Key Features of the LCD Digital Orbital Shaker
Key Features
• Max. load capacity is 7.5kg(O330) and 2.5kg(O180) with platform
• Double LCDs for independent display of time and speed
• Used with a wide variety of accessories
• Maintenance- free brushless DC motor
• Over speed detection and protection
• Remote function provides PC control and data transmission
Specifications of the LCD Digital Circumferential Digital Display Shaker
| Model | SK-O330-Pro |
| Orbital diameter | 10mm |
| Max. load capacity (with platform) | 7.5kg |
| Motor type | Brushless DC motor |
| Motor input power | 28W |
| Motor output power | 15W |
| Power | 30W |
| Time settings range | 1min-19h59min |
| Speed range | 100-500rpm |
| Speed display | LCD |
| Timer display | LCD |
| Voltage | 100-240V,50/60Hz |
| Protection class | IP21 |
| Dimension [W x D x H] | 370×420×100mm |
| Weight | 13.5kg |
| Permissible ambient temperature and humidity | 5-40°C 80%RH |
| Data connector | RS232 |
Order information of DLAB Digital Orbital Shaker
| 8032220100 | SK-O330-Pro | Digital Orbital Shaker (7.5 Kg) with SK 330.1 Universal attachment (package seperately) | USA plug, 100V-220V/50Hz/60Hz |
| Cn plug, 100V-220V/50Hz/60Hz | |||
| Euro plug, 100V-220V/50Hz/60Hz | |||
| UK plug, 100V-220V/50Hz/60Hz |
Optional Accessories of Linear Shaker SK-O330-Pro
| Cat. No. | P/N | Descriptions |
| 18900027 | SK330.1 | Universal attachment with 4 bars |
| 18900028 | SK330.2 | Fixing clip attachment |
| 18900040 | SK330.3 | Lengthways roller attachment |
| 18900155 | SK330.5 | Dish platform with non-slip mat and fixed string(8 pcs) |
| 18900036 | Bar for SK330.1 Universal attachment,black | |
| 18900029 | SK330.2.1 | Fixing clip for flask volume 25 ml |
| 18900030 | SK330.2.2 | Fixing clip for flask volume 50 ml |
| 18900031 | SK330.2.3 | Fixing clip for flask volume 100 ml |
| 18900032 | SK330.2.4 | Fixing clip for flask volume 200/250 ml |
| 18900033 | SK330.2.5 | Fixing clip for flask volume 500 ml |
| 18900280 | Connect sticks for double dishes shaker 1/pK | |
Reference of the DLAB Laboratory Digital Shaker
