rm7 prospekt englischconveyor technology resomat rm7 labor frequency control device for circular-...

Examples of available colors:

RAL 3000 RAL7016 RAL6011 RAL5015 RAL7032

ConveyingTechnology

BÜHNERSCHAIBLE

Gm

bH

Bühner & Schaible GmbHAmeisenstraße 12D-73663 Berglen-HößlinswartTel. 07181 / 97841-0Fax 07181 / 97841-22Internet: www.buehner-schaible.deE-Mail: [email protected]

ELEKTRONIK

Frequenz - controldevices for circular- andlinear feeding systems

coninuation

assembly plate(Installationplate, foot)

Master ResomatU , Q , J ,A1 A1 A1 j

yA2

yA1

yA3 m , J (mass)2 2

m , J(mass momentof inertia)

1 1

Continuation withseveral Slave-Deviceswith level- andphase adjustment

S S

Feeding direction

= wA3

Synchron operation - Phase adjustmentUniversal Phase Resomat

Full sine - noise reduced

Reaction- force compensation or minimisation of theconnection gap of coupled mounted systems

Reaction- ForceCompensation

Synchron operation

Slave Resomat with level-and phase adjustment

+ D jU , Q , JA1 A1 A1

RAL 2000 orange

Synchron operation

= wA2wA1

Labora

tory

report

3/0

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RESOMAT RM7

Operating Voltage:Drive frequency:

Phase adjustment ofsynchronised outputvalues:Output current:

max. continous current:RM7RM7/10Target value setup:

Soft start:Soft stop:Optocoupler input:24VDC-output:Temperatur range:Case:

CE-Standards:

Target value limit adjustable:

230 V 50/60 Hz +10% / -15%or 120 V 50/60 Hz10,0 - 200,0 Hz digital adjustablein 0,1 Hz intervals (crystal stable)

Full or half wave operation selectableor clipping selectable ( turbo effect)

, overload protectionwith extra heta sink and ventilator

Potentiometer intern, externVoltage input 0-10V (Ri 10K)

Start - Stop 24 VDC invertible200mA (c.g. for pneumatic valve)0 - 40° CAluminiumcase 200 x 124 x 80 mmIP54see conformity decleration

adjustable Phase angle between 0°and 360° in 3,6° steps

Full sine wave monochromatic

6A10A

adjustable 0-5 Sek.adjustable 0-5 Sek.

Conveyor technology

Universal Phase ResomatSynchronisation device in aluminium case

Frequency control device for circular- andlinear conveyor units

*

BÜHNERSCHAIBLE

Gm

bH

ELEKTRONIK

minimal gap width !


Constant conveyor speeds even with changed weights.*symmetrical full alternating currentfor extremly silent vibrating operation

Interference reaction force and transition gap minimisation of jointly mountedvibrating conveyor units through the use of syncronous Resomats withadjustable phase position.

(no harmonic waves)

Triangular wave-form current often more beneficial for linear rails.Symmetrical output current, therefore no magnetisation effects.No more mechanical adjustments. No feedback necessary.Mains voltage surges are compensated.Energy saving through induction current regeneration (blind current compensation).Totally stable output frequency.

(see laboratory report 5/99)

} different motion behaviour

New - Noise reduced:Full sine

Technical data:

RESOMAT RM7U




Soft start:Soft stop:Optocoupler input:Sensor input:Sensor supply:Operation delay times:Transistor output:Contact output:Error output:24VDC-output:Temperatur range:Case:

CE-Standards:




, overload protection

Potentiometer intern, externVoltage input 0-10V (Ri 10K)adjustable 0-5 Sek.adjustable 0-5 Sek.Start - Stop 24 VDC invertiblefor one or two Sensors (min/max)24VDC / 100mA0 to 10 Sek.24VDC / 20mA shortcircuit proof250V / 8A potential freecodeable on transistor or contact output200mA (c.g. for pneumatic valve)0 - 40° CAluminiumcase 200 x 124 x 80 mmIP54see conformity decleration



6A10A with extra heta sink and ventilator

Conveyor technologyUniversal Phase Resomat

Synchronisation device in aluminium casewith niveaucontrolling


*

BÜHNERSCHAIBLE

Gm

bH

ELEKTRONIK

minimal gap width !




(no harmonic waves)




Technical data:

*

RESOMAT RM7 LaborConveyor technology


minimal gap width !Universal Phase Resomat

Synchronisation device in aluminium casewith niveaucontrolling and adjustable display




Soft start:Soft stop:Optocoupler input:Sensor input:Sensor supply:Operation delay times:Transistor output:Contact output:Error output:24VDC-output:Temperatur range:Case:

CE-Standards:




, overload protection

Potentiometer intern, externVoltage input 0-10V (Ri 10K)adjustable 0-5 Sek.adjustable 0-5 Sek.Start - Stop 24 VDC invertiblefor one or two Sensors (min/max)24VDC / 100mA0 to 10 Sek.24VDC / 20mA shortcircuit proof250V / 8A potential freecodeable on transistor or contact output200mA (c.g. for pneumatic valve)0 - 40° CAluminiumcase 200 x 124 x 80 mmIP54see conformity decleration



6A10A with extra heta sink and ventilator



(no harmonic waves)


(see laboratory report 5/99) BÜHNERSCHAIBLE

Gm

bH

ELEKTRONIK



Technical data:

RESOMAT RM7PL

Operating Voltage:

Drive frequency:



Soft start:Soft stop:Optocoupler input:24VDC-output:Temperatur range:proportion :holepicture

CE-Standards:


Lx B x H: RM7PL

proportion with CoolerLx B x H: RM7-10-PL:



, overload protectionwith extra heta sink and ventilator

Potentiometer intern, externVoltage input 0-10V (Ri 10K)

Start - Stop 24 VDC invertible200mA (c.g. for pneumatic valve)0 - 40° C

see conformity decleration



5A10A

adjustable 0-5 Sek.adjustable 0-5 Sek.

210 x 90 x 65 mm210 x 50

210 x 152 x 80 mm

Conveyor technology

Universal Phase ResomatSynchronisation device for switch cabinet mounting


*

BÜHNERSCHAIBLE

Gm

bH

ELEKTRONIK

minimal gap width !




(no harmonic waves)




New - Noise reduced:Full sine

Technical data:

}

Conveyor technologyminimal gap width !

Operating voltage:

Drive frequency:

Phase adjusment ofsynchronised outputvalues:Output current:

Max. continuous current :Target value setup:Target value limit adjustableSoft start:Soft stop:Optocoupler input:

24VDC-output:Temperature range:Case:

CE-standards:

230 V 50/60 Hz +10% / -15%or 120 V 50/60 Hz2,5 - 200,0 Hz digitally adjustablein 0,1 Hz intervals (crystal stable)

full or half wave operation selectable orclipping selectable (turbo effect)

, overload protectionpotentiometer internal, externalvoltage input 0-10V (Ri 10K)adjustable 0-5 sec.adjustable 0-5 sec.start - stop 24 VDC invertible

200mA (c.g. pneumatic valve)0 - 40° Caluminium case for cabinet mounting180 x 110 x 70 mmsee conformity declaration


* full sine wave monochromatic

8 A

Technical data:

Universal Phase Resomat cased synchronisationdevice for switch cabinet mounting

Connections via plug terminals


BÜHNERSCHAIBLE

Gm

bH

ELEKTRONIK




(no harmonic waves)



RESOMAT RM7S


RESOMAT RM7U.S

Operating voltage:

Drive frequency:

Phase adjusment ofsynchronised outputvalues:Output current:

Max. continuous current :Target value setup:Target value limit adjustableSoft start:Soft stop:Photocoupler input:Sensor inputs:Sensor supply:Operation delay times:Transistor output:Contact output:Fault message output:24VDC-output:Temperature range:Case:

CE-standards:

230 V 50/60 Hz +10% / -15%or 120 V 50/60 Hz2,5 - 200,0 Hz digitally adjustablein 0,1 Hz intervals (crystal stable)

full or half wave operation selectable orclipping selectable (turbo effect)

, overload protectionpotentiometer internal, externalvoltage input 0-10V (Ri 10K)adjustable 0-5 sec.adjustable 0-5 sec.start - stop 24 VDC invertiblefor one or two sensors (min/max)24VDC / 100mA0 to 10 sec.24VDC / 20mA short-circuit proof250V / 8A potential-freecodable on transistor or contact output200mA (c.g. for pneumatic valve)0 - 40° Caluminium case for cabinet mounting180 x 110 x 70 mmsee conformity declaration


* full sine wave monochromatic

8 A

Technical data:

Universal Phase Resomat cased synchronisationdevice for switch cabinet mounting

Connections via plug terminals




(no harmonic waves)




minimal gap width !

Conveyor technology

BÜHNERSCHAIBLE

Gm

bH

ELEKTRONIK


General information

w

wwww

w

ww

wwww

y

y

y

R

A

A

A

A

A

A

A

A

0

00

0

y [mm]

[1/s]

d

electrical operating frequency

====

++++

DDDD

1,5 Hz1,5 Hz= constant

undamped mechanicalvibration in resonance

(the critical operation point)

forced oscillationoptimum mechanicaloperating point

wR

A

AA

0

0

yyy

dmDJD*

www

= elongation (execursion)= elongation at mech. resonance= elongation at= angular frequency= operating frequency, electrical= mech. resonance frequency= attenuation= mass (weight)= spring constant (spring)= mass moment of inertia= angular recommended dimension

Result:

Adjustment of the operating point at vibration systems

w

w

w

wy

yA A

0

0

0

0

b

=

=

f

f

( )

( )

D

D*

m

J

ÖÖ

»

»

» k m

linear feeder

spiral feeder

over the critical operation point

9 S-1

General information

yyy

dmDJD*

www

r

wwww

w

wwww

yA

A

A

A

A

A

00

electrical operating frequenz

====

----

DDDD

3,0 Hz3,0 Hz= constant

w ww

y

y

R

A

A 00

mr

y [mm]

[1/s]

undamped mechanical vibrationin resonance

(the critical operation point)

forced oscillationoptimum mechanical operating point

Result:

Adjustment of operating point on vibration systemswith high changes in weight

wR

A

AA

0

=elongation (excursion)=elongation at mech. resonance=elongation at=angular frequency=operating frequency, electrical=mechanical resonance frequency=attenuation=resulting mass (weight)=spring constant (spring)=mass moment of inertia=angular guide value

w

w

w

wy

yA A

r

r

0

0

d

=

=

f

f

( )

( )

D

D*

m

J

ÖÖ

»

»

» k m

linear feeder

spiral feeder

Mdj

Constant feeding velocity with highchanges in weight up to emptyingPay attention to the slightly higher powerinput at this operating point

below the critical operation point

Diagramm 3

18 S-1

All Resomat types of B.&S. GmbH achieve a genuine energy saving byinducting recuperation. At the same time an idle current compensation takesplace, so that the currency supplied by the supply network is almostmaterial / real.The current efficiency exclusively depends on the quality Q of the usedmagnet types

The consistent Resomat employment means there fore also ansubstantial cortribution for the lowering of operating costs.

Q = k .That means: the relationship is appropriate formagnet inductance for the Ohm’s resistance of the solenoid coil in practicewith about 3:1.This is valid for alternating magnets with useful core sheetmetal material, this dynamo-electric sheet metal with small hysteresis loss(see chart current efficiency).The evaluation of this energy saving leads in the computer forecastwith an usual 1kVA round conveyor in a period of operation of about2500 hours per year and with usual industrial electricity rate to alowering of operating cost of 300,- Euro annually.

A

A

A

A

A

1

1

2

2

3

3

4

4

5

5

6

6

7

8

0

I

I

I

I

I

I

I

I

I

If

E

E

E

E

E

[A]

[A][fach]

hh

h

h

= [ ]

0

Aus

Ein

F M 4A

10

RESOMAT RM3/6230V / 50-60Hz

Schwingungskraft

Antriebsfrequenz Innen einstellbar

10,0 - 99,9 Hz

=_

=

=

= output current in vibration conveyor systems

input current in Resomat (no idle current)

Efficiency / (degree of ) effectiveness

Current efficiency / effectiveness

Universal RESOMATFor: conveying engineering, supply and sort technolgy

With vibration conveyor systems (round and linear conveyors)

Energy recovery

Laborbericht 4/98

Änderungen u. Ergänzungenvorbehalten K. Bühner

LRv

Bühner & Schaible GmbH Ameisenstraße 12 73663 BerglenTel. 07181/97841-0 Fax 07181/97841-22

Ammeter for facilitating mechanicalinspection- and balance work on

vibratory feeding systems

Ammeter

2,5A 10A

Messbereichsumschalter

Connection for the outputof the control equipment

Connection forconveyor unit

To avoid overloads of the conveyor unitand the magnets, the output current ofthe controlequipment and/or the inputcurrent of the conveyor unit is measured.

Technical data:

Moving-iron instrument for theexact determination of currentmean value.

Measuring range 1: 2,5 AmpsMeasuring range 2: 10 Amps(switch over via selector switch)

As this brochure represents only abrief summary of our control programfor special purpose machines, we aregladly prepared to give you detailedinformation and advice without anyobligation at any time.

ConveyingTechnology

rm7 prospekt englischconveyor technology resomat rm7 labor frequency control device for circular-...

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