Inhaltsverzeichnis
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Inhaltsverzeichnis
Inhaltszusammenfassung für buhner schaible Universal Phase Resomat
- Seite 1 INSTRUCTION MANUAL Frequency control unit for circular and linearvibration feeding devices Universal Phase Resomat Typ RM7, RM7-10 Typ RM7U, RM7U-10 Bühner & Schaible GmbH Ameisenstraße 12 D-73663 Berglen-Hößlinswart Tel. 07181 / 97841-0 Fax 07181 / 97841-22...
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Seite 2: Inhaltsverzeichnis
Table of Contenes Safty Instructions Installation & Commissioning General Information 5 - 7 Synchronous Operation Application 8 - 12 Technicel Data 13, 13a Front Panel Specification 14, 14a, 14b Equipment Specification 15 - 16 Plug Connectors & Connections 17, 17a Error Analysis Laboratory Report Declaration of Conformity... - Seite 3 Safety directions for the user This description contains the required information for the use as prescribed of the described products. They are intended for qualified technical personnel. Qualified persons are persons who on account of their training, experience and received instructions as well as their knowledge of relevant standards, regulations, rules for the prevention of accidents and operating conditions have been authorized by the responsible person in charge of the safety of the installation to execute the required work and who are able while doing so to detect and prevent all possible...
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Seite 4: Assembly And Commissioning
Typ RM7U, RM7 Assembly and commissioning Installation For the installation of the device, four drill holes are provided on the backside. Assembly As heat is created when the epuipment is operating, assembling on or close to other sources of heat should be avoided. -
Seite 5: General Information
General information Adjustment of the operating point at vibration systems = elongation (execursion) electrical operating frequency = elongation at mech. resonance = elongation at + + D D 1,5 Hz 1,5 Hz = angular frequency = operating frequency, electrical = constant Result: = mech. - Seite 6 General information Adjustment of operating point on vibration systems with high changes in weight Diagramm 3 =elongation (excursion) =elongation at mech. resonance electrical operating frequenz =elongation at - - D D 3,0 Hz 3,0 Hz =angular frequency =operating frequency, electrical = constant Result: =mechanical resonance frequency...
- Seite 7 General information Half-wave operation =Damping constant Ö )² Characteristic of the vibration =Total spring constant feeding system =Resulting mass of the oscillator and resulting mass moment of inertia Attention! Pay attention to the following items in half-wave operation! Optimum operating point of the oscillator f = f + 3,0Hz As f can be selected with absolute stability by the Universal Resomat in the range of...
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Seite 8: Synchronous Operation Application
Synchronous Operation Synchronised Phase Resomat Applications Synchronous Operation of Vibrating Conveyor Systems Reaction & Interference Force Compensation or Transition Gap Minimisation mimimum gab widht ! minimum gab widht ! reaction and interference force compensation Mechanical operating point shift for synchronous operation of e.g. circular- and linear conveyors in conjunction with synchronous Resomats. - Seite 9 Synchronbetrieb K. Bühner Anwendungen Störkraftkompensation Schwebungen (Interferenzen), Überlagerungen von mechanischen Störschwingungen bzw. Reaktionskräften führen oft zu Störungen im Förderfluß von gemeinsam montierten Schwingfördereinheiten. Die Wirkung der Störkraft ist abhängig vom Kopplungsgrad kaskadierter mechanischer Systeme als Störkraft- (Reaktionskraft)- Erzeuger. Abhilfe kann nach Ausschöpfung verschiedener mechanischer Maßnahmen wie z.B.
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Seite 10: Erklärung
Synchronbetrieb Anwendungen Die Störkraft bzw. Reaktionsschwingungs-Kompensation erreicht dann ein Minimum, wenn die Störkraftvektoren der Einzelschwinger als resultierender Summenvektor nach Phase und Betrag gegen Null geht (siehe Abb. 3) Abb. 3 A1 ; m , J (Nutzmasse) A2 ; Förderschiene Master Förderschiene Slave Erweiterung Federkonstante D... - Seite 11 Synchronbetrieb Anwendungen Math. Anhang 2 Der hier angeführte Begriff "Längsschwingung" ist eine vereinfachte Darstellung für die in Wirklichkeit vorhandene dreidimensionale, longitunale, mechanische Reaktionsschwingung, die durch den komplexen Ausdruck y = y e beschrieben werden kann. Sie wird erzeugt durch eine an der Feder (mit der Federkonstante D) wirkenden, stromproportionalen, magnetischen Erregerkraft von der Form F = K I sin Der Betrag der Reaktionsschwingung y ist nach dem Schwerpunktsatz eine Funktion der Massen- bzw.
- Seite 12 Synchronbetrieb Anwendungen Mathematisch- physikalischer Anhang zur Minimierung des Übergangsspaltes gekoppelter Schwingfördersysteme Abb. 4 Förderrichtung m , J (Nutzmasse) Erweiterung m , J (Freimasse) gemeinsame Grundplatte (Montageplatte, Fuß) m , J (Freimasse) Synchronbetrieb Erweiterung mit mehrere Slave-Geräte mit Betrags- und Phasen- Slave Resomat mit Betrags- Master Resomat abgleichmöglichkeit...
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Seite 13: Technicel Data
Technicel Data Model RM7U, RM7U-10, RM7 Labor Conected voltage 230V oder 115V , +10% / -15% 50/60Hz Drive frequency 10 - 200,0 Hz digitally adjustable (also half-wave operation) 0,1 Hz increments (quarz stabilisedl) synchronous operation For several Resomats in synchronous operation Phase setting of sychronised Phase angles between the units from 0°... - Seite 14 Technicel Data Model RM7, RM7-10, RM7 Labor Conected voltage 230V oder 115V , +10% / -15% 50/60Hz Drive frequency 10 - 200,0 Hz digitally adjustable 0,1 Hz (also half-wave operation) increments (quarz stabilisedl) synchronous operation For several Resomats in synchronous operation Phase setting of sychronised Phase angles between the units from 0°...
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Seite 15: Front Panel Specification
Frontpanel specification RM7, RM7-10 Synchronisation connections Safety fuse socket FNR-0102 LED Display Output active Ein / On (illuminates when the conveyor is running and flashes in synchronous operatio) Mains switch Aus / Off Excess current cutout , when the red ERROR LED illuminates, the unit must be restarted with the reset button or... - Seite 16 Frontpanel specification RM7U, RM7U-10 Synchronisation connections Safety fuse socket FNR-0102 LED Display Output active Ein / On (illuminates when the conveyor is running and flashes in synchronous operatio) Mains switch Time control / level control ( illuminates when the time control is active) Aus / Off Excess current cutout , when the red...
- Seite 17 Frontpanel specification RM7U LABOR Synchronisation connections Safetylfuse socket FNR-0102L LED Dispaly Output active Ein / On (illuminates when the conveyor is running and flashes in synchronous operatio) Mains switch Time control / level control ( illuminates when the time control is active) Aus / Off Excess current cutout , when the red...
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Seite 18: Equipment Specification
Equipment Specification Conveyor Connection The equipment is protected by an external 16A (K) standard safety cutout. The control unit is fitted with a shockproof plug and a shockproof coupling. The shockproof plug is for the control unit power supply. The shockproof coupling shall be plugged into the vibrating conveyor connecting cable. Potential Settings Selector Switch 1 "Half Wave"... - Seite 19 Equipment Specification Excess Current Cutout If the nominal current is exceeded by a long way, the equipment switches off and the red ERROR LED illuminates. The equipment is switched on again using the RESET button on the front panel, Or inside of the device on the top panel. Undervoltage Display / Mains Monitoring If the mains voltage drops below 190V, the equipment switches off automatically and the ERROR LED illuminates.
- Seite 20 G\Aschlpl\th\RM7\RM7U.CDR Wiring diagram for RM7 Resomats in Synchronous operation: Terminal Allocation: - two-core cable max. 1m 1.Resomat 2.Resomat Bottom Panel Syn OUT Output Attention! * Syn IN Protective conductors Mains input Syn IN + Syn OUT+ See nameplate! Syn IN - Syn OUT - Smooth stop x100...
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Seite 21: Resomaten In Synchronous Operation: - Two-Core Cable Max. 1M
G\Aschlpl\th\RM7\RM7U.CDR Wiring diagram for RM7U, RM7 Labor Resomaten in synchronous operation: Terminal allocation - two-core cable max. 1m 1.Resomat 2.Resomat Bottom Panel Syn OUT Output Attention!* Syn IN Protective conductors Mains input Syn IN + Syn OUT+ See nameplate! Syn IN - Syn OUT - Ssoft Stop x100... -
Seite 22: Error Analysis
Error Analysis Equipment does not work: Check whether mains voltage is present. Set "Lock / Release" control input inversion correctly. If this input is not used, the selector switch must be set to "OFF". Red ERROR LED illuminates. Excess current cutout active, nominal current has been far exceeded. Equipment switches off automatically. -
Seite 23: Laboratory Report 8/00
Laboratory Report 8/00 The Universal Phase Resomat RM7 The Universal Phase Resomat RM7 is a logical continuation of the tried and tested RM6 Resomat family. This new Resomat generation enables the realisation of optimum inertial systems for feed technology due to its universality in conjunction with basic mechanical vibrator units. - Seite 24 EC - Conformity Statement For the following product designated as Frequency Control Unit type Resomat RM5, RM5-10, RM6, RM6-10 and RM6U,RM6U-10 RM7, RM7U, RM7-10, RM7U-10 RM7S, RM7US with vibration feeding devices we hereby confirm that it is in accordance with the essential safety regulations which have been determined in the guidelines of the council for the adaption of the legal regulations of the member states regarding the electromagnetic compatibility, EMC (89/336/ECC).