RS P700CB Bedienungsanleitung

Issued / Herausgegeben / Publication / Publicatto
Instruction Leaflet
Bedienungsanleitung
Feuille d'instructions
Foglio d'instruzioni
Figures / Abbildung / Figures / Figura
Board connections
PlatinenanschlŸsse
Connexions de la carte
Collegamenti della scheda
1
CN2
E
F
on
G
H
A
I
J
A. Running speed A. Hšchstdrehzahl
B. Grunddrehzahl
B. Base speed
C. Eingang +5V-
C. +5V relay enable
I/P Relais aktivieren
D. Eingang
D. Stop/run I/P
E. Phase 4 Stop/Lauf
E. Phase 4
F. Phase 3
F. Phase 3
G. Phase 2
G. Phase 2
H. Phase 1
H. Phase 1
I. Centre taps of
motor (common) I. Mittelanzapfungen
des Motors
J. +V board supply
K. GND (Bezugspotential)
J. +V
L. Direction I/P
Platinenversorgung
M. Clock I/P
N. Full/half step I/P K. GND
L. Eingang
O. Reset I/P
P. Aux +12V O/P Drehrichtung
M. Eingang
Taktimpuls
N. Eingang
Vollschritt/
Halbschritt
O. Eingang
ZurŸcksetzen
P. Hilfsausgang
+12V
Description
The above card is designed to be used with RS stock no. 217-3611. It
is small in size, with screw terminal blocks allowing quick and easy
connection to external components eg. motor, power supply or PLC. To
eliminate the P700Õs 5-pin plug the board has oscillator controls and
Scheda di trasmissione per motore a passo
C
D
SB1
on
1 2 3 4
1 1 2
SB3 SB2
B
A. Vitesse A. Velocitˆ
d'exŽcution nominale
B. Vitesse de base B. Velocitˆ di base
C. EntrŽe de C. I/P abilitazione
validation de rel• +5V
relais +5 V D. I/P
D. EntrŽe arresto/funziona
arr•t/marche mento
E. Phase 4 E. Fase 4
F. Phase 3 F. Fase 3
G. Phase 2 G. Fase 2
H. Phase 1 H. Fase 1
I. Prises centrales I. Maschi centrali
du moteur del motore
(neutre) (comune)
J. Tension positive J. Alimentazione
(+V) scheda +V
d'alimentation de K. GND
carte L. I/P direzione
K. Masse M. I/P clock
L. EntrŽe direction N. I/P passo
M. EntrŽe horloge completo/interme
N. EntrŽe dio
plein/demi-pas O. I/P
O. EntrŽe reimpostazione
rŽarmement P. O/P ausiliarie da
P. Sortie +12 V +12V
auxiliaire
RS Stock No.
05/2000
Schrittmotor-Treiberplatine
Carte de commande de moteur pas à pas
several switches fitted. As a result many of the external controls can be
predetermined without additional wiring eg. direction, full/half step or
base/running speed.
Set up
The P700CB can be set-up very quickly and easily by just connecting
a few simple connections in order for the motor to run. When you
receive your P700CB all the switches should be set to the off position.
The set-up for your board will depend on the controls being supplied.
There are two set-up options:
1) If you are not using the on board oscillator, the basic connections in
order for your motor to run are as follows:
Connect your motor to the relevant connections (ie. phase 1, 2, 3, 4
K
L
& the centre taps).
M
N Note: A forcing resistor maybe required
O
P Connect a supply voltage of between +12Vdc to +30Vdc to the +V
board supply & GND. Then connect your clock pulse to the clock I/P
pin. Your motor should now be running.
2) If you are using the on board oscillator the basic connections in
order for your motor to run are as follows:
Connect your motor to the relevant connections (ie. phase 1, 2, 3,
4 & the centre taps).
Note: A forcing resistor maybe required
Connect a supply voltage of between +12Vdc to +30Vdc to the +V
board supply & GND. Set switches 1 (run/stop) & 3 (internal/external
oscillator) on SB1 to the on position. Your motor should now be
running.
Technical specifications
Size: ______________________________________31 x 100 x 1.5
Connectors: ____________________Screw terminal blocks capable
Supply: __________________________+12 to 30Vdc +10% max I/P
Onboard auxiliary supply: ______+12Vdc 50ma max. regulated O/P
Functions: ____________Full/half, base/running speed and direction
Clock: ________________Onboard switch to changes from internal
Reset:________________________Can only be controlled externally
CN1 Functions
+V board supply
Centre taps of
motor (common)
Phases 1, 2, 3 & 4
363-5801
CN2 Functions
+5V relay enable I/P
Stop/run I/P
Step motor drive card
1) Without on-board oscillator
2) With on-board oscillator
Can be controlled externally and have onboard switches.
Motor and logic have a common supply
of +12V to +30V
Centre of the motor windings connected
here. (A forcing resistor may be needed).
Connections for the motor windings
Applying +5V to this pin will switch the
relay from running to base speed.
Applying +12V to this pin will disable the
V10904
of holding up to 1mm
to external clock
on board oscillator.
2