Digital constant temperature water bath oscillator

NegotiableUpdate on 12/20

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The digital constant temperature water bath oscillator is suitable for oscillating cultivation of various liquid and solid compounds such as biology, biochemistry, cells, and bacterial strains in scientific research departments such as environmental protection, medical teaching, health and epidemic prevention, drug testing, animal botany, marine science, and food engineering.

Product Details

1 SHA-CBDigital constant temperature water bath oscillatorworking method

Reciprocating oscillation: As the name suggests, it means oscillating back and forth during oscillation, using inertia to oscillate the sample. Why use this oscillation method? Because when the viscosity of the liquid is high, this oscillation method works much better than cyclotron oscillation.

IISHA-CBDigital constant temperature water bath oscillatorfeature

☆ Temperature, speed, and time displayed on LCD screen

The stainless steel spring bottle rack is particularly suitable for the cultivation and preparation of biological samples for various comparative experiments

☆ Stepless speed regulation, smooth operation, easy and safe operation

☆ Stainless steel inner cavity and top cover, with good corrosion resistance

During oscillation, there are small waves, but no splashing waves

3、 Technical parameters:

◎ Model: SHA-CB

◎ Oscillation mode: reciprocating

◎ Power supply: 220V 50Hz

◎ Temperature control range: Room temperature -100 ℃ (LCD)

◎ Temperature fluctuation: ± 0.5 ℃

Heating power: 1500W

◎ Timing range: 0-99min

◎ Oscillation frequency: 0-300r/min (LCD), amplitude: 20mm

◎ Spring frame size: 400 * 300mm

◎ Sink size: 485 × 400 × 165mm

◎ Dimensions: 700 * 500 * 460mm

4、 Operation steps

1. Load the test bottle and maintain balance. If it is a dual function model, set the oscillation mode.

2. Connect the power supply,Turn on the power switch, set the constant temperature, desired speed, and working hours.

5. Cut off the power after work is completed.

6. Clean the machine and keep it clean.