電站測溫用熱電阻WZP2-321B 供應(yīng)
WZP2-321B 熱電阻：電站測溫的精準(zhǔn)之選
在電站運行過程中，溫度監(jiān)測是保障設(shè)備安全穩(wěn)定運行的關(guān)鍵環(huán)節(jié)。WZP2-321B 煩電阻憑借其卓越的性能，成為電站測溫領(lǐng)域的理想選擇。
WZP2-321B 熱電阻采用高品質(zhì)的鉑電阻元件，這種元件具有極高的穩(wěn)定性和可靠性。它能夠在惡劣的電站環(huán)境中長期穩(wěn)定工作，不受外界因素干擾，為電站設(shè)備的溫度監(jiān)測提供精準(zhǔn)可靠的數(shù)據(jù)支持。其測量精度高，能夠精確測量電站設(shè)備在運行過程中產(chǎn)生的微小溫度變化，及時發(fā)現(xiàn)潛在的溫度異常，幫助工作人員提前采取措施，避免設(shè)備故障的發(fā)生。
該熱電阻的結(jié)構(gòu)設(shè)計緊湊合理，安裝方便快捷。它能夠適應(yīng)電站內(nèi)各種復(fù)雜的空間布局，無論是狹小的角落還是高溫高壓的區(qū)域，都能輕松安裝并穩(wěn)定運行。同時，其良好的抗干擾能力使其在電站這種強電磁干擾的環(huán)境中也能保持穩(wěn)定的信號輸出，確保測溫數(shù)據(jù)的準(zhǔn)確性和實時性。
在電站的日常維護(hù)和管理中，WZP2-321B 熱電阻的低維護(hù)成本也是一大優(yōu)勢。它無需頻繁校準(zhǔn)和更換元件，大大減少了維護(hù)工作量和成本支出。這不僅提高了電站的運行效率，也為電站的長期穩(wěn)定運行提供了有力保障。
WZP2-321B 熱電阻以其卓越的性能和可靠的品質(zhì)，為電站的溫度監(jiān)測提供了精準(zhǔn)、穩(wěn)定的解決方案。選擇 WZP2-321B 熱電阻，就是選擇電站安全運行的堅實保障，助力電站實現(xiàn)高效、穩(wěn)定、可靠的運行目標(biāo)。
WZP2-321B Resistance Thermometer: The Precision Choice for Power Plant Temperature Measurement
In the operation of power plants, temperature monitoring is a crucial element to ensure the safe and stable operation of equipment. The WZP2-321B resistance thermometer, with its outstanding performance, has become an ideal choice in the field of power plant temperature measurement.
The WZP2-321B resistance thermometer utilizes high-quality platinum resistance elements. These elements are known for their exceptional stability and reliability. They can operate stably in harsh power plant environments over the long term, without being affected by external factors. This provides precise and reliable data support for the temperature monitoring of power plant equipment. With high measurement accuracy, it can accurately detect even the slightest temperature changes in the equipment during operation. This enables early detection of potential temperature anomalies and allows staff to take preventive measures in a timely manner to avoid equipment failures.
The thermometer has a compact and rational structural design, making it easy to install. It can adapt to various complex spatial layouts within the power plant. Whether in tight corners or high-temperature and high-pressure areas, it can be easily installed and operate stably. At the same time, its strong anti-interference capability ensures stable signal output in the power plant environment, which is characterized by strong electromagnetic interference. This guarantees the accuracy and real-time nature of the temperature measurement data.
In the daily maintenance and management of power plants, the low maintenance cost of the WZP2-321B resistance thermometer is also a significant advantage. It does not require frequent calibration or replacement of components, greatly reducing maintenance workload and cost. This not only improves the operational efficiency of the power plant but also provides strong support for its long-term stable operation.
With its superior performance and reliable quality, the WZP2-321B resistance thermometer offers a precise and stable solution for power plant temperature monitoring. Choosing the WZP2-321B resistance thermometer means choosing a solid guarantee for the safe operation of the power plant. It helps power plants achieve efficient, stable, and reliable operation goals.
電站測溫用熱電阻
WZC-130B，WZP-220B，WZP-221B，WZP-230B，WZP-231B，WZP2-220B，WZP2-221B，WZP2-230B，WZP2-231B，WZP-220AB，WZP2-220AB。WZC-220B，WZC-230B，WZC-220AB，WZP-320B，WZP-321B，WZP-330B，WZP-331B，WZP2-320B，WZP2-321B，WZP2-330B，WZP2-330B，WZC-320B，WZC-320B，WZP-420B，WZP-421B，WZP-430B，WZP-431B，WZP2-420B，WZP2-421B，WZP2-430B，WZP2-431B，WZP-42AB，WZP2-42AB，WZC-420B，WZC-430B，WZP-420B，WZP-421B，WZP-430B，WZP-430B，WZP-431B，WZP2-420B，WZP2-421B，WZP2-430B，WZP2-431B，WZP-42AB，WZP2-42AB，WZP-420B，WZC-430B，WZP-621B，WZP-621AB，WZP-631B，WZP2 -621B，WZP2 -621B，WZP2 -631B，WZP-621B，WZP-631B，WZP-621B，WZP2 -631B，WZP-621AB，WZP2-621AB，WZP-002，WZP-003，WZP-003A，WZCM-201，WZPM-201，WZPM-201，WZP-270S，WZP-26S，WZP-236SB，
量程規(guī)格
名 稱 分度號 測溫范圍 ℃ 精度等級 允 差Δt
鎳鉻－鎳硅熱電偶 K 0～800 2 ±2.5℃或 ±0.75％t
鎳鉻－銅鎳熱電偶 E 0～600 2 ±2.5℃或 ±0.75％t
鉑熱電阻 Pt100 -200～500 B ±（0.3＋0.005|t|）
注：t為感溫元件實測溫度或?qū)崪y溫度的值。
□公稱壓力
一般是指在常溫下，保護(hù)管所能承受的靜態(tài)外壓而不破裂，試驗壓力一般采用公稱壓力的1.5倍。實際上，允許工作壓力不僅與保護(hù)管材料、直徑、壁厚有關(guān)，而且還與其結(jié)構(gòu)形式、安裝方法、置入深度以及被測介質(zhì)的流速、種類有關(guān)。
□熱電偶絕緣電阻
常溫絕緣電阻的試驗電壓為直流500Ｖ。測量常溫絕緣電阻的大氣條件為：溫度15～35℃，相對濕度45％RH，大氣壓力86～106kPa。
對于長度超過1米的熱電偶，它的常溫絕緣電阻值與其長度的乘積應(yīng)不小于100MΩ•m，
即：Rr•L＞100MΩ•mL＞1m
式中：Rr-熱電偶的常溫絕緣電阻值，MΩ；
L－熱電偶的長度，m。
對于長度等于或不足1米的熱電偶，它的常溫絕緣電阻值應(yīng)不小于100MΩ。
□熱電阻絕緣電阻
常溫絕緣電阻的試驗電壓可取直流10～100Ｖ任意值，環(huán)境溫度應(yīng)在15～35℃范圍內(nèi)，相對濕度應(yīng)不大于80％RH，常溫絕緣電阻值應(yīng)不小于100MΩ。
□熱電阻允許通過電流
通過鉑電阻的測量電流大不超過5mＡ。
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