Magnetic Stirrer with Hot Plate MS7-H550-S / MS7-H550-Pro
Technical specifications: MS7-H550-S/MS7-H550-Pro
- Worktop Dimensions [L x W]: 184x184mm (7 inches)
- Worktop Material: Glass Ceramic
- Motor Type: Shaded Pole Motor
- Motor input rated power: 15W
- Motor output rated power: 1.5W
- Power: 1030W
- Heating power: 1000W
- Tension : 100-120/200-240V 50/60Hz
- Positions d'agitation : 1
- Maximum stirring quantity [H2O]: 10L
- Maximum length of magnetic bar: 80mm
- Speed range: 0-1500rpm
- Speed display: Scale
- Temperature display: LED
- Heating temperature range: Room temperature - 550°C, 5°C increment
- Temperature display accuracy: ±10°C
- Overheat protection: 580°C
- Temperature display accuracy: ±1°C
- External temperature sensor: PT1000 (accuracy ±0.2)
- Hot warning: 50°C
- Protection class: IP21
- Dimension [LxPxH] : 215x360x112mm
- Weight: 4.5kg
- Allowed ambient temperature: 5-40°C, 80%RH
MS7-H550-S
Main Features
• LED display for accurate temperature monitoring
• A wide speed range from 0 to 1500 rpm
• Maximum heating plate temperature of 550°C
• External temperature control is possible by connecting the temperature sensor (PT1000) with an accuracy of ±0.2°C
• A “HOT” warning will flash if the worktop temperature is above 50°C
MS7-H550-Pro
Main Features
• LCD display for accurate monitoring of speed and temperature
• Integrated PID controller ensuring safe heating of the medium with overheating protection
• Maximum heating plate temperature of 550°C
• Glass ceramic work plate provides excellent chemical resistance performance and highly efficient heat transfer
• External temperature control is possible by connecting the temperature sensor (PT1000) with an accuracy of ±0.2°C
• Digital speed control, maximum speed 1500 rpm
• An exceptional brushless DC motor provides increased stirring power
• Two rotary knobs allow easy adjustment of speed and temperature
• A "HOT" warning will flash when the worktop temperature is above 50°C, even when the hotplate is turned off
• Remote function provides PC control and data transmission.
