Halogen Moisture Analyzer LHMA-T2015

Introduction

Halogen Moisture Analyzer 100 g for precise moisture determination. Its automatic error alerts ensure uninterrupted performance. The batch testing mode streamlines the analysis of multiple samples. The real-time weight monitoring system accurately observes weight changes. Our halogen moisture analyzer audible test completion signal enhances convenience.

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

Applications

Halogen Moisture Analyzer  is a laboratory device that determines the moisture content in samples using halogen heating for rapid drying. It is widely used in pharmaceutical, chemical, and agricultural industries for accurate and efficient moisture analysis.

Specifications

Capacity	100 g
Readability	5 mg
Repeatability	0.003
Minimum Sample Amount	0.5 g
Advised Sample Amount	3 to 5 g
Heat up time	1-99 minutes, 1 minute interval
Heating Temperature	50 to 160°C
Heating Source	Halogen Lamp
Pan Dimensions	100 mm
Dimensions (L × W × H)	220 × 350 × 140 mm
Packing Dimensions (L × W × H)	380 × 530 × 340 mm
Gross Weight	5 kg
Net Weight	6 kg

Features

Preheat Function Enabled

Consistent Heat Application

Non-Destructive Testing Method

Moisture Content Statistics

Advanced Heating Algorithm

FAQs

1. Can the drying temperature be adjusted on the Halogen Moisture Analyzer ?

Yes, It Halogen Moisture Analyzer drying temperature is fully adjustable, allowing users to fine-tune the heating conditions based on the sample’s nature. The temperature range typically spans from 40°C to 200°C, enabling moisture analysis for both low and high-temperature drying applications. This adjustability is crucial for maintaining sample integrity, especially when testing materials that are heat-sensitive or require a specific drying curve. By selecting the right temperature, users can avoid issues like sample charring, chemical degradation, or incomplete moisture removal. Some advanced versions may even support multi-step heating programs, which gradually increase temperature to ensure optimal drying without damaging the sample. These features help deliver precise, reproducible results across various material types from delicate powders to more robust granules or pastes.

2. Can results be printed directly from the analyzer of Halogen Moisture Analyzer ?

Yes, It halogen moisture analyzer supports direct result printing via wired or wireless (Bluetooth) printers, enhancing documentation and workflow convenience. This is particularly useful in regulated lab environments where paper trails are required for batch records, SOPs, or quality control logs. The analyzer allows users to print key test parameters such as start and end time, sample weight, moisture percentage, drying curve, and operator details. Wireless Bluetooth printing adds flexibility, especially in compact lab spaces or mobile workstations where cable management is a concern. Additionally, it can be connected to a PC or (Laboratory Information Management System) for digital storage, long-term data archiving, and compliance auditing. This capability not only streamlines record-keeping but also ensures accuracy and traceability, reducing the risk of transcription errors and helping meet / standards.

3. What kind of maintenance does the Halogen Moisture Analyzer require?

halogen moisture analyzer is engineered for low-maintenance operation, but routine care enhances its lifespan and performance. After each use, the sample tray and surrounding chamber should be cleaned of any residue or spilled material using a soft brush or cloth. Regular cleaning prevents sample contamination and buildup that could affect weight readings or heating efficiency. The halogen lamp, which is central to the analyzer’s drying function, should be periodically inspected and replaced if signs of wear (e.g., dimming or flickering) are observed. The touchscreen interface should be gently wiped with a non-abrasive cloth to maintain visibility and responsiveness. It's also important to keep the unit in a stable, vibration-free environment, away from excessive humidity, dust, or chemical vapors that could interfere with its sensitive weighing mechanism. Performing occasional software checks and storing the unit with a protective cover when not in use are good practices. Always follow the manufacturer’s user manual for specific maintenance guidelines and service intervals.

4. Is the Halogen Moisture Analyzer suitable for heat-sensitive or volatile samples?

Yes, halogen moisture analyzer is well-suited for heat-sensitive or volatile samples, provided it is used with appropriate settings and precautions. The analyzer features adjustable temperature controls, usually in a range from 40°C to 200°C, allowing users to tailor the drying process according to the sample’s thermal tolerance. For sensitive compounds that degrade, oxidize, or volatilize at high temperatures, users can select a lower drying temperature and use gradual heating profiles to prevent sample decomposition. Additionally, the live drying curve displayed on the screen allows users to monitor drying behavior in real-time, ensuring that volatile elements are not inadvertently driven off too quickly. However, extremely volatile or reactive substances may still require specialized handling or alternative analytical techniques. In such cases, it’s important to consult the sample’s Material Safety Data Sheet () and conduct small-scale tests before full analysis. Proper sample preparation and test mode selection make them highly adaptable for sensitive materials.

5. Does halogen moisture analyzer comply with international testing standards?

Yes, It halogen moisture analyzer is designed to meet common international standards for moisture analysis, making it a reliable instrument in both regulated and non-regulated settings. It supports compliance with , , , EP, and other standards widely used in pharmaceuticals, food safety, environmental testing, and industrial applications. The device offers high measurement precision, repeatability, and traceability, all of which are crucial for meeting Good Laboratory Practices () and Good Manufacturing Practices (). Its ability to export data, store test history, and integrate with quality systems also helps organizations fulfill audit trail and documentation requirements. Before implementation in a highly regulated environment, it’s advisable to verify the model’s specific certifications, calibration reports, and test method validations. The flexibility, robust design, and data integrity features make it an excellent choice for institutions that prioritize compliance.