Oil-in-Water Flow-Through Sensing Module Oil Content Monitoring in Chemical Plant Bypass SKA/SZY-CGQ
Oil-in-Water Flow-Through Sensing Module - Oil Content Monitoring in Chemical Plant Bypass

Oil-in-Water Flow-Through Sensing Module - Oil Content Monitoring in Chemical Plant Bypass - SKA/SZY-CGQ

Measurement Range: 0~100mg/L (optional 0~50mg/L, 0~500mg/L)

• Accuracy: ±5%FS

• Resolution: 0.1mg/L

• Output Signal: 4~20mA / RS485 Modbus

• Power supply: DC24V

• Medium Temperature: 0~50℃

• Working Pressure: 0~0.4MPa

• Material: 316L stainless steel probe, quartz glass optical window

• Protection Rating: IP68

• Installation Method: Immersion Installation

• Response time: ≤30s

• Warranty: 1 year

Product Model: SKA/SZY-CGQ

Product Introduction

Oil-in-Water Flow-Through Sensing Module - Oil Content Monitoring in Chemical Plant Bypass - Product Overview
The oil-in-water flow-through sensing module is an oil pollutant detection module using flow-through measurement. Search keywords: oil-in-water flow-through sensing module, oil content monitoring in chemical plant bypass, oil-in-water sensor. This module can continuously detect the concentration of oil substances in the bypass water of chemical plants, and is suitable for chemical, petrochemical, and pharmaceutical plants. In oil content monitoring of chemical plant bypass, the oil-in-water flow-through sensing module can reflect changes in oil content in real time, helping operators control processes and emissions.

Oil-in-Water Flow-Through Sensing Module - Oil Content Monitoring in Chemical Plant Bypass - Working Principle
The oil-in-water flow-through sensing module adopts the ultraviolet fluorescence principle, calculating oil content in water by exciting oil substances to produce fluorescence and detecting fluorescence intensity. In oil content monitoring of chemical plant bypass, the oil-in-water flow-through sensing module uses bypass flow-through installation, resisting oil contamination and suspended solids interference, and is suitable for high-oil wastewater. The module supports RS485, Modbus, and 4-20mA outputs, can be connected to PLC, DCS, and environmental monitoring systems, and has automatic calibration and fault self-diagnosis functions.

Oil-in-Water Flow-Through Sensing Module - Oil Content Monitoring in Chemical Plant Bypass - Application Scenarios
The oil-in-water flow-through sensing module is widely used in chemical plant bypasses, discharge pipes, oil separation tanks, and monitoring cabinets. In oil content monitoring of chemical plant bypass, the oil-in-water flow-through sensing module can be installed in bypass pipes, discharge pipes, and monitoring cabinets to collect oil content data in real time. The module can be linked with alarm systems, oil removal equipment, and cloud platforms to achieve automatic warning and data publishing. For large chemical plants, the oil-in-water flow-through sensing module can also form a multi-point monitoring network and upload data uniformly to the control center.

Oil-in-Water Flow-Through Sensing Module - Oil Content Monitoring in Chemical Plant Bypass - Technical Advantages
The oil-in-water flow-through sensing module has advantages such as high precision, fast response, and strong anti-pollution ability. In oil content monitoring of chemical plant bypass, the oil-in-water flow-through sensing module uses a corrosion-resistant housing and anti-pollution optical design, making it suitable for long-term operation. The module supports remote calibration and fault self-diagnosis, making maintenance convenient. When selecting an oil-in-water flow-through sensing module, attention should be paid to measurement range, accuracy, response time, protection rating, and output signal to ensure it meets the needs of oil content monitoring in chemical plant bypass.

Main Application Areas

  • Chemical Plant Bypass Monitoring — Real-time oil content monitoring in bypass water of chemical plants to control processes and emissions.
  • Petrochemical Industry — Continuous detection of oil pollutants in petrochemical wastewater and process streams.
  • Pharmaceutical Manufacturing — Monitoring oil contamination in pharmaceutical plant water systems to ensure product quality.
  • Environmental Water Quality — Oil pollution detection in industrial discharge and surface water for environmental compliance.
  • Power Plant Cooling Water — Detection of oil leakage in cooling water circuits to prevent equipment damage.

Keywords:oil in water sensor, flow-through oil sensor, oil content monitor, water quality sensor, inline oil detector, industrial oil sensor, oil pollution sensor, oil concentration meter