MSC-100 thermostatic mixing device

Introduction

MSC-100 thermostatic mixing device (oscillation constant temperature metal bath) uses a brushless DC motors and microcomputer control technology, constant temperature oscillation and combines two functions greatly shorten the time of the test operation, improve work the efficiency of personnel. The sample incubation, catalysis, reaction mixing, and the like stored ideal automation tool. MSC-100 thermostatic mixing device also has a heating, cooling, vibration and other multi-purpose functions. To meet the needs of different users

Feature

1.LCD LCD display, friendly man-machine interface touch.

2. With power recovery after power restored according to the original instrument can be set to automatically resume operation

3. Microprocessor control, temperature control, good linearity, the oscillation speed is accurate, small fluctuations

4. The timing function has arbitrarily set the incubation time ranges from 0 to 100 hours

5. A variety of standard sample modules available, easy to replace

6. Temperature calibration function and a short jog function oscillation

7. The multiple security features, brushless DC motor, long life, maintenance-free, safe and reliable

Technical Parameters

1. Temperature control range: 0 ℃ ~ 100 ℃ (ambient temperature ≤20 ℃ under test)

        4 ℃ ~ 100 ℃ (ambient temperature ≤25 ℃ under test)

        10 ℃ ~ 100 ℃ (ambient temperature ≤30 ℃ under test)

2. Time setting: up to 99h59min

3. Temperature stability  100 ℃: ± 0.5 ℃

4. Display accuracy: ± 0.1 ℃

5. Oscillation speed: 200 ~ 1800rpm *

6. oscillation amplitude: 2-3mm

7. The heating time (25 raised to 100 ℃): ≤15min

8. Cooling time (20 ℃ down to 0 ℃): ≤25 minutes (from room temperature down to below room temperature 20 ℃ (ambient temperature of 30 ℃ under test)

9. Dimensions (mm): 270x190x170

10. Weight: 8kg

11. The power supply and power: AC220V / 120V, 50 / 60Hz, 250W

12. The standard module (LC-C, or D): 35 * 1.5ml or 35 * 2.0ml centrifuge tube

Note: The temperature and oscillation speed limit to be determined by the particular use of the module specification