quantum control panel jointly developed by rcsi and frick specifically for natural gas field...

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Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium processor Exclusive to RCSI for engine drive rotary screw compression

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Page 1: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

Quantum Control Panel

• Jointly developed by RCSI and Frick specifically for natural gas field compression

• Based upon an industrial version of the Pentium processor

• Exclusive to RCSI for engine drive rotary screw compression

Page 2: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

A large color graphics display is used to makeall key information available in one glance

Page 3: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

The main menu gives accessto available options.

Page 4: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

Programmable keysare used to give

visibility to all menuchoices.

Page 5: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

Each individual Analog point can be separatelycalibrated with high and low limits set.

Page 6: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium
Page 7: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

Powerful calibration menus are usedto simplify compressor setup.

Page 8: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

A variety of security levels can be setfrom full to no access based on different passwords

Page 9: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

Auxiliary Analog signals can be assigned to channels andnamed with individual alarms, shutdowns, and time delays

Page 10: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

All input from transducers can be trended andrecorded in a variety of ways.

Page 11: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

Many special features are included in

factory setpoint screens accessible only from the highest security level.

Page 12: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

See a history of allalarms and shutdowns.

Page 13: Quantum Control Panel Jointly developed by RCSI and Frick specifically for natural gas field compression Based upon an industrial version of the Pentium

Freeze Display shows conditions atshutdown to assist troubleshooting.