Baumer HMG10-T-SSI HeavyDuty encoders absolute

Baumer HMG10-T-SSI is an absolute heavy-duty encoder in the HMG10 series. The following is a detailed introduction:

Technical features

Multi-turn sensing technology: Using "MicroGen" energy harvesting technology, multi-turn sensing can be achieved without gears or batteries, and energy can be directly obtained from the movement of the encoder shaft, ensuring stability and reliability in long-term use, especially suitable for harsh industrial environments.

Bearing system: Equipped with a double-sided hybrid bearing system, it can withstand high axial and radial loads, ensuring that the encoder maintains high accuracy and stability under high-load operating conditions and prolongs its service life.

Corrosion-resistant design: According to ISO 12944-2 standard, it has special corrosion protection and is suitable for C5-M corrosion environments. It uses corrosion-resistant aluminum alloy or stainless steel housing, with passivated surface and impact-resistant powder coating, which can effectively resist erosion in harsh environments.

Output signal: Supports SSI (serial synchronous interface) output, can provide high-precision absolute position information, and can also output square wave TTL/HTL, TTL/RS422 incremental signals. Incremental signals can be used for speed measurement or as auxiliary position signals, which is convenient for interface and compatibility with other devices.

High resolution: single-turn and multi-turn resolution can reach 20 bits, which can provide accurate position measurement and meet the needs of various high-precision applications.

Wide temperature range: The operating temperature range is - 40℃ to + 100℃, which can adapt to a variety of different industrial environmental temperature conditions and maintain stable performance under extreme temperatures.

Application areas: Due to its ruggedness, high precision, and corrosion resistance, it is often used in heavy industrial fields such as metallurgy, port machinery, wind power, and mining, as well as automated production lines, robots and other equipment with high requirements for encoder reliability and accuracy. It can be used to measure the absolute angular position of various shafts such as motor rotor shafts and cable drums, and provide key position information for precise control and positioning of equipment.