Calculated Industries 6250 Guide de l'utilisateur Page 22

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Installation
15
Enable Input Connection
The ENBL (enable) input is located on the AUX connector. The 6250 is shipped with ENBL
wired to GND (see drawing) to allow motor motion.
See the illustration above for an example connection using a normally-closed switch.
Opening the switch sets the ±10V analog command output to zero volts and activates the
shutdown outputs; this is done independent of microprocessor and DSP control. The encoder's
position is retained when the ENBL input is activated. If the ENBL input is not grounded when
motion is commanded, the error message WARNING: ENABLE INPUT INACTIVE will be
displayed.
If error bit #9 of the ERROR command is enabled, the error program (ERRORP) will be
executed. You can check the status of the ENBL input with the TINO, INO, TER and ER
commands.
Programmable Inputs & Outputs Connections
The PROGRAMMABLE INPUTS connector provides 24 programmable inputs and the
PROGRAMMABLE OUTPUTS connector provides 24 programmable outputs. Two additional (and
functionally identical) programmable outputs, OUT-A and OUT-B, are available on the AUX
connector. Two additional trigger (position latch) inputs are also available on the AUX
connector, but due to their functional differences they are discussed later in the Triggers
section. All these inputs and outputs are optically isolated and TTL compatible.
All 26 programmable outputs are pulled up using the OUT-P pin on the AUX connector (see
illustration above). The 6250 is factory wired for +5VDC logic. If +5VDC is not to be used,
disconnect OUT-P from the +5V terminal and connect OUT-P to an external supply of up to
24V. Note: Even if you use an external 24V supply the switching thresholds remain TTL
compatible ( 0.4V = Low,
2.4 V = High).
Change inputs from
sourcing to sinking.
All 24 programmable inputs are pulled up to +5V by connecting the IN-P terminal to the +5V
terminal on the AUX connector. If you wish to have the inputs sink current instead of source
current, you can connect IN-P to GND. For compatibility with equipment operating at
24VDC, the inputs may be pulled up to 24VDC by using an external power supply. The
trigger inputs (TRG-A & TRG-B) are internally tied to 5V, but can have up to 24V connected to
them.
These I/O are typically used with normally-open or normally-closed switches; however, they
can also be used with I/O module racks, PLCs, and thumbwheels (including the Compumotor
TM8).
If you are using PLCs or thumbwheels, refer to the connection instructions and application
considerations provided in the Programmable Inputs and Outputs section of Chapter 5.
Also provided in the Programmable Inputs and Outputs section are instructions for defining
and controlling programmable inputs and outputs via programs written with the 6000 Series
programming language.
Programmable
I/O Pin Outs
The following table lists the pin outs on the two 50-pin flat cable headers labeled
PROGRAMMABLE INPUTS and PROGRAMMABLE OUTPUTS. Refer to Chapter 8, Hardware
Reference, for internal I/O schematics.
PROGRAMMABLE INPUTS Connector PROGRAMMABLE OUTPUTS Connector
Pin # Function Pin # Function Pin # Function Pin # Function
49 +5 VDC 23 Input #13 49 +5 VDC 23 Output #13
47 Input #1 (LSB) 21 Input #14 47 Output #1 (LSB) 21 Output #14
45 Input #2 19 Input #15 45 Output #2 19 Output #15
43 Input #3 17 Input #16 43 Output #3 17 Output #16
41 Input #4 15 Input #17 41 Output #4 15 Output #17
39 Input #5 13 Input #18 39 Output #5 13 Output #18
37 Input #6 11 Input #19 37 Output #6 11 Output #19
35 Input #7 09 Input #20 35 Output #7 09 Output #20
33 Input #8 07 Input #21 33 Output #8 07 Output #21
31 Input #9 05 Input #22 31 Output #9 05 Output #22
29 Input #10 03 Input #23 29 Output #10 03 Output #23
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