Microprocessor Based Ph/temp/mv Meter (graphical Display)

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Microprocessor Based Ph/temp/mv Meter (graphical Display) Specification

Measurement Range
pH: 0.00 to 14.00 pH, mV: 1999 mV, Temp: 0C to 100C

Automation Grade
Automatic

Voltage
220V AC

Model No
PHT/MV-2024GL

Core Components
Microprocessor, Graphical Display, Sensors

Feature
Auto Calibration, Data Storage, pH/mV/Temp Measurement

Capacity
1 to 2 samples at a time

Temperature Range
0C to 100C

Accuracy
0.01 pH, 1 mV, 0.2C

Power Source
AC Adapter (220V AC)

Frequency
50 Hz

Equipment Materials
ABS Plastic Body

Type
Microprocessor Based Meter

Usage
Laboratory, Industrial

Display Type
Large Graphical LCD Display

Dimension (L*W*H)
210 mm x 205 mm x 65 mm

Weight
Approx. 2 kg

About Microprocessor Based Ph/temp/mv Meter (graphical Display)

A research grade instrument with 128 x 64 Large Graphical LCD display having auto temperature compensation, auto buffer recognition along with accessories. Its features include 3 point calibration. Data Storage facility upto 1000 samples, complete with pH electrode, temperature probe, electrode stand, dust cover & Instruction Manual, computer interface with USB

Accurate, Multi-Parameter Measurements

Measure pH, mV, and temperature precisely across a broad range (pH 0.0014.00, mV 1999, and temperature 0C to 100C). The instruments microprocessor-based technology and graphical LCD display provide clear, reliable readings optimized for professional laboratory and industrial use.

Effortless Calibration and Buffer Recognition

The 3-point calibration system with automatic buffer recognition simplifies the calibration process, improving measurement accuracy and reducing operator error. This feature ensures your readings remain dependable, minimizing the need for manual adjustments and saving time during setup.

Reliable Data Storage and Transfer

Store up to 100 readings in memory for easy record-keeping and review. Data can be conveniently transferred using the RS232 or USB interfaces, supporting efficient workflow integration for laboratories that require digital traceability and report generation.

Durability and Safety in Every Detail

Constructed from robust ABS plastic, the meter is engineered for prolonged use. It incorporates overload and short circuit protection, delivering safety and reliability even in busy, demanding environments. Its ergonomic design and compact dimensions make it suitable for diverse working spaces.

FAQs of Microprocessor Based Ph/temp/mv Meter (graphical Display):

Q: How do I calibrate the Microprocessor-Based pH/Temp/mV Meter?

A: Calibration is straightforward with the 3-point system and automatic buffer recognition feature. Simply immerse the pH electrode in the provided calibration buffers, and the meter automatically detects and calibrates these points for maximum accuracy.

Q: What is the main benefit of automatic temperature compensation in this meter?

A: Automatic temperature compensation ensures that pH and mV readings remain accurate regardless of sample temperature variations from 0C to 100C, minimizing measurement errors and supporting consistent results.

Q: Can I transfer and store measurement data from the device?

A: Yes, the meter features memory storage for up to 100 readings, with RS232 and USB ports enabling efficient data transferideal for digital record management and laboratory reporting.

Q: What accessories are included with the purchase of this meter?

A: The package includes a pH electrode, temperature probe, calibration buffers, and a power adapter, providing all essentials for immediate operation and routine maintenance.

Q: Where is this meter typically used, and by whom?

A: This model is commonly used in laboratory and industrial settings across research, quality control, and educational institutions, and serves researchers, technicians, distributors, exporters, manufacturers, and suppliers throughout India.

Q: How does overload and short circuit protection benefit the user?

A: Overload and short circuit protection safeguard both the instrument and the user by preventing potential electrical faults, enhancing the meters durability and ensuring reliable, safe operation over time.

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