Minimum Size, MAXIMUM Features, Unbeatable Price
Physical and Operational Features
·Small "Mini" footprint (just 1" wide x 3.15" long)... 29mm capable
·Virtually all SMD construction with silicon resin conformal coating to prevent corrosive BP residue damage
·Sea Level to 40,000 MSL Operational capability
·Individually chamber calibrated using our new "Heise" absolute pressure standard (0.001 PSI resolution)
·Full HIL/ETE (Hardware In the Loop/End-to-End) calibration to null out operational tolerances
·Dedicated "large screw" compression terminals with dedicated power switch connections
·Easy "2 hole" mounting with 4-40 hardware
Functional Features
·Interactive menu programming and operation via pushbuttons and LED's... NO DIP SWITCHES
·All User setpoints are stored in non-volatile EEPROM
·2 complete setpoint "profiles" are available by the flip of a switch for programming or flight ops
·All flight data is stored in non-volatile EEPROM for post-flight recall, even across power cycles
·Complete on-board diagnostic capability
User Setpoints
·Main AGL - adjustable from 300' to 3000' AGL in 100' increments
·Mach Inhibit - adjustable from 0 to 31 seconds in 1 second increments
·Drogue Delay - adjustable from 0 to 15 seconds in 1 second increments
·Main Delay - adjustable from 0 to 15 seconds in 1 second increments
·Deployment Mode - adjustable for Standard Dual Deploy / Apogee Only / Main Only
·Operations Mode - Enable/Disable Low-Freq chirping, Power-Up battery/setpoint chirp, and LV lockout
·2 complete "profiles" of setpoints are available... setup each profile for different flight regime
Post Flight "Log" Data
·Peak AGL elevation (feet)
·Peak Velocity (feet per second)
·Time to Apogee (in seconds)
·Launch counter (cumulative total flight count)
Diagnostic Features
·Battery voltage on demand (volts and 1/10th volts)
·Current MSL elevation (in feet)
·Continuity Input Test mode
·MosFET Output Test mode
Made in the USA
User Manual
RRC2-mini Altimeter User Manual
This product was added to our catalog on Saturday 07 March, 2009.