12FGT Kollmorgen
Wake Industrial LLC is not an authorized distributor of this product.
The 12FGT Gear Motor by Kollmorgen delivers 3.2 N-m continuous torque for reliable operation. With a gear ratio of 16.06:1, it ensures enhanced torque output and controlled speed reduction.
Internal Product Review
The 12FGT Gear Motor by Kollmorgen is a high-efficiency servo module with durable 6.20 lb construction and integrated analog tachometer for speed feedback. Its 0.0252 oz-in-sec² inertia supports rapid acceleration, while the shaft endures 125 lb radial and 150 lb axial loads. The M23 encoder ensures reliable positioning feedback.
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Product Description:
The 12FGT Gear Motor is manufactured by Kollmorgen. It is part of the ServoDisc Pancake DC Motors series. The module is considered an efficient servo module to be used for industrial automation applications.
The <<12FGT Gear Motor is featured with a shaft that can withstand 125 lb maximum force perpendicular to its axis which is important for applications with side forces. It is featured with a tachometer which provides real-time feedback on motor speed which is used for closed-loop control and enhances speed accuracy. It comes in a weight of 6.20 lb. The motor shaft turns 16.06 times for each output shaft revolution which increases torque while reducing output speed. It has an axial length of 3.80 in which affects the available space and how the unit fits into machinery or enclosures. It is able to accelerate and decelerate faster which is ideal for rapid motion control because of its lower inertia of 0.0252 oz-in-sec². The rate voltage required for its normal operation is 19.4 volts. Under rated load it draws 7.4 amperes current which affects power supply requirements and thermal management.
The 12FGT gear motor has a typical output speed of 189 RPM under load. The encoder used for providing precise position feedback is M23 Optical Encoder. It uses brushes that wear slowly and reduces maintenance and extends service intervals. The module is able to produce maximum torque of 7.7 N-m at short time which is useful for handling startup or overload conditions. While it can supply 3.2 N-m torque continuously without overheating. The maximum load the shaft can handle along its axis is 150 lb which is important for applications with pressing or vertical loads.
