Vacuum Buffer / Heat storage

Energy in the form of heat is what we get as the by-product in nearly all processes, machineries or directly available from the sun (no CO2 emissions, Solar Collectors, Wind Energy).

Heat transfer from warm to cold is unfortunately one of the physical principles that always take place.

Vacuum insulation is again the best method to insulate the matter that should be cept hot for a long period of time and a minimum wasted space for the insulation jacket (Vacuum Insulation needs typically 1/20 of space compared to traditional insulators).

Features	Benefits
`No need to open the sealed vacuum chamber`	`Ideal for monitoring sealed vacuum systems Easy to connect to port`
`No electrical feedthroughs`	`Chamber remains sealed`
Electromagnetic/Mechanical measurement	Does not affect pressure or gas composition Insensitive to vacuum process and temperature conditions
`All-metal Sensor (in metal` or glass tube`)`	`Contactless measurement provides long-term stability High accuracy direct vacuum measurement No component to fail or replace Cost effective Sensor concept` Glass sensor tube maybe removed and be disposed of before shipment
`Removeable Sensor head/readout`	`Electronics remain protected Measurement and mounting on demand One head for multiple sensors Heads are universal, fit all sensors`
`High intrinsic accuracy/reproducibility`	`No adjustments: Sufficient accuracy for most applications Long term stability for years`
`No electronics remain after measurement`	`Corrosion and “outdoor” weather resistant`
`One-button operation`	`No special training or specialist needed`
`Protection cap and magnet for storage`	`No breakage risk or damage of the ball's surface`
Remote PC control	User friendly
Serviceable sensor	Quick and easy to clean and reassemble
Single connection to multiple units via RS-485 interface	Simultaneously monitors multiple vacuum chambers