Pulse Rate Meter Trainer Manufacturer,Supplier and Exporter in India

Pulse Rate Meter Trainer

Product Code : SCL-MDE-12445

Indian Lab Suppliers offers the Pulse Rate Meter Trainer (Product ID: 12445) as part of its Medical Diagnostic Equipment range under Hospital Lab Equipment. This is a plethysmograph-based educational trainer that detects the arterial pulse and pulse-pressure waveform using an infrared LED/phototransistor sensor pair, letting students study pulse-wave characteristics and their relationship to blood pressure and flow.

Quick Answer

This trainer detects the arterial pulse pressure waveform – the vessel-wall displacement produced each time the heart contracts and ejects blood – using a photoplethysmographic (IR LED/phototransistor) sensor typically placed at the fingertip or another peripheral point. It provides an amplified pulse output with on-board variable gain control, separate test points after each functional block, an LCD display, and roughly 4% accuracy, letting students record the pulse waveform, estimate pulse-wave velocity (which the source material notes as travelling at roughly 5 to 15 metres/second depending on arterial wall size and rigidity), and compare it against an ECG signal.

Key Features

Detects arterial pulse and pulse-pressure waveform (plethysmograph principle) · Amplified pulse output · On-board variable gain control · Separate test points to observe the waveform after each block · Self-contained and easy to operate · LCD display, with selectable accuracy levels · Approx. 4% accuracy · IR LED/phototransistor sensor pair · 2-core shielded sensor cable, approx. 1.1 metres, with 3.5mm stereo plug connector

Key Specifications

ParameterSpecification
Principle Photoplethysmographic detection of arterial pulse pressure waveform
Output Amplified pulse output, with variable gain control
Display LCD, selectable accuracy levels
Accuracy Approx. 4%
Sensor cable 2-core shielded cable, approx. 1.1 metres, 3.5mm stereo plug connector
Dimensions W 326 x D 252 x H 52mm (approx.)
Weight Approx. 1kg
IR phototransistor (3mm) Silicon chip; black lens; rise/fall time approx. 15/15µs
IR LED (3mm) GaAlAs material; blue lens; wavelength 940nm; operating angle ±30°
Related theory Pulse wave velocity typically 5 to 15 metres/second, increasing with arterial wall size and rigidity, per the supplied study notes

Where This Is Used

This trainer suits biomedical engineering and physiology laboratories teaching pulse and plethysmography principles – how arterial pulse waveforms relate to blood pressure and flow, how pulse-wave velocity varies with vessel properties, and how the pulse signal compares with a simultaneous ECG recording. It sits alongside our Blood Pressure Measurement Trainer and other vital-signs trainers within the wider Medical Diagnostic Equipment range. Browse the full laboratory equipment range for related training and diagnostic instruments.

Why Buy from Indian Lab Suppliers

Indian Lab Suppliers is an India-based laboratory equipment manufacturer and exporter supplying hospital and biomedical training equipment to institutions and distributors worldwide. Every order can be supplied with export documentation, and a Certificate of Origin is available on request to support customs clearance.

Frequently Asked Questions

What does this trainer measure?
It detects the arterial pulse pressure waveform – the vessel-wall displacement caused by each heartbeat – using an infrared LED/phototransistor sensor pair, typically placed at the fingertip.

What sensor is used and how is it connected?
A 3mm IR LED (940nm wavelength, blue lens) paired with a 3mm silicon IR phototransistor (black lens), connected via a 2-core shielded cable (approx. 1.1 metres) with a 3.5mm stereo plug.

Can I compare the pulse signal with an ECG?
Yes, the supplied study material describes comparing the recorded pulse waveform with a simultaneous ECG signal, and discusses pulse-wave velocity in that context.

What is the accuracy of the reading?
Approximately 4%, with selectable accuracy levels on the LCD display.

Can I observe the raw waveform at each stage?
Yes, separate test points are provided to observe the waveform after each functional block.

Related Categories

Explore the full Medical Diagnostic Equipment category, part of our wider laboratory equipment catalogue.

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