ICB Series – Intelligent Cooling Water Management System for Cooling Towers

ICB Series – Intelligent Cooling Water Management System for Cooling Towers

In cooling tower systems, maintaining proper water quality and precise chemical dosing is essential for ensuring operational efficiency and extending equipment lifespan. The ICB Series is an intelligent cooling water management solution that integrates a controller, dosing pumps, and chemical tanks, enabling efficient, stable, and fully automated dosing processes.

1. Overview

In cooling tower systems, maintaining proper water quality and precise chemical dosing is critical to ensure operational efficiency and extend equipment lifespan.

The ICB Series is an intelligent cooling water management system that integrates a control unit, dosing pumps, and chemical storage tanks, enabling fully automated and stable chemical dosing processes.

2. What is ICB Series?

The ICB Series is an Intelligent Cooling Water Management System designed to:

  • Monitor water quality (conductivity control)
  • Automatically dose chemicals (biocides, inhibitors, etc.)
  • Prevent scaling, corrosion, and biological fouling

It is suitable for a wide range of industrial applications requiring continuous and accurate water treatment.

3. System Configuration (Control Box – Tank – Dosing Pump)

The ICB system consists of three main components:

🔹 Control Box

  • Typical model: ICB-450
  • Microprocessor-based intelligent control
  • User-friendly interface for monitoring and adjustment

🔹 Chemical Tank

  • Capacity: 100L or 200L
  • Expandable with multiple tanks
  • Made of PE material for excellent corrosion resistance

🔹 Dosing Pump

  • Models: T-603B, T-703, CLPW-30
  • Adjustable flow rate
  • Ensures precise and stable chemical injection

👉 The system configuration can be customized according to application requirements.

4. Operating Principle

The system operates based on various input signals:

  • Conductivity signal
  • Time-based control signal
  • Cooling tower load (blowdown / make-up water signal)

When the measured value exceeds the preset threshold, the system will:

  1. Activate the dosing pump
  2. Inject chemicals into the system
  3. Maintain stable water quality

All processes are carried out automatically, accurately, and continuously.

5. Technical Specifications

  • Power supply: 1-phase AC 100–240V, 50/60Hz
  • Control system: Microcomputer-based
  • Tank capacity: 100L / 200L
  • Pump capacity: approx. 30 ml/min (depending on model)
  • Installation location: Outdoor
  • Tank material: PE (corrosion-resistant)
  • Control modes: Conductivity / Time / Loading

6. Available Models (M-Series, T-Series, P-Series)

The ICB Series offers multiple control modes:

🔹 M-Series (Conductivity Control)

  • Controls dosing based on water conductivity
  • Ideal for applications requiring high precision

🔹 T-Series (Time Control)

  • Time-based dosing control
  • Suitable for simpler systems

🔹 P-Series (Loading Control)

  • Control based on cooling tower load conditions
  • Optimizes chemical usage and system performance

7. Key Advantages

✔ Flexible design adaptable to various conditions
✔ Fully automated chemical dosing system
✔ Easy operation and maintenance
✔ Compatible with various chemical types
✔ Microprocessor-based intelligent control
✔ Reduced operating and labor costs
✔ Extended lifespan of cooling systems

8. Applications

The ICB Series is widely used in:

  • Cooling tower systems
  • Industrial manufacturing plants
  • HVAC systems
  • Power plants
  • Food & beverage industry
  • Chemical processing systems

9. Selection Guidelines

When selecting an ICB system, consider:

  • System size and water flow rate
  • Required control accuracy
  • Type of chemicals used
  • Preferred control method

👉 Recommendation:

  • High precision → M-Series
  • Simple operation → T-Series
  • Load-based optimization → P-Series

The price of the ICB system depends on:

  • Number of dosing pumps
  • Tank capacity
  • Control type
  • System configuration

👉 For an accurate quotation, please provide your system details to receive the most suitable solution.

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