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Digital Water Bath EZL-DW192
EZL-DW192

Digital Water Bath EZL-DW192

www.Ezilab.com | info@ezilab.com

Overview

Digital Water Bath EZL-DW192 is an unstirred type of heating bath used in laboratories to keep samples and specimens at 98°C. The 22-liter stainless steel reservoir is seamless, preventing rust and leaks, and the rounded corners are easy to clean. To prevent sample overheating, the control unit quickly achieves the desired temperature and maintains a constant temperature. The user can use the simple touch pad digital controller to select desired settings and view the current temperature on the LED display.

Specifications :
Capacity 22 Liters
Temperature range Ambient +5°C to 98°C
Temperature accuracy ±1°C
Thermocouple PT-100Ω
Timer Range 99 Hr 59 min
Temperature Regulator SSR controller
Temperature Controller Digital display
Internal Material Stainless steel plate
External Material Steel plate with powder coating
Heater Capacity 2 KW
Supply Voltage And Frequency AC 230V, 50/60 Hz
Internal Dimension (W×D×H) 500×300×150 mm
External Dimension (W×D×H) 530×330×290 mm
Features :
  • -  Precise temperature control
  • -  Temperature and time can be programmed intelligently
  • -  High quality resistant stainless steel material is used
  • -  The control function is automatically adjusted by intelligent PID
  • -  Big screen LCD display, easy to operate
  • -  Over temperature protection system with alarm and automatic cut-off
  • -  Inner groove can be adjusted with lifting bracket to adjust the height of special experimental samples
  • -  High temperature can be dropped down to low temperatures immediately with the help of one key
Applications :

The Digital Water Bath, is widely used in research institutes, universities, corporate quality control departments, and industrial sectors such as petroleum, chemical engineering, electronic instruments, physics, chemistry, bio-engineering, medicine and health, life science, light industry and food, materials testing, and chemical analysis.

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Catalog Generated On : 16/01/2025