About Digital Pyrometer
LABORATORY TESTING APPARATUS
This laboratory testing apparatus is designed for precision measurement and experimental applications in laboratories, educational institutes, and research centers. Manufactured with durable materials and a stable base structure, it ensures reliable and accurate performance during testing procedures.
FEATURES:
Precision measurement system
Durable metal construction
Stable wooden base platform
Easy operation and adjustment
Reliable laboratory equipment
Low maintenance
APPLICATIONS:
Laboratory experiments
Educational demonstrations
Research applications
Scientific testing work
Industrial laboratory use
BENEFITS:
Accurate and reliable measurements
Smooth and stable operation
Durable and long-lasting design
Suitable for routine laboratory work
Advanced Temperature MeasurementThe Digital Pyrometer DP-1999 excels in delivering swift and reliable temperature assessments, thanks to its high accuracy of 0.75% of reading and rapid response time below one second. Its non-contact design and integrated laser pointer allow safe, precise targeting, making it an excellent choice for monitoring hot surfaces in challenging industrial, laboratory, or metallurgical settings.
Flexible and User-Friendly OperationWith an adjustable emissivity setting and backlit digital LED display, the DP-1999 adapts to various materials and environments. The data hold function helps retain critical measurements, while the simple controls and ergonomic ABS body make extended use comfortable and efficient. Its factory calibration ensures users can rely on consistent and trustworthy results from the outset.
FAQ's of Digital Pyrometer:
Q: How does the Digital Pyrometer DP-1999 measure temperature without contacting the surface?
A: The DP-1999 uses infrared sensing technology, combined with an integrated laser pointer for precise targeting, to measure surface temperature from a distance, ensuring safety and accuracy without physical contact.
Q: What is the benefit of adjustable emissivity in this pyrometer?
A: Adjustable emissivity (0.1 to 1.0) allows the device to compensate for different material surfaces, improving measurement accuracy on a wide range of metals, ceramics, and industrial components.
Q: When should I use the data hold function, and how does it assist during operation?
A: The data hold function is helpful when you need to retain a temperature reading for documentation or inspection. It temporarily locks the displayed value, allowing for easier recording or analysis.
Q: Where can the DP-1999 be used effectively?
A: This pyrometer is designed for industrial, laboratory, metallurgical, and furnace monitoring applications, making it versatile for environments that require fast, accurate, and non-contact surface temperature measurements.
Q: What processes benefit most from the DP-1999's fast response time and high accuracy?
A: Processes involving rapid temperature changes or requiring precise monitoring, such as metallurgical treatments, quality assurance checks, or furnace diagnostics, benefit from the pyrometer's sub-second response and 0.75% accuracy.
Q: How long can I use the DP-1999 continuously, and what power source does it require?
A: The DP-1999 operates on a 9V battery, providing up to 20 hours of continuous use, making it suitable for extended industrial or laboratory sessions without frequent battery changes.