Castle Creations Phoenix ICE ESC 100A 33.6V - Heli/Sport Airplane [CSEM6100] (SOLD OUT)

Description

NOTES FROM OUR TECH DEPARTMENT

        This is the Phoenix ICE 100 33.6V Electronic Speed Control
                            from Castle Creations.

FEATURES: Recommended for enclosed installations in helicopter and sport airplane applications where cooling is an issue Heatsink equipped for efficient heat dissipation Onboard Data Logging Switching BEC Handles up to 8S (33.6V)

INCLUDES: Phoenix ICE 100 33.6V Electronic Speed Control with universal receiver connector, pre-tinned battery and motor leads

REQUIRES: Installation between motor, battery and receiver

SPECS: Length: 2.6" (66mm) Width: 1.3" (33mm) Height: 0.9" (22.9mm) Weight: 2 oz (56.7g) Max Amps: 100A, 5A BEC Max Volts: 34V (8S Lipo, 22S NiCd/NiMH)

Welcome to the next generation of Castle air controllers, the Phoenix Ice series.

Phoenix Ice brings the ability to run at input voltages of up to 8S* (33.6) and use the built in switching BEC to output up to 5 amps of servo power all the way up to the 8S max*!

Switching BEC The Phoenix Ice switching BEC output is factory set to 5.0V. Users may use Castle Link to select their desired voltage between 5.0V and 7.0V, in 0.1V increments.

Data Logging Ice brings another incredibly useful feature, extensive data logging capabilities. The controllers are able to measure and record many parameters at sample rates that you choose between 10 samples per second and 1 sample per second. Data points include:

• Battery Voltage
• Battery Ripple
• Battery Current
• Controller Temperature
• Controller Input Throttle
• Controller Motor Power Output
• Motor RPM

This data is stored directly in the controller and may be accessed once the run is over using the Castle Link USB adapter (sold separately) and Castle Link software (available free at castlecreations.com). The Max Log Size is 21,504 bytes, everything takes one byte except for motor rpm which takes two.

• Logging 'Battery Current' at only a 1 sample / second - 358 minutes of logging time (almost 6 hrs)
• Logging 'Motor RPM' at only 1 sample / second - 179 minutes of logging time
• Logging everything at only 1 sample / second - 44 minutes of logging time
• Logging everything at 10 samples / second - 4 minutes and 28 seconds

Additional Images