Benchtop Conductivity Meter LBCM-T2010

Introduction

Benchtop Conductivity Meter features a temperature range of -5.0.0° C to 110.0℃, accommodating a broad range of sample temperatures. It includes electrode constant display, improving calibration transparency and measurement reliability. The system incorporates multiple unit modes for various conductivity and units for flexible testing. Our benchtop conductivity meter offers an automatic frequency switching mode to optimize accuracy across a wide conductivity range.

This conductivity meter is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Benchtop Conductivity Meter is a laboratory instrument used to measure the electrical conductivity of a liquid. It is widely utilized in water treatment analysis, environmental monitoring, and hydroponics for assessing ion concentration and solution purity.

Specifications

Conductivity Range	0.00 µ S / cm to 200.0 S / cm
Resolution	0.01µ S / cm minimum
Accuracy	± 1.0 % F, S
Temperature Range	-5.0.0° C to 110.0℃
Temperature Resolution	0.1°C
Temperature Accuracy	± 0.2 °C
Power Supply	100 V to 240V Input, DC9V Output
Product Dimension	200 × 160 × 63 mm
Weight	600g

Features

High-Resolution Display

 IP54 Waterproof Rating

Balanced Measurement Mode

Data Query Function

Automatic Power-Off

FAQs

1. What measurement range and resolution does the benchtop conductivity meter - D10 support?

benchtop conductivity meter D10 covers a comprehensive conductivity span suitable for ultrapure water to saline solutions, making it highly versatile for diverse testing needs. It shifts seamlessly between scales for trace-level and high-ion samples without manual range changes, backed by precision sensing that captures minute ionic variations in low ranges and robust resolution at higher conductivities. Temperature is measured with fine granularity, enabling accurate compensation during analysis. These adaptive capabilities reduce the need for multiple devices and enhance workflow efficiency across lab environments.

2. How accurate and stable are its readings during extended use in benchtop conductivity meter ?

It supplies premium benchtop conductivity meter .With highly dependable electrode accuracy and instrument repeatability, the D10 delivers reliable conductivity readings throughout its operational envelope. Its integrated temperature compensation ensures measurement integrity even as sample temperatures fluctuate. The auto-hold feature locks stable readings automatically, and built-in diagnostics monitor probe condition and calibration drift. Together, these features support sustained, precision performance ideal for regulated laboratory applications.

3. What connectivity and data logging options are included in benchtop conductivity meter ?

It supplies premium benchtop conductivity meter .Meter’s internal memory holds a large number of test records, making it suitable for batch workflows and audit trails Data exports via and RS 232 facilitate integration and offline analysis. Some versions additionally support wireless printing for on the spot documentation. Its intuitive display and firmware update capability further support ease of use and long-term adaptability. Timestamping and stability indicators help ensure data integrity and traceability.

4. How straightforward is the calibration process in ?

Benchtop conductivity meter D10 supports multiple calibration standards and can identify them automatically, streamlining the validation workflow. Users can choose between guided manual or automatic routines via an intuitive user interface. Prompts, stability cues, and auto-hold features guard against errors during calibration. Custom cell constants and reference temperatures accommodate diverse protocols. Once calibrated, the system includes reminders for maintenance recalibration, ensuring ongoing precision and repeatability with minimal user intervention.

5. What maintenance practices and applications suit the ?

Housed in a durable, splash-resistant body, the D10 suits lab-benchtop and light-field settings alike. Conductivity probes are easily changed to match sample conductivity ranges, maintaining flexibility across applications. Routine cleaning of the electrode and connectors prolongs instrument life, while the keypad is designed for high durability. Its compact size and power options support mobile labs, and it’s used widely in water quality, food, pharmaceutical, and environmental testing settings.