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2 signal mapping, Signal mapping -6 – ElmoMC SimplIQ Software Manual User Manual

Page 102

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SimplIQ

Software Manual

Development Aids

MAN-SIMSW (Ver. 1.4)

7-6

7.4.1 Recorder Sequencing: Programming, Launching and

Uploading Data

In order to activate the recorder, it must first be programmed to indicate which signals
should be recorded, at what resolution and what will trigger the recording event. A number
of limitations apply to programming the recorder:
ƒ

The recorder cannot be programmed while it is armed or recording. It must first be
stopped, or “killed” (RR=-0).

ƒ

Modifying the recorder programming invalidates any previously recorded data. Be sure
to upload all data that you need before programming the recorder.

After it is programmed, the recorder can be launched by:
ƒ

RR=1

Arms recorder to trigger at next start of motion

ƒ

RR=2 Starts

recording immediately

ƒ

RR=3

Arms recorder to start recording at next trigger event

To poll the status of the recorder, use the RR and SR commands. After the recorder data is
ready, use the BH command to upload the data.

7.4.2

Signal Mapping

The recorder can record a range of different signals. The first 16 signals — listed in the
following table — are compatible with other Elmo drives.

Signal
ID

Signal Name
(Command)

Length;
Type


Description

1 Main

speed

(VX)

Long
Float

Speed of main feedback sensor, in
counts/second.

2

Main position (PX)

Long
Integer

Cumulative position of main
feedback sensor, in counts.

3

Position command (DV[3])

Long
Integer

Position reference, in counts. When
external reference mode is set
(RM=1), this signal also includes
analog reference command.

4

Digital input pin status

Short
Integer

IP variable (see IP in the

SimplIQ

Command Reference Manual).

5

Position error (PE)

Long
Integer

Position tracking error: the
difference between main position
reference and main position
feedback, in counts.

6 Current

command

(DV[1])

Short
Float

Current reference to current
controller, in amperes.

7

DC bus voltage

Short
Integer

Bus voltage, in volts.

8

Auxiliary position (PY)

Long
Integer

Cumulative position of auxiliary
feedback sensor, in counts.