(2)VR(Motor Speed Control Voltage) and VCC (+DC10V Power Source for Analog
Signal)(CN2:Pin10,Pin11,Pin23)
Pin10:Common for Pin11 & Pin23
Pin23:Input Motor Speed Control Voltage (+0-10V DC) on VR
(Motor Speed Control Voltage)
Pin11:+10V DC is output on VCC (+10V DC Power Source for
Analog Signal). Pin11 can be used as a source for Motor
Speed Control Voltage and Motor Speed Rotation can be
varied by varying this voltage. Attach a 50KΩ
Potentiometer.(Refer to
By supplying +10V DC, Motor Speed can be varied up to
80,000min
(3)ERR (Trip Signal Output) (CN2 : Pin8, Pin18)
Photo Coupler isolated Transistor Output .
(Max. Rating of Transistor is V
Pc=100mW) Please use at less than the maximum rating
For NE52, NE137, the trip signal transistor is ON when a
trip signal is output. The Error Output Code from NE147-
needs to be reversed to maintain the compatibility with
NE52, NE137 use the following process.
①Turn the Power Switch OFF
②Remove the top cover from the control unit.
③Turn off No.1 dip switch. DO NOT change any other dip
(Fig.20)
switches.
④Reinstall the top cover.
(4)LOAD (Load Signal) (CN2: Pin12, Pin13)
DC Voltage is output: +0〜15V DC in proportion to Motor
(Fig.21)
Load.
CAUTION
!
Be careful when connecting outputs to other electric equipment, because (-) Voltage may be output. (Fig.21)
(5)STOP (Rotation Stop) (CN2:Pin6, Pin18)
Photo Coupler isolated Transistor Output
When Motor is stopped, Transistor is OFF.
The Max. Rating of Transistor is V
Pc=100mW.
Please use at less than the maximum rating.
CAUTION
!
The transistor will switch ON/OFF repeatedly when motor speed is between 400-1,000rpm take
care when designing control software. Especially, when ON/OFF is cycled rapidly.
(Fig.18)
Fig.18
(Fig.18)
-1
(NE147-
)
800
=50V, Ic=50mA,
CEO
=50V, Ic=50mA,
CEO
)
.
(Fig.19)
800
(Fig.22)
+10V
Unit side +10V
Fig.18
Fig.19
ON
1
2
3
4
5
h
ON
1
2
3
4
5
In case the error output theory is reversed
Fig.20
Fig.21
Fig.22
Pin
11
(VCC)
Max
Pin
23
(VR)
50KΩ
Min
Pin
10 (GND)
Pin8
(ERR+)
Pin18
(‐COM)
At factory shipment
6
7
8
9
1 0
6
7
8
9
1 0
Pin12
(LOAD+)
Pin13
(LOAD−)
Pin6
(STOP+)
Pin18
(‐COM)
16