CLEAN TBW5500/TBL5500 Turbidity Analyzer User Manual

This manual provides installation, setup, operation, maintenance, and troubleshooting instructions for the CLEAN TBW5500/TBL5500 wide/low-range turbidity…


CLEAN TBW5500/TBL5500 Turbidity Analyzer User Manual - cover page
Brand
Clean
Category
Analyzers
Document type
User Manual
Language
Chinese
Pages
21
File format
PDF
File size
3.1 MB
Published
19 October, 2026
Updated
19 October, 2026
MD5 checksum
D4C88C8D337D20AD3836BC1C2B99E3A2

About this manual

The CLEAN TBW5500/TBL5500 is an online monitoring instrument designed to measure water turbidity in municipal sewage and industrial wastewater treatment processes. It utilizes innovative multi-beam mutual compensation technology to eliminate measurement errors caused by sensor window fouling, thereby improving accuracy and reducing maintenance workload.

The device features a full-intelligent design with multiple parameters displayed simultaneously, including turbidity values, output current, time, and status. It supports dual-channel signal input and various outputs such as dual 4-20mA transmitters, relay high/low alarm control, and RS485 communication. The instrument is widely applied in water treatment plants, power generation facilities, sewage treatment stations, pharmaceutical factories, and hospitals. This manual is written in Chinese.

What's inside

  • Overview
  • Measurement Principle
  • Product Features
  • Installation Precautions
  • Electrical Connection
  • Control Panel Settings
  • Calibration Settings
  • Maintenance
  • RS485 Communication

Specifications

Measurement Range (Low Turbidity)0~0.5-500NTU
Measurement Range (High Turbidity)0~5-5000NTU
Display Resolution (Low Turbidity)0.01NTU
Display Resolution (High Turbidity)0.1NTU
Accuracy±1.0%FS
Repeatability±1.0%FS
Operating Temperature (Transmitter)10~40℃
Power SupplyAC220V±10%

Frequently asked questions

What are the common troubleshooting steps if the LCD display does not light up?

Check if the power is connected and verify that the sensor's power cable is not reversed.

What causes the instrument to display error code 'E1'?

It indicates abnormal communication between the transmitter and the sensor, which may be due to incorrect signal wiring.

What is the recommended connection method for RS485 communication?

A T-type network connection is recommended, using shielded twisted pair cables with a copper mesh and wire diameter not less than 0.5mm².

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