TABLE OF CONTENTS TABLE OF CONTENTS 1. IMPORTANT NOTES �������������������������������������������������������������������������������������������������������������1 1�1 Symbol guide ������������������������������������������������������������������������������������������������������������������1 1�2 Intended use �������������������������������������������������������������������������������������������������������������������1 1�3 Exclusion from liability ����������������������������������������������������������������������������������������������������1 1�4 Maintenance and lifetime ������������������������������������������������������������������������������������������������2 1�5 Approvals and warranty ��������������������������������������������������������������������������������������������������2 1�6 Storage temperature and disposal ���������������������������������������������������������������������������������2 2. SAFETY AND ATTENTION INSTRUCTIONS ������������������������������������������������������������������������3 2�1 Safety instructions ����������������������������������������������������������������������������������������������������������3 2�2 Attention instructions for mounting and operation ����������������������������������������������������������4 3.
IMPORTANT NOTES IMPORTANT NOTES Symbol guide Warning Disregarding could result in serious injury, death or damage to property Attention Disregarding could result in damage to property or damage/malfunction of the en- coder Information Additional information and recommendations Intended use The encoder is a precision measurement device for the acquisition of speed/position in- formation for the control of drive units and the provision of electronic output signals for downstream devices�...
IMPORTANT NOTES Maintenance and lifetime The encoder may be only opened as described in this instruction� Repair or maintenance work that requires opening the encoder completely must be carried out by the manufactu- rer� Alterations of the device are not permitted� The expected operating life of the device depends on the ball bearings, which are equipped with a permanent lubrication�...
SAFETy AND ATTENTION INSTRUCTIONS SAFETY AND ATTENTION INSTRUCTIONS Safety instructions Explosion risk Spark formation can cause a ire or an explosion. » Do not use the encoder in areas with explosive and/or highly inl ammable materi- als. They may explode and/or catch ire by possible spark formation. Risk of serious injuries due to rotating shafts Hair and clothes may become tangled in rotating shafts�...
SAFETy AND ATTENTION INSTRUCTIONS Attention instructions for mounting and operation Risk of destruction due to electrostatic charge Electronic parts contained in the encoder are sensitive to high voltages� » Do not touch plug contacts or electronic components� » Protect output terminals against external voltages� »...
PREPARATION PREPARATION Scope of delivery 6d 6e 6f 7a 6a 6b [ B ] [ A ] Housing Blind hollow shaft* or cone shaft*: Cover Blind hollow shaft or cone shaft with spanner lat 17 a/f Torx and slotted screw - DIN 7964, M4x10 mm 7b Clamping element, not for cone shaft LED function indicators...
PREPARATION Required accessory for mounting/dismounting (not included in scope of delivery) Connecting cables and respective connectors are required for the electrical connec- tion� Details see section 5, page 13� Torque arm, length L / order number Standard version: 67-70 mm / 11043628 125 (±5) mm, can be shortened to ≥71 mm / 11004078 440 (+20/-15) mm, can be shortened to ≥131 mm / 11002915 Insulated version:...
MOUNTING / POSITIONING THE TORqUE PLATE MOUNTING Positioning the torque plate TX 20 Loosen the screw 360° Tighten the screw Mt = 2-3 Nm Mounting the torque arm at the encoder » Note the mounting instructions for the torque arm in section 4.4, page 11�...
MOUNTING / MOUNTING TO DRIVE SHAFT Mounting to drive shaft 4.3.1 Version with blind hollow shaft Lifetime restrictions and angle error by radial deviations High runout of the drive shaft can cause encoder angle error, see section 4.5, page 12� High runout of the drive shaft can cause vibrations, which can shorten the lifeti- me of the encoder�...
MOUNTING / MOUNTING TO DRIVE SHAFT 4.3.2 Version with cone shaft Lifetime restrictions and angle error by radial deviations High runout of the drive shaft can cause encoder angle error, see section 4.5, page 12� High runout of the drive shaft can cause vibrations, which can shorten the lifeti- me of the encoder�...
MOUNTING / MOUNTING TO DRIVE SHAFT 4.3.3 Version with through hollow shaft Lifetime restrictions and angle error by radial deviations High runout of the drive shaft can cause encoder angle error, see section 4.5, page 12� High runout of the drive shaft can cause vibrations, which can shorten the lifeti- me of the encoder�...
MOUNTING / DRIVE SIDE MOUNTING OF THE TORqUE ARM Drive side mounting of the torque arm Lifetime restrictions and angle error of the encoder A play of just ±0�03 mm, results in concentricity error of the encoder of 0�06 mm� That may lead to a large angle error, see section 4.5, page 12�...
MOUNTING / HOW TO PREVENT MEASUREMENT ERRORS How to prevent measurement errors To ensure that the encoder operates correctly, it is necessary to mount it accurately as described in section 4�1 to 4�4, which includes correct mounting of the torque arm� The radial runout of the drive shaft should not exceed 0�2 mm (0�03 mm recommended), to prevent an angle error�...
ELECTRICAL CONNECTION / PROFINET ELECTRICAL CONNECTION PROFINET Please ind a detailed instruction for the PROFINET interface and the device de- scription ile in the manual on the CD provided with the device. 5.1.1 Features Bus protocol PROFINET Device proile Encoder proile PNO 3.162 Features 100 MBaud Fast Ethernet IP address programmable...
ELECTRICAL CONNECTION / PROFINET 5.1.2 Terminal assignment Use connecting cable and connector exclusively in accordance to the PROFINET directive� 5.1.2.1 Bus connecting box PROFINET [A] Bus connecting box PROFINET [ A ] [ D ] [ E ] [ C ] 5.1.2.2 Connector M12 [C] „Voltage supply“...
ELECTRICAL CONNECTION / SPEED SWITCH AND ADDITIONAL OUTPUT INCREMENTAL 5.2.3 LED function displays green INC1 Without function Without function INC2 Undervoltage (additional output Overload incremental) Over-temperature Status Internal error Speed Speed higher switching speed Speed lower switching speed (overspeed) 5.2.4 Speed switch - Switching characteristics Event State of the speed switch output...
ELECTRICAL CONNECTION / SPEED SWITCH AND ADDITIONAL OUTPUT INCREMENTAL 5.2.5 Cable connection To ensure the speciied protection of the device the correct cable diameter must be used� Connecting cables are not in scope of delivery� Mt = 2-3 Nm TX 20 Terminal box cover Torx and slotted screw, M4x32 mm...
ELECTRICAL CONNECTION / SPEED SWITCH AND ADDITIONAL OUTPUT INCREMENTAL 5.2.6 Assignment connecting terminal Do not connect voltage supply to outputs! Danger of damage! Please, beware of possible voltage drop in long cable leads (inputs and out- puts)! 5.2.6.1 Connecting terminal terminal box [B] Speed switch without additonal output SP+* SP-*...
DIMENSIONS / THROUGH HOLLOW SHAFT Through hollow shaft Speed switch PROFINET [ A ] Additional output ød = 16 , 20 [ B ] [ C ] [ D ] [ E ] Positive Accessory rotating direction All dimensions in millimeters, unless otherwise stated� 20/29 MB248EN - 11171699, 16A3, Baumer_HMG10-PROFINET_II_EN...
DISMOUNTING / VERSION WITH BLIND HOLLOW SHAFT OR CONE SHAFT DISMOUNTING Version with blind hollow shaft or cone shaft Pictures showing the version with blind hollow shaft� The dismounting steps be identical at the version with cone shaft� 7.1.1 Step 1 17 mm 5 mm TX 20...
DISMOUNTING / VERSION WITH THROUGH HOLLOW SHAFT Version with through hollow shaft TX 10 Loosen the screw 1�6x8 mm 10 mm 24/29 MB248EN - 11171699, 16A3, Baumer_HMG10-PROFINET_II_EN...
TECHNICAL DATA TECHNICAL DATA Technical data - electrical ratings Voltage supply 10���30 VDC Short-circuit proof Consumption w/o load ≤200 mA Initializing time ≤500 ms after power on Interface PROFINET Function Multiturn Transmission rate 100 MBaud Device adress Automatic address designation Steps per turn 8192 / 13 bit Number of turns...
TECHNICAL DATA Technical data - mechanical design Size (lange) ø105 mm Flange Support plate, 360° freely positionable Protection DIN EN 60529 IP 66/IP 67 Operating speed ≤6000 rpm Range of switching speed ±2���6000 rpm, default 6000 rpm Operating torque typ� 10 Ncm Rotor moment of inertia 950 gcm...