appSensor Pyrometer BP21

183.00 USD 183.00 USD 183.0 USD

640.16 AED

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appSensor Pyrometer BP21

Pyrometer BP21WP as appSensor controlled via smartphone
Optics:
Optical resolution (D:S) 10:1
Smallest measuring spot Ø 12.7 mm (Distance 254 mm)

Infrared temperature sensor [°C]:
Min. measuring range [°C]: -30
Max. measuring range [°C]: 250
Max. accuracy [°C]: ±3 °C (at >0 °C) ±2 °C / ±2 % (at ≤ 0 °C)

Interfaces: Bluetooth 4.0

Temperature sensor:
Response time 0.3 s
Spectral sensitivity 8 - 14 µm

Laser (target display):
Class 2 (II)
Wavelength [nm] 630-670 nm
Power [mW] 1

Power supply:
Internal (battery)

VSKU: 1010000072

183.00 USD 183.00 USD 183.0 USD

640.16 AED

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Category:

Thermometer

Description
Ratings and Reviews

Pyrometer to measure the steam temperature in a superheater

The pyrometer BP21 WP uses a multipoint laser with a professional sensor for realise and accurate measurements. The sensor can be controlled by smartphone by Bluetooth via MultimMeasure mobile application. The pyrometer has a hold, logger and alarm function. It is powered by 3 AAA 1.5 V batteries. The laser is classified as class 2. The housing material if the perimeter is plastic and has a protection of class IP 40 protection. The pyrometer weighs about 110 g.

Applications

The pyrometer is used to measure the steam temperature in the superheater.
A hot air balloon is provided with a pyrometer for measuring the temperature to prevent overheating of the fabric.
The surface temperature of the turbine blades is measured by fixing the pyrometer to the experimental gas turbine engines.
It is used to measure the temperature of furnaces.
It is used to measure the pouring temperature in metal casting.
It is used to measure the temperature of glass gob.
It is used in the automobile industry to measure the temperature during the casting of car parts.

Features

The multi-point laser automatically visualizes the size of the measuring spot.
The pyrometer has an option for manual adjustment.
It is always ready for use.
Professional sensors are used to acquire precise measurements.
An LED indicator is used for confirmation of visual connection for the foolproof connection of the app via Bluetooth.
The measuring devices and displaying of data be controlled via mobile application.
The measured values can be measured and observed from remote locations.
The minimum, maximum and average values of measured values can be determined and indicated.
Hold function is available to freeze the measured data.
It has a logging function to log the data.
It is facilitated with an alarm function.
A wrist strap is provided for safe handling.
It abides by a practice-optimized German industrial design.
The app sensor and the MultiMeasure mobile app are connected to obtain results remotely and accurately.
It has an automatic power-off function.
The measurement value display can be refreshed both via the app and a button at the measuring device for measuring values individually.
The pyrometer can carry out continuous measurements.
The measured values can be displayed two-dimensionally with a background image or grid in the case of matrix measurement.
The results can be displayed and saved in the terminal devices either numerically or in the form of a chart.
The measurement data file can be stored in PDF or Excel format.

Specifications

The optical resolution of the pyrometer is 10:1.
The pyrometer has a temperature range resolution of 0.1°C.
The emissivity of the pyrometer is 0.95.
The measuring temperature range varies from -30 to +250 °C.
It has a maximum accuracy of ±3 °C when the temperature is greater than 0 °C and ±2 °C when the temperature is lesser or equal to 0 °C.
The infrared measuring range varies from -22 to 482°F.
The operating temperature of the pyrometer varies from 0 to 50°C.
The storage temperature varies from -20 to 60°C.
The response time of the temperature sensor is 0.3 s.
The spectral sensitivity of the sensor varies from 8 to 14 µm.
The laser has a wavelength ranging from 630 to 670nm.
The output power of the laser is 1mW.
It has a non-contact measuring function.
The laser is classified as class 2.
The pyrometer weighs about 110g.
The dimension of the perimeter is 24.3 X 37 X 150.5 mm.
The housing material of the perimeter is plastic.
It has a class IP40 protection.
It is powered by 3 AAA 1.5V batteries.
It has an automatic power-off function activated after approximately 3min of Bluetooth inactivity.
It has a minimum and maximum value display function.
It has a hold function.
The battery status indication is available on the display.

We supply these Pyrometers for measuring the temperature of the furnace in the USA, UK, Germany, France, Netherlands, Spain, Switzerland, Sweden, and other European countries. Also, we supply these pyrometers to measure the steam temperature in a superheater the Middle East and other Asian countries including India, Pakistan, Afghanistan, Bangladesh, Singapore, etc.

Our African offices supply these pyrometers to measure the temperature of the furnace across all African countries covering South Africa, Kenya, Nigeria, Tanzania, Rwanda, Djibouti, Morocco, Ghana, Ethiopia, Uganda, Morocco, Tunisia, Cameroon, Mauritius, Gabon, Seychelles, etc.

Our Middle East offices supply these pyrometers to measure the surface temperature of turbine blades in the United Arab Emirates, Kingdom of Saudi Arabia, Qatar, Oman, Kuwait, Egypt, Lebanon, Bahrain, Libya, Iraq, Erbil, Jordan, etc.

Pyrometer to measure the steam temperature in a superheater

Applications

The pyrometer is used to measure the steam temperature in the superheater.
A hot air balloon is provided with a pyrometer for measuring the temperature to prevent overheating of the fabric.
The surface temperature of the turbine blades is measured by fixing the pyrometer to the experimental gas turbine engines.
It is used to measure the temperature of furnaces.
It is used to measure the pouring temperature in metal casting.
It is used to measure the temperature of glass gob.
It is used in the automobile industry to measure the temperature during the casting of car parts.

Features

The multi-point laser automatically visualizes the size of the measuring spot.
The pyrometer has an option for manual adjustment.
It is always ready for use.
Professional sensors are used to acquire precise measurements.
An LED indicator is used for confirmation of visual connection for the foolproof connection of the app via Bluetooth.
The measuring devices and displaying of data be controlled via mobile application.
The measured values can be measured and observed from remote locations.
The minimum, maximum and average values of measured values can be determined and indicated.
Hold function is available to freeze the measured data.
It has a logging function to log the data.
It is facilitated with an alarm function.
A wrist strap is provided for safe handling.
It abides by a practice-optimized German industrial design.
The app sensor and the MultiMeasure mobile app are connected to obtain results remotely and accurately.
It has an automatic power-off function.
The measurement value display can be refreshed both via the app and a button at the measuring device for measuring values individually.
The pyrometer can carry out continuous measurements.
The measured values can be displayed two-dimensionally with a background image or grid in the case of matrix measurement.
The results can be displayed and saved in the terminal devices either numerically or in the form of a chart.
The measurement data file can be stored in PDF or Excel format.

Specifications

The optical resolution of the pyrometer is 10:1.
The pyrometer has a temperature range resolution of 0.1°C.
The emissivity of the pyrometer is 0.95.
The measuring temperature range varies from -30 to +250 °C.
It has a maximum accuracy of ±3 °C when the temperature is greater than 0 °C and ±2 °C when the temperature is lesser or equal to 0 °C.
The infrared measuring range varies from -22 to 482°F.
The operating temperature of the pyrometer varies from 0 to 50°C.
The storage temperature varies from -20 to 60°C.
The response time of the temperature sensor is 0.3 s.
The spectral sensitivity of the sensor varies from 8 to 14 µm.
The laser has a wavelength ranging from 630 to 670nm.
The output power of the laser is 1mW.
It has a non-contact measuring function.
The laser is classified as class 2.
The pyrometer weighs about 110g.
The dimension of the perimeter is 24.3 X 37 X 150.5 mm.
The housing material of the perimeter is plastic.
It has a class IP40 protection.
It is powered by 3 AAA 1.5V batteries.
It has an automatic power-off function activated after approximately 3min of Bluetooth inactivity.
It has a minimum and maximum value display function.
It has a hold function.
The battery status indication is available on the display.