Product Description
Tesla Meter, Tm-400
Introduction
TM-400 operates on the principle of Hall Effect in semiconductors. A semiconductor carrying current develops an electromotive force, when placed in a magnetic field in a direction perpendicular to the direction of both electric current and magnetic field. The magnitude of this e.m.f. is proportional to the field intensity if the current is kept constant. This e.m.f. is called the Hall Voltage. This small Hall Voltage is amplified through a high stability amplifier, the output of which is processed through a microncontroller and displayed on a graphical LCD display.
Specifications:
Range-1: 0 to 4 Tesla (0 to 40 KiloGauss)
Range-2: 0 to 2 Tesla (0 to 20 KiloGauss)
Range-3: 0 to 200 milliTesla (0 to 2 KiloGauss)
Range-4 : 0 to 20 milliTesla (0 to200 Gauss)
Display : 4 digit dot matrix graphic LCD, with appropriate decimal placement.
Units: Tesla, Gauss
Functions: DC, AC (Freq. limited by hall probe)
Accuracy : 0.5% 1digit
Hall Probe: GaAs, upto 500KHz
Mode: Normal, Differential
Hold: Maximum, Minimum
Refresh Rate: 3 samples per second
Operating Temperature : Upto 40C
Memory Type: Non Volatile, upto 25 samples
Computer link: USB
Software : DACC and CAMM, both Window compatible
Power : 220V 10%, 50Hz
110V 10%, 50Hz (optional)
Advanced Display TechnologyEquipped with a 4-digit dot matrix graphic LCD, the TM-400 provides high-resolution measurement readouts, enabling precise analysis. The displays accurate decimal placement ensures users can trust the data presented, improving laboratory workflow and confidence in results.
Robust Construction for LaboratoriesConstructed from physics material science grade components, the TM-400 is designed to withstand daily usage in laboratory environments. The instruments solid 5 kg build and professional grey finish provide durability and longevity, making it a reliable choice for scientific studies.
FAQs of Tesla Meter, Tm-400:
Q: What materials are used in the construction of the Tesla Meter TM-400?
A: The TM-400 is built from physics material science grade materials to ensure precision and durability in laboratory environments, suitable for repeated scientific measurements.
Q: How is the TM-400 typically used in laboratory settings?
A: This Tesla Meter is utilized in laboratories for measuring magnetic fields, supporting research and testing in physics and material science applications with accurate readings and graphic display.
Q: Where is the Tesla Meter TM-400 manufactured and supplied from?
A: The TM-400 is manufactured, exported, and supplied by specialists in India, ensuring global availability for professional laboratories.
Q: What does the 4-digit dot matrix graphic LCD offer?
A: The advanced LCD provides clear measurement data with correct decimal placement, enabling precise assessment of magnetic fields and enhancing usability.
Q: What is the weight of the Tesla Meter TM-400 and how does it benefit users?
A: Weighing 5 kilograms, the TM-400 is sturdy enough for stable laboratory use, reducing the risk of movement during sensitive experiments and ensuring reliable results.
Q: When should the TM-400 be used in research processes?
A: The TM-400 is ideal for use during experimental analysis and calibration routines when accurate measurement of magnetic fields is essential to physics and material science research.
Q: What advantages does the TM-400 offer exporters, manufacturers, and suppliers?
A: As a robust, reliable, and accurate measuring instrument, the TM-400 provides manufacturers, exporters, and suppliers in India a competitive edge in serving laboratories globally with trusted scientific equipment.