• Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340° C
  • Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340° C
  • Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340° C
  • Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340° C
  • Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340° C
  • Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340° C

Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340° C

After-sales Service: Online After-Sales Service
Warranty: 1 Year
Application: Industry, School, Lab
Customized: Non-Customized
Certification: CE
Structure: Desktop
Customization:
Gold Member Since 2021

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Manufacturer/Factory

Basic Info.

Model NO.
MS-H-ProA
Type
Hot Plate
Work Plate Dimension
φ135mm(5inch)
Motor Type
Brushless DC Motor
Heating Temperature Range
Room Temp.-340ºC, Increment 1ºC
Temperature Display Accuracy
±0.1ºC
Heating Power
600W
Max. Stirring Quantity[H2O]
20L
Transport Package
Standard Carton Export
Specification
280× 160× 100mm
Trademark
West Tune
Origin
China
HS Code
8479820090
Production Capacity
1000

Product Description

MS-H-ProA Heating Temperature Up to 340ºC Digital Magnetic Hotplate Stirrer
  
Magnetic stirrer is mainly used in low viscosity liquid or solid liquid mixing, mainly used in chemical synthesis, physical and chemical analysis, biological pharmacy, materials science and other fields. Biological laboratory is mainly used to prepare reagents, culture media, etc.

Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340° C

Feature:

• Digital control with max. temperature at 340ºC,max speed up to 1500rpm.
• Aluminum alloy work plate with flat plane provides fast heating perfermance, and strong compatibility with various heating containers and heating blocks.
• High-resolution LCD display shows actual temperaturesand speed.
• PID controller ensures a precise and steady heating process.
• External temperature control is possible by connecting the temperature sensor(PT 1000) with accuracy at ±0.2°C.
• Brushless DC motor enables more powerful speed control.
• Three heating modes for selected ( fast heating, standard heating and stable heating ).
• Remote control function through RS232 interface provides PC control and data transmission.




Specification:
 
Model MS-H-ProA
Work plate dimension φ135mm(5inch)
Work plate material Aluminum
Motor type Brushless DC motor
Heating temperature range Room temp.-340ºC, increment 1ºC
Temperature display accuracy ±0.1ºC
Heating power 600w
Speed range 100-1500rpm resolution±1rpm
Max. stirring quantity[H2O] 20L
Speed display LCD
Temperature display LCD
Motor rating input 18w
Motor rating output 10w
Max. magnetic bar[length] 80mm
Temperature control accuracy ±1°C(<100ºC) ±1%(>100ºC)
External temperature sensor PT1000 (accuracy ±0.2ºC)
Over temperature protection 420ºC
"Hot" warning 50ºC
Data connector RS232
Protection class IP21
Voltage 100~120/200-240V 50/60Hz
Power 650w
Dimension[WxDxH] 280×160×100mm
Weight 2.8kg

Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; CMs-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; CMs-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; CMs-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; C
Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; CMs-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; CMs-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; CMs-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; CMs-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; C
FAQ-Magnetic (Hotplate) Stirrer:

1.How viscous are samples that magnetic stirrers are suitable for mixing?
  Answer: 100mPas, equivalent to viscosity of olive oil (cooking oil), beyond which the mixing volume and speed should reduce accordingly.  

2.Why the temperature rise is too slow in hotplate stirrers?
  Answer: The temperature rise of magnetic stirrers is influenced by many factors like: Excessive airflow through the fume hood Uneven contact area between vessel and hotplate surface Too large sample volume Whether the vessel is equipped with thermal insulation Size of the vessel and other factors would result in too slow temperature rise

3.How to achieve rapid temperature rise?
  Use a vessel made of stainless steel or aluminum alloy Use methyl silicone oil with small specific heat value Cover the vessel in the heating process Equip the heating vessel such as beaker with thermal insulation layer or other protective measures

4.How to achieve steady temperature rise?
  Must add and mix in the heating process, preferably at 600-800RPM Use water with high specific heat value or low-viscosity methyl silicone oil containing stabilizer.

5.How to avoid jittering of stirring bars of magnetic stirrers in vessel?
  Answer: The jittering results from failure of stirring bars First check the vessel bottom for flatness If the vessel bottom is OK, check the stirring bar for compatibility. For round-bottom flasks, users are advised to use olive-shaped stirring bar. Smaller stirring bars are suggested for small vessels. If the reasonably chosen stirring bar still does not work, try to replace the stirring bar in order to confirm whether it is due to the degaussing of the stirring bar Moreover, excessively high rotation speed would occasionally cause the stirring bar to fail.

6.How to avoid excessive product temperature overshoot of magnetic stirrers?
  Answer: The temperature overshoot of magnetic stirrers is a problem with all brands. It is possible to reduce the effect of temperature overshoot by increasing the vessel size and sample volume. Mixing in the heating process can also effectively reduce the overshoot. Moreover, presetting the temperature and placing the experimental sample into the vessel after the end of temperature overshoot can also effectively prevent the sample from being affected by overshoot.


7.How to use the temperature sensor properly?  
  Answer: Immerse the magnetic temperature sensor probe 20mm below the liquid surface but no less than 10mm away from the vessel bottom. Ensure that the temperature probe do not touch the vessel walls and avoid erroneous measurement.

8.Why the temperature is not stable and fluctuates remarkably when the heating temperature of the hotplate magnetic stirrer is set below 30°C?
  Answer: If the heating temperature is set below 30°C, it is substantially affected by changes in room temperature due to proximity to room temperature. Placing the machine in a space with small fluctuations of ambient temperature for test will effectively address the aforesaid problem.

9.Why is it that the screen cannot be turned OFF and stirring still continues after the magnetic stirrer is shut down?
  Answer: This is the residual heat warning capability of WESTTUNE magnetic stirrer, which is intended to protect the personal safety of users. When the machine is shut down with the hotplate temperature above 50°C, as long as the power supply is not disconnected, the screen would flash a "Hot Warning" indication constantly and the mixing function remains in order.


Our Company:
Ms-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; CMs-H-Proa Digital Magnetic Hotplate Stirrer Heating Temperature up to 340&deg; C
Delivery time: usually 3-15 days
Warranty: 12months
Payment methods: T/T, Western Union, Paypal, Credit Card, L/C
 
Our main lab instruments: mixer, shaker, water quality tester, autoclave, incubator, oven, water treatment(PH/DO/COND/Turbidity meter, pure water system), spectrophotometer, refractometer, peristaltic pump, heating mantle, hot plate, PCR machine, homogenizer, water bath and so on. 

 

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