KINEMATIC VISCOSITY BATH - ABOVE AMBIENT

Advance Information*

Overview

The KINEMATIC VISCOSITY BATH - ABOVE AMBIENT, model number EIE 160, is a sophisticated laboratory instrument engineered precisely to measure the viscosity of oils and fuels at temperatures above room temperature, extending up to a maximum of 120°C. This instrument provides the reliability and accuracy demanded by industry standards and regulations, making it an essential tool for quality control, research, and development processes.

Key Features

Superior Temperature Control

• Measurement Range: Capable of measuring viscosity at any temperature between room temperature and up to 120°C.
• Precision: Ensures accurate reading across the temperature spectrum due to advanced temperature regulation.
• Heating Mechanism: Equipped with high-quality heating elements for rapid and consistent temperature elevation.

Versatility and Flexibility

• Multiple Applications: Generally used at 40°C but adaptable for any specific temperature requirement within the measuring range.
• Additional Applications: Ideal for any process requiring constant temperature and full visibility of the sample.

Design and Build

• Construction Material: Made with durable, high-grade materials to withstand high temperatures and daily laboratory use.
• Insulated Design: Enhanced insulation for energy efficiency and maintaining desired temperature with minimal heat loss.
• Observation: Transparent design allowing full visibility of samples during testing.

Technical Specifications

General Specifications

• Model: EIE 160
• Purpose: Measurement of oil and fuel viscosity above room temperature, specifically from ambient temperature up to 120°C.
• Measurement Range: Viscosities measured typically around 40°C but capable up to 120°C.
• Temperature Stability: ± 0.1°C
• Heating System: High-efficiency, rapid heating elements.

Physical Specifications

• Dimensions: [Provide specific dimensions if available]
• Weight: [Provide specific weight if available]
• Material: Constructed from robust, high-grade materials for enhanced durability.
• Viewing Panel: Transparent material to ensure full sample visibility.

Electrical Specifications

• Power Supply: [Provide specific electrical requirements if available, e.g., 220V/50Hz]
• Power Consumption: [Provide power consumption details if available]
• Control System: Microprocessor-based temperature control for high precision.

Applications

The KINEMATIC VISCOSITY BATH - ABOVE AMBIENT is widely used in several impactful sectors:

Oil and Gas Industry

• Crude Oil Analysis: Vital for determining the viscosity of crude oils at elevated temperatures.
• Lubricant Testing: Ensures that lubricants meet required standards by measuring their viscosity under various thermal conditions.
• Fuel Testing: Assess the flow properties of fuels and their suitability for different engines and environments.

Automotive Industry

• Engine Oil Testing: Evaluates the performance of engine oils under thermal stress to ensure compatibility with engine specifications.
• Transmission Fluids: Tests transmission fluids to maintain optimal viscosity and performance.

Chemical and Petrochemical Industries

• Polymer Development: Assists in the development and characterization of polymers, which often require precise temperature control.
• Quality Control: Enforces stringent quality measures in the production and processing of diverse chemical products.

Usage Instructions

1. Preparation:
2. Ensure the bath is placed on a stable, level surface.

3. Fill the bath reservoir with the appropriate fluid as recommended by the manufacturer.

4. Setup:

5. Connect the bath to a designated power source based on the electrical specifications.
6. Set the desired temperature using the microprocessor control panel.

7. Allow the bath to reach the set temperature before introducing samples.

8. Operation:

9. Immerse the sample holder into the bath once the system reaches the desired temperature.
10. Monitor the sample through the transparent viewing panel to ensure proper immersion and visibility.

11. Record and analyze the viscosity measurements as required for your specific application.

12. Maintenance:

13. Regularly clean the bath and sample containers to avoid contamination.
14. Check and calibrate the temperature control system periodically to ensure accurate readings.
15. Follow all provided maintenance guidelines to extend the operational lifespan of the instrument.

Safety Considerations

• High Temperature Warning: Always handle the bath with caution when operating at elevated temperatures to prevent burns or other injuries.
• Electrical Safety: Ensure the power supply is disconnected before performing any maintenance.
• Chemical Safety: Use appropriate personal protective equipment (PPE) when handling samples, especially if working with hazardous substances.

Additional Features

Data Logging and Connectivity

• Data Logging: Some variants might come equipped with data logging capabilities to record temperature and viscosity readings over time.
• Connectivity: Advanced models may offer options for USB or Bluetooth connectivity to facilitate data transfer to computers or other devices for further analysis.

Customization Options

• Tailored Specifications: Depending on customer needs, this bath might offer customizable