The Cole-Parmer MP-250D-F Digital Melting Point Apparatus (9.830 441, 03010-51, previous IA9100) is a standard digital melting point apparatus for viewing up to three capillary tube samples simultaneously. It provides 0.1 °C temperature resolution, a maximum temperature of 400 °C and an adjustable 8x magnifying lens for clear sample observation.
Key Features
- Brand: Cole-Parmer
- Model: MP-250D-F
- Previous Model: IA9100
- Cole-Parmer Order Number: 03010-51
- JMG Part Number: 9.830 441
- Product Type: Digital melting point apparatus
- Number Of Samples: 3
- Minimum Temperature: Ambient +5 °C
- Maximum Temperature: 400 °C
- Temperature Accuracy: ±0.5 °C at 20 °C; ±1.0 °C at 350 °C
- Temperature Resolution: 0.1 °C
- Heat-Up Rate: 1 °C/min or 10 °C/min selectable
- Temperature Sensor: 100 Ω Pt RTD
- Lens Magnification: 8x with adjustable focus
- Display: 12 x 2 backlit LCD
- Memory: 4 x 1 melt memory capacity
- Power Supply: 100-240 VAC, 50/60 Hz
- Power: 45 W
- Dimensions: 20 x 35 x 45 cm
- Shipping Weight: 2.5 kg
Benefits
- Supports efficient melting point determination by allowing up to three samples to be viewed at the same time.
- Improves viewing comfort for multiple users with a height-adjustable arm and rotating viewing head.
- Helps users observe melt behaviour clearly through the illuminated oven and 8x magnifying lens.
- Supports repeatable operation with digital temperature control and 0.1 °C resolution.
- Allows recorded melt values to be recalled using the 4 x 1 melt memory capacity.
- Helps users select the correct fixed-ramp IA9100 equivalent rather than IA9200 or IA9300 programmable recording models.
Why Choose the Cole-Parmer MP-250D-F Digital Melting Point Apparatus (9.830 441, 03010-51, previous IA9100)?
The Cole-Parmer MP-250D-F Digital Melting Point Apparatus is suited to laboratories requiring a standard digital system for visual melting point determination with 0.1 °C resolution and a 400 °C maximum temperature. John Morris Group supplies this verified configuration for users who need the current Cole-Parmer model corresponding to the previous Electrothermal IA9100.
