Whether you’re a teacher, a student in the STEM field, or simply looking for the right test and measurement (T&M) equipment for your lab, RS PRO has you covered. With RS PRO’s essential products, you can be confident in finding reliable, innovative tools to support your projects and experiments.
RS PRO T&M Educational Products
RS PRO educational range of products includes a wide selection of power supplies, oscilloscopes, signal generators & spectrum analysers, test leads & test probes and handheld multimeters, helpful in a wide array of educational and T&M settings.
Benefits of the RS PRO test and measurement range for education:
- Comprehensive range of tools
- User-friendly designs
- Durable and safe for classroom use
- Industry-grade precision for educational labs
- Supporting hands-on learning
- Cost-effective solutions for schools and universities
1. RS PRO Multimeter – The Essential All-in-One Tool
Multimeters are the essential tools in any laboratory or classroom. This multifunctional instrument is used to measure and test electrical, electronic, and mechanical devices. Students can test circuits, diagnose issues, and reinforce theoretical learning with practical applications.
The RS PRO Digital Multimeters are durable, accurate and easy to use which make them perfect for educational use. For instance, the Handheld True RMS Digital Multimeter, designed with a fork clamp for easy and reliable measurement, can measure capacitance, voltage and continuity. It is able to take precision low-value resistance measurement, making it an essential addition to any engineer’s, technician’s or student’s test and measurement kit.
2. RS PRO Oscilloscope – Visualising Signals in Real-Time
Oscilloscopes are critical for visualising electrical signals, whether they are on a circuit board or a wall socket. With oscilloscopes you can understand the waveforms, frequency, and signal integrity. For students, oscilloscopes are essential tools for understanding the complex concepts like signal interference, filtering, and signal conditioning by visualising waveforms as they change.
Many capabilities that are necessary for assessing and analysing the bandwidth and waveform of electronic signals are included in this selection of extremely precise digital storage oscilloscopes from RS PRO. To suit a variety of applications, the series provides oscilloscopes in 100 and 200MHz with 2 or 4 channels. The real-time sampling rate per channel for models with two analogue channels is 1GSa/s, while the maximum real-time sampling rate for models with four analogue channels is 1GSa/s.
3. RS PRO Power Supply – Safe, Adjustable Power for Experiments
In terms of power and power management, a reliable, adjustable power supply is essential for many lab experiments. It provides consistent power for testing and building circuits. Students can safely power their projects, from basic circuits to complex systems, while learning about voltage, current and power efficiency, using power supplies.
RS PRO offers a variety of safe, adjustable benchtop power supplies that are compatible with a wide range of experiments and projects. The RS PRO’s four-single-output, digitally controlled DC power supply series is accurate, incredibly dependable, lightweight, and small. Every device in the line has an easy-to-read 4-digit LED display that shows the voltage and current readings. These units are appropriate for use in different applications, including in production environments, laboratories, colleges and others.
4. RS PRO Function Generator – Creating Test Signals
Function generators produce a variety of waveforms like sine, square, and triangular waves, which are crucial for testing circuits and systems. Students can learn about signal properties, modulation, and waveforms while using a professional tool to experiment with circuit designs and signal processing.
RS PRO’s RSFG-2000 series includes a variety of reliable function generators with a range of waveform outputs, such as sine, square, and triangle. With modulation techniques like AM, FM, PM, FSK, PWM, and more, as well as a 150 MHz frequency counter, the range comprises models ranging from simple single-channel AFGs to sophisticated five-channel models. An integrated pulse generator, which includes configurable pulse width, duty cycle, and edge timings and an output frequency of up to 25 MHz, is present in all variants. They are simple to use for users of all skill levels thanks to their 4.3-inch TFT colour display and simple interface.
5. RS PRO Test Probes and Test Leads – Precision Measurement for Lab Experiments
Test probes and leads are essential for accurately connecting measurement devices like multimeters or oscilloscopes to circuits and components. They ensure precise readings without damaging equipment or circuitry. These tools allow students to safely and effectively measure electrical properties, helping them understand circuit behaviour and practice troubleshooting in a hands-on environment. They’re essential for experiments in electrical engineering, physics, and electronics labs.
The RS PRO’s test probes and leads are designed for durability and precision, offering secure, stable connections in a range of testing scenarios. Available in different configurations, including insulted and high-voltage options, the probes and leads are suitable for both basic and advanced lab work. For instance, the test lead fused probe kit, which comes with leads and probes, is a necessary addition to any engineer’s or electrician’s toolkit. It enables safe and efficient testing of voltage and energy circuits and may be used in conjunction with a digital multimeter.
Why RS PRO is the Best Choice for Educational Test & Measurement Tools
RS PRO products are suitable for educational settings since they are accurate, dependable, and reasonably priced. RS PRO guarantees that educators and students have access to industry-grade resources that stimulate real-world learning and creativity, all while maintaining a focus on quality and performance. RS PRO’s selection of test and measurement tools can help your students succeed, whether you’re setting up an engineering lab or electronics classroom.
