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SAFETy AND ATTENTION INSTRUCTIONS

MB247EN - 11171697, 16A2, Baumer_PMG10-ProibusDP_II_EN

 4/25

2.2 

Attention instructions for mounting and operation

 

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Risk of destruction due to electrostatic charge 

 

Electronic parts contained in the encoder are sensitive to high voltages.

 

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Do not touch plug contacts or electronic components.

 

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Protect output terminals against external voltages.

 

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Do not exceed max. operating voltage.

 

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Risk of destruction due to mechanical overload 

 

Rigid mounting may give rise to constraining forces.

 

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Never restrict the freedom of movement of the encoder. The installation instruc

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tions must be followed.

 

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It is essential that the speciied clearances and/or angles are observed.

 

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Risk of destruction due to mechanical shock 

 

Violent shocks, e. g. due to hammer impacts, can lead to the destruction of the 

sensing system.

 

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Never use force. Assembly is simple when correct procedure is followed.

 

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Use suitable puller for disassembly.

 

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Risk of destruction due to contamination 

 

Dirt penetrating inside the encoder can cause short circuits and damage the optical 

sensing system.

 

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Absolute cleanliness must be maintained when carrying out any work on the open 

terminal box.

 

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When dismantling, never allow lubricants to penetrate the encoder.

 

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Risk of destruction due to adhesive luids 

 

Adhesive luids can damage the optical sensing system and the bearings. Dismoun

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ting an encoder, secured to a shaft by adhesive may lead to the destruction of the 

unit.

 

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Do not use adhesive luids for ixing.

Summary of Contents for Hubner Berlin PMG 10 Proibus DP

Page 1: ...MB247EN 11171697 16A2 Baumer_PMG10 ProibusDP_II_EN PMG 10 Proibus DP Absolute Encoder with magnetic sensing Installation and operating instructions...

Page 2: ...not included in scope of delivery 6 4 MOUNTING 7 4 1 Mounting the spring disk couling to the encoder 7 4 2 Mounting to drive shaft 7 4 3 Mounting the spring disk couling to drive shaft 8 4 4 Maximum...

Page 3: ...additional output 15 5 2 3 LED function displays 16 5 2 4 Speed switch Switching characteristics 16 5 2 5 Cable connection 17 5 2 6 Assignment connecting terminal 18 5 2 6 1 Connecting terminal termin...

Page 4: ...mouting instruction The customer must check the suitability for the purpose intended Mounting and selection must be executed by authorized and qualiied personnel Moun ting electrical commissioning or...

Page 5: ...eries or subsequent deliveries the data on the device type label must be quoted especially the type designation and the serial number 1 5 Approvals and warranty EU Declaration of Conformity meeting to...

Page 6: ...parts can cause extremely serious injuries Before all work switch off all operating voltages and ensure machinery is statio nary Prevent reconnection operating voltages by third parties Risk of serio...

Page 7: ...speciied clearances and or angles are observed Risk of destruction due to mechanical shock Violent shocks e g due to hammer impacts can lead to the destruction of the sensing system Never use force A...

Page 8: ...ProibusDP_II_EN 3 PREPARATION 3 1 Scope of delivery Depending on version 1 Housing 2 EURO lange B10 3 Solid shaft with key 4 Bearing shield 5 LED function indicators Radial terminal boxes see section...

Page 9: ...cting cables and connectors are required for the electrical connection Details see section 5 page 11 6 Installation itting customized 7 Fixing screws for installation itting ISO 4017 M6x16 mm 8 Spring...

Page 10: ...lings are used pay attention to manufactu rer s notes 4 2 Mounting to drive shaft Lifetime restrictions and angle error by radial deviations High runout of the drive shaft can cause encoder angle erro...

Page 11: ...MOUNTING MOUNTING THE SPRING DISK COULING TO DRIVE SHAFT MB247EN 11171697 16A2 Baumer_PMG10 ProibusDP_II_EN 8 25 4 3 Mounting the spring disk couling to drive shaft 8 Mt 2 3 Nm 2 5 mm...

Page 12: ...thout axial loading The encoder must be mounted on the drive with the least possible angular error and parallel misalignment Risk of damaging the ball bearings Coupling components must not be driven o...

Page 13: ...ling for example ROTEX Incorrect mounting of the jaw type coupling can damage the encoder Avoid blocking of both coupling halves claws pressed together The encoder shaft must not subjected to direct a...

Page 14: ...vice Class 3 and 4 Data Exch functions Input Position value Output Preset value Preset value The Preset parameter can be used to set the encoder to a predeined value that corresponds to a speciic axis...

Page 15: ...f the device the correct cable diameter must be used Connecting cables are not in scope of delivery Cable shield A see section 5 1 4 Connecting cable 5 9 mm Mt 2 3 Nm TX 20 17 mm 9 Bus connecting box...

Page 16: ...ion 5 Do not use FEMALE CONNECTION DESCRIPTION 1 Do not use 2 A Negative serial data transmission 3 Do not use 4 B Positive serial data transmission 5 Do not use ELECTRICAL CONNECTION PROFIBUS DP 13 2...

Page 17: ...on pair 1 and pair 2 B Positive serial data transmission pair 1 and pair 2 UB Voltage supply 10 30 VDC GND Ground for UB i Terminals of the same signiicance are internally connected and identical in t...

Page 18: ...Channel B inverted R Zero pulse reference signal R_ Zero pulse inverted nE System OK error output nE_ System OK_ error output inverted SP DSL_OUT1 speed switch Open Collector or Solid State Relay SP_...

Page 19: ...State unchanged Low resistance no overspeed after initialisation if the encoder is rotating between the switching range during initialisation ns on speed ns on Low resistance no overspeed ns on speed...

Page 20: ...device the correct cable diameter must be used Connecting cables are not in scope of delivery TX 20 Mt 2 3 Nm 22 mm 50 mm Cable shield Connecting terminal B Speed switch additional output See section...

Page 21: ...y 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 5 2 6 2 Co...

Page 22: ...ITIONAL OUTPUT INCREMENTAL 19 25 MB247EN 11171697 16A2 Baumer_PMG10 ProibusDP_II_EN 6 DIMENSION Positive rotating direction All dimensions in millimeters unless otherwise stated B C D E Speed switch A...

Page 23: ...DISMOUNTING SPEED SWITCH AND ADDITIONAL OUTPUT INCREMENTAL MB247EN 11171697 16A2 Baumer_PMG10 ProibusDP_II_EN 20 25 7 DISMOUNTING 8 2 5 mm 7 6 10 mm...

Page 24: ...t Additional outputs Square wave HTL Square wave TTL RS422 Sensing method Magnetic Interference immunity EN 61000 6 2 Emitted interference EN 61000 6 3 Programmable parameters Steps per revolution Num...

Page 25: ...typ 10 Ncm Rotor moment of inertia 1 kgcm2 Admitted shaft load 450 N axial 650 N radial Materials Housing aluminium alloy Shaft stainless steel Operating temperature 40 85 C Relative humidity 95 non...

Page 26: ...MB247EN 11171697 16A2 Baumer_PMG10 ProibusDP_II_EN...

Page 27: ...MB247EN 11171697 16A2 Baumer_PMG10 ProibusDP_II_EN...

Page 28: ...rlin Germany Phone 49 0 30 69003 0 Fax 49 0 30 69003 104 info baumerhuebner com www baumer com motion MB247EN 11171697 16A2 12 07 2016 Baumer_PMG10 ProibusDP_II_EN Original language of this instructio...

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