Overview

Potentiostat System LMPST-A104 offers wide scanning range up to 10,000 V/s for continuous testing. Equipped with internal flash memory with potential range and energy efficient performance. It features working signal generator with fast response time for electrochemical analysis. Built with digital display for monitoring parameters and multi-step potential. Our Potentiostat is ideal in academic, industrial and research laboratories.

Features :

Durable construction

Quite noise 

Large capacity 

Multiple electrode system

Low maintenance 

Specifications :

Electrode Configuration	2-, 3-, and 4-electrode
Maximum Potential Range	±10 V
Maximum Current	±250 mA
Compliance Voltage	±13 V
Potentiostat Rise Time	Less than 1 μs
Potentiostat Bandwidth	1 MHz
Potential Ranges	±10 mV, ±50 mV, ±100 mV, ±650 mV, ±3.276 V, ±6.553 V, ±10 V
Potential Resolution	0.0015%
Potential Accuracy	±1 mV or ±0.01%
Potential Noise	Less than 10 μV RMS
Current Measurement Range	±10 pA to ±0.25 A
Current Resolution	0.0015%
Current Accuracy	0.2%
Input Bias Current	Less than 10 pA
Scan Rates (CV/LSV)	0.000001 V/s to 10,000 V/s
Potential Increment (CV)	0.1
Pulse Width (CA/CC)	0.0001 to 1000 s
Sampling Interval (CA/CC)	0.4 μs
DPV/NPV Pulse Width	0.001 to 10 sec
SWV Frequency	1 Hz to 100 kHz
ACV Frequency Range	0.1 Hz to 10 kHz
SHACV Frequency Range	0.1 Hz to 5 kHz
FTACV Frequency Range	0.1 Hz to 50 Hz
AC Impedance Frequency	0.00001 Hz to 3 MHz
AC Impedance Amplitude	0.00001 V to 0.7 V RMS
Current Offset Accuracy	0.003%
Memory Capacity	256,000 to 16,384,000 points
Dimensions	370 × 230 × 120 mm
Net Weight	5.5 kg

Applications :

Potentiostat System LMPST-A104 is ideal for battery research, catalyst evaluation, and sensor development in academic research and industrial quality control. 

Selection Guide :

Potentiostat System LMPST-A104 is designed for advanced electrochemical research and analysis. Based on research studies, it is best suited for applications such as corrosion studies, electroplating, sensor development, battery testing, and fuel cell analysis. This system supports multiple electrode configurations, including 2-, 3-, and 4-electrode setups, providing flexibility for a wide range of experiments. It provides a wide potential range and high current capacity, making it suitable for both low and high current applications. The system is often certified for laboratory compliance (e.g., CE, ISO), ensuring reliability and safety. Customers should consider this model when their research demands high-speed data acquisition, precision control, and versatility in electrochemical measurements.