3.Control Connections
3.1.1 Terminal Strip
Connections F5-A
3.1 Control Circuit
X2A
Terminal tightening torque = 0.5 Nm
PIN
Function
Name
Description
1
Analog Input 1 +
AN1+
Pattern speed input
Resolution: 12 bit
2
Analog Input 1 -
AN1-
3
Analog Input 2 +
AN2+
Pre-torque input
Scan time: 1 ms
4
Analog Input 2 -
AN2-
5
Analog Output 1
ANOUT1
Analog output of the motor speed closed loop,
calculated open loop
Voltage range: 0...±10V
6
Analog Output 2
ANOUT2
Analog output of the motor torque
0...10VDC (0...2xT
Rated (motor)
)
Ri = 100 kOhm,
resolution: 12 bit
7
+10V Output
CRF
Analog supply voltage for speed ref.
+10VDC +5%, max. 4mA
8
Analog Common
COM
Common for analog in- and outputs
9
Analog Common
COM
10
Prog. Input LI04
I1
When I1...I6, I8 are assigned as speed selection,
I1>I2>...I8
Inputs not used for speed selection can be
assigned special functions.
Ri = 2.1 kOhm,
scan time: 1msec,
LI02 digital filter reduces
false trigger due to relay
chatter, filter time: 10-
100msec (adjustable)
11
Prog. Input LI05
I2
12
Prog. Input LI06
I3
13
Prog. Input LI07
I4
14
Prog. Input LI08
I5
When I1...I8 are assigned as direction inputs,
both directions cannot be signaled together
15
Prog. Input LI09
I6
16
Drive Enable
I7
Enable/Disable; response time < 1 msec;
Enable instantly turns off motor current
17
Prog. Input LI11
I8
Same as I1...I6
18
Digital Out 1
O1
Programmable output LO05 - Default = At Speed
19
Digital Out 2
O2
Programmable output LO10 - Default = Deceleration Active
20
24V-Output
V
out
Approx. 24V output (max.100 mA load)
21
20...30V-Input
V
in
Voltage input when an external 24VDC supply is used
22
Digital Common
0V
Common for digital in-/outputs
23
Digital Common
0V
Common for digital in-/outputs
24
Relay 1
NO
Programmable output LO15 - Default “Off”
max. 30VDC, 1A
25
NC
26
COM
27
Relay 2
NO
Programmable output LO20 - Default - “Brake
Control”
28
NC
29
COM
41
Control Connections
Summary of Contents for COMBIVERT F5
Page 1: ...COMBIVERT F5 ELEVATOR DRIVE Reference Manual Version 3 34 0F5LUB K334...
Page 203: ...203 LP Positioning Parameters LS02 LS01 LP03 LS02 LS01 LP03...
Page 347: ...Notes...
Page 348: ......