DIL 502 Expedis® Supreme
DIL 502 Expedis® Supreme: Precision for Advanced Applications
The DIL 502 Expedis® Supreme represents the forefront of dilatometer technology, engineered for a diverse array of sophisticated research and industrial uses. This fully equipped, state-of-the-art instrument delivers unparalleled performance, providing an exceptional temperature range of -180°C to 2800°C within a single device.
The DIL 502 Expedis® Supreme represents the forefront of dilatometer technology, engineered for a diverse array of sophisticated research and industrial uses. This fully equipped, state-of-the-art instrument delivers unparalleled performance, providing an exceptional temperature range of -180°C to 2800°C within a single device.
For more information, please visit:
Features for Unrivaled Performance:
Specifications
Features for Unrivaled Performance:
Optimal Furnace Customization: Beyond its graphite furnace for ultra-high temperatures up to 2400°C/2800°C, the system supports a variety of interchangeable furnaces. These cover a broad spectrum of temperature ranges and atmospheric conditions, allowing you to select the ideal furnace for your specific needs.
Consistent and Accurate Measurements: Automatic Specimen Length Detection eliminates the potential for human error by automatically determining the sample’s initial length before any testing begins, ensuring reliable results every time.
Stable Sample Placement: MultiTouch™ Technology ensures consistent and repeatable sample positioning. Its unique, tail-like motion precisely optimizes placement, significantly enhancing measurement reliability.
Adaptable Thermocouple Positioning: An adjustable thermocouple, guided by a flexible rod, easily accommodates samples of varying lengths. This design allows for precise placement without bending or causing damage to the thermocouple or sample.
Inert Atmosphere Capabilities with AutoVac: The optional AutoVac system facilitates quick evacuation and gas refilling, enabling measurements under pure inert atmospheres. This feature is particularly beneficial for studies involving processes like oxidation.
Consistent and Accurate Measurements: Automatic Specimen Length Detection eliminates the potential for human error by automatically determining the sample’s initial length before any testing begins, ensuring reliable results every time.
Stable Sample Placement: MultiTouch™ Technology ensures consistent and repeatable sample positioning. Its unique, tail-like motion precisely optimizes placement, significantly enhancing measurement reliability.
Adaptable Thermocouple Positioning: An adjustable thermocouple, guided by a flexible rod, easily accommodates samples of varying lengths. This design allows for precise placement without bending or causing damage to the thermocouple or sample.
Inert Atmosphere Capabilities with AutoVac: The optional AutoVac system facilitates quick evacuation and gas refilling, enabling measurements under pure inert atmospheres. This feature is particularly beneficial for studies involving processes like oxidation.
Specifications
| Temperature range | -180°C … 2800°C |
| Heating rate | Depending on furnace type: 0.001 … 50 K/min Graphite: 0.001 … 100 K/min |
| Cooling systems | Depending on furnace: Vortex, LN2 device, air compressor |
| User-interchangeable specimen holder systems | SiO2, Al2O3, graphite, user-interchangeable + Single system (one pushrod) + Dual system with two pushrods usable in dual or differential mode |
| Specimen dimensions | Length: Max. 52 mm (Graphite furnace: 25 mm) Ø 12 mm standard (optional Ø19 mm max.) Ø 8 mm in dual specimen holder system |
| Gas atmosphere | Inert, oxidizing under static or dynamic conditions |
| Gas control | 1-way switch or 3-way switch*,4-way switch, MFC* |
| Design | + Horizontal, pushrod + Single or dual furnace operation |