Machine working concept: This system can make 4 cu m of N2 per hour with 99.99% purity, which is enough for one set of Ant-i2 machines’ usage.
  • Patented modular design
  • Multi-tube structure efficiently prevents movement of Carbon Molecular Sieve(CMS), Attrition is kept to a minimum, thereby prolonging the life span of the CMS
  • N2 purity could reach as high as 99.99%
  • Every adsorption tower is installed with an advanced control system. Also, our special 1Click design controls the air flow to enhance the efficiency of the generator system
  • the efficiency of the generator system
  • Ultra-frequency vibration filling technique enables closer and tighter packing of Carbon Molecular Sieve, to minimise movement
  • 1Click modular independent structure and multiple operation modes make a flexible gas supply system

Specifications

SelMate4 Series Nitrogen Generating System Specification
  Model   Flow rate (Nm3/hr.) & Purity (% )   Dimensions(mm)   Weight (KG)   Receiver   Input air flowrate (Nm3/hr.)
  99.99   L   W   H   required (Liters)
  SelMate4   4   800   460   1400   160   100   24
  SelMate8   8   1050   650   1950   550   300   46
  SelMate12   12   1220   650   1950   650   300   72
  SelMate20   20   1520   700   1950   850   300   120


SelMate4 Series Nitrogen Generating System

SelMate4 Series Nitrogen Generating System
  N2 purity   99% ~ 99.99%   Type of controller   PLC controller
  Air temp. In (min )   5℃   Electrical   220AC / 1ph / 50 or 60 Hz
  Air temp. In (max)   25℃   Power   0.5Kw
  N2 press. Out   0.75Mpa   N2 dew point Out   -40℃
  Air press. In   0.75~0.8Mpa   Ambient temp. (max.)   ≦40℃

SelMate4 Series Nitrogen Generating System Features

Patented modular design.

Multi-tube structure efficiently prevents movement of Carbon Molecular Sieve(CMS), Attrition is kept to a minimum, thereby prolonging the life span of the CMS.

N2 purity could reach as high as 99.99%.

Every adsorption tower is installed with an advanced control system. Also, our special 1Click design controls the air flow to enhance the efficiency of the generator system.

Ultra-frequency vibration filling technique enables closer and tighter packing of Carbon Molecular Sieve, to minimise movement.

1Click modular independent structure and multiple operation modes make a flexible gas supply system.