Vertical Laminar Air Flow

Structure made from 19mm thick plywood board with stainless steel workbench(top).
Blowers fitted on 1/4 H.P. electric motor;
HEPA filter efficiency 99.97% upto 0.3micron

Product Details

“servellbio” makes : Structure made of 19mm thick ply board covered with sun mica from outside. Work Bench of perforated Stainless steel. Sides of work bench covered with transparent acrylic sheet. Front acrylic door of collapsible type. Properly balanced blowers fitted on 1/4 H.P. electric motor provided on the top portion to supply sufficient air to HEPA Filter provided on the top of the work bench horizontally to supply clean air to the work bench vertically. Pre-filters provided on the top to supply pre-filtered air to the blowers.

Vertical Laminar Air Flow

Models & Constructions details

Wooden Cabinet Model

Structure made from 19mm thick plywood board with stainless steel workbench(top)..

Stainless Steel Model

made from mild steel and whole structure is from Thick S.S. Sheet. Rest of the specifications are the same..

Construction

Servell-Bio Specifications of all three types of Vertical Laminars are same, the only difference is structure of Wooden Cabinet is made from 19mm thick plywood, Cabinet is made from mild steel and whole structure is from Thick S.S. Sheet. Rest of the specifications are the same.

SPECIFICATIONS

Epoxy Painted inside.
HEPA filter efficiency 99.97% upto 0.3micron.
Pre-filter efficiency 90% particle retention 75.0 micron.
UV germicidal lamp 15/30W.
Flourescent illumination. Cock for gas.
Static Pressure Manometer 0-50mm range.
Heavy duty blower dynamically balanced with 0.25HP Electric motor mounted on anti vibration load 1440rpm motor.

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Technical Specifications

Imported microprocessor based auto tune PID controller with CE mark & dual display of set value & process value.

S. S. tubular heating elements used on side walls to maintain uniform condition inside the chamber.

Motorized blower with Insulated Shaft on back side of the chamber develops unique air flow system which ensures maximum uniform temperature distribution inside the chamber. Unique air flow assures quick recovery after door openings.