Overview

Vacuum Oven LZ-HVO-A103 offers 125 L chamber capacity design with dual layer tempered glass door for clear observation of the sample during process. Features 03 pcs of stainless steel shelves, LCD vacuum degree window. The chamber made up of 304 Stainless steel (1Cr18Ni9Ti) and painted with coating to prevent corrosion. Vacuum oven adopts the digital technique of simulated engineering to control vacuum degree. Designed for drying of materials that are heat sensitive, reactive with oxidation reactions, prone to contamination due to excess water level. For the rapid drying of the materials, the controlled atmosphere can be created using the inert gases.

Specifications :

Chamber volume	125 L
Temperature range	RT+10 to 200℃
Temperature resolution	0.1℃
Temperature stability	±1℃
Display	LCD
Vacuum Degree	133 Pa
Vacuum Sensor	Resistance silicon tube pressure sensor
Vacuum Control Range	10 to 105 Pa
Observation window	Dual layered tempered glass
Chamber material	304 Stainless steel (1Cr18Ni9Ti)
Shelves	3 pcs
Power Consumption	2050 W
Power supply	AC 220, 50 Hz
Interior dimension (W × D × H)	500 × 500 × 500 mm
Exterior dimension (W × D × H)	660 × 640 × 1400 mm
Packing dimension (W × D × H)	770 × 800 × 1590 mm
Net weight	216 kg
Gross weight	218 kg

Features :

• Designed with programmable vacuum cycle
• Microprocessor controller with timing function
• Suitable for drying thermo-sensitive material
• Designed with LCD vacuum degree window
• Dual layer tempered glass door for clear observation
• Fully automatic electromagnetism valve to control vacuum degree
• Oven adopted with digital technique of simulated engineering to control vacuum degree
• Chamber is made up of 304 Stainless steel (1Cr18Ni9Ti)
• Rapid time of Heating- its minimum heating time 50 %
• Equipped with independently displayed and controlled temperature in setting
• Monitoring and timing are more accurate and stable

Applications :

Vacuum Oven is used for drying of thermo-sensitive, laboratory research, engineering, and industry oxidative materials easily. It can be filled with inert gases for a rapid drying of some compound material across used for delicate drying processes, such as drying tiny parts or removing flammable solvents.