Pt100

Measuring range

-100 to +400 °C

Resolution

0.01 °C

Temperature - TC Type K (NiCr-Ni)

Measuring range

-200 to +1370 °C

Accuracy

±(0.3 °C to 0.1 % of mv)

Resolution

0.1 °C

Humidity - Capacitive

Measuring range

0 to 100 %RH

Resolution

0.1 %RH

Velocity - Vane anemometer

Measuring range

0.6 to +50 m/s (vane anemometer Ø 16 mm)

0.1 to +15 m/s (vane anemometer Ø 100 mm)

Resolution

0.1 m/s (vane anemometer Ø 16 mm)

0.01 m/s (vane anemometer Ø 100 mm)

Velocity - Hot wire anemometer

Measuring range

0 to +20 m/s

Resolution

0.01 m/s

Ambient CO₂

Measuring range

0 to 10000 ppm CO₂

Resolution

1 ppm CO₂

Comfort level measurement

Measuring range

0 to +5 m/s

Resolution

0.01 m/s

Differential pressure (internal sensor) - Piezoresistive

Measuring range

-100 to +100 hPa

Accuracy

±(0.3 Pa + 1 % of mv) (0 to +25 hPa)

±(0.1 hPa + 1.5 % of mv) (+25.001 to +100 hPa)

Resolution

0.001 hPa

Light

Measuring range

0 to 100000 Lux

Resolution

1 Lux

Absolute Pressure (internal sensor and external probe)

Measuring range

700 to 1100 hPa

Accuracy

±3 hPa

Resolution

0.1 hPa

General technical data

Operating temperature

0 to +40 °C

Protection class

IP30

Connectable probes

2 x Temperature TC Type K, 1 x differential pressure  (internal), 3 x digital

EU-/EG-guidelines

2004/108/EG

Battery life

approx. 17 hours (hand instrument without probes, with 50 % display brightness)

Display function

Colour graphic display

Power supply

Rechargeable battery, plug-in mains unit for long-term measurements and charging battery

Data transfer

USB cable or SD card

Memory

60,000,000 measuring values

Storage temperature

-20 to +60 °C

Weight

435 g

Comfort probes

Temperature - NTC

Measuring range

0 to +50 °C

Accuracy

±0.5 °C

Resolution

0.1 °C

Absolute Pressure

Measuring range

+700 to +1100 hPa

Accuracy

±3 hPa

Resolution

0.1 hPa

Velocity - Hot wire anemometer

Measuring range

0 to +5 m/s

Accuracy

±(0.03 m/s + 4 % of mv)

Resolution

0.01 m/s

Temperature - NTC

Measuring range

0 to +50 °C

Accuracy

±0.5 °C

Resolution

0.1 °C

Humidity - Capacitive

Measuring range

0 to +100 %RH

Accuracy

±(1.8 %RH + 0.7 % of mv)

Resolution

0.1 %RH

Absolute Pressure

Measuring range

+700 to +1100 hPa

Accuracy

±3.0 hPa

Resolution

0.1 hPa

Ambient CO₂

Measuring range

0 to +10000 ppm

Accuracy

±(75 ppm + 3 % of mv)

0 to +5000 ppm

±(150 ppm + 5 % of mv)

5001 to +10000 ppm

Resolution

1 ppm

Light

Measuring range

0 to +100000 Lux

Accuracy

Accuracy according to DIN 13032-1:

F1 = 6 % V-Lamda

F2 = 5 % cos

Class C according to DIN 5032-7

Resolution

1 Lux

Digital Humidity Probe

temperature probe Ø 12 mm

Order Number: 0636 9743

$657.80 incl. Tax
Temperature - NTC

Measuring range

-20 to +70 °C

Accuracy

±0.2 °C (+15 to +30 °C)

±0.5 °C (Remaining Range)

Resolution

0.1 °C

Humidity - Capacitive

Measuring range

0 to 100 %RH

Accuracy

±(1.0 %RH + 0.7 % of mv) (0 to 90 %RH)

±(1.4 %RH + 0.7 % of mv) (90 to 100 %RH)

Resolution

0.1 %RH

Fume cupboard probes

Temperature - NTC

Measuring range

0 to +50 °C

Accuracy

±0.5 °C

Velocity - Hot wire anemometer

Measuring range

0 to +5 m/s

Accuracy

±(0.02 m/s + 5 % of mv)

Surface probes

Temperature - TC Type K (NiCr-Ni)

Measuring range

-60 to +400 °C

Accuracy

Class 2 ²⁾

Reaction time

7 s

2) According to standard EN 60584-2, the accuracy of Class 1 refers to -40 to +1000 °C (Type K), Class 2 to -40 to +1200 °C (Type K), Class 3 to -200 to +40 °C (Type K).

Velocity

Temperature - NTC

Measuring range

-20 to +70 °C

Accuracy

±0.5 °C

Resolution

0.1 °C

Velocity - Hot wire anemometer

Measuring range

0 to +20 m/s

Accuracy

±(0.03 m/s + 5 % of mv)

Resolution

0.01 m/s

Temperature - NTC

Measuring range

-20 to +70 °C

Accuracy

±0.5 °C

Velocity / Volume flow

Measuring range

0 to +10 m/s

Accuracy

±(0.03 m/s + 5 % of mv)

Temperature - NTC

Measuring range

-20 to +70 °C

Accuracy

±0.5 °C

Humidity - Capacitive

Measuring range

0 to 100 %RH

Accuracy

±(1.8 %RH + 0.7 % of mv)

Absolute Pressure

Measuring range

+700 to +1100 hPa

Accuracy

±3 hPa

Velocity - Hot wire anemometer

Measuring range

0 to +20 m/s

Accuracy

±(0.03 m/s + 4 % of mv)

Temperature - NTC

Measuring range

0 to +60 °C

Accuracy

±0.5 °C

Resolution

0.1 °C

Velocity / Volume flow

Measuring range

+0.1 to +15 m/s

Accuracy

±(0.1 m/s + 1.5 % of mv)

Resolution

0.01 m/s

Temperature - NTC

Measuring range

-10 to +70 °C

Accuracy

±1.8 °C

Velocity / Volume flow

Measuring range

+0.6 to +50 m/s

Accuracy

±(0.2 m/s + 1 % of mv) (0.6 to +40 m/s)

±(0.2 m/s + 2 % of mv) (40.1 to +50 m/s)

immersion/ penetration probes

Temperature - TC Type K (NiCr-Ni)

Measuring range

-50 to +400 °C

Accuracy

Class 2 ¹⁾

Reaction time

5 s

1) According to standard EN 60584-2, the accuracy of Class 1 refers to -40 to +1000 °C (Type K), Class 2 to -40 to +1200 °C (Type K), Class 3 to -200 to +40 °C (Type K).

Temperature - TC Type K (NiCr-Ni)

Measuring range

-50 to +250 °C

Accuracy

Class 2 ¹⁾

Reaction time

5 s

1) According to standard EN 60584-2, the accuracy of Class 1 refers to -40 to +1000 °C (Type K), Class 2 to -40 to +1200 °C (Type K), Class 3 to -200 to +40 °C (Type K).

$563.00 incl. Tax
Temperature - Pt100

Measuring range

-100 to +400 °C

Accuracy

±(0.15 °C + 0.2 % of mv) (-100 to -0.01 °C)

±(0.15 °C + 0.05 % of mv) (0 to +100 °C)

±(0.15 °C + 0.2 % of mv) (+100.01 to +350 °C)

±(0.5 °C + 0.5 % of mv) (+350.01 to +400 °C)

Resolution

0.01 °C

System case

System case for HVAC measurements

Order Number: 0516 4800

$407.00 incl. Tax
$407.00 incl. Tax

Flow measurement in the ventilation duct according to EN 12599

Use testo 480 and the flow probes to carry out VAC grid measurements according to EN 12599 and to configure your system to make it energy-efficient. The measurement results can be presented to your customers on site in the VAC measurement protocol (link to pdf).

We have the ideal flow probe for your duct measurements:

  • Probes for low, medium and high flow velocities
  • Probe for turbulent flows
  • Probes with non-rotatable, robust telescope. The scaling on the telescope ensures that the immersion depth is easy to read.
  • Probe for ventilation ducts with small holes

Air temperature and humidity can also be measured with the same probe as the flow velocity if required.

Selecting a suitable probe depends on the flow velocity in the ventilation duct. This can be broken down into three sub-ranges:

  • Low flow velocities: thermal anemometers are suitable for this (order no. 0635 1543, 0635 1024, and 0635 1050)
  • Medium flow velocities: the 16 mm vane anemometer provides the best results (order no. 0635 9542)
  • High flow velocities: the pitot tube provides the best prerequisites (see following application)

Flow measurement in the ventilation duct using a pitot tube

Observance of air flows in the ventilation duct is of utmost importance for the function of the ventilation and air conditioning system.

The internal differential pressure sensor of the testo 480 is used for measuring in the case of high flow velocities and very contaminated flows, and the pitot tube for an air velocity ranging from 0 to 64 m/s. The testo 480 simultaneously displays pressure, flow and volumetric flow. Magnets on the rear of the instrument allow hands-free work.

Our pitot tubes are available in different designs: in lengths of 350 mm to 1000 mm and diameters of 4 mm and 7 mm.

Volumetric flow measurement at the air outlet

Every duct inlet and outlet should only contain the volumetric flow that according to calculations is a basic prerequisite to an efficient functional system.

The large vane anemometer with 100 mm diameter is ideal for measuring the volumetric flows at duct outlets (order no. 0635 9343), as it integrates the flow velocity over a larger area thereby determining disturbance from the air grille (loop method).

To measure the suction or blowing vents of air grilles and plate valves our volumetric flow rate funnel set is ideal (order no. 0563 4170) as is the large 100 mm vane anemometer (order no. 0635 9343) The entire volumetric flow is recorded with the aid of the funnel without the need for conversion on the basis of the flow velocity and area. This method of flow measurement is simple and reliable.

Take reliable measurements at ceiling outlets using the bendable, thermal flow probe (0635 1543).

Differential pressure measurement on filters

Air conditioning systems are equipped with filters which prevent dirt from the outside air entering the indoor air. These filters are to be inspected regularly to make sure they are still fully functional. To do this, the pressure is measured in front of and behind the filter. The result is the differential pressure. If it is too high, the filter is contaminated and needs changing.
testo 480 uses the integral sensor to measure the differential pressure within the -100...+100 hPa range. The differential pressure measurement is temperature-compensated for exact readings. Magnets on the rear of the instrument allow hands-free work.

Humidity measurement in the VAC system according to EN 12599

In winter, the absolute humidity in the outside air is generally not enough to uphold the requirement of a pleasant room humidity of approx. 30% rF to 70% rF (as per DIN EN 13779) in buildings with ventilation and air conditioning systems. Therefore, air humidifiers are often used within ventilation systems.

To ensure that these systems function properly EN 12599 specifies that in addition to other measurement parameters, such as volumetric flow and temperature, relative humidity also has to be measured at different points within the VAC system. Typical measuring points are in front of and behind heat exchangers and humidifiers. Conversion into the required humidity units (e.g. absolute humidity) is possible with the testo 480.

The humidity probe (order no. 0636 9743) has the ideal size of 12 mm diameter for measurement in the ventilation duct. This probe can record relative humidity and temperature in parallel. The humidity probe can also be used to assess thermal comfort within a room.

PMV-/PPD value measurement according to ISO 7730

A person's sense of well-being in a room (level of comfort) depends on a series of particular external influencing factors. For example, people are extremely sensitive towards thermal radiation caused by cold walls or windows. We also respond to draughts in a room with thermal discomfort.
Thermal comfort is defined by the following main influencing factors:
  • Indoor air temperature and radiation temperature
  • Air velocity
  • Relative humidity of the indoor air
In turn, the effect of these main influencing factors on a person's sense of comfort depends on his or her (level of) activity and clothing. The international standard ISO 7730 combines all of the parameters in the PMV/PPD measurement (Predicted Mean Vote/Predicted Percentage Dissatisfied). The PMV is an index which predicts the average climate assessment value of a large group of people. The PPD Index provides a quantitative prediction of the number of people that will be dissatisfied with a certain ambient atmosphere.
The measurement program integrated into the testo 480 directly calculates the PMV/PPD value according to ISO 7730 using optional attachment probes. The generated diagram in the measuring instrument helps you to evaluate an indoor climate quickly and objectively. The PMV/PPD measurement protocol records the measurement data for you and your customers.

Turbulence measurement in accordance with EN 13779

The air velocity in rooms directly affects thermal comfort. The turbulence and draught levels can be referred to in the assessment of comfort.

The level of turbulence indicates the air velocity fluctuation and intensity of air flow in a room.

The air velocity in rooms directly affects thermal comfort. The turbulence level is given as a percentage, calculated from the mean air velocity and air temperature in rooms. The level of turbulence indicates the air velocity fluctuation and intensity of air flow in a room. There is a direct correlation between the air temperature and turbulence level.

The draught rate can be generally understood as the unwanted cooling of the body due to air movement. The draught rate is defined as the percentage of people who feel uncomfortable. The draught rate is also given as a percentage, calculated from the mean flow velocity, mean temperature and turbulence level.

The non-directional comfort probe (order no. 0628 0143) has been specially designed to measure the turbulence level in accordance with EN 13779, and to assess the draught rate. The integrated assisted measurement program in the testo 480 enables the standard-compliant measurement results to be analyzed directly in the measuring instrument. The optional tripod (order no. 0554 0743) secures all probes safely and conveniently, even for long-term measurements.

Measurement of indoor air quality (CO2)

Bad indoor air quality due to high concentrations of CO2 can cause tiredness, lack of concentration and even illness. Therefore, to ensure sufficient indoor air quality the CO2 concentration is generally not to exceed 1 000 ppm. Values of 700 to 1 500 ppm can be viewed as the “reference range”.

The IAQ probe (order no. 0632 1543) is particularly suitable for monitoring indoor air quality controls. This probe can be used to record CO2, temperature and relative humidity at the same time.

Lighting measurement

Suitable lighting in the workplace provides workers with sufficient light to be able to perform their jobs well. It helps to prevent mistakes being made, premature tiredness setting in, and maintains alertness.

testo 480 and the Lux probe (order no. 0635 0543) can be used to measure and assess luminous intensity (natural or artificial light).

Measurement of radiated heat

Thermal radiation (that is, the operative or perceived temperature) in the environment can be determined with the attachment Globe thermometer (order no. 0602 0743); this comprises a black hollow copper sphere which has the tip of a mercury thermometer at its centre. The operative temperature measured with a Globe thermometer with a 150 mm diameter preferably corresponds with people's perceived temperature to ± 0.41 K.

The temperature measurements in a room (air temperature and operative temperature) are to be taken in the same place and same general conditions as the measurement of indoor air velocities.

The optional tripod (order no. 0554 0743) secures all probes safely and conveniently, even for long-term measurements.

WBGT measurement at workplaces exposed to heat as per DIN 33403 and ISO 7

243

Use the WBGT probe (Wet Bulb Globe Temperature) to measure and monitor heat stress, e.g. in the steel industry. Measure the WBGT index in compliance with the standards. In the testo 480 this climate index is determined according to DIN 33403 and ISO 7243. Use it to ensure physical well-being in the workplace and prevent circulatory collapse, heat cramps and heat stroke.

Laboratory flue gas measurement in accordance with EN 14175

Use the testo 480 and the thermal flow probe (order number: 0635 1048) to measure the inflow rate and exhaust air volumetric flow rate in laboratory flues as per EN 14175. This will guarantee your customer correct positioning of the flue and efficient flue performance on site.

Ensuring the process climate in clean rooms

testo 480 is the ideal instrument for ensuring the process climate in clean rooms. Differential pressure can be checked with the internal pressure sensor to an accuracy of +/- 0.3 Pa +1% of reading.
The air temperature is measured with the accurate Pt100 probes and humidity fluctuations are monitored with an accuracy up to ±(1,0 %rF + 0,7 % v. Mw.) using the precise humidity and temperature probe (order number: 0636 9743).
The thermal flow probe (order number: 0635 1048) is used to check laboratory flues and measure laminar flow.
 

Calibration of air-conditioning cabinets as per DAkkS/DKD directive 5-7

Monitor your air conditioning cabinet for precise temperature and humidity conditions with the testo 480 measuring instrument. The instrument protects your work and helps you to comply with quality standards by measuring with the accurate humidity probe (order no 0636 9743) and Pt100 temperature probe (order no. 0614 0073), which automatically compensate for non-conformities. It is easy to connect up to three humidity and Pt100 temperature probes at the same time. Calibrate your air-conditioning cabinet in compliance with the reference standard, with no errors. The testo 480 provides smooth management and documentation of your measurement data.

High precision temperature and humidity measurement

In many industrial processes, highly accurate and reliable measurement of humidity and temperature is required to ensure consistent quality. For example, in your production facilities or laboratory, temperature and humidity can be accurately measured to +/- 1% using the humidity and temperature probe (order number: 0636 9743). You need all physical factors of the Mollier diagram and the testo 480 will calculate them for you. With the integrated measurement programs extensive options are available for monitoring your nominal values.

Precision temperature measuring in the laboratory

Use the new high-precision Pt100 immersion and penetration probe to carry out measurements in laboratories with an accuracy of ± 0.05 °C in the 0 to +100 °C range.

The new digital precision temperature probe enables high-precision temperature measurements in liquids and pastes. After entering the calibration data in the software, your measurement will show no errors; the testo 480 can therefore be used as a working standard.

Measurement of the air and surface temperature

For human beings to be comfortable and perform at their best, it is crucial that the rooms they occupy are correctly air conditioned. As well as the structural conditions and personal perception, the following factors also contribute significantly to the existence of a pleasant indoor climate: the indoor air and surface temperature of walls, windows, floors and ceilings.

There is a great selection of TE temperature probes available for the testo 480. The surface probe (order no. 0602 0393) and air humidity probe (order no. 0636 9743) can be used to investigate dew point shortfalls and mould.

Also part of the range: TC temperature probe with T-hinge measuring head and very quick response time for temperature measurements on surfaces (order no. 0614 0195).

Up to two temperature probes specially for measurements on pipes can be connected to the testo 480 to record and show the difference in temperature in a heating system.

Product Brochures

Manuals

Software