Connecting The Power Supply - Yamaha SRCD Series Supporting Supplement Manual

CHAPTER2 Configuration and Connection
2-2
2-2-1
I ERCX controller
DriverType
-
I SRCX controller
DriverType
05
10
20
I DRCX controller
DriverType
0505
0510
0520
1005
1010
1020
2005
2010
2020

Connecting the Power Supply

Power supply
Power supply voltage
DC24V ±10%
Power supply voltage
AC200V ±10%
AC200V ±10%
AC200V ±10%
Power supply voltage
AC200V ±10%
AC200V ±10%
AC200V ±10%
AC200V ±10%
AC200V ±10%
AC200V ±10%
AC200V ±10%
AC200V ±10%
AC200V ±10%
C A U T I O N C A U T I O N
C A U T I O N
On the SRCX and DRCX controllers designed for CE marking, the power supply must
be AC 200V±10%.
If the power supply voltage drops below the above listed range during operation, an
alarm circuit triggers so that the controller operation misht return to the initial conditions
or come to an alarm stop. To avoid such problems from power supply fluctuations, a
stable power supply with less than ±10% fluctuation should be used.
The controller has a capacitor input type power supply, so a large current surge occurs
when the power is turned on. Avoid using quick-blow circuit breakers and fuses.
For the same reason, avoid turning the power off and on again repeatedly within an
interval of less than 10 seconds. This could eventually damage the main circuit elements
in the controller.
No. of phases
-
No. of phases
Single phase
Single phase
Single phase
No. of phases
Single phase
Single phase
Single phase
Single phase
Single phase
Single phase
Single phase
Single phase
Single phase
16
Frequency Max. power consumption
- 3 A
Frequency Max. power consumption
50/60Hz 400 VA
50/60Hz 600 VA
50/60Hz 1000 VA
Frequency Max. power consumption
50/60Hz 500 VA or less
50/60Hz 700 VA or less
50/60Hz 1100 VA or less
50/60Hz 700 VA or less
50/60Hz 900 VA or less
50/60Hz 1300 VA or less
50/60Hz 1100 VA or less
50/60Hz 1300 VA or less
50/60Hz 1600 VA or less