Product Description
Yamato 3000 RPM Laboratory Stirrers LT400A/400B/400C/400D
Description
Laboratory LT Series Stirrers 60~3000 RPM for low viscosity samples. Include LT400A with higher torque, LT400B with well-balanced speed and torque, and LT400C and LT400D with high speed, to support different applications. Set includes stand, rod, stainless steel shaft and 60mm 4-blade propeller.
Features
- Highly sensitive feedback system keeps the set speed, even with changing viscosity during stir
- Maintenance free DC brushless motor
- Digital speed indicator for accurate speed setting and confirmation
- Noise prevention measures for optimal work environment
- More safety-oriented design
Specification
| Model | LT400A | LT400B | LT400C | |
| Viscosity of Sample | High | Medium | Medium-Low | |
| Speed Range | 10~300rpm | 15~600rpm | 25~1200rpm | |
| Torque | 0.9N•m (9.0kgf•cm) | 0.5N•m (5.0kgf•cm) | 0.3N•m (3.0kgf•cm) | |
| Motor | DC brushless motor 30W | |||
| Speed Control | Feedback control | |||
| Panel Display | Digital speed display, Overload display*¹ , Torque indicator (20% gradation)*² | |||
| Chuck | ø8mm drill chuck | |||
| Safety Device | Current limit circuit *³ , Thermal protector*⁴ , Drill chuck cover | |||
| External Dimensions WxDxH | 146 x 154 x 165 mm | |||
| Power Source | AC100V~AC125V 50/60HzEDSWA | |||
| Power Cord | Power supply cord with bipolar grounding type plug 2m | |||
| Weight | ~5.3lb (main body) | |||
| Included Accessories with Main Body | Clamp, safety cover, chuck handle | |||
| Included Accessories with SET | MAIN BODY, STAND, ROD, STAINLESS STEEL SHAFT and 60 MM 4-BLADE PROPELLER | |||
| Operational Accessories* | Stirring shaft (stainless steel or glass), propellers (different types and sizes), stand and rod | |||
*Operational accessories purchased separately
*1, When load exceeding the maximum torque is applied, tachometer display flashes.
*2, Torque indicator LED displays the loading status by 5 gradation.
*3, When load exceeding the maximum torque is applied, current limit circuit automatically controls the current to protect the motor.
*4, When temperature of the motor exceeds the upper limit temperature, thermal protector shuts off the current flowing to the motor and prevents it from burnout.
