TRINITY Series - Fully featured rotary screw compressor

TRINITY series compressors replaces the traditional compressed air systems, incorporating filtration, refrigerated air dryer, air receiver with an energy efficient German isometric air end. TRINITY is ready for immediate installation with no additional piping or wiring. Having a small foot print and low noise allows for the Trinity to be installed in the immediate workplace meeting all Occupational Health and Safety regulations.

12 Reasons To Choose The Trinity

1. German manufactured isometric air end.
2. Pre and Post Filtration to 0.01 micron
3. Refrigerated air dryer
4. Large air receiver
5. Micro Processor
6. Energy Efficient motor
7. Pre Wired
8. Pre Piped
9. Small foot print
10. Automatic programmable condensate drain
11. Fault diagnostic panel
12. Oversized cooling for operating in high ambient temperatures

TRINITY Series - Facts

TRINITY screw compressors offer a complete package ranging from 5.5kW to 15kW with a pressure range from 8 Bar to 15 Bar, offering a clean oil free air supply to 0.01 micron and a pressure dew point of +3 C. TRINITY supplies operators with a high level of energy efficient clean compressed air to the production with the ability to tailor the output of the compressor through the control panel, minimising service and running costs.

Air End

• German built isometric air end
• Quality components
• Prolonged operating life

Controller

• Operator friendly controller
• Simple display
• Programmable weekly starts
• Canbus control for up to 4 units
• Auto start function
• Remote function
• Fault diagnostic panel
• Programmable maintenance

Air Cooling

• Oversized air oil coolers
• Low discharge temperatures
• Low compression temperatures
• Extended operating life

Compressed Air Treatment

• Integrated refrigerated air dryer
• Pre filtration 1 micron
• Post filtration 0.01 micron
• +3°C pressure dew point
• Fully automatic drains

Drive System

The drive system extends operating life by up to 100% over standard V-Belts. The large surface area ensures Maximum drive and minimum slip, guaranteeing an efficient drive train from the motor to the air end.