Ionization Potential of Mercury

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Product Details:

Usage Laboratory Measurement
Display Analog Scale
Voltage 220 V AC
Power 50 W
Product Type Ionization Potential Apparatus
Material Stainless Steel & Glass
Design Compact & Portable
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Ionization Potential of Mercury Price And Quantity

Minimum Order Quantity 1 , , Unit

Resolution 0.01 eV
Control Manual
Mercury Ionization Potential 10.4 eV
Environmental Conditions Indoor, Room Temperature
Safety Features Overload Protection
Application Educational, Research
Sample Type Gaseous Mercury
Mounting Type Bench-top
Measurement Range 0 to 20 eV
Operating Temperature 10°C to 40°C
Calibration Factory Calibrated

Ionization Potential of Mercury Product Specifications

Power Source Electric
Illuminant Mercury Lamp
Power 50 W
Product Type Ionization Potential Apparatus
Accuracy 0.01 eV
Weight 2.6 kg
Detector Electrostatic Analyzer
Dimension (L*W*H) 25 cm x 16 cm x 8 cm
Usage Laboratory Measurement
Material Stainless Steel & Glass
Display Analog Scale
Design Compact & Portable
Voltage 220 V AC

Resolution 0.01 eV
Control Manual
Mercury Ionization Potential 10.4 eV
Environmental Conditions Indoor, Room Temperature
Safety Features Overload Protection
Application Educational, Research
Sample Type Gaseous Mercury
Mounting Type Bench-top
Measurement Range 0 to 20 eV
Operating Temperature 10°C to 40°C
Calibration Factory Calibrated

Ionization Potential of Mercury Trade Information

Supply Ability 5 , , Unit Per Week
Delivery Time 4-5 Days
Main Domestic Market All India

Product Description

Ionization Potential of Mercury using Thyratron valve 2D21/2051 (AE 204 )

Objective :To draw V-I Characteristics of Thyratron Valve and calculate its Ionization Potential.

Features :Instrument comprises of DC Regulated Power Supply 0- 15VDC/150mA and AC Power Supply 6.3 VAC/1Amp, two round meters for voltage & current measurement, valve diagram is Printed on Front panel, connections of supplies and valve brought out at 4 mm Sockets.

Precision Measurement for Mercury Ionization Potential

This laboratory instrument offers a measurement range from 0 to 20 eVoptimal for capturing the ionization potential of gaseous mercury, which is 10.4 eV. The electrostatic analyzer and analog display provide high-accuracy readings with a fine 0.01 eV resolution. Its compact and user-friendly design makes it suitable for both educational and advanced research environments.

Factory-Calibrated and User-Friendly Design

Designed for immediate deployment, this device comes factory calibrated, streamlining set-up and reducing time to first use. Its manual control interface, bench-top mounting, and overload protection ensure both usability and operational safety during frequent laboratory measurements. The illuminated display, powered by a mercury lamp, ensures high visibility even in variable light conditions.

Trusted Quality and Portability

Engineered from robust stainless steel and glass, the unit is both durable and lightweight at just 2.6 kg. Measuring only 25 cm by 16 cm by 8 cm, its easy to move and integrate on any standard lab bench. This makes it an excellent choice for institutions seeking reliable, space-efficient devices for mercury ionization studies.

FAQs of Ionization Potential of Mercury:

Q: How is the ionization potential of mercury measured with this instrument?

A: The instrument utilizes an electrostatic analyzer to measure the energy required to ionize gaseous mercury samples, displaying results with a high resolution of 0.01 eV on an analog scale. Its calibration ensures accurate readings close to the true ionization potential of 10.4 eV.

Q: What makes this device suitable for laboratory and educational use?

A: With its compact, bench-top design, manual controls, and overload protection, this device is tailored for safe, hands-on operation in laboratory and educational settings. The factory calibration reduces set-up complexity, allowing users to focus on experimentation and learning.

Q: When should the instrument be recalibrated for optimal performance?

A: As the device is factory calibrated and designed for stable performance under controlled indoor, room temperature conditions, routine recalibration is typically unnecessary. However, periodic checks are advisable if the unit is used intensively or moved between different environments.

Q: Where can this instrument be installed and used effectively?

A: It is intended for indoor laboratory use, mounted on a bench-top within rooms maintained between 10C and 40C. This ensures both measurement accuracy and instrument longevity under standard research or teaching conditions.

Q: What safety features are included with the measurement device?

A: Overload protection is built into the system, safeguarding both the device and user from electrical surges or excessive loading during operation. The robust stainless steel and glass construction also adds an extra layer of safety and durability.

Q: How does the analog display benefit research and educational settings?

A: The analog display provides real-time, easily interpretable readouts of ionization potential, supporting dynamic observation and data recording during experimentsa feature particularly valued in educational demonstrations and research documentation.

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