Model 233-Digital Volt Meter
Price: $35.00
Sensor Name and Two-line description
Digital Multimeter
This rugged, inexpensive digital multimeter will measure electrochemical cell voltages with a
resolution of 1 mV. Experimental data may be manually entered into MicroLab
Electrochemistry software
Model Number / SKU: 233
Price: $30
Tabs:
Chemical Content
| Physical Properties and Thermochemistry | Titrations & AcidBase Chemistry | Light & Spectrophotometry | Electrochemistry | Environmental Engineering | Biology |
Product Type:
| Instrument | Sensor | Universal | Package | Accessory |
Application:
| Laboratory | Demonstration |
| Temperature | Gas Pressure | Solution Properties | Light | Spectrophotometry | Electrochemistry | Biology |
Packages:
| 300 Series Electrochemistry | 300-B Basic Electrochemistry | 300-D DVM Electrochemistry | 300-C Comprehensive Electrochemistry |
| 400 Series Energy, Light, and Spectrophotometry | 400-A Energy, Light, and Color | 400-S Visual Spectrometer | 400-D Demonstration Camera with zoom lens |
| 500 Series MicroLab General Purpose | 500-I Introductory | 500-A Advanced | 500-C Comprehensive |
Description:
An affordable industrial battery-powered digital multimeter. Will read electrochemical cell voltages to 1 mV.
A “hold” function remembers and displays the reading after the test lead is removed from the cell. + or –
display indicates direction of electron motion through the voltmeter, and identifies oxidation (electrons
leaving) and reduction (electrons arriving) reactions.
Photographs
Lindsey has a new photograph for the 233 Digital Multimeter. Caption (if appropriate) : Digital Multimeter
The MicroLab Advantage:
- Rugged
- Affordable
- Accurate
Graphs – image capture and source (catalog, file, etc.)
Specifications:
• Large, easy-to-read digital display
• Convenient mini size with protective rubber holster and tilt stand
• Data Hold locks reading in the display
• Includes protective rubber holster, battery, test leads, and Type K thermocouple probe
• Batteries included
• Size (H”xW”xD”): 5.4 x 3.0 x 1.5
Typical Experiments
- Electrochemical Series
- Nernst Variables
