Electric constant temperature oscillating water tank DKZ-2

Application scope:

Used for laboratory research with high requirements for oscillation frequency and temperature.

Product Features:

1. Use stainless steel inner liner and top cover.

2. Microcomputer intelligent temperature controller with dual digital display for setting and measuring temperaturePID self-tuning function, precise and reliable temperature control.

3. Adopting an infinitely variable speed motor, it can directly drive the shaker with high linearity, low noise, and display of oscillation speed.

Technical parameters:

model DKZ-2

power supply voltage 220V 50Hz

heating power 1050W

Temperature control range room temperature+5℃-99℃

temperature fluctuation ±0.5℃

oscillation frequency 0-200 revolutions per minute

amplitude level30mm

Studio ruler(mm) Width and height 440 ×280310

Select components:

1Precision intelligent programmable controller (30 segments)

2UV sterilization system

3Desktop printer

4RS485 interface

This electric constant temperature water bath is suitable for various scenarios such as medical and health care, hospitals, universities, industrial and mining enterprises, and scientific research units. It can be used as a precision constant temperature carrier for various experimental operations, and can also provide stable auxiliary heating support for related experiments, adapting to the precision constant temperature and heating needs of multiple fields. The inner liner of the equipment is made of stainless steel through one-time stamping, with a four corner circular arc design that is easy to clean and disinfect, and has a novel and beautiful appearance; Equipped with high-precision microcomputer temperature controller, precise and reliable temperature control, and also equipped with tracking alarm function; The temperature display adopts a dual row four position LED screen, which clearly presents the set and measured temperature, and is equipped with PID self-tuning function to further improve temperature control stability and meet the constant temperature requirements of various precision experiments.