Product Description
Product details
| Motion | Rocking, 0 15 |
| Capacity | 7.3 kg |
| Speed Range | 1 rpm 75 rpm |
| Item Number: | 30391961 |
Mixing Blood Samples, DNA Extractions, Blotting Techniques, Staining and Destaining Gels, Hybridizations
Easy-to-read, independent LED displays for speed, tilt angle and time allow the operator to view all settings simultaneously (digital models) and basic control knobs with dial markings for speed, tilt angle and time (analog models)
Detachable 3-wire cord and plug (included)
N/A
Cast aluminum housing, non-slip rubber mat (included), stacking tray option (with all models except the analog Waver model)
Spill-resistant design, overload protection with audio/visual alarm on digital models and audible alarm on analog models
Specification
| Motion | Rocking, 0 15 |
| Capacity | 7.3 kg |
| Speed Range | 1 rpm 75 rpm |
| Tray Size | 14 in x 11 in (35.6 cm x 27.9 cm) (LxW) |
| Control | Analog |
| Drive System | Stepper Motor |
| Dimensions | 16.8 in x 5.5 in x 11 in (42.5 cm x 14 cm x 27.9 cm) (LxHxW) |
| Net Weight | 14.6 lb (6.6 kg) |
| Power | 230V, 0.065A, 50/60Hz |
| Power Consumption | 15 W |
| Safety Certification | CE; TUV |
| Speed Range | 1 rpm 75 rpm |
| Tilt Angle | 0 15 |
| Timer | 1 minute 120 minutes |
| Tray Construction | Aluminum |
| Working Environment | 14F 140F, 80%RH, non-condensing (-10C 60C, 80%RH, non-condensing) |
Robust Design for Reliable Laboratory MixingThe SHRK07AL2 Rocking Waving Shaker is engineered to handle demanding laboratory environments. With its sturdy powder-coated mild steel construction, non-slip rubber mat, and secure base pads, this shaker ensures stability and sample protection during operation. Its compatibility with different types of glassware, from test tubes to bottles, expands its versatility in diverse laboratory workflows.
Flexible Operation and Precise ControlAchieve optimal results with the adjustable rocking angle and speed range of 5 to 70 oscillations per minute. The digital timer permits timed or continuous operation, providing users with flexibility to customize mixing protocols. The analog scale display allows for easy monitoring, while manual controls offer intuitive operation. Safety elements such as fuse protection and non-slip base pads enhance user confidence during long experimental runs.
FAQ's of SHRK07AL2 Rocking Waving Shakers:
Q: How do I safely operate the SHRK07AL2 Rocking Waving Shaker?
A: Ensure the shaker is placed on a flat, stable surface and connect it to a 230 V AC mains supply using the provided power cord. Select the desired speed and rocking angle using the manual controls, set the timer, and load the platform with up to 7 kg of appropriately placed glassware. The non-slip base pads and rubber mat help prevent accidents during use.
Q: What types of laboratory vessels are compatible with this shaker?
A: The platform is designed with a non-slip rubber mat and accommodates various vessels such as conical flasks, bottles, and tubes. The spacious 400 mm x 350 mm platform provides flexibility for multiple sample arrangements and sizes.
Q: When should I use timed versus continuous operation?
A: Timed operation is ideal for protocols requiring specific mixing durations, allowing the shaker to automatically stop once the set time elapses (1-120 minutes). Continuous mode suits procedures that need uninterrupted agitation over extended periods, such as overnight mixing or culture growth.
Q: Where can the SHRK07AL2 be effectively used in the laboratory?
A: This shaker is suitable for research, clinical, and quality control laboratories that require gentle yet effective sample agitation, such as during staining, washing, or incubation processes. Its compact, quiet design and compliance with CE and ISO standards make it ideal for professional lab environments.
Q: What maintenance steps are recommended for this equipment?
A: Regularly clean the non-slip mat and exterior with a mild detergent and soft cloth. Check the fuse and power connections periodically. Refer to the provided instruction manual for detailed maintenance guidelines and for troubleshooting operational concerns.
Q: How does using this shaker benefit laboratory workflows?
A: It enhances reproducibility and accuracy in mixing, minimizes manual effort, and improves safety with its robust design and safety features. Laboratories benefit from faster, uniform sample processing and the flexibility to handle diverse applications efficiently.