Conductivity On-line Monitoring & Analyzing Instrument

PhotoTek 600
Developed for pollution sources and surface water, this instrument complies with the national standard Technical Requirements for Automatic Conductivity Analyzers for Water Quality (HJ 97-2003), Water Quality — Determination of Conductivity — Electrode Method (Trial) as well as HJ1404, HJ915.X series and HJ212. It can accurately, rapidly, economically and eco-friendly determine water conductivity, and is widely used for water monitoring in environmental protection, water conservancy, chemical industry, municipal engineering and other fields.

Product Introduction

Developed for pollution sources and surface water, this instrument complies with the national standard Technical Requirements for Automatic Conductivity Analyzers for Water Quality (HJ 97-2003), Water Quality — Determination of Conductivity — Electrode Method (Trial) as well as HJ1404, HJ915.X series and HJ212. It can accurately, rapidly, economically and eco-friendly determine water conductivity, and is widely used for water monitoring in environmental protection, water conservancy, chemical industry, municipal engineering and other fields.

Product Features

Supports multi-curve setting for conductivity, salinity and TDS with selectable salinity curves and conversion coefficients for different water bodies.

Optimized internal algorithm with 10-range automatic switching and digital filtering to reduce transient data fluctuation; built-in PT1000 temperature sensor and compensation algorithm minimize temperature drift.

Pre-calibrated digital sensor with built-in parameters; stable data output immediately after on-site installation to reduce inspection and commissioning time.

Supports two-point calibration with standard pH solutions; able to view electrode slope, zero point and other status information to judge electrode health.

Configurable digital filtering and pH/temperature offset correction to improve data stability for on-site comparison and calibration.

Equipped with RS485 + Modbus protocol; supports reading relevant parameters and calibration records for system integration and remote maintenance.

Four-electrode design resists polarization and capacitive effect, suitable for long-term continuous monitoring.

Corrosion-resistant electrode material with excellent conductivity and long service life.

PT1000 temperature sensor and compensation algorithm eliminate temperature drift.



Application Scenarios

Drinking water sources, watershed control sections, river discharge outlets and special water bodies.

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