Benchtop Ion Meter For NH4, LBIM-T2015

Introduction

Benchtop Ion meter for NH₄ , comes with (NH₄) ammonium ion selective electrode for ammonium ion concentration measurement. This Ion meter comes with ± 0.5 % F.S. measurement accuracy. The direct ion concentration readout helps in elaborate measurement process. The system menu allows setting the 8 parameters like calibration points, stability condition etc. It can measure concentration in ppm, mg / L, mol / L. The mV measurement is used to check the performance of ion selective electrode.

This water testing equipment 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 Ion meter is used to measure the ammonium ion concentration present in potable water, D/W water, waste water and natural water resources using different ion concentration electrodes.

Specifications

Ion measurement range	NH4 range: 5 × 106 – 1 M, 0.1 – 18000 ppm
Ion measurement accuracy	± 0.5 % F.S.
Resolution	0.001, 0.01, 0.1, 1
Calibration points	2 to 5 points
Calibration solutions	0.001, 0.01, 0.1, 1, 10, 100, 1000, 10000 ppm, mol / L, mg / L
mV range	(-1999.9) to 1999.9 mV
mV accuracy	± 0.2 mV
mV resolution	0.1 mV
Temperature measurement range	0 to 105 °C, 32 to 221 °F
Temperature accuracy	± 0.5 °C, ± 0.9 °F
Temperature resolution	0.1°C
Temperature compensation	0 to 100 °C, 32 to 212 °F
Compensation mode	Manual or automatic
Data hold function	Manual or automatic endpoint detection
Reset function	Yes
Stability condition	Low or high
Calibration due	0 to 31 days
Power off	Manual or automatic (10,20,30 minutes)
Memory	Stores up to 500 sets of data
Output	communication interface
Connector
Display	(130 × 110 mm)
Power	DC 5 V, using AC adapter, AC 220 V / 50 Hz
Dimension (L × W × H)	210 × 188 × 60 mm
Weight	1.5 kg

Features

Large display

2 - 5 points calibration from low to high concentration

Direct ion concentration readout for elaborate measurement process

Selectable concentration units from ppm, mg/L, mol/L

mV measurements to check the performance of ion selective electrode

Temperature compensation provides accurate reading over the entire range

Stability indicator to show current measurement status

Calibration due reminder for regular calibration of the meter

Auto hold function to freeze stable reading for better viewing & recording

Automatic electrode diagnosis shows the slope of the sensor

Reset setting function

Expanded memory stores and recalls up to 500 readings

Built –in real time clock stamps

communication interface to transfer stored data to PC

FAQs

1. What types of applications is It Benchtop Ion meter for NH4, suitable for in environmental monitoring?

It Benchtop Ion meter for NH4 is ideal for measuring ammonium ion concentrations in a wide range of water sources including potable water, distilled water, wastewater, and natural water bodies. This makes it particularly useful for environmental monitoring, aquaculture, agricultural runoff analysis, and water treatment facilities. It features a broad detection range from 0.1 to 18000 ppm, ensuring both trace-level and high-concentration measurements. Professionals can depend on it for reliable and repeatable results in diverse testing environments.

2. How does the Benchtop Ion meter for NH4 ensure accurate readings under varying temperature conditions?

The Benchtop Ion meter for NH4 offers both manual and automatic temperature compensation across a wide range (0 to 100 °C), ensuring reliable results even when sample temperatures vary. This feature corrects for temperature-induced changes in ion activity, which is crucial for maintaining measurement precision. Users can effectively test in lab and field settings with a temperature resolution of 0.1°C and accuracy of ±0.5°C. It is particularly beneficial when analyzing outdoor or industrial samples where temperature control is limited.

3. How easy is it to use the Benchtop Ion meter for NH4 for first-time users or routine lab operations?

Benchtop Ion meter for NH4 features a large and smart system menu that allows users to set up to 8 parameters, including calibration points and stability settings. The meter can be quickly customized to fit specific test requirements with 2 to 5 point calibration and selectable concentration units (ppm, mg/L, mol/L). Direct ion readouts simplify operation, while the auto-hold function helps capture stable results effortlessly. It is a user-friendly ion meter for both experienced professionals and beginners.

4. What safety or data protection features are built into the Benchtop Ion meter for NH4?

Benchtop Ion meter for NH4 includes a memory capable of storing up to 500 data sets, along with a real-time clock to timestamp every measurement. The communication interface allows users to transfer results to a PC, preventing data loss and supporting record-keeping or analysis. It also has manual or automatic power-off options to protect the device and conserve energy. These features are helpful in long-term projects or regulated testing environments.

5. Is the Benchtop Ion meter for NH4 portable and suitable for use in compact lab setups?

Yes, the Benchtop Ion meter for NH4 is highly portable and fits easily into small lab benches or field testing setups with 1.5 kg weight and compact dimensions. It operates on DC 5V power via an AC adapter, making it convenient for lab use. The rugged design and easy-to-use interface make it reliable in both controlled lab conditions and fieldwork scenarios. This portability enhances its versatility across different testing areas.

6. What regular maintenance is required to keep the Benchtop Ion meter for NH4 functioning optimally?

Benchtop Ion meter for NH4 requires cleaning and storing the ammonium ion-selective electrode properly after each use to avoid contamination or drying out. Users should also perform regular calibrations using standard solutions and set calibration reminders via the system menu. The electrode slope should be checked using the built-in diagnostic function to ensure early detection of any decline in performance. Additionally, the connectors, temperature probe, and interface should be kept clean and secure to help maintain reliable operation.