Ransburg DynaFlow Programmers Manual - Manual (Page 33)

Command T
ype
(hex)
Response Or
Action From User Interface
Response Or
Action From Interface Module
1
1) <PL><PL><PL><PL> = pulses per liter
.
12) <DB><DB> = dead band. 13) <PG><PG> = proportional gain. 14) <IG><IG> = integral gain. 15) <DG><DG> = derivative gain. Slave Channel V
ariables:
16) <MH> = MVR high value. 17) <ML> = MVR low value. 18) <PL><PL><PL><PL> = pulses per liter
.
19) <DB><DB> = dead band. 20) <PG><PG> = porportional gain. 21) <IG><IG> = integral gain. 22) <DG><DG> = derivative gain. Note:
The data for the slave channel will be included whether or not
the
Gun
is
configured
for
two
channels.
<03>
Request for Gun Process data: <03><LL><OG> Where: 1) <LL> = message length=<01h>. 2) <OG> = Gun #.
Response: <03><LL><NG><MS><MD><CC><DJ><RF><RF><MX><MX><FT> <FT><FT><FT><TT><TT><TV><TV><TF><TF><TN><TN><VT><VT> <MH><MH><SH><SH><GI><GI><<GO><GO><RG><FI><FI><FO><RS> Where: 1) <LL> = message length = <23h>. 2) <NG> = # of Channels in the upper nibble and the Gun # in the lower nibble. 3) <MS> = Master Channel # in the upper nibble and the Slave Channel # in lower nibble. 4)
<MD>
=
Gun
mode,
<00>
for
Automatic,
<01>
for
Manual,
<02>
for
undefined.
5) <CC> = Clean Channels Enable/Disable
0x00
=
Both
Channels
Enabled
0x0F
=
Master
Channel
Enabled/Slave
Disabled
0xF0
=
Slave
Channel
Enabled/Master
Disabled
0xFF
=
Both
Channels
Disabled
6) <DJ> = Default Job #. 7) <RF><RF> = Reverse Flow
.
8)
<MX><MX>
=
Mixed
V
olume.
9) <FT><FT><FT><FT> = Flow
Tolerance.
10) <TT><TT> = Flow
Tolerance
Time.
1
1) <TV><TV> =
Tolerance V
olume.
12) <TF><TF> =
Trigger Of
f delay
.
13) <TN><TN> =
Trigger On delay
.
14) <VT><VT> =
Tolerance V
olume
Time (not used)
29
DynaFlow Programer's Manual - Introduction
Ransburg
LN-9406-00.3