PerkinElmer TMA 4000

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Product Details:

Power Source Electric
Model No TMA 4000
Core Components Measurement head, furnace, controller, software
Temperature Range -150C to 1000C
Accuracy 1 m (displacement); 1C (temperature)
Automation Grade Automatic
Feature High sensitivity, precision linear motor, automated operation
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PerkinElmer TMA 4000 Price And Quantity

Cooling Method Liquid nitrogen or mechanical
Force Range ± 10 N
Compliance CE, RoHS, ISO/IEC standards
Software Compatibility PerkinElmer proprietary applications and third-party lab management systems
Atmosphere Control Inert, oxidizing, and reducing atmospheres supported
Heating Rate 0.01°C/min to 100°C/min adjustable
Calibration Method Manual and automated
Network Connectivity USB, Ethernet
Data Output Format CSV, PDF, proprietary format
Operation Mode Real-time, programmable
Sample Holder Options Variety available for solids, fibers, films
Safety Features Over-temperature protection, emergency stop

PerkinElmer TMA 4000 Product Specifications

Measurement Range Up to 10 mm (displacement)
Capacity Single sample
Dimension (L*W*H) 43 cm 66 cm 46 cm
Display Type Digital
Voltage 100240 V AC
Accuracy 1 m (displacement); 1C (temperature)
Weight Approximately 43 kg
Temperature Range -150C to 1000C
Automation Grade Automatic
Feature High sensitivity, precision linear motor, automated operation
Type Thermomechanical Analyzer (TMA)
Power Source Electric
Model No TMA 4000
Equipment Materials High-grade alloy & engineered polymer
Core Components Measurement head, furnace, controller, software
Usage Analysis of mechanical properties of materials as a function of temperature

Cooling Method Liquid nitrogen or mechanical
Force Range ± 10 N
Compliance CE, RoHS, ISO/IEC standards
Software Compatibility PerkinElmer proprietary applications and third-party lab management systems
Atmosphere Control Inert, oxidizing, and reducing atmospheres supported
Heating Rate 0.01°C/min to 100°C/min adjustable
Calibration Method Manual and automated
Network Connectivity USB, Ethernet
Data Output Format CSV, PDF, proprietary format
Operation Mode Real-time, programmable
Sample Holder Options Variety available for solids, fibers, films
Safety Features Over-temperature protection, emergency stop

Product Description

Brand PerkinElmer

Model 4000

Capacity -80 C - 800 C

CAT No L8040000

Application Thermal Analyzer

The PerkinElmer TMA 4000 is a uniquely designed thermomechanical analyzer (TMA) designed for optimal performance in measuring the coefficient of thermal expansion (CTE) in materials. This rugged and easy-to-use design uses both electronics and a unique Archimedean float system to control the probe, allowing accurate determination of CTE and of transitions.

Unmatched Thermal Analysis Performance

The TMA 4000 offers a superior measurement range of up to 10 mm displacement and exceptional accuracy (1 m for displacement, 1C for temperature). With programmable operation modes, it empowers users to analyze expansion, shrinkage, and other properties in real-time or automated scenarios, powered by a robust electric source.

Flexible Sample Management and Atmosphere Control

Designed for comprehensive flexibility, the TMA 4000 supports an assortment of sample holders-accommodating solids, fibers, and films. Its advanced atmosphere management system allows effortless switching between inert, oxidizing, and reducing environments, delivering reliable results across material types.

Seamless Integration and Data Management

Integrated with USB and Ethernet connectivity, the TMA 4000 facilitates straightforward system integration and data output. Outputs can be formatted in CSV, PDF, or proprietary files and are compatible with both PerkinElmer's applications and third-party lab management software, maximizing interoperability.

FAQ's of PerkinElmer TMA 4000:

Q: How does the PerkinElmer TMA 4000 enhance material analysis in research and industry?

A: The TMA 4000 provides high sensitivity and precision for measuring mechanical property changes in materials under a wide temperature range. This enables researchers and industry professionals to gain valuable insights into material behavior, supporting tasks such as quality control, product development, and failure analysis.

Q: What types of samples can be analyzed using this instrument, and which sample holders are available?

A: The analyzer supports a variety of sample holders suitable for solids, fibers, and films, making it versatile for different sample types. This ensures compatibility with a broad range of materials commonly encountered in laboratory and industrial applications.

Q: When should users select inert, oxidizing, or reducing atmospheres during analysis?

A: Selection depends on the material's response to specific environments and testing requirements. Inert atmospheres are used to prevent unwanted reactions, oxidizing for studying oxidation effects, and reducing to evaluate behavior under low-oxygen or hydrogen-rich conditions.

Q: Where can the TMA 4000 be integrated within laboratory workflows, and how is it connected?

A: This analyzer can be integrated into most laboratory workflows using its USB and Ethernet connectivity. It is also compatible with PerkinElmer proprietary software as well as third-party lab management systems, streamlining data transfer and workflow efficiency.

Q: What is the calibration process and how do users ensure ongoing measurement accuracy?

A: The TMA 4000 supports both manual and automated calibration. Regular calibration, following instrument guidelines, ensures sustained precision. Over-temperature protection and emergency stop features also safeguard both samples and users during operation.

Q: How does the TMA 4000 benefit users in terms of safety and compliance?

A: The instrument incorporates safety mechanisms like over-temperature protection and emergency stop functions. It is fully compliant with CE, RoHS, and ISO/IEC standards, guaranteeing safe, reliable operation suitable for regulated laboratory and industrial environments.

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