Lenze EDB9300UES - Manual (Page 54)

Technical Data
BA8230 49
2.7.2.1 Terminal strip wiring :X15
and signal functions
Terminal :X15 Function Comments
1)
:1 DC +24 V Max. load: 800 mA
:2 DC 0 V Reference potential for DC +24 V
:3 PTC- Motor thermistor connection
:4 Motor temperature Motor thermistor connection
Binary inputs
:5 ON / STOP Flank LOW • HIGH = ON
:6 MANUAL/AUTOMATIC +24 V = Automatic; Open = Manual
:7 STOP Flank HIGH • LOW = STOP
:8 FAST STOP Open = Fast Stop
:9 LEFT +24 V = Left
:10 INHIBIT Open = Inhibit, drive idles down
:11 RIGHT +24 V = Right
:12 EXTERNAL ERROR Open = Inverter disabled
:13 QUIT Flank LOW ® HIGH = acknowledge
:14 DIGITAL INPUT 1 Function available
:15 DIGITAL INPUT 2 Function available
:16 DIGITAL INPUT 3 Function available
Binary outputs
:17 Relay DC 30 V; 0,5 A max.
:18 contact closed on "READY"
2)
:19 Relay DC 30 V; 0,5 A max.
:20 contact closed on "ON"
:21 Relay DC 30 V; 0,5 A max.
:22 contact
2)
closed on "ERROR"
3)
:23 Relay DC 30 V; 0,5 A max.
:24 contact
2)
Function available
Standard: "SPEED REACHED"
3),4)
:25 DC +24 V parallel to terminal 1
:26 DC 0 V parallel to terminal 2
Demand inputs Analog outputs
:27 MAIN DEMAND (-) Differential input
:28 MAIN DEMAND (+) Differential input
:29 ADDIT. DEMAND (-) Differential input
:30 ADDIT. DEMAND (+) Differential input
:31 DC +10 V Rating: 20 mA resistant to short
circuit
:32 DC -10 V Rating: 20 mA resistant to short
circuit
:33 A-OUTPUT 1 Rating: 3 mA
:34 DC 0 V Reference potential 0 V for DC + 10 V
:35 A-OUTPUT 2 Rating: 3 mA
:36 DC 0 V A-OUTPUT Reference potential 0 V Analog outp.
A-OUTPUT 1, A-OUTPUT 2
1)
As supplied: Terminals :7, :8, :10, :11, :12 are connected to +24 V (terminal :1).
Terminals :3 and :4 are bridged. The 8230 frequency inverter can therefore be
controlled directly via the control unit.
2)
The function can be re-directed with the PC handling software if required
3) The function can be inverted if required
4)
The output can be adjusted.
READY
ON
ERROR
SPEED
REACHED
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