ph復合電極氧化還原電位CPS16E發表時間:2025-12-17 14:12
產品規格 CPS16E pH/ORP組合電極CPS16E完全替代CPS16D。可以用一個電極同時測PH和ORP兩個參數。 CPS16E-AA7BTA2 | CPS16E-1009/0非防爆,量程0-14pH,溫度范圍0-135℃,壓力0-17bar CPS16E-NA7BTA2 | CPS16E-12H3/0防爆,量程0-14pH,溫度范圍0-135℃,壓力范圍0-17bar。 CPS16E-NA7ATA2 | CPS16E-1202/0防爆,量程1-12pH,溫度范圍-15-80℃,壓力范圍0-17bar。 Memosens CPS16E能夠同時進行pH和ORP測量,適應于穩定工況應用。電極內置pH和ORP測量部件,能夠提供豐富過程信息,是嚴格過程控制的堅實基礎。Memosens CPS16E采用Memosens 2.0數字技術,支持擴展數據存儲,服務預維護和IIoT工業物聯網。pH/ORP電極不受潮濕環境的影響,允許實驗室標定,簡化例行操作,實現更高過程完整性。 ph復合電極氧化還原電位CPS16E特點 ? Memosens 2.0支持擴展儲存單元,保存標定參數和過程參數,能夠更好地進行趨勢識別,為未來實施預維護和改進IIoT工業物聯網服務提供完美的基礎。 ? 附加鉑電極持續監測參比阻抗,是電極質量的可靠保障。 ? 同時測量pH、ORP和rH值(在rH模式中),能夠提供豐富過程信息,是嚴格過程控制的堅實基礎。 ? 堅固耐用,大面積環狀PTFE隔膜,參比電極帶離子捕捉阱,有效防止電極中毒。 ? 滿足嚴苛工況應用:過程玻璃耐受強堿性介質腐蝕,在壓力不超過17 bar (246 psi)的工況下穩定測量。 ? 更低使用成本:實驗室標定和現場快速更換電極,實現最短生產中斷時間。實驗室再生電極,延長了傳感器的使用壽命。 ? 采用非接觸式數字信號傳輸方式,測量結果始終可靠,保證高過程安全性 ph復合電極氧化還原電位技術參數 測量原理:玻璃電極 應用 Long-term monitoring and limit control in processes with stable process conditions ? Chemical processes ? Pulp and paper industry ? Waste incinerators and gas scrubbers ? Mining ? Wastewater 特點 Combination of pH and ORP electrode for standard applications in process technology and environmental engineering Poison-resistant reference with ion trap 測量范圍 ORP: –1 500 to 1 500 mV Application A ? pH: 1 to 12 Application B ? pH: 0 to 14 測量原理 Gel compact electrode with PTFE ring-junction and with ion trap Pt-disc as additional ORP element rH measurement and control of the reference impedance 設計 All shaft lengths with temperature sensor Advanced gel technology 材質 Sensor shaft: Glass to suit process pH membrane glass: Type A, B Metal lead: Ag/AgCl Aperture: Ring-shaped PFTE junction ORP measuring element: Platinum O-ring: FKM Process coupling: PPS fiber-glass reinforced Nameplate: Ceramic metal oxide 外形尺寸 Diameter: 12 mm (0.47 inch) Shaft lengths: 120, 225 and 360 mm (4.72, 8.86, 14.17 and 16.73 inch) 過程溫度 Application A: –15 to 80 °C (5 to 176 °F) Application B: 0 to 135 °C (32 to 275 °F) 過程壓力0.8 to 17 bar (11.6 to 246,5 psi) absolute 溫度傳感器NTC30k 防爆認證With ATEX, IECEx, CSA C/US, NEPSI, Japan Ex and INMETRO approvals for use in hazardous areas Zone 0, Zone 1 and Zone 2 連接Inductive, digital connection head with Memosens 2.0 technology 防護等級IP68 ORP /氧化還原電位 測量原理 ORP電極 應用 Long-term monitoring and limit control in processes with stable process conditions Chemical processes ? Pulp and paper industry ? Waste incinerators and gas scrubbers ? Mining ? Wastewater 特點 Combination of pH and ORP electrode for standard applications in process technology and environmental engineering Poison-resistant reference with ion trap 測量范圍 ORP: –1 500 … 1 500 mV Application: A ? pH: 1 to 12 Application B ? pH: 0 to 14 測量原理 Gel compact electrode with PTFE ring-junction with ion trap Pt-disc as additional ORP element rH measurement and control of the reference impedance 設計 All shaft lengths with temperature sensor Advanced gel technology 材質 Sensor shaft: Glass to suit process pH membrane glass: Type A, B Metal lead: Ag/AgCl Aperture: ring-shaped PFTE junction ORP measuring element: Platinum O-ring: FKM Process coupling: PPS fiber-glass reinforced Nameplate: Ceramic metal oxide 外形尺寸 Diameter: 12 mm (0.47 inch) Shaft lengths: 120, 225 and 360 mm (4.72, 8.86, 14.17 and 16.73 inch) 過程溫度 Application A: –15 to 80 °C (5 to 176 °F) Application B: 0 to 135 °C (32 to 275 °F) 過程壓力0.8 to 17 bar (11.6 to 246,5 psi) absolute 溫度傳感器NTK30k 防爆認證With ATEX, IECEx, CSA C/US, NEPSI, Japan Ex and INMETRO approvals for use in hazardous areas Zone 0, Zone 1 and Zone 2 連接Inductive, digital connection head with Memosens 2.0 technology 防護等級IP68 ph復合電極氧化還原電位應用領域 在穩定工況條件下進行長期過程監測或限值監測: - 化工行業 - 紙漿和造紙行業 - 發電廠(例如煙氣凈化) - 垃圾焚燒廠 - 采礦行業 - 污水行業 水處理: - 飲用水 - 冷卻水 - 井水 通過ATEX、IECEx、CSA C/US、NEPSI、JPN、INMETRO認證,可以在防爆0區、1區和2區中使用。 測量系統 整套測量系統包括: ? pH/ORP 組合電極 CPS16E ? 變送器,例如 Liquiline CM44x ? Memosens 電纜 CYK10 或 CYK20 ? 安裝支架 ? 浸入式安裝支架,例如 Dipfit CPA111 ? 流通式安裝支架,例如 Flowfit CPA250 ? 可伸縮式安裝支架,例如 Cleanfit CPA871 ? 插入式安裝支架,例如 Unifit CPA842 根據實際工況可選配: 全自動清洗和標定系統,例如 Liquiline Control CDC90 聲明:此篇為蘇州閩泰瑞澤電子科技有限公司原創文章,轉載請標明出處鏈接://secuzone.cn/h-nd-1026.html
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