Sunpery C222 Operating Instructions

Remote RF transmitter handset C222

The C222 is a useful tool that can be used for
operating or calibrating Sunpery motorization
systems. It has 6 separate channels which can
be operated individually or as a group and is
compatible with all RF-enabled Sunpery motors.

Explaining motor types

For the purpose of using this device to its full
capabilities, it is important to distinguish
between the different types of actuators that it
may control. These actuators are primarily
motors which can be classified as either
encoded or non-encoded.
Encoded motors have limits that are calibrated
and operate electronically, otherwise known as
electronic limit motors. These motors add
convenience by eliminating the need to
physically adjust any limit mechanisms, and are
thus considered to be more user-friendly.
Non-encoded motors typically require that the
travel limits be physically adjusted on the motor
itself, otherwise known as mechanical limit
Operating instructions
C222 (#924302) remote handset
motors. This often adds hassle during the
installation process but is otherwise reliable.
More advanced features that are present on
encoded motors are typically unavailable.
Sunpery produces both encoded and non-
encoded motors, and they will all work with the
C222 remote handset. Due to the different
features of these motors, operating procedures
can diverge and will be noted where applicable.

Standard operations

Once a motor has been commissioned (and
calibrated if applicable) by the remote handset:
OPEN will run the motor until it reaches the
open limit
STOP will stop the motor if it is running
CLOSE will run the motor until it reaches the
close limit
The channel select button will cycle through
channels 1 to 6 as displayed by the channel
indicator LEDs; pressing this button after
channel 6 will enter ALL CHANNEL mode where
all LEDs will light up and any motor learned to
any channel on the handset will respond (if they
are within range); pressing this button again
after ALL CHANNEL mode will revert back to
channel 1 and the cycle repeats
A will run an encoded motor to its FIRST
INTERMEDIATE, which is set at 25% by default
CENTER will run an encoded motor to its
SECOND INTERMEDIATE, which is set at 50% by
default
B will run an encoded motor to its THIRD
INTERMEDIATE, which is set at 75% by default
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