LGT 10000 Name

LGT Series Gaseous Supply Tanks

The LGT Series of self pressurising cryogenic cylinders has been designed to efficiently store product in its liquid state and provide a regulated stream of gas. Each vessel automatically maintains pressure at a pre-set level using the integral pressure building circuit. 

Features :-

  • Medium (16 Bar) and High Pressure (23.5 Bar) models available
  • Top and bottom liquid fill valves for maximum versatility
  • Automatic pressure building and economiser circuit
  • LGT-240 Mounted on flat base with high quality castors (2 with footbrake)
  • LGT-400+ Mounted on pallet base
  • PED or TPED approved options (LGT-1000 - LGT-2000 PED only)
  • Non European approvals available on request
  • Tricock to prevent overfilling
  • Valve protection ring handle
  • Stainless steel construction
  • Oxygen & CO2 versions available
  • Electronic contents gauge included
  • Colour coded valves
  • Larger capacities available on special request
  • Wide range of spares and accessories available

 


Standard Tanks

Technical Data


LGT-240MP


LGT-240HP


LGT-400MP


LGT-400HP


Capacity (ltr)


240


240


400


400


Diameter (mm)


691


691


770


770


Height (mm)


1366


1366


1646


1646


Weight Empty (kg)


180


200


290


320


Weight Full LN2 (kg)


374


394


613


643


Max Working Pressure (bar)


16.2


23.5


16.2


23.5


Regulator Set Point (bar)


8.5


20


8.5


20


Gaseous Withdrawal Rate (m3/hr N2)


10.5


10.5


10.5


10.5


Static Evaporation Rate % per day N2


1.7


1.7


1.5


1.5


Bulk Tanks

Technical Data


GT-1000MP


GT-1000HP


GT-2000MP


GT-2000HP

Capacity (ltr)


950


950


2000


2000


Diameter (mm)


1058


1058


1310


1310


Height (mm)


2000


2000


2350


2350


Base Dims (mm)


1200 x 1200


1200 x 1200


1400 x 1400


1400 x 1400


Weight Empty (kg)


756


 


1450


 


Weight Full LN2 (kg)


1523


 


3066


 


Max Working Pressure (bar)


16.2


23.5


16.2


23.5


Regulator Set Point (bar)


8.5


20


8.5


20


Gaseous Withdrawal Rate (m3/hr N2)


10.5


10.5


10.5


10.5


Static Evaporation Rate % per day N2


1.2


1.2


1.1


1.1


 

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