全球液位传感器市场在2024年已达到35亿美元规模，并以5.3%的年复合增长率持续扩张，预计2030年将突破48亿美元。从20美元的浮球开关到5,000美元以上的高端雷达液位计，价格跨度超过250倍。本文基于20年行业经验，为您提供7种技术类型的完整成本分解、影响价格的7大核心因素、全球5个主要产地价格对比，以及5条经过验证的省钱策略。
The global level sensor market reached $3.5 billion in 2024, growing at a CAGR of 5.3%, and is projected to exceed $4.8 billion by 2030. From $20 float switches to $5,000+ radar level transmitters, the price range spans over 250x. This guide, based on 20 years of industry expertise, delivers a complete cost breakdown across 7 technology types, 7 key pricing factors, price comparisons across 5 major manufacturing countries, and 5 proven cost-saving strategies.Holykell（长沙霍力柯尔电子科技）自2006年创立以来，始终专注于工业传感器的研发、制造与全球出口。作为中国领先的液位测量解决方案提供商，我们已为全球80多个国家的石油化工、市政水处理、食品加工、制药、能源等行业交付了数以万计的液位传感器产品。
Since its founding in 2006, Holykell (Changsha Holykell Electronic Technology) has been dedicated to the R&D, manufacturing, and global export of industrial sensors. As a leading Chinese level measurement solution provider, we have delivered tens of thousands of level sensors to industries including petrochemical, municipal water treatment, food processing, pharmaceutical, and energy across 80+ countries worldwide.本文中所有价格数据均来源于2025-2026年间的实际FOB报价、客户询价记录及行业市场调研报告，确保每一项数据都贴近真实交易场景。我们的技术团队累计为超过200个定制项目提供过液位测量方案设计。
All pricing data in this guide is sourced from actual FOB quotations, customer inquiry records, and industry market research reports from 2025-2026, ensuring every data point reflects real-world transaction scenarios. Our engineering team has provided level measurement solution designs for over 200 custom projects.理解液位传感器的成本构成是做出明智采购决策的基础。一台完整的液位变送器由7个核心部件组成，每个部件对总成本的贡献差异显著。以下是基于Holykell生产线实际BOM（物料清单）数据的成本分解：
Understanding the cost structure of a level sensor is the foundation for making informed procurement decisions. A complete level transmitter consists of 7 core components, each contributing differently to the total cost. Below is a cost breakdown based on actual BOM (Bill of Materials) data from Holykell's production lines.| Cost Component | Description | Cost Range (USD) | % of Total |
|---|---|---|---|
|
Sensing Element 传感元件 |
Ultrasonic transducer, radar antenna, pressure core, float assembly, capacitive probe | $8 – $800 | 25–45% |
|
Signal Processing 信号处理电路 |
PCB, A/D converter, microprocessor, temperature compensation circuitry | $5 – $60 | 10–20% |
|
Housing & Protection 外壳与防护 |
316SS / PP / PVDF / PTFE materials, IP67 / IP68 ingress protection | $3 – $50 | 8–15% |
|
Process Connection 过程连接件 |
Flange (DN25–DN100), thread (G1/2"–G2"), tri-clamp fittings | $2 – $40 | 5–12% |
|
Output & Communication 输出与通讯 |
4-20mA / HART / RS485 / Modbus / Wireless protocols | $3 – $30 | 5–10% |
|
Certification & Calibration 认证与校准 |
CE / ATEX / IECEx / 3-A / SIL certification, factory calibration | $2 – $25 | 5–8% |
|
Packaging & Shipping 包装运输 |
Anti-static packaging + wooden crate, sea freight / air freight | $2 – $20 | 3–8% |
关键洞察：传感元件是成本占比最大的部分（25-45%），这也是不同技术类型之间价格差异巨大的根本原因。例如，浮球式传感器的传感元件仅需$8-$15，而80GHz雷达天线模组则高达$200-$800。
Key Insight: The sensing element accounts for the largest cost share (25-45%), which is the fundamental reason for the massive price gap between different technology types. For example, a float sensor element costs only $8-$15, while an 80GHz radar antenna module can reach $200-$800.液位传感器的最终售价受多种因素交织影响。以下7个因素是采购决策中最需要关注的核心变量：
The final price of a level sensor is influenced by multiple interrelated factors. The following 7 factors are the most critical variables in procurement decisions:测量技术原理是决定价格的首要因素。浮球式（$20-$100）利用机械浮力原理，结构简单成本最低；超声波式（$100-$1,500）采用压电换能器发射声波，需要精密电子器件；雷达式（$300-$5,000+）使用微波射频技术，高频电子元件成本高昂。技术原理不同，价格差异可达250倍。
Measurement technology is the primary price determinant. Float type ($20-$100) uses mechanical buoyancy — simplest and cheapest. Ultrasonic ($100-$1,500) employs piezoelectric transducers requiring precision electronics. Radar ($300-$5,000+) uses microwave RF technology with costly high-frequency components. Price variance across technologies can reach 250x.测量范围直接影响传感元件的尺寸和信号处理能力。0-1m短量程传感器（$80-$200）与0-100m深井型传感器（$300-$800）之间存在3-4倍价差。精度等级同样关键：工业级±5mm（标准价）vs 计量级±0.5mm（增加30-60%成本）。高精度意味着更精密的元件和更严格的校准流程。
Measurement range directly impacts sensing element size and signal processing requirements. A 0-1m short-range sensor ($80-$200) vs. a 0-100m deep-well model ($300-$800) shows a 3-4x price gap. Accuracy class is equally critical: industrial grade ±5mm (standard price) vs. custody transfer grade ±0.5mm (30-60% cost premium). Higher accuracy demands more precise components and stricter calibration procedures.接液材质和防护等级对成本有显著影响。PP聚丙烯外壳仅$5左右，适合一般水质；316不锈钢约$30，适用于海水和弱腐蚀介质；PTFE聚四氟乙烯约$50，耐受强酸强碱；Hastelloy哈氏合金超过$100，应对极端腐蚀环境。IP65防尘防溅vs IP67短时浸水vs IP68持续深水——每提升一个等级，密封成本增加15-25%。
Wetted materials and ingress protection significantly affect cost. PP (polypropylene) housing costs ~$5 for general water applications; 316SS ~$30 for seawater and mild corrosives; PTFE ~$50 for strong acids/alkalis; Hastelloy $100+ for extreme corrosive environments. IP65 (dust/splash) vs IP67 (temporary immersion) vs IP68 (continuous submersion) — each upgrade adds 15-25% to sealing costs.4-20mA模拟输出是工业标准，成本最低（基线价格）。叠加HART数字协议需增加$30-$50，可实现远程参数设置和诊断。RS485/Modbus RTU增加$15-$30，适合PLC集成。无线NB-IoT/LoRa模组增加$40-$80，免除布线成本但增加单台设备费用。选型原则：满足系统需求即可，不必追求高配通讯协议。
4-20mA analog output is the industrial standard with the lowest cost (baseline price). Adding HART digital protocol costs $30-$50 more, enabling remote configuration and diagnostics. RS485/Modbus RTU adds $15-$30, ideal for PLC integration. Wireless NB-IoT/LoRa modules add $40-$80, eliminating wiring costs but increasing per-unit device cost. Selection principle: choose what meets your system requirements — no need to over-specify communication protocols.认证与防爆要求可使价格增加20-80%。普通型（无防爆认证）为基线价格；本安型Ex ia（适用于Zone 0）增加30-50%；隔爆型Ex d（适用于Zone 1）增加20-40%；卫生级3-A/EHEDG认证（食品制药行业）增加40-80%。ATEX（欧洲）和IECEx（国际）认证费用已包含在产品成本中，但会体现在最终售价上。
Certifications and explosion-proof ratings can increase prices by 20-80%. Standard type (no Ex certification) is the baseline. Intrinsic safety Ex ia (Zone 0) adds 30-50%. Flameproof Ex d (Zone 1) adds 20-40%. Hygienic 3-A/EHEDG certification (food/pharma) adds 40-80%. ATEX (Europe) and IECEx (international) certification costs are embedded in product pricing.不同行业对液位传感器的要求天差地别。市政水处理行业注重性价比和长期稳定性（低成本方案$80-$300）；石油化工行业要求防爆认证和耐高温高压（中等成本$300-$2,000）；制药食品行业需要卫生级材质和CIP清洗兼容（高成本$400-$2,500）；海洋石油平台需要SIL安全等级和极端环境防护（超高成本$1,000-$5,000+）。
Different industries have vastly different requirements. Municipal water treatment prioritizes value and long-term stability (low-cost solutions $80-$300). Petrochemical demands explosion-proof and high temperature/pressure ratings (medium cost $300-$2,000). Pharma/food requires hygienic materials and CIP compatibility (high cost $400-$2,500). Offshore platforms need SIL safety ratings and extreme environment protection (premium cost $1,000-$5,000+).品牌和产地是影响采购成本的最直观因素。中国制造商（如Holykell）的产品价格通常是欧美品牌的30-50%，但在CE/ATEX/IECEx认证体系下品质已达到同等标准。Emerson（Rosemount）、Endress+Hauser、Vega、Siemens等欧美品牌享有品牌溢价，价格高出40-70%。日本品牌（横河、富士电机）价格介于中国和欧美之间。
Brand and country of origin are the most visible cost factors. Chinese manufacturers like Holykell typically price at 30-50% of European/American brands, yet achieve equivalent quality standards under CE/ATEX/IECEx certifications. Western brands like Emerson (Rosemount), Endress+Hauser, Vega, and Siemens carry brand premiums of 40-70% higher. Japanese brands (Yokogawa, Fuji Electric) fall between Chinese and Western pricing.以下表格汇总了2026年市场上7种主流液位测量技术的典型价格区间和核心参数，帮助您快速定位最适合预算和工况的传感器类型：
The table below summarizes typical price ranges and key parameters for the 7 mainstream level measurement technologies available in 2026, helping you quickly identify the sensor type that best fits your budget and application conditions.| Technology | Range | Accuracy | Price Range (USD) | Best Application |
|---|---|---|---|---|
|
Float Level Switch 浮球式 |
0–3m | ±10mm | $20 – $100 | Water tanks, simple high/low level alarms |
|
Hydrostatic Pressure 静压式 |
0–200m | ±0.5%FS | $80 – $500 | Water wells, reservoirs, sewage treatment |
|
Ultrasonic 超声波 |
0.2–15m | ±3mm | $100 – $1,500 | Chemical tanks, food processing vessels |
|
Guided Wave Radar (GWR) 导波雷达 |
0–35m | ±2mm | $300 – $2,500 | High temp/pressure, low dielectric media |
|
Non-Contact Radar 非接触雷达 |
0–30m | ±1mm | $500 – $5,000+ | Petrochemical tanks, powder/solid silos |
|
Capacitive 电容式 |
0–6m | ±1%FS | $150 – $800 | Powders, granules, interface detection |
|
Magnetostrictive 磁致伸缩 |
0–6m | ±0.5mm | $400 – $2,000 | High-accuracy fuel tank gauging |
选型建议：对于预算有限的简单液位测量场景（清水、污水储罐），静压式传感器以$80-$300的价格提供±0.5%FS的精度，是性价比之王。对于需要非接触测量的化工场景，超声波传感器（$200-$800区间）足以覆盖大部分需求。只有在高温高压、低介电常数或极高精度要求的工况下，才需要投资雷达式传感器。
Selection Advice: For budget-constrained simple level measurement (clean water, sewage tanks), hydrostatic sensors at $80-$300 with ±0.5%FS accuracy offer the best value. For non-contact chemical measurement, ultrasonic sensors in the $200-$800 range cover most needs. Radar sensors are only justified for high temperature/pressure, low dielectric constant, or extreme accuracy requirements.全球液位传感器市场呈现出明显的地域价格分层。以下对比基于相同规格参数（静压式0-10m / 雷达式0-20m，4-20mA输出，316SS外壳，CE认证）的FOB出厂价：
The global level sensor market exhibits clear regional price stratification. The following comparison is based on identical specifications (hydrostatic 0-10m / radar 0-20m, 4-20mA output, 316SS housing, CE certified) at FOB factory prices.| Country / Region | Representative Brands | Hydrostatic Price | Radar Price | Quality Grade | Lead Time |
|---|---|---|---|---|---|
|
China (Changsha/Shanghai) Recommended |
Holykell, LEEG, WT Sensor | $80 – $300 | $300 – $2,000 | High (CE/ATEX) | 7–15 days |
| Germany | E+H, Vega, Siemens | $300 – $800 | $1,500 – $5,000 | Premium | 4–8 weeks |
| United States | Emerson (Rosemount), Magnetrol | $250 – $700 | $1,200 – $4,500 | Premium | 3–6 weeks |
| Japan | Yokogawa, Fuji Electric | $200 – $600 | $1,000 – $4,000 | High | 3–6 weeks |
| India | Local manufacturers | $60 – $250 | $250 – $1,500 | Medium | 2–4 weeks |
静压式液位传感器 — 各国价格对比（0-10m, 4-20mA, 316SS, CE认证）：
雷达式液位传感器 — 各国价格对比（0-20m, HART, 316SS, CE认证）：
从以上对比可以清晰看出：中国制造在品质达到CE/ATEX国际标准的前提下，价格仅为欧美品牌的30-50%，且交期仅需7-15天（欧美品牌通常需要3-8周）。Holykell作为拥有20年制造经验的中国本土企业，正是这一价格-品质平衡的最佳代表。
The comparison clearly shows that Chinese manufacturing, while meeting CE/ATEX international standards, prices at only 30-50% of Western brands, with lead times of just 7-15 days (compared to 3-8 weeks for Western brands). Holykell, with 20 years of domestic manufacturing experience, exemplifies this optimal price-quality balance.基于20年为全球客户提供液位测量方案的经验，以下5条策略已被反复验证能有效降低采购总成本：
Based on 20 years of experience providing level measurement solutions to global clients, the following 5 strategies have been repeatedly validated to effectively reduce total procurement costs.根据实际介质选择最合适的技术类型，避免过度配置。清水和污水处理场景使用静压式传感器即可（$80-$300），完全无需投入雷达式（$500+）。只有在存在泡沫、蒸汽、高温或需要非接触测量时，才需要升级到超声波或雷达。据我们统计，约40%的客户存在技术过度配置问题，导致不必要的成本增加。
Select the most appropriate technology for your actual media. Clean water and sewage applications work perfectly with hydrostatic sensors ($80-$300) — no need for radar ($500+). Upgrade to ultrasonic or radar only when foam, vapor, high temperature, or non-contact measurement is required. Our data shows ~40% of customers over-specify technology, resulting in unnecessary cost increases.选择中国制造直供方案。以Holykell为代表的中国传感器制造商，在CE/ATEX/IECEx认证体系下产品品质已接近Emerson、Endress+Hauser等国际品牌，但价格仅为其30-50%。通过阿里巴巴国际站等B2B平台可以直接对接工厂，省去中间商加价环节。关键是确认供应商拥有真实的生产能力和认证资质。
Choose direct-from-manufacturer Chinese solutions. Chinese sensor manufacturers like Holykell, operating under CE/ATEX/IECEx certification systems, deliver quality approaching international brands like Emerson and Endress+Hauser, at only 30-50% of the price. B2B platforms like Alibaba.com enable direct factory access, eliminating middleman markups. The key is verifying genuine manufacturing capabilities and certifications.标准4-20mA模拟输出是工业领域的"通用语言"，兼容性最好且成本最低。HART数字协议会增加$30-$50，RS485/Modbus增加$15-$30，无线NB-IoT/LoRa增加$40-$80。除非您的DCS/SCADA系统明确要求特定数字协议，否则坚持使用4-20mA即可满足绝大多数监控和控制需求。
Standard 4-20mA analog output is the "universal language" of industrial instrumentation — most compatible and lowest cost. HART digital protocol adds $30-$50, RS485/Modbus adds $15-$30, wireless NB-IoT/LoRa adds $40-$80. Unless your DCS/SCADA system specifically requires a digital protocol, 4-20mA satisfies the vast majority of monitoring and control needs.批量采购是最直接的降价方式。根据Holykell的定价策略，10台以上批量订单可享受10-15%折扣，50台以上可达15-20%。对于有持续采购需求的企业，签订年度框架协议不仅能锁定更优价格，还能确保优先交期和专属技术支持。我们建议客户每年Q4预估次年需求，集中采购以获取最大优惠。
Volume purchasing is the most direct cost reduction method. Holykell's pricing offers 10-15% discounts on 10+ units, and 15-20% on 50+ units. For businesses with ongoing procurement needs, annual framework agreements secure better pricing, priority delivery, and dedicated technical support. We recommend forecasting next year's requirements in Q4 each year and consolidating orders for maximum savings.选对材质既能保证使用寿命又能控制成本。PP聚丙烯适合一般水质和弱酸碱（成本最低）；316不锈钢覆盖海水、大多数化工介质和高温环境（中等成本）；PTFE仅用于强酸（浓硫酸、氢氟酸）等极端工况（高成本）。许多客户为了"保险起见"选择PTFE材质，但实际介质仅需316SS甚至PP即可满足，白白增加了50-200%的材料成本。
Selecting the right material ensures longevity while controlling costs. PP suits general water and mild acids/bases (lowest cost). 316SS covers seawater, most chemical media, and high-temperature environments (moderate cost). PTFE is reserved for extreme conditions like concentrated sulfuric or hydrofluoric acid (high cost). Many customers "play it safe" with PTFE when 316SS or even PP would suffice, unnecessarily adding 50-200% material cost.超声波液位传感器在2026年的市场价格区间为$100-$1,500。基础型号（用于简单水箱液位测量）起价约$100-$300；工业级传感器配备HART通讯、IP68防护和ATEX防爆认证的价格可达$800-$1,500。价格取决于测量范围（0.2-15m）、精度（±1mm至±5mm）、外壳材质和输出信号类型。
Ultrasonic level sensors in 2026 are priced between $100 and $1,500. Basic models for simple tank measurement start at $100-$300. Industrial-grade units with HART communication, IP68 protection, and ATEX certification can reach $800-$1,500. Price depends on range (0.2-15m), accuracy (±1mm to ±5mm), housing material, and output signal type.液位传感器（Level Sensor）检测液位并提供简单的开关信号（如浮球开关），通常价格$20-$100。液位变送器（Level Transmitter）连续测量液位并输出比例模拟信号（4-20mA）或数字协议（HART、Modbus），通常价格$80-$5,000+。变送器价格更高，但提供连续的精确测量，适用于过程控制。
A level sensor detects liquid level and provides a simple on/off switch signal (like a float switch), typically costing $20-$100. A level transmitter continuously measures level and outputs a proportional analog signal (4-20mA) or digital protocol (HART, Modbus), typically costing $80-$5,000+. Transmitters are more expensive but provide continuous, precise measurement for process control.对于一般应用（水、污水、简单化学品），超声波传感器（$100-$1,500）更具成本效益。对于苛刻工况（高温80°C、高压、泡沫、蒸汽、低介电常数介质），雷达传感器（$300-$5,000+）虽然前期投入更高，但由于其卓越的精度（±1mm vs ±3mm）和可靠性，长期价值更优。
For general applications (water, wastewater, simple chemicals), ultrasonic sensors at $100-$1,500 are more cost-effective. For demanding conditions (high temp 80°C, high pressure, foam, vapor, low dielectric media), radar sensors at $300-$5,000+ offer better long-term value due to superior accuracy (±1mm vs ±3mm) and reliability despite higher upfront cost.非接触式传感器（超声波、雷达）通常可使用10-15年，几乎免维护。接触式传感器（静压式、浮球式、电容式）根据介质腐蚀性不同，寿命为5-10年。选择合适的接液材质（316SS、PTFE、Hastelloy）和IP68防护等级可显著延长使用寿命。建议每12-24个月进行一次校准以确保测量精度。
Non-contact sensors (ultrasonic, radar) typically last 10-15 years with minimal maintenance. Contact sensors (hydrostatic, float, capacitive) last 5-10 years depending on media corrosiveness. Proper material selection (316SS, PTFE, Hastelloy) and IP68 protection significantly extend lifespan. Regular calibration every 12-24 months ensures continued accuracy.危险区域需要防爆认证：欧洲采用ATEX标准（Ex ia本安型或Ex d隔爆型），国际通用IECEx认证，北美采用NEC/CEC标准。ATEX/IECEx认证会使传感器成本增加20-50%。Zone 0区域（持续存在爆炸性气体）仅允许使用Ex ia；Zone 1区域可使用Ex d或Ex ia。采购前务必确认现场的危险区域分类。
Hazardous areas require explosion-proof certifications: ATEX (Europe) with Ex ia (intrinsic safety) or Ex d (flameproof) ratings, IECEx (international), or NEC/CEC (North America). ATEX/IECEx certification adds 20-50% to sensor cost. Zone 0 (continuous explosive atmosphere) only permits Ex ia. Zone 1 allows Ex d or Ex ia. Always verify zone classification before purchasing.可以，静压式液位传感器非常适合油罐测量，尤其适用于燃油、柴油和润滑油储罐。关键注意事项：选择兼容的接液材质（大多数油品适用316SS或PTFE）；确保传感器考虑了油品密度（通常0.8-0.95比重，而非水的1.0）；对于易燃油品必须选择防爆认证（ATEX/IECEx）。适用于油罐的静压传感器价格区间为$150-$500。
Yes, hydrostatic level sensors work well for oil tanks, especially fuel oil, diesel, and lubricant storage. Key considerations: select compatible wetted materials (316SS or PTFE for most oils), ensure the sensor accounts for oil density (typically 0.8-0.95 SG vs water at 1.0), and choose explosion-proof certification (ATEX/IECEx) for flammable oils. Oil-compatible hydrostatic sensors cost $150-$500.最便宜的方法是浮球液位开关，仅$20-$50即可实现简单的高低液位报警。如需连续测量，基础型静压式变送器（$80-$150）是水基应用的最佳性价比选择。如需非接触测量，入门级超声波传感器起价约$100-$200。但最便宜的不一定是最经济的——需要综合考虑安装、维护和5-10年更换周期的总拥有成本（TCO）。
The cheapest method is a float level switch at $20-$50 for simple high/low alarm. For continuous measurement, a basic hydrostatic transmitter at $80-$150 offers the best value for water-based applications. For non-contact needs, entry-level ultrasonic sensors start at $100-$200. But cheapest isn't always most cost-effective — consider total cost of ownership including installation, maintenance, and replacement over 5-10 years.以下三个真实项目案例展示了Holykell液位传感器在不同行业和地区的成功应用：
The following three real project cases demonstrate Holykell's successful level sensor applications across different industries and regions.越南河内市政供水项目需要为12个清水池和沉淀池配备液位监测系统。原方案指定Endress+Hauser品牌，但预算严重超标。Holykell技术团队现场勘察后推荐了静压式液位变送器方案，在满足同等精度和可靠性要求的前提下大幅降低成本。
A municipal water supply project in Hanoi, Vietnam required level monitoring for 12 clean water and sedimentation tanks. The original specification called for Endress+Hauser, but the budget was severely exceeded. Holykell's engineering team conducted an on-site survey and recommended hydrostatic level transmitters that met identical accuracy and reliability requirements at significantly lower cost.规格：0-10m量程，4-20mA输出，316SS接液材质，IP68防护，DN50法兰连接，2年质保。
Specs: 0-10m range, 4-20mA output, 316SS wetted parts, IP68 protection, DN50 flange connection, 2-year warranty.沙特阿拉伯一座炼油厂的罐区需要升级液位监测系统，要求所有传感器具备ATEX Zone 1防爆认证、耐高温（最高150°C）和HART通讯协议。Holykell提供了导波雷达液位计方案，在满足严苛石化行业标准的同时，价格仅为Emerson Rosemount方案的45%。
A refinery tank farm in Saudi Arabia needed to upgrade its level monitoring system, requiring all sensors to have ATEX Zone 1 certification, high-temperature resistance (up to 150°C), and HART communication protocol. Holykell provided a guided wave radar (GWR) solution meeting strict petrochemical industry standards at just 45% of the Emerson Rosemount pricing.规格：0-20m量程，HART协议，316L探杆，耐温150°C，ATEX Ex d IIC T6防爆，5年免维护设计。
Specs: 0-20m range, HART protocol, 316L probe rod, 150°C temperature rating, ATEX Ex d IIC T6, 5-year maintenance-free design.巴西一家大型果汁加工厂需要为30个储料罐和调配罐配备食品级液位传感器，要求3-A卫生标准认证、CIP在线清洗兼容、食品级PP材质。Holykell定制开发了带卫生级卡箍连接的超声波液位传感器，完美适配客户的工艺要求。
A large juice processing plant in Brazil needed food-grade level sensors for 30 storage and blending tanks, requiring 3-A hygienic certification, CIP (Clean-in-Place) compatibility, and food-grade PP material. Holykell custom-developed ultrasonic level sensors with hygienic tri-clamp connections that perfectly matched the client's process requirements.规格：0-5m量程，4-20mA输出，食品级PP外壳，卫生级卡箍连接，CIP清洗兼容，FDA合规材质。
Specs: 0-5m range, 4-20mA output, food-grade PP housing, hygienic tri-clamp connection, CIP compatible, FDA-compliant materials.Tell us your application requirements and receive a customized quotation within 24 hours.
Whether you need a single prototype or 1,000 units, our engineering team is ready to design the optimal level measurement solution for your specific application.
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Industrial Sensor Solutions — Pressure | Level | Flow | Temperature
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