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LTTD Unit Built to Order

Portable Vacuum Distillation Unit (LTTD)

Type: Thermal Distillation  |  Control: Automated Pneumatic & Vacuum
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* Advanced Low-Temperature Thermal Desalination (LTTD) testing rig.
Key Features
High-Efficiency Vacuum Boiling Reaches 150 Microns to lower the boiling point to ~33°C, enabling rapid, low-energy distillation.
3-Chamber Architecture Stainless steel setup featuring Heating (2.5L), Condensation (3.3L), and Cooling (2.3L) chambers with a precision Demister.
Active Radiator Air Cooling A 220-fin radiator and high-speed fan rapidly drop fluid temperatures from 60°C to 32°C in under 18 minutes.
Automated Pneumatic Control Uses pneumatic Y-angle solenoid valves and pressure switches for precise, hands-free fluid and vapor routing.
Smart Thermal Management Multispan controller automatically triggers heating based on real-time vacuum, temperature, and water level data.
Comprehensive Safety System Includes an emergency stop, automatic thermostat shutdown, and audio/visual alerts for secure operation.
Specifications
Product Type
Portable Vacuum Distillation Unit
Frame & Fabrication
Custom fabricated Stainless Steel for Chambers, Tower, and Demister housing
Heating System
1.0 to 1.5 kW Submersible Heating Coil (DIA-33x120mm)
Chamber Volumes
Heating (2.5L), Condensation (3.3L), Cooling (2.3L), Demister Housing (DIA-80x130mm)
Radiator Cooling System
33 Tubes, 220 Fins (10mm width), 12" x 14" dimension (~1.089 sq.m surface area)
Power Requirements
Multi-voltage control panel handling 230V AC, 24V DC, and 12V DC logic circuits
Operational Capacity
Designed for batch processing (e.g., 1000ml feed water per cycle)
Fully Automated Operation
Features fully automated control of all valves, pumps, and the electrical heating system for a seamless, hands-off process.
Energy Monitoring
Equipped with an integrated energy meter to precisely track and log power consumption during vacuum and heating cycles.
Customizable Process Control
Utilizes a Multispan controller to monitor vacuum/thermal sensors and easily adjust automation parameters as per specific requirements.
Customizable
Features and specifications can be modified as per specific project or research requirements.
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