Q4 TASMAN SERIES 2 Advanced multi-chip benchtop spectrometer

Send Inquiry

Request To Call Back

Q4 TASMAN SERIES 2 Advanced multi-chip benchtop spectrometer

Get a Price/Quote

MOQ : 1 Unit

Q4 TASMAN SERIES 2 Advanced multi-chip benchtop spectrometer Specification

Humidity
Max. 80% relative humidity (non-condensing)

Power Supply
230 V AC 10%, 50/60 Hz, 1 phase, 16A

Automation Grade
Semi-automatic

Interface Type
USB/Ethernet interface for PC connection

Operating Voltage
230 V AC

Hardness
N/A (not a hardness tester)

Frequency
50/60 Hz

Display Type
External computer and monitor (not part of main unit)

Measuring Range
Broad multi-element range (e.g. ppm to 100%)

Application
Metals analysis (Fe, Al, Cu, Ni, Zn, Pb, Sn, Ti, Mg, Co, etc.)

Port Size
Analysis Port: 32 mm

Specimen Size
Solid samples: thickness 3 mm, area 32 mm diameter

Resolution
High spectral resolution; multi-chip CMOS detector

Response Time
Rapid analysis; typical measurement within 20-60 seconds

Number of Specimens
Single specimen analysis

Gas Pressure
600-900 kPa (6-9 bar) argon for optical system

Equipment Type
Optical Emission Spectrometer (OES)

Test Range
ppm to percent levels, depending on element

Accuracy
High accuracy, in compliance with international OES standards

Mounting Type
Benchtop / Tabletop

Max Height
Approx. 530 mm (instrument)

Temperature
+10C to +40C (operating); -10C to +50C (transport)

Features
Multi-matrix capability, automatic cleaning, touch-safe design, low argon consumption, low maintenance

Usage
Industrial and laboratory metal quality control

Capacity
Single sample

Machine Weight
Approximately 95 kg

Test Speed
Up to 60 s per analysis (typical applications)

Control Mode
Computer-controlled via Q4 TASMAN PC software

Excitation Source
Advanced digital solid-state spark generator

Optional Accessories
Adaptors for small samples, sample preparation tools, printer, dust protection covers

Instrument Dimensions (W x D x H)
690 x 560 x 530 mm

Memory/Storage
Depends on external PC specification; software-based data storage

Maintenance
Low maintenance design, easy access for service

Typical Applications
Foundries, steel plants, recycling, metal trading, fabrication, research labs

Spectral Lines
Simultaneous multi-element analysis

Optical System
Paschen-Runge optical system with multi-chip CMOS technology

Cooling
Air-cooled, no external cooling required

Wavelength Range
130 nm - 780 nm (depending on configuration)

Safety Features
Interlock system, touch-safe design, shielded optics compartment

Argon Consumption
Very low (~1 L/min during standby, 3-6 L/min during analysis)

Q4 TASMAN SERIES 2 Advanced multi-chip benchtop spectrometer Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Q4 TASMAN SERIES 2 Advanced multi-chip benchtop spectrometer

The Q4 TASMAN SERIES 2 Advanced multi-chip benchtop spectrometer is a top-drawer, preeminent solution for rapid metals analysis. Featuring a blue-ribbon Paschen-Runge optical system and the latest multi-chip CMOS sensors, it delivers high-accuracy, simultaneous multi-element results in as little as 20-60 seconds. Designed for foundries, steel plants, and research labs, its low argon consumption, air-cooled design, and robust safety features provide effortless operation and maintenance. Highly recommended for professionals, this is your last chance to invest in a cutting-edge spectrometer that meets international standards and offers unrivaled performance for critical applications.

Powerful Features for Industrial and Laboratory Use

The Q4 TASMAN SERIES 2 boasts multi-matrix capability, automatic cleaning, and a rapid test cycle-making it ideal for both industrial and laboratory metal quality control. Used by foundries, metal recyclers, and research labs, it specializes in precise, simultaneous analysis of a broad spectrum of metals, from Fe to Zn. Its semi-automatic, bench-top design ensures easy operation and maximum safety, supported by a shielded optics compartment and an advanced safety interlock system.

Certifications, Packaging, and Quick Delivery

The Q4 TASMAN SERIES 2 complies with all relevant international Optical Emission Spectrometer (OES) standards to guarantee high measurement accuracy. Each unit is securely packaged in sturdy crates for safe transit. Customers benefit from quick dispatch and reliable delivery rates, ensuring your spectrometer reaches you promptly and in perfect condition. Every instrument is thoroughly checked before shipping, making installation on-site smooth and hassle-free.

FAQ's of Q4 TASMAN SERIES 2 Advanced multi-chip benchtop spectrometer:

Q: How does the Q4 TASMAN SERIES 2 spectrometer ensure high accuracy in elemental analysis?

A: The Q4 TASMAN SERIES 2 utilizes a Paschen-Runge optical system with advanced multi-chip CMOS technology, designed for simultaneous multi-element detection. This setup, combined with rigorous compliance to international OES standards, ensures high accuracy and precise analytical results.

Q: What types of metals and sample forms can be analyzed using this spectrometer?

A: This spectrometer is ideal for analyzing metals such as Fe, Al, Cu, Ni, Zn, Pb, Sn, Ti, Mg, and Co. It is optimized for solid samples with a minimum thickness of 3 mm and up to 32 mm in diameter, supporting a single specimen analysis per cycle.

Q: When can I expect delivery after placing an order, and how is the product packaged?

A: After confirming your order, the Q4 TASMAN SERIES 2 is quickly dispatched and securely packaged in robust crates to ensure safe transport. Delivery times are optimized based on your location, ensuring prompt and reliable arrival.

Q: Where is the Q4 TASMAN SERIES 2 commonly used?

A: It is widely used in industries and laboratories including foundries, steel plants, metal recycling facilities, fabrication units, metal trading, and research establishments requiring fast, reliable metals analysis.

Q: What are the main benefits of its low argon consumption?

A: The low argon consumption makes the instrument highly cost-effective and environmentally friendly, reducing gas usage during both standby (around 1 L/min) and routine analysis (3-6 L/min), leading to lower operational costs.

Q: How user-friendly is the operation and maintenance of the Q4 TASMAN SERIES 2?

A: Operation is computer-controlled via dedicated software, with features like automatic cleaning and a touch-safe design. Maintenance is simplified with easy-access panels, and the air-cooled system eliminates the need for external cooling units.

Tell us about your requirement