現(xiàn)貨德國威仕VSE齒輪高精度流量計VSI 2/1 GRO12V 42R11/5工作原理場景解析

威仕VSE齒輪高精度流量計VSI 2/1 GRO12V 42R11/5是德國VSE公司研發(fā)的一款容積式流量測量儀表，采用高精度齒輪嚙合結(jié)構(gòu)，適用于各類工業(yè)流體的精密計量。其核心特點包括：測量精度高（典型±0.1%讀數(shù)）、重復(fù)性好（±0.03%）、壓力損失小、對流體粘度變化不敏感，廣泛應(yīng)用于液壓系統(tǒng)、潤滑系統(tǒng)、燃油計量等工業(yè)場景

工作原理

容積式測量原理

該流量計基于容積式測量原理，通過測量流體在單位時間內(nèi)通過固定容積的次數(shù)來計算流量。核心部件為一對相互嚙合的精密齒輪（主動齒輪和從動齒輪），當(dāng)流體進入流量計進口時，在壓差作用下推動齒輪旋轉(zhuǎn)，齒輪每旋轉(zhuǎn)一周，會排出固定體積的流體（即“排量"），排量與齒輪轉(zhuǎn)速的乘積即為瞬時流量。

結(jié)構(gòu)組成及作用

 信號轉(zhuǎn)換過程

齒輪旋轉(zhuǎn)時，帶動安裝在軸端的磁體同步轉(zhuǎn)動，磁體與傳感器（如霍爾元件）之間產(chǎn)生周期性磁場變化，傳感器輸出與轉(zhuǎn)速成正比的脈沖信號

通過計數(shù)器或PLC對脈沖信號進行采集，根據(jù)公式計算流量

瞬時流量Q（L/min）= 脈沖頻率f（Hz）× 排量V（L/脈沖）× 60

累計流量Total = 脈沖總數(shù) × 排量V

技術(shù)參數(shù)解析

以型號VSI 2/1 GRO12V 42R11/5為例，各參數(shù)含義如下

VSI：產(chǎn)品系列代號，代表高精度齒輪流量計

2/1：尺寸代碼，對應(yīng)進出口徑（如G1/2"或G1/4"接口）

GRO：齒輪類型，高精度直齒輪設(shè)計

12V：信號輸出類型，12V供電的脈沖信號（NPN或PNP）

42R11/5：排量代碼，代表每轉(zhuǎn)排量為42 cm3/r（具體需參考廠商手冊）

典型技術(shù)參數(shù)

測量范圍：0.1~100 L/min（視排量而定）

工作壓力：最大350 bar（高壓型）

介質(zhì)溫度：-20℃~120℃（標(biāo)準(zhǔn)型）

粘度范圍：1~10000 cSt

輸出信號：脈沖（5~24V DC）、4-20mA（可選）

應(yīng)用場景分析

液壓系統(tǒng)流量監(jiān)測

在工程機械、注塑機等液壓設(shè)備中，用于實時監(jiān)測液壓油流量，確保系統(tǒng)壓力與流量匹配，預(yù)防過載或泄漏

注塑機合模/射膠階段的流量閉環(huán)控制

挖掘機液壓回路的流量分配優(yōu)化

潤滑油精密計量

在風(fēng)電齒輪箱、軋機等大型設(shè)備的潤滑系統(tǒng)中，精確計量潤滑油的注入量，避免因潤滑不足導(dǎo)致設(shè)備磨損

特點

適應(yīng)高粘度潤滑油（如460#齒輪油）

長期運行穩(wěn)定性高，維護周期長

燃油/化工流體計量

在燃油輸送、涂料配比等場景中，用于批量計量或連續(xù)流量監(jiān)測：

船舶發(fā)動機燃油消耗統(tǒng)計

涂料生產(chǎn)中多種原料的比例混合控制

科研實驗及校準(zhǔn)設(shè)備

憑借高精度特性，作為標(biāo)準(zhǔn)流量計用于實驗室流量校準(zhǔn)或流體特性研究，例如：

高校流體力學(xué)實驗平臺

第三方計量機構(gòu)的儀表校準(zhǔn)設(shè)備

安裝與維護注意事項要求

進出口需安裝直管段（前面10D后5D，D為管徑），避免渦流影響

水平安裝，確保齒輪軸處于水平狀態(tài)，減少軸承磨損

介質(zhì)流向需與外殼箭頭標(biāo)識一致，禁止反向安裝

遠離強電磁干擾源，信號線需屏蔽處理

維護要點

定期檢查過濾器，防止雜質(zhì)進入測量腔（建議安裝100目以上過濾器）

介質(zhì)含有腐蝕性成分時，需選用不銹鋼材質(zhì)外殼及齒輪

長期停機后重啟前，需排凈測量腔內(nèi)空氣

校準(zhǔn)周期建議每年一次，使用標(biāo)準(zhǔn)流量裝置進行校驗

常見故障及排除

威仕VSE齒輪高精度流量計VSI 2/1 GRO12V 42R11/5憑借其高精度、高可靠性的特點，在工業(yè)流體計量領(lǐng)域具有廣泛的適用性。通過理解其容積式測量原理、技術(shù)參數(shù)及安裝維護要點，可確保其在液壓、潤滑、化工等場景中實現(xiàn)精準(zhǔn)流量監(jiān)測，為設(shè)備高效運行與過程優(yōu)化提供數(shù)據(jù)支持。實際應(yīng)用中需結(jié)合具體工況選擇合適型號，并嚴(yán)格遵循安裝規(guī)范，以充分發(fā)揮其性能優(yōu)勢

The VSE VSI 2/1 GRO12V 42R11/5 is a volumetric flow meter developed by Germany's VSE company, featuring a high-precision gear meshing mechanism designed for accurate measurement of various industrial fluids. Its key advantages include: exceptional measurement accuracy (typical reading accuracy of ±0.1%), excellent repeatability (±0.03%), minimal pressure loss, and insensitivity to fluid viscosity variations. It finds extensive applications in hydraulic systems, lubrication systems, fuel measurement, and other industrial scenarios. Operating Principle: Based on the volumetric measurement principle, this flow meter calculates flow rate by counting the number of times fluid passes through a fixed volume per unit time. Its core components consist of a pair of precision gears (a driving gear and a driven gear) that mesh together. When fluid enters the inlet, the pressure difference drives the gears to rotate; each full rotation discharges a fixed volume of fluid ("displacement"), and the product of this displacement and the gear's rotational speed determines the instantaneous flow rate.

Structural Composition and Component Names | Functional Description---|---Measurement Chamber: House the gear set, forming a sealed measurement space to ensure precise fluid distribution. Gear Set: High-precision meshing gears (typically made of hardened steel or ceramic) that discharge a fixed volume of fluid during rotation. Shaft Seal: Prevents fluid leakage using mechanical or lip seals, suitable for high-pressure applications. Signal Generator: Converts gear speed into electrical signals (e.g., pulse signals) via magnetic/electromagnetic induction or photoelectric sensors. Housing: Protects internal components under system pressure; materials include aluminum alloy or stainless steel. Signal Conversion Process: Gear rotation drives the magnet mounted on the shaft to rotate synchronously, generating periodic magnetic field variations between the magnet and sensor (e.g., Hall element). The sensor outputs pulse signals proportional to rotational speed, which are captured by a counter/PLC. Flow rate is calculated using the formula: Instantaneous Flow Rate Q (L/min) = Pulse Frequency f (Hz) × Displacement V (L/pulse) × 60. Cumulative Flow Total = Total Pulse Count × Displacement V. Technical Parameters (Example: Model VSI 2/1 GRO12V 42R11/5): -VSI: Product series code representing the high-precision gear flow meter. -2/1: Dimension code specifying inlet/outlet diameters (e.g., G1/2 "or G1/4"). -GRO: Gear type: High-precision spur gear design. -12V: Signal output type: Pulse signal powered by 12V (NPN or PNP). -42R11/5: Displacement code. Technical Specifications: Representative displacement: 42 cm3/r (refer to manufacturer's manual for exact values); Measurement range: 0.1–100 L/min (depending on displacement); Operating pressure: Up to 350 bar (high-pressure model); Media temperature: -20°C to 120°C (standard model); Viscosity range: 1–10,000 cSt; Output signals: Pulse (5–24 V DC), 4–20 mA (optional). Application Scenarios: 1. Hydraulic System Flow Monitoring: Used in construction machinery and injection molding machines to monitor hydraulic oil flow in real-time, ensuring proper system pressure-flow matching and preventing overload or leakage. 2. Flow Closed-Loop Control During Mold Closure/Plastic Injection in Injection Molding Machines. 3. Flow Distribution Optimization in Excavator Hydraulic Circuits. 4. Precision Lubricant Dosage: Accurately measures lubricant injection volumes in large equipment lubrication systems (e.g., wind turbine gearboxes, rolling mills), preventing equipment wear due to insufficient lubrication. Suitable for high-viscosity lubricants (e.g., 460# gear oil), offering high long-term operational stability and extended maintenance intervals. 5. Fuel/Chemical Fluid Measurement: Used for batch dosing or continuous flow monitoring in fuel transportation and coating formulation. 6. Laboratory and Research Applications: Serves as a standard flow meter for laboratory calibration and fluid property studies (e.g., university fluid mechanics platforms). 7. Instrument Calibration: Third-party calibration services for measurement devices. Installation and Maintenance Requirements: -Install straight pipe sections at both inlet and outlet (10D upstream and 5D downstream, where D represents pipe diameter) to avoid vortex effects. -Ensure horizontal installation of gear shafts. To reduce bearing wear, the medium flow direction must align with the arrow markings on the housing; reverse installation is prohibited. The system should be positioned away from strong electromagnetic interference sources. Signal cables require shielding treatment. Maintenance guidelines: Regularly inspect filters to prevent impurities from entering the measurement chamber (a 100-mesh or higher filter is recommended). When handling corrosive media, use a stainless steel housing and gears. After prolonged shutdown, completely vent air from the measurement chamber before restarting. Calibration should be performed annually using a standard flow meter. Common faults and troubleshooting: Possible causes: Damaged output signal sensor, loose wiring, gear jamming; Solutions: Check wiring, replace sensor, disassemble and clean gears. Large measurement errors: Gear wear, medium viscosity exceeding limits, reverse installation; Replace gear set, verify medium parameters, correct installation orientation. Abnormal pressure loss: Filter clogging or incomplete opening of inlet/outlet valves; Clean filters and inspect pipeline valve conditions. The Wes VSE Gear High-Precision Flow Meter (VSI 2/1 GRO12V 42R11/5) demonstrates extensive applicability in industrial fluid measurement due to its high precision and reliability. By understanding its volumetric measurement principle, technical specifications, and installation/maintenance requirements, precise flow monitoring can be achieved in hydraulic, lubrication, and chemical applications, providing data support for efficient equipment operation and process optimization. Select appropriate models based on specific operating conditions and strictly adhere to installation protocols to maximize performance advantages.

VSI 2/10 S07 12V-32W15/4

VSI 2/16 GP012V-32W15/4

VSI 2/16 GP054V-32W15/4

?VSI 2/10 S07 V32

現(xiàn)貨德國威仕VSE齒輪高精度流量計VSI 2/1 GRO12V 42R11/5工作原理場景解析

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Beinlich百利泵

E+H：質(zhì)量流量計，液位計，電極

Atos：液壓閥，比例閥，電磁閥，放大器，液壓泵

Kracht：流量計，齒輪泵，溢流閥，指示器

VSE：流量計，放大器

Rickmeier：齒輪泵