Product Description
2AD is a series of industrial air-cooled induction motor drives designed and developed by Bosch, Rexroth. The manufacturer is widely known for developing highly sophisticated, reliable, robust and intelligent drive solutions. Wake Industrial is a top seller of the Rexroth’s products and supply the highly demanding industrial parts to major industries. The air-cooled 2AD motor drives are induction housing motors which work combined with drive controllers INDRADRIVE, DIAX, and ECODRIVE series drive controllers intelligently commanding its functions. These motor drives are suited for main drive and servo drive functions. Typical area of application in printing, packaging, foodstuff machines, metal forming machines and more.
The compact and highly optimized design and construction of the motor offer high continuous torque. Additionally, the design enables the motors to have lifelong operation. The motor drives use internal protection standards to protect the motor from the extrinsic particles, dust, moisture and other ambient factors. The drive controller unit is coded and programmed as per desired requirements prior to commissioning the motor drive for working. Additional accessories are required to control and monitor the operation of the motor.
The cardinal specifications of the given motor drive are given in the part number 2AD104C-B35OD1-CS06-A2N1 of the motor drive. The 2AD specifies the type of the motor drive viz. air-cooled induction motor suited for its use both as main drive and servo drive. The 104 is representing the motor frame size while the C is the length of the motor frame. Shape of the motor is with B35 is the mounting style with flange and foot mounting. The power connection is on the top of the motor. The motor is not with a holding brake and the output direction of the power connection is to the side B of the motor drive. The cooling of the motor is done through axial blower. The feedback of the motor is digital servo feedback with standard size bearings.
Wake Industrial Warranty
