Reference Information:
The Titan I²C control interface uses 3.3V and requires pull-ups to this voltage.
Do NOT use higher voltages. Please see the Technical Manual for further
details and a reference interface circuit.
Beware! When the drive is powered, it will rotate. This is
part of the initialisation process and is outlined in the
Technical Manual. During this process the drive will draw
currentup to the maximum rated value.
Warning: If Battery powered the drive will require Surge, In-Rush Current,
Reverse Polarity and Overvoltage Protection.
Overview House Kingswey Business Park Forsyth Road Woking GU21 5SA United Kingdom
Servotorq™Intelligent Servo Motor
Part No. OVU00212 –OVU00213 and Variants
Thank you for purchasing Overview’s Titan Integrated Servo Motor.
To quickly get up and running with your Titan motor, please refer to the
Technical Manual, I²C Protocol Guide and Application Notes located at:
http://www.overview.co.uk/technical-support/
The Titan motor uses semiconductors which can be
damaged by electrostatic discharge (ESD). The motor
must be handled and stored in an ESD safe
The Titan motor’s nominal supply is 12V DC, using up to
600mA DC. Do NOT hot-plug the power supply.
Please observe the following precautions when handling and
operating the Titan motor:
Reference Information:
The Titan I²C control interface uses 3.3V and requires pull-ups to this voltage.
DO NOT use higher voltages. Please see the Technical Manual for further
details and a reference interface circuit.
Beware! When the drive is powered, it will rotate. This is
part of the initialisation process and is outlined in the
Technical Manual. During this process the drive will draw
currentup to the maximum rated value.
Warning: If Battery powered the drive will require Surge, In-Rush Current,
Reverse Polarity and Overvoltage Protection.
Overview House Kingswey BusinessPark Forsyth Road Woking GU21 5SA United Kingdom
Servotorq™Intelligent Servo Motor
Part No. OVU00212 –OVU00213 and Variants
Thank you for purchasing Overview’s Titan Intelligent Servo Motor.
To quickly get up and running with your Titan motor, please refer to the
Technical Manual, I²C Protocol Guide and Application Notes located at:
http://www.overview.co.uk/technical-support/
The Titan motor uses semiconductors which can be
damaged by electrostatic discharge (ESD). The motor
must be handled and stored in an ESD safe
The Titan motor’s nominal supply is 12V DC, using up to
600mA DC. Do NOT hot-plug the power supply.
Please observe the following precautions when handling and
operating the Titan motor:
