Atmospheric Distillation Tester LDT-T2020

Introduction

Atmospheric Distillation Tester measure boiling point of petroleum and oils upto 400℃. It features heating mantle that ensures consistent thermal distribution throughout process. Integrated visual liquid indicator offers clear reading of levels during operation. The thermometer tracks boiling point accurately ensuring reliable results. Quick-cooling ventilation system rapidly reduces temperatures post-distillation, enhancing workflow.

This petroleum testing is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Atmospheric Distillation Tester is vital for petroleum, petrochemical, environmental fields, oil, gas, and chemical industries, supporting quality control in laboratories and refining processes enhancing both safety and operational efficiency.

Specifications

Temperature Range	AT to 400℃
Left Bath Temperature Range	0 to 60℃, Accuracy: ±0.5℃
Right Bath Temperature Range	0 to 60℃, Accuracy: ±0.5℃
Receiving Chamber Temperature Range	0℃ to AT (Auto control)
Structure	Two test cells with two-condenser-tubes
Control System	7” color touch screen, integrated intelligent temperature control and timing system
Heater Power	0 to 1200W (continuously adjustable)
Power Supply	220V±10%, 50Hz±1Hz
Power Consumption	2800W
Dimensions (W×D×H)	664mm× 594mm× 598mm
Packing Dimension	730 × 700 × 860 mm
Weight	70Kg
Gross Weight	111 kg

Features

Dual test cells available

High-efficiency compressor used

Visual liquid level indicator

Intelligent temperature control integrated

Uniform bath temperature ensured

FAQs

1. What advantages does the Atmospheric Distillation Tester ’s air bath system provide over traditional liquid-cooled condensers?

Atmospheric Distillation Tester features an air bath condenser system that eliminates the mess, maintenance, and variability often associated with traditional water or glycol-based cooling methods. This dry, low-maintenance design cools the receiver chamber efficiently using controlled air flow and heat exchange. It significantly reduces risks of contamination, scaling, or leaks, which are common in liquid-based systems. As a result, users benefit from consistent condenser performance, easier cleaning, and enhanced long-term reliability especially in labs where distilled water or coolant availability is limited. Additionally, the air bath system offers improved electrical safety and prevents accidental spills.

2. What role does atmospheric pressure play in distillation accuracy, and how does the Atmospheric Distillation Tester A20 account for it?

Atmospheric Distillation Tester accounts for pressure-related boiling point variations by allowing manual input of barometric correction values. Since boiling points are pressure-dependent, even slight changes in ambient atmospheric pressure can influence the measured boiling range of petroleum products. While the does not include built-in barometric correction like some advanced models, it supports user-entered adjustments based on local barometric readings. These inputs enable users to standardize boiling point results as per D86 requirements. This ensures consistent, comparable data across different labs and environmental conditions

3. Is the Atmospheric Distillation Tester A20 compatible with different glassware or accessories?

The Atmospheric Distillation Tester A20 is designed to support standard D86-compatible glassware, including graduated cylinders, distillation flasks, and condensers. While the main components are included, additional or replacement glassware can usually be sourced separately if needed. The system is modular enough to allow cleaning, reassembly, or swapping of compatible parts without complex recalibration. This flexibility allows users to maintain or upgrade parts without requiring complete system replacement, supporting long-term usability.

4. How is calibration handled for the Atmospheric Distillation Tester A20 to ensure accuracy?

Atmospheric Distillation Tester A20 uses internal controllers and precise temperature sensors, which can be calibrated against certified external thermometers or standards. Users should verify calibration annually or after any major repair to ensure measurement accuracy across test runs. Temperature control calibration ensures the boiling points detected match the actual physical properties of the sample. Keeping a calibration log also helps meet internal quality protocols or external certification requirements, especially for labs following standards.

5. What safety features are integrated into the Atmospheric Distillation Tester to protect both the user and the equipment?

The Atmospheric Distillation Tester A20 is equipped with multiple safety layers including over-temperature protection, auto shut-off, and fault alarms for abnormal temperature rise or system malfunction. These features protect both the operator and the equipment from damage during extended use or in the event of a system fault. The enclosed distillation chamber minimizes the risk of operator contact with heated surfaces or vapors. Additionally, the system is designed with high-temperature-resistant components and a secure flask mounting system to prevent glassware breakage during thermal expansion. These protections ensure safe operation, especially in unsupervised or high-turnover lab environments.