Product

Electrically Heated Mixing Tank

Overview

This mixing tank is designed with electric heating technology, consisting of the following components:
  • Upper conical head
  • Inner tank (stainless steel)
  • Lower conical head
  • Full jacket structure
  • External insulation cladding
  • Stirring system (includes agitator, shaft, and impeller)
  • Motor-reducer unit
  • Motor base
  • Temperature gauge
  • Liquid level indicator
  • Electric heating elements
  • Support legs

 

Key Features
  • The motor-reducer unit is imported or domestically manufactured with premium quality.
  • Capable of continuous operation without overheating, ensuring:
    • Extended service life
    • Minimal maintenance requirements
    • Low operational noise
This configuration ensures efficient heating, precise temperature control, and uniform mixing for various industrial applications.

Design Highlights

  1. Material & Surface Treatment
    • Constructed from premium stainless steel (S30408 or S31603)
    • Inner surface mirror-polished (Ra ≤ 0.4μm)
    • Outer surface brushed finish
    • No peeling or flaking on surfaces, compliant with hygienic workshop standards
  2. Heating System
    • Electric heating with dual voltage options: 380V/220V
    • Uniform heat distribution via full-jacket design
  3. Jacket Configuration
    • Full jacket structure for efficient heat transfer
  4. Control Modes
    • Manual Control:
      • On/Off buttons for motor-reducer
      • Local temperature gauge display
      • Manual valves for feeding and heating control
    • Automatic Control:
      • PLC-based system with customized programming
      • Automated functions: feeding, heating, temperature maintenance, pressure regulation
      • Reduced manual intervention
Applications: Ideal for batching, mixing, storage, and transfer in pharmaceutical, food & beverage, textile, and other process industries.

Technical Notes

  1. Material Compliance: Specifies stainless steel grades compliant with ASME BPE and FDA standards
  2. Surface Finish: Quantifies mirror polish to meet sanitary requirements
  3. Electrical Safety: Dual voltage design for global compatibility
  4. Automation Flexibility: Modular PLC system allows customization based on process parameters
  5. Industry Adaptability: Broad application scope while maintaining technical precision
For detailed specifications (e.g., heating power, mixing speed, PLC programming logic), additional process parameters are required.

Nozzle Configuration

The tank is equipped with an inlet, an outlet, a spare port, a CIP port, an SIP port, heat transfer medium inlet/outlet, a temperature gauge port, a level gauge port, electric heating tubes, etc. All nozzles adopt standard connections for pipe fittings.

Model Selection Table

Specification Model Overall Dimensions Total Power (Standard Configuration)
Motor Power (KW) Stirring Speed (R/min)
TPG–50 700×700×1600MM 0.55KW 60
TPG–100 800×800×1700MM 0.75KW 60
TPG–150 800×800×1800MM 0.75KW 60
TPG–200 900×900×1800MM 1.1KW 60
TPG–300 900×900×2000MM 1.5KW 60
TPG–400 1000×1000×2000MM 1.5KW 60
TPG–500 1100×1100×2000MM 1.5KW 60
TPG–1000 1200×1200×3300MM 2.2KW 20-120
TPG–1100 1200×1200×3300MM 2.2KW 20-120
TPG–2000 1600×1600×3200MM 4KW 40

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