Missileworks RCC2 L
The RRC2L provides many enhancements over the original RRC2+ by providing a specialized collection of recovery and flight controls inherited from the RRC3. These operations are programmed using a new, 4th deployment mode that utilizes the MAIN Event output.
These Main Output Control Sequence (OCS) settings provide an extremely flexible and capable collection of control options, allowing users to create a custom control sequence independent of the standard drogue event performed by the RRC2L on the Main output of the unit.
These control operations are capable of permissive staging/separation controls, timing control operations, and other specialized applications while still providing an independent drogue event for recovery.
Architectural Features
· 16MHz 16-bit MSP430 Series mCU
· MSI MS5607 Pressure sensor (high resolution 1mBar sensor with a factory calibrated 24 bit ΔΣ ADC)
Operational Range
· 40K MSL (Sensor system is 100K MSL capable)
Power Requirements
· 3.5 VDC to 10.0 VDC / Optimized for 9V battery power
· 6ma @ 9V quiescent / 35ma @ 9V during piezo and LED operation
Physical Properties
· Length 58mm (2.28")
· Width 23.5mm (0.925")
· Weight ~10 grams
· Mounts via 2" hole centers (same as RRC2-mini)
Output Events
· Drogue / Main
· 3A pulse @ 9V current sinking
Flight Data Recording
· Reports peak altitude "post flight" and saves this value to EEPROM
· Reports EEPROM peak altitude and battery voltage at power up
HMI Feedback
· Programmable frequency and extra loud 85dB magnetic buzzer
· High efficiency red LED status indicator
· LCD Terminal (purchased separately) for human-readable interaction includes:
MaxAlt - Apogee for the latest flight
MaxVEL - Maximum velocity for the latest flight
Pad - Number of seconds between power on and liftoff
Apogee - Number of seconds between liftoff and apogee
Chute - Number of seconds between apogee and the rocket reaching the ground
Power On - Altimeter bay temperature at power on
Launch - Altimeter bay temperature at liftoff
Low - Lowest altimeter bay temperature during last flight
Drogue - Average Velocity during drogue descent
Main - Average Velocity during main descent
Flights - Total number of flights on the RRC2L
Time - Total flight time on the RRC2L
Altitude - Total Total vertical distance up the RRC2L has travelled
Programmable Settings (via LCD)
· Arming AGL'
· Main AGL' (PROG button programmable)
· Deployment Mode
· Audio Setup
· Units Setup
· Low Voltage Lockout
· Piezo Tone
· Drogue Delay
(plus 6 additional MOCS settings / see the User Manual for Addition
These Main Output Control Sequence (OCS) settings provide an extremely flexible and capable collection of control options, allowing users to create a custom control sequence independent of the standard drogue event performed by the RRC2L on the Main output of the unit.
These control operations are capable of permissive staging/separation controls, timing control operations, and other specialized applications while still providing an independent drogue event for recovery.
Architectural Features
· 16MHz 16-bit MSP430 Series mCU
· MSI MS5607 Pressure sensor (high resolution 1mBar sensor with a factory calibrated 24 bit ΔΣ ADC)
Operational Range
· 40K MSL (Sensor system is 100K MSL capable)
Power Requirements
· 3.5 VDC to 10.0 VDC / Optimized for 9V battery power
· 6ma @ 9V quiescent / 35ma @ 9V during piezo and LED operation
Physical Properties
· Length 58mm (2.28")
· Width 23.5mm (0.925")
· Weight ~10 grams
· Mounts via 2" hole centers (same as RRC2-mini)
Output Events
· Drogue / Main
· 3A pulse @ 9V current sinking
Flight Data Recording
· Reports peak altitude "post flight" and saves this value to EEPROM
· Reports EEPROM peak altitude and battery voltage at power up
HMI Feedback
· Programmable frequency and extra loud 85dB magnetic buzzer
· High efficiency red LED status indicator
· LCD Terminal (purchased separately) for human-readable interaction includes:
MaxAlt - Apogee for the latest flight
MaxVEL - Maximum velocity for the latest flight
Pad - Number of seconds between power on and liftoff
Apogee - Number of seconds between liftoff and apogee
Chute - Number of seconds between apogee and the rocket reaching the ground
Power On - Altimeter bay temperature at power on
Launch - Altimeter bay temperature at liftoff
Low - Lowest altimeter bay temperature during last flight
Drogue - Average Velocity during drogue descent
Main - Average Velocity during main descent
Flights - Total number of flights on the RRC2L
Time - Total flight time on the RRC2L
Altitude - Total Total vertical distance up the RRC2L has travelled
Programmable Settings (via LCD)
· Arming AGL'
· Main AGL' (PROG button programmable)
· Deployment Mode
· Audio Setup
· Units Setup
· Low Voltage Lockout
· Piezo Tone
· Drogue Delay
(plus 6 additional MOCS settings / see the User Manual for Addition
Price:
NZ$ 116.00 including GST
MWAVIRRC2L
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