The Thermal Transfer Heat Exchanger and Fan are designed for the maximum RBS load

To increase cooling, must exchange existing units with new larger capacity units

To increase cooling, must exchange existing units with new larger capacity units

Long Life Cycle
- Designed for 12 year life span
- Low maintenance cost

Short Life Cycle

- Domestic use designed for 3 year lifespan
- High maintenance

Medium Life Cycle

- Designed for 6 year lifespan

- A very high maintenance cost

Independent of AC Power operation for up to a maximum prescribed time

Totally independent of AC Power at all times with no back-up

Totally independent of AC Power, but will introduce external ambient air if required. However, only if external ambient is low enough

Cyclic diesel generated power required in single configuration

Constant diesel generated power required in mutual configuration

Constant diesel generated power required for continuous operation.  For short duration failures, free cooling mode is activated which will operate on station battery.  However, is dependent on external temperature and humidity

No thermal bumping due to constant pre-set operation approximately 25°C

Thermal bumping due to thermostatic controlled run/stop operation.
Pre-set to +5°C

Reduced thermal bumping due to
pre-set temperature of 15°C

No variation upon AC power failure

Extreme variations due to large cyclic temperature variations and upon return of failed AC mains supply

Small variation due to high operating temperature and lower cyclic temperature variations

Full set of extendable controllers monitoring alarms on all critical functions

No alarms available

Minimal alarms available