德國德圖Testo 872帶紅外熱像智能App的熱像儀

訂貨號：

產品描述

testo 872熱像儀非常適用于專業行業和建筑熱成像 – 同時還可確保您快速而輕松地工作。它可以用于多個領域，比如工業機械設備維護，或者建筑構缺陷檢測。您可以使用其便捷的功能生成對比度高，針對性強的紅外圖像 -Assist（發射率設定助手）以及ScaleAssist（溫標設定助手）功能，不僅可以幫助您避免測量誤差，并且還可以針對建筑熱成像輕松實現良好的發射率 ）和反射溫度（RTC）設置，以及對對比度進行適合設置。

testo 872熱像儀 – 智能APP和聯網的熱像儀

testo 872熱像儀內置WLAN/藍牙模塊，可方便連接智能手機，PAD等，利用智能設備APP可分屏顯示并實現遠距離測量設定及操作，并通過網絡即時共享測量圖片與報告。

testo872智能無線熱像儀系列可通過無線藍牙方式與智能鉗表testo770-3連接并數據通信，將電工測量參數傳輸至熱像儀，提供電氣設備故障分析的具體數據; 同樣，通過無線方式與智能溫濕度儀testo605i連接，可獲取環境溫濕度數值，在建筑評估中提供更全面的分析數據。

testo 872熱像儀的應用領域

testo 872熱像儀可用于檢測霉變隱患，定位熱橋，檢測結構缺陷，或者發現過熱連接點。testo 872熱像儀是相關行業日常維護和安裝應用的li xiang選擇，可幫您快速、簡單而可靠地進行維護和檢測缺陷。

testo 872熱像儀的技術亮點

簡單的操作和出色的熱成像質量是testo 872熱像儀的特點。testo 872熱像儀具有以下令人印象深刻的技術特點：

76,800個溫度點確保精確的熱成像。320 x 240像素的紅外分辨率 – 通過集成的 Super紅外超像素技術，可實現640 x 480像素的分辨率

熱靈敏度＜ ℃

德圖紅外熱像智能APP可以讓您使用移動終端設備作為di二顯示屏或進行遠程控制，或者編寫、發送以及在線保存報告

藍牙無線通信 –對testo 770-3鉗形表和testo 605i溫濕度計的測量值進行無線集成

內置的數碼可見光相機

冷熱點自動搜索功能，直接顯示臨界溫度條件

德圖的ScaleAssist（溫標設定助手）可用于自動設置熱成像刻度，這意味著您可以針對性強，對比度高熱圖像，比如建筑的熱保溫性能

德圖的?-Assist（發射率設定助手）可以通過自動確定和設置發射率和反射溫度，確保正確的測量結果

IFOV警示器，儀器可測量區域會顯示在熱圖像上 – 從而避免測量誤差，因為方框可以準確標識可測量的區域

在PC上進行圖像評估的IRsoft專業軟件

可選擇將熱圖像保存為JPEG格式

產品包含

testo 872熱像儀內置藍牙/WLAN無線模塊，USB電纜，充電器，鋰電池， 3個德圖ε-標簽，說明書，校準證書以及儀器箱。

技術數據：

紅外圖像輸出

對焦： 定焦

紅外分辨率： 320 x 240 像素

圖像刷新頻率： 9 Hz

紅外超像素 （空間分辨率)： 毫弧度

紅外超像素（像素）： 640 x 480 像素

幾何分辨率 (IFOV)： 毫弧度

zui小聚焦距離： < m

視場： 42° x 30°

熱靈敏度： 60 mK

光譜范圍： ~ 14 μm

可見光圖像輸出

zui小聚焦距離： m

圖像像素： zui低310萬像素

圖像顯示

顯示屏選項： 紅外圖像/可見光圖像

顏色： 10種

顯示屏類型： 英寸液晶顯示屏幕，分辨率320X240

數碼變焦： 2x, 4x

測量

反射溫度： 手動

ε-Assist： ?

測量范圍： -30 to +100 ℃; 0 to +650 ℃

精度： ±2 ℃, ±2 % of mv

發射率： to 1

測量功能

太陽能模式： 輸入太陽輻射值

分析功能： 平均點的測量，熱點/冷點識別，時間增量，區域測量（區域范圍內的zui大zui小值）

帶濕度測量的濕度測量儀： 溫濕度計 testo 605 支持藍牙功能（儀器必須單獨訂購）；無線許可證 (歐盟，EFTA，美國，加拿大，澳大利亞，土耳其)

模塊附件： ?

空間分辨率： ?

濕度模塊說明： ? 電流、電壓或功率的輸入

鉗形表： Automatic measurement value transfer of clamp meter testo 770-3 via Bluetooth (instrument must be ordedered separately); Wireless permit in EU, EFTA, USA, Canada, Australia, Turkey

圖像設備

數碼相機： ?

全屏模式： ?

JPEG存儲： ?

視頻流： 支持 USB， 支持無線紅外App

標準鏡頭： 42° x 30°

界面： USB Micro B型接口

無線局域網絡連接： 連接德圖紅外熱像儀app 無線應用模塊 BT / WLAN通信（歐盟、EFTA、美國、AUS、CDN，TR）

藍牙： 溫濕度計 testo 605i, 鉗形表 testo 770-3（可選）；無線許可證 (歐盟，EFTA，美國，加拿大，澳大利亞，土耳其)

圖像存儲

圖像格式： .bmt; .jpg; 可保存為.bmp; .jpg; .png; .csv; .xls

存儲設備： 內存

電源

電池類型： 快速充電器

操作時間： 4 小時

交流電供電： 是

環境情況

外殼防護等級： IP54

振動： 2G

環境濕度： 20 to 80 %RH non-condensing

儲存溫度： -30 ~ +60 ℃

操作溫度： -15 ~ +50 ℃

物理規格

外殼： PC - ABS

重量： 510 g

大?。?219 x 96 x 95 mm

PC軟件

系統要求： Windows 10; Windows 8; Windows 7

紅外熱像儀標準/保修

EU-/EG-法規： EMC: 2014/30/歐標; RED: 2014/53/歐標

技術參數

Product colour： Black

顯示屏背光燈： bright / normal / dark

應用故事：

Detecting structural defects and ensuring building quality (also for images of the building shell)

Analysis with the Testo thermal imager is a fast and efficient method of detecting possible structural defects. Furthermore, the thermal imager is also ideally suited for providing proof of the quality and correct implementation of construction measures. Any heat losses, humidity and lack of air tightness arising in a building are visible in the thermal image. The Testo thermal imager offers the possibility of detecting structural damage and implementation defects in the thermal insulation – all using a non-contact method! The testo ScaleAssist function, which automatically ensures optimum setting of the thermal image scale, means you get objectively comparable thermal images of buildings. This makes correct assessment of structural defects and thermal bridges easier than ever before. Detecting insulation defects and thermal bridges in the building shell is one of the typical applications.

Carrying out detailed energy consultancy

In building thermography, infrared technology is ideally suited for the fast and effective analysis of energy losses in the heating or air conditioning of buildings. Thanks to its high temperature resolution, the thermal imager provides detailed images of inadequate insulation and thermal bridges. It is impressive in terms of recording and documenting energy losses on outer windows and doors, roller blind casings, radiator niches, roof constructions or the entire building shell. The thermal imager is the best measuring instrument for comprehensive diagnostic and maintenance uses and always a good choice when it comes to energy consultancy.

電氣設備和機械設備的預防性維護

為了確保系統的安全性和可靠性，防止出現代價gao昂的停機時間，必須及早和可靠地檢測生產相關系統的損壞。電氣和機械生產設施中的問題區域通常會由于受影響部件溫度升高而變得明顯。

您可以直接在系統運行過程中使用熱像儀來檢測臨界熱條件（所謂的熱點），從而獲得額外的可靠性保證。

熱像儀的典型應用：

快速定位電氣系統的熱點

檢測發動機、軸以及軸承的臨界熱條件

Easy checking of heating systems and installations

Heating, ventilation and air conditioning systems can be quickly and reliably checked thanks to the easy and intuitive operation of the Testo thermal imager. Just a quick look with the thermal imager is enough to discover irregularities in temperature distribution. Thermography can therefore be used to easily locate clogged radiators and leaks.

Typical applications for the thermal imager:

Pinpointing the course of heating loops in an underfloor heating system

Checking radiators for silting

Measuring the flow and return temperature

Investigating moisture damage

Not every damp wall is caused by a faulty water pipe. Water can rise or penetrate due to faulty installation of rain and water run-off systems, causing wet walls. Moisture damage can also occur due to blocked drains or insufficient seepage. The thermal imager finds the cause of rising damp or penetrating rainwater straight away, thus preventing greater damage.

On the trail of a ruptured pipe

If a pipe rupture is suspected, the only solution left is often to break open entire wall or flooring areas. The thermal imager enables you to minimize damage and reduce costs, because you locate precise leaks in underfloor heating and other inaccessible pipelines. This avoids opening up walls and floors unnecessarily and considerably reduces the repair costs.

Preventing mould formation

Thermal bridges waste energy. Condensation can also form in these places due to humidity in the ambient air. As a result, mould develops in these areas with the associated health risks for the occupants. The thermal imager uses the ambient temperature and humidity, determined externally with the testo 605i Smart Probe, along with the measured surface temperature to calculate the value of the relative surface moisture for each measuring point directly in the measuring instrument. Mould formation is therefore shown on the display before it becomes visible: areas at risk are displayed in red, those not at risk in green. This makes it possible to introduce measures to prevent dangerous mould formation in good time - including in hidden corners and alcoves.

Testing the air tightness of new builds

If doors or windows are not correctly fitted, in winter cold air can enter or warm indoor air can escape. This results in draughts, increased ventilation heat loss and above all high energy costs. The combination of thermography and Blower Door has really proved its worth. This procedure involves creating a negative pressure in the building, so that cool outside air can flow into the interior of the building through leaky joints and cracks. A Testo thermal imager makes the detection of the leaks considerably easier here. Any leaks are located – before facings and fittings for the new build make repair work complicated and costly.