Hydrogen analyzer

EMGA-921 typeHydrogen analyzerIt is the flagship model and user-friendly instrument for hydrogen analysis.

This is a high-precision, high repeatability hydrogen element analyzer suitable for material research and quality control in fields such as steel, new materials, catalysts, etc. This is a brand new product that has been optimized to meet the requirements of users.

The detection of hydrogen element is achieved by measuring hydrogen gas using thermal conductivity detection method.

Principle and Gas Flow Path Diagram

Place the sample in a graphite crucible, keeping the crucible between the upper and lower electrodes of the pulse furnace. A high current passes through the crucible to generate high temperature.

The hydrogen in the sample is released as hydrogen gas (H2), and its concentration is measured by a thermal conductivity detector (TCD).

high performance

Wide hydrogen detection range: 0-0.02%

Optimize the design of TCD detector for hydrogen detection.

●precision

SD ≤ 0.04 μ g/g or RSD ≤ 0.5%, whichever is met (reference gas)

●standard method

EMGA-921 complies with the requirements of various metal (titanium, zirconium, tantalum, etc.) analysis standard methods in JIS Z2614, JIS H1619, JIS H1664, JIS H0696, ASTM E1447.

Analysis example of JSS sample containing low concentration of hydrogen.

Humanized software

Detection interface

Humanized software makes operation exceptionally easy

The extracted gas signal is displayed in real-time in digital form, and is also displayed as a curve along with the temperature level. The release curve graph will be automatically saved.

In the measurement window, the sample weight can be automatically registered. The results are saved in a data table for easy management.

HORIBA's original maintenance navigator

Notify users when consumables need to be replaced to maintain the best condition of the equipment.

The method and steps for replacing parts described in the maintenance navigator are simple and easy to understand, and operators can carry out maintenance work without experience and technical reserves.

EMGA-921 typeHydrogen analyzer

principle

Hydrogen: Thermal conductivity detection method (TCD) for detecting hydrogen H2

Detection range *:

Hydrogen: 0-0.02%

*Reducing the sample size can expand the detection range

Sample size: 1.0 ± 0.1g

Sensitivity (minimum reading): Hydrogen: 0.001 ppm

Accuracy * * (reproducibility)

hydrogen

σ n-1 ≤ 0.04 ppm or RSD ≤ 0.5%, whichever is satisfied (reference gas)

**Based on a sample size of 1.0 ± 0.1g and the following automatic functions

display

Test result: LCD or printed output

Alarm information: LCD or print output

Flowchart: LCD

Heating furnace power

Pulse electrode furnace inert gas protection heating and melting

Heating furnace output power can be set within 0-8.0kW

Sample feeding: Dual feeding device for sample/flux

Automatic functions: automatic cleaning, automatic crucible loading

Integral conditions:

Pre set time points

Reaching a comparative level of integration

Pre set time points or points that reach a comparative level, whichever is shorter

Sample ID: Registered with up to 20 single byte characters

calibration

Single point or multi-point calibration (reference gas or standard sample)

Calibrate using previous analysis data

Calibration curve correction function

function

Real time display of release curve

Interrupt analysis

Self diagnosis and alarm display

Release curve analysis (overlay comparison, differential analysis, etc.)

Data output (RC-232C or TCP/IP)

Dimensions: 750mm (H) × 785mm (D) × 653mm (W)

The position of the sample feeding port is 650mm high from the desktop.

Weight: 230kg

When transporting, it can be divided into two parts (each part weighing less than 140kg)

Computer: A PC running the Windows 10 operating system

power supply

Host: AC200/220/230/240V ± 10%

Frequency: 50/60 Hz ± 1Hz

power consumption

Host: 12kVA (maximum)

Automatic cleaning device: 1.5kVA (maximum)

Grounding resistance: below 10 Ω

Installation requirements

Operating temperature: 5-40 ° C

Performance guarantee temperature: 5-35 ° C

Humidity: Maximum 80% RH between 5-31 ℃, linearly decreases to 50% RH between 31-40 ℃

Vibration: bidirectional amplitude of 20 microns, frequency band acceleration less than 0.098m/S2

Gas requirements

Carrier gas: argon gas, purity 99.995% or above, pressure 0.35MPa

Stainless steel pipe connection (O.D.3mm) and within 3m of the instrument

Power gas: dry air or nitrogen, pressure 0.45MPa

Nylon tube connection (O.D.6mm) and within 5m of the instrument

Cooling device: heat dissipation unit (independent external)

Electronic balance (optional)

An electronic balance that can display a minimum of 1-0.0mg online

Optional Automatic Voltage Regulator (AVR)

Capacity: 15kVA

Weight: 130kg