VISCOMETER BATH AZA0951

Description

Design Philosophy and Construction

The AZA0951 is built around a high-efficiency aluminium alloy metal bath, selected for its superior thermal conductivity, mechanical strength, and resistance to deformation under prolonged high-temperature operation. This construction ensures:

• Uniform heat distribution across the bath

• Minimal temperature gradients

• Enhanced insulation and reduced heat loss

• Long operational life in continuous laboratory use

The instrument is divided into two functional sections:

1. Main Heating and Control Unit

2. Auxiliary Vacuum and Pressure Stabilization Unit

This modular design improves operational stability, simplifies maintenance, and enhances overall system reliability.

Operating Principle

The AZA0951 Viscometer Bath operates by maintaining a precisely controlled thermal environment for lubricant samples while applying controlled suction via a vacuum pump. During testing, the oil sample is exposed to elevated temperatures under regulated conditions, allowing accurate evaluation of:

• Evaporation loss characteristics

• High-temperature viscosity behavior

• Thermal degradation tendencies

The integrated control system ensures that temperature, timing, and suction parameters remain within predefined limits throughout the test cycle, thereby minimizing operator dependency and improving repeatability.

Key Features of AZA0951

Precision Temperature Control

• Fully automatic temperature regulation

• High-stability metal bath heating

• Real-time temperature monitoring

• Consistent thermal performance throughout the test duration

Precise temperature control is essential, as even minor fluctuations can significantly influence evaporation and viscosity-related measurements.

Advanced Touch-Screen Interface

The AZA0951 is equipped with a color touch-screen display, providing:

• Intuitive parameter setting

• Automatic temperature control

• Built-in timing functions

• Alarm notifications for deviations or test completion

• Real-time temperature visualization

This interface reduces operator error and improves laboratory efficiency, especially in routine quality control environments.

Vacuum-Assisted Suction System

The integrated vacuum pump system ensures controlled suction during testing, enabling:

• Stable evaporation conditions

• Consistent test repeatability

• Improved correlation between test results and real-world operating conditions

The separate auxiliary unit enhances suction stability and reduces vibration or thermal interference with the heating section.

Compact and Efficient Laboratory Design

Despite its robust capabilities, the AZA0951 features a space-optimized footprint, making it suitable for laboratories with limited bench space while maintaining high-performance standards.

Technical Specifications – AZA0951

Compliance and Testing Relevance

The AZA0951 Viscometer Bath is designed in accordance with ASTM D445 operational principles, supporting viscosity-related and high-temperature lubricant evaluation workflows commonly used in:

• Petroleum testing laboratories

• Lubricant formulation facilities

• Quality assurance departments

• Research and development centers

While ASTM D445 primarily defines kinematic viscosity measurement, the AZA0951 provides the controlled thermal and operational environment necessary for associated evaporation and stability testing procedures used alongside viscosity analysis.

Applications of AZA0951

Lubricant Quality Control

• Engine oils

• Gear oils

• Hydraulic oils

• Turbine oils

• Industrial lubricants

Research and Development

• Formulation optimization

• Additive performance evaluation

• Thermal degradation studies

Petroleum and Industrial Testing Laboratories

• Routine batch consistency checks

• Compliance testing

• Comparative performance studies

Why Choose AZA0951?

High Accuracy and Repeatability

The stable metal bath, automatic temperature control, and vacuum-assisted operation ensure highly repeatable and dependable test results, essential for certification and compliance testing.

Operator-Friendly Design

The touch-screen interface simplifies training requirements and enables efficient day-to-day operation in busy laboratories.

Robust and Long-Lasting Construction

The aluminium alloy bath and modular system design ensure durability even under continuous high-temperature usage.

Optimized Laboratory Footprint

Compact dimensions allow easy integration into existing lab layouts without sacrificing performance.