Online Temperature Monitoring Solutions for Switch Cabinet

I. 背景

使用開關柜時，人們都非常注重電力測溫。開關柜溫度過高主要由以下原因造成：

1. 運輸和工人安裝不佳等原因引起觸頭接觸不佳，接觸電阻變大就會出現觸頭溫度升高，進而可能燒毀停電。

2. 長期運行過程中會出現表面氧化以及接頭松動和老化的現象，這也是造成設備過熱甚至出現嚴重事故的主要原因之一。

這些原因不可避免，由此開關柜溫度監測非常重要。但是開關柜內空間狹小，傳統的測溫方式不能夠滿足需求，因為人工巡檢監測不了。安科瑞無線測溫系統成功解決這一問題，因為它是將溫度傳感器直接固定在易發熱的部位上，然后通過無線傳輸的方式將數據傳送到后臺，并能夠實現溫報警的作用。

I.Background

When using switch cabinets, people pay much attention to electrical temperature measurement. The switch cabinet temperature is too high mainly caused by the following reasons:

1)Reasons such as poor transportation and installation by workers will cause poor contact of the contacts. The increase in contact resistance will cause the temperature of the contacts to rise, which may burn out and power out.

2)Surface oxidation, loosening and aging of joints will occur during long-term operation, which is also one of the main reasons for equipment overheating and even serious accidents.

These reasons are inevitable, so the temperature monitoring of the switch cabinet is very important. However, the space in the switchgear is small, and the traditional temperature measurement method cannot meet the demand because the manual inspection cannot be performed.Acrelwireless temperature measurement system successfully solves this problem because it directly fixes the temperature sensor on the heat-prone parts, and then transmits the data to theserverthrough wireless transmission, and can realize the function of over-temperature alarm.

II.Application

斯里蘭卡某開關柜制造商使用安科瑞無線測溫產品在某一變電所。4個柜子使用4個無線測溫傳感器和1個收發器。客戶對我們的產品進行了長時間和高強度的測試，對我司可靠的數據傳輸結果非常滿意。

One of Sri Lanka switch cabinets manufacturer use Acrel wireless temperature products in Substation. Four cabinets use 4 temperature sensors and 1 transceiver. Customers have conducted long-term and high-intensity tests on our products, and are very satisfied with the reliable data transmission results.

III.Acrel Products Introduction

1）Wireless Temperature Sensors suitable for different installation location.

2）Various Networking scheme

I)Local display

II)Centralized local display