B-606-BA-91-TR503-008
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The B-606-BA-91-TR503-008 is manufactured by Kollmorgen as a part of their Goldline B/BH Motor Series. These motors feature a max BUS of 320 and a max stall tc of 420.4 lb-in. As a low inertia motor, it features a max speed of 2300 RPM and a max rated power of 6.6 kW.
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Product Description:
The B-606-BA-91-TR503-008 servomotor is one of the various B series of low inertia motors. This motor from Kollmorgen works along with the SERVOSTAR SR55 digital servo amplifier. It has a very good thermal design and is fitted with rare-earth neodymium-iron-boron magnets of high energy. The Windows-based MOTIONLINK software helps to set up the servo amplifier for the motor. The software features a Monitor Mode that helps to monitor a maximum of three motor variables at a time. The torque and speed of the servomotor can be viewed in linear gauge format and also in real-time. This helps to maintain a maximum limit on the torque and speed.
The motor has a winding type of B and a stack length of 6. The device is equipped with standard screw thread connectors with fewer mating plugs. These connectors are mounted perpendicular to the unit. The permanent magnet design is such that, the problems with keeping the magnets on the air gap are eliminated. The product is an apt choice for use in applications that demand rapid deceleration and acceleration. It comes with six poles and weighs 29.9kg. The B-606-BA-91-TR503-008 can be shipped to any address in the world with a one-year industrial warranty.
The servomotor has a frame size of 60. The motor features a thermal resistance of 0.26°C/W when it is stalled. It also has a continuous torque of 42Nm at 40°C and 44.6Nm at 25°C in the stalled state. This device comes with Class H insulation. The unit along with the servo amplifier uses three control algorithms to achieve high performance easily and quickly. These are the PI, Pole Placement and PDFF control algorithms. The motor torque control and motor velocity control functions can be used to monitor the actual motor torque and actual motor velocity using the MOTIONLINK software on a Windows system.
