Mol Premier® 1350 Combustion Furnace
HIGH-TEMPERATURE FURNACE FOR TEMPERATURES OF UP TO 1550 °C
High temperatures
Robust construction
Easy operation
Mol Premier® 1350 Combustion Furnace
The Mol Premier® 1350 Combustion Furnace is a powerful and compact benchtop unit for the complete oxidation of samples in solid, powder, paste, slurry or liquid form at particularly high temperatures of up to 1550 °C.
The samples are pushed into the laboratory furnace’s hot zone in ceramic combustion boats with a sample insertion rod. The combustion tube diameter is 28 mm. The sample is fully combusted in the oxygen stream. The sample gas can then be analyzed using an analyzer system connected to the laboratory furnace, such as the Mol CS1000 Elemental Analyzer.
The Mol Premier® 1350 Combustion Furnace’s robust construction, easy operation and high temperature range of up to 1550 °C allow for extreme versatility of use.
For the complete oxidation of particularly large samples we recommend the Mol Premier® 1000 Combustion Furnace.
Are you looking for a pre-heating furnace for the successful determination of elemental contents in the sensitive ppm range, that meets or exceeds common standards such as ASTM E1019 and ISO 9556 / 4935? If so, we recommend the Mol Premier® 1350 Pre-Heating Furnace.
Operating Mode 1
Fast Heating
Direct control of the high-temperature furnace with maximum power – whenever things need to go fast.
Operating Mode 2
Multi-Stage Heating
Through fully automatic, multi-stage heating, the set target temperature is reached – resource-conserving for a long service life of the heating elements.
Operating Mode 3
Timed Heating
The high-temperature furnace autonomously regulates the temperature according to a pre-set time program – energy-saving for low operating costs.
Heating Curve Mol Premier® 1350
Operating Mode 1 – Fast Heating
Product Features
Mol Premier® 1350 Combustion Furnace
For especially high temperatures
Maximum temperature
1550 °C
Technology
Heating elements
Thermocouple
Type S according to DIN EN 60584
Combustion tube
Ceramic
Tube diameter
28 mm
Input voltage
230 VAC ± 10 %; 50/60 Hz, 16 A max.
Dimensions
approx. 33 x 57 x 55
Heated zone
15 cm
Average heat-up time
approx. 100 °C / min.
CPU
Powerful multimedia processor with four ARM cores (Cortex-A53, ARMv8)
Frequency
up to 1.4 GHz
Outputs (optional)
1 x full size HDMI output
Outputs (optional)
4 pole stereo output
Ethernet (optional)
Gigabit Ethernet over USB 2.0
Wi-Fi (optional)
Wi-Fi for IEEE 802.11b, g, n and ac in the 2.4 and 5 GHz range
Bluetooth (optional)
Bluetooth Classic und Low Energy (BLE)
USB (optional)
up to 4 x USB 2.0 Ports
Function Description
The high-temperature furnaces from the Mol Premier® seriesare resistance-heated, high-temperature furnaces.
Compared to conventional resistance heating wire, the heating elements used can reach sustained high temperatures of up to 1550 °C quickly and easily.
The Mol Premier® 1350 Combustion Furnace reaches temperatures of up to 1550 °C.
The temperature can be regulated via a software-based PID controller. The electrical system is directly controlled via the analysis software, which can be operated with a capacitive touch display built into the front panel. Alternatively, the furnace can also be controlled via the elemental analyzer’s application software. Connecting multiple furnaces with one elemental analyzer also allows for fractionated analysis at different temperatures and reduces downtime when sample throughput is high. The software displays the current temperature, allows the the target temperature to be set, regulates the temperature depending on the heating program used, and also limits the maximum current during the warm-up phase. The control value is then fed to the electrical system.
The current temperature is measured with a high-temperature thermocouple according to DIN EN 60584, amplified, digitized and made available to the analysis software. An additional sensor in the electrical system measures the ambient temperature and corrects the reference point of the thermocouple so that changes in the ambient temperature do not affect the furnace temperature.
The automatic current limitation prevents the maximum permissible output of the heating elements from being exceeded, thus enabling maximum service life of the heating elements used. The automatic current limitation functions independently and does not require manual readjustment over the course of the heating elements’ aging process.
Contact us for a consultation, no obligations
Images similar. Content may be subject to modifications or corrections.
Mol Premier® is a registered trademark of Mol Analytik GmbH.