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RSLogix to SS

5 REPLIES 5
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Message 1 of 6
longleyje
226 Views, 5 Replies

RSLogix to SS

New at this, in fact am only using 2006 30-day evaluation...

When i run the Export RS to SS, by and large The excell sheadsheet looks correct, except the are no field devices - mostly. In a few exception, a device with a tag such as E201847STPB or ...SPPD will result in a "PB Block" - HPB11 being inserted. As an experiment we have some Hans Switches in the format E20HS4550. If I, in the .eas file append SS to the tag, sure enough, the excel file get a refference to a selector switch (HSS112).

How/Where is this mapping done. I presume the export program searches each tag for a character series (PB SS etc) and, finding such, adds a block reference to the outputed spreadsheet. Can I added "search strings" such as STPB, HS and "map' them to a block of choice. Do the strings need to be at the end - E201235STPB or can they be anywhere, such as E20STPB1234 ??

Jim L
5 REPLIES 5
Message 2 of 6
Anonymous
in reply to: longleyje

Jim,
Yes, there should be a "mapping" file that you can adjust. The default one
is c:\program files\autodesk\acade 2006\support\_default_rslogix.wdf. It
looks something like this:

;
; Syntax is RSLogix_code,WD_blockname;comment(optional)
; Ex: 16,HLT1BP; Blue press-test pilot light
;
; Alternate match up on "TAG" name, for inputs the syntax is
; INPUT,wildcard_tag,WD_blockname;comment(optional)
; and for outputs it is
; OUTPUT,wildcard_tag,WD_blockname;comment(optional)
; Ex: INPUT,*PB*,HPB11; N.O. Pushbutton
; OUTPUT,*CR*,HCR1; Relay coil
; INPUT,*CR*,HCR21; N.O. contact
;
;
1,HMS1; motor starter/contactor coil
2,HMS1; motor starter/contactor coil
3,HSV1; solenoid
4,HMS1; motor starter/contactor coil
5,HMS1; motor starter/contactor coil
6,HCR1; relay coil
7,HSV1; solenoid
8,HTD1NM; motorized timer (ON-delay)
9,HTD1N; timer (ON-delay)
10,HTD1NM; motorized timer (ON-delay)
11,HLT1AM; Amber-master test pilot light
12,HLT1A; Amber pilot light
13,HLT1AP; Amber press-test
14,HLT1BM; Blue-master test pilot light
15,HLT1B; Blue pilot light
16,HLT1BP; Blue press-test
17,HLT1CM; Clear-master test pilot light
18,HLT1C; Clear pilot light
19,HLT1CP; Clear press-test
20,HLT1GM; Green-master test pilot light
21,HLT1G; Green pilot light
22,HLT1GP; Green press-test
23,HLT1RM; Red-master test pilot light
24,HLT1R; Red pilot light
25,HLT1RP; Red press-test
26,HLT1WM; White-master test pilot light
27,HLT1W; White pilot light
28,HLT1WP; White press-test
37,HMS22; Motor starter contact N.C.
38,HMS21; Motor starter contact N.O.
39,HPE22; Photoeye contact N.C.
40,HPE21; Photoeye contact N.O.
41,HCR22; Relay contact N.C.
42,HCR21; Relay contact N.O.
43,HTD22F; Timer contact N.C.-I.O.- T.C.
44,HTD22N; Timer contact N.C.-T.O.
45,HTD21N; Timer contact N.O. - T.C.
46,HTD21F; Timer contact N.O.-I.C.-T.O.
47,HLS12; N.C. Limit sw
48,HPX12; N.C. Prox sw
49,HLS12H; N.C. Limit sw held open
50,HLS11; N.O. Limit sw
51,HPX11; N.O. Prox sw
52,HLS11H; N.O. Limit sw held closed
59,HSS122; N.C. 2-pos SS
60,HSS122; N.C. 2-pos SS
61,HSS122; N.C. 2-pos SS
62,HSS112; N.O. 2-pos SS
63,HSS112; N.O. 2-pos SS
64,HSS112; N.O. 2-pos SS
73,HSS123; N.C. 3-pos SS
74,HSS123; N.C. 3-pos SS
75,HSS123; N.C. 3-pos SS
76,HSS113; N.O. 3-pos SS
77,HSS113; N.O. 3-pos SS
78,HSS113; N.O. 3-pos SS
79,HPB12M; N.C. mush pushbutton
80,HPB12M; N.C. mush pushbutton
81,HPB12M; N.C. mush pushbutton
82,HPB12M; N.C. mush pushbutton
83,HPB12M; N.C. mush pushbutton
84,HPB12M; N.C. mush pushbutton
85,HPB11; N.O. mush pushbutton
86,HPB11; N.O. mush pushbutton
87,HPB11; N.O. mush pushbutton
88,HPB11; N.O. mush pushbutton
89,HPB11; N.O. mush pushbutton
90,HPB11; N.O. mush pushbutton
91,HPB12; N.C. pushbutton
92,HPB12; N.C. pushbutton
93,HPB12; N.C. pushbutton
94,HPB12; N.C. pushbutton
95,HPB12; N.C. pushbutton
96,HPB12; N.C. pushbutton
97,HPB12; N.C. pushbutton
98,HPB11; N.O. pushbutton
99,HPB11; N.O. pushbutton
100,HPB11; N.O. pushbutton
101,HPB11; N.O. pushbutton
102,HPB11; N.O. pushbutton
103,HPB11; N.O. pushbutton
104,HPB11; N.O. pushbutton
105,HFL12; N.C. float switch
106,HFL11; N.O. float switch
107,HPS12; N.C. pressure switch
108,HPS11; N.O. pressure switch
109,HTS12; N.C. temp switch
110,HTS11; N.O. temp switch
112,HFT11; N.O. foot switch
113,HFT12; N.C. foot switch
114,HFT11; N.O. foot switch
115,HFT12; N.C. foot switch
2002,HSS123; N.C. 3-pos SS
2003,HSS113; N.O. 3-pos SS
2004,HBA1; battery
2006,HAN1B; bell
2007,HAN1Z; buzzer
2009,HCA1; capacitor
2010,HCB1; 1-pole CB
2014,HCR1; relay coil
2016,HCR22; Relay contact N.C.
2017,HCR21; Relay contact N.O.
2018,HDI1; diode
2020,HFS12; N.C. flow switch
2021,HFS11; N.O. flow switch
2024,HFL12; N.C. float switch
2025,HFL11; N.O. float switch
2026,HFT12; N.C. foot switch
2027,HFT11; N.O. foot switch
2028,HFU1; Fuse - single
2030,HAN1H; horn
2033,HLS12; N.C. Limit sw
2034,HLS12H; N.C. Limit sw held open
2035,HLS11; N.O. Limit sw
2036,HLS11H; N.O. Limit sw held closed
2037,HLT1R; Red pilot light
2038,HPB11L; illuminated N.O. pushbutton
2039,HPB12M; N.C. mush pushbutton
2040,HPB11; N.O. mush pushbutton
2041,HMS1; motor starter/contactor coil
2046,HPB22; N.C. pushbutton 2+ contact
2047,HTD22F; Timer contact N.C.-I.O.- T.C.
2048,HTD22N; Timer contact N.C.-T.O.
2049,HPB21; N.O. pushbutton 2+ contact
2050,HTD21N; Timer contact N.O. - T.C.
2051,HTD21F; Timer contact N.O.-I.C.-T.O.
2053,HCN1RD; duplex outlet
2054,HPB12; N.C. pushbutton
2055,HPB11; N.O. pushbutton
2058,HVR1TZ; potentiometer
2059,HVR1; variable resistor
2060,HPX12; N.C. Prox switch
2061,HPX11; N.O. Prox switch
2062,HPS12; N.C. pressure switch
2063,HPS11; N.O. pressure switch
2064,HLT1RP; Press-test pilot light
2065,HRE1; resistor
2068,HSV1; solenoid
2074,HTC1L; thermocouple
2075,HT0001; terminal
2076,HTD1N; timer (ON-delay)
2078,HXF1; transformer
2080,HCR1; relay coil
INPUT,*PB*,HPB11; N.O. pushbutton
INPUT,*SS*,HSS112; two pos SS
INPUT,*MS_AX*,HMS21; motor starter aux
INPUT,*DS_AX*,HDS21; disconnect sw aux
INPUT,*MS_OL*,HOL21; overload contact
INPUT,*TS*,HTG11; toggle switch
INPUT,*LS*,HLS11; limit switch
INPUT,*PE*,HPE11; photoeye
INPUT,*SV*,HSV21
OUTPUT,*FWD_MS*,HMS1
OUTPUT,*REV_MS*,HMS1
OUTPUT,*_MS*,HMS1
OUTPUT,*SV*,HSV1
OUTPUT,*PL*,HLT1R
OUTPUT,*ALH*,HAN1H
OUTPUT,*CR*,HCR1


You can either modify this file or you can rename it to default_rslogix.wdf
(remove the leading "_" char) and modify it. The software should look for
the latter before the former and the latter will not be overwritten if you
do a reinstall or equivalent.

Let me know if you run into problems. You are in an area that is not heavily
travelled.

Nate.



wrote in message news:4884669@discussion.autodesk.com...
New at this, in fact am only using 2006 30-day evaluation...

When i run the Export RS to SS, by and large The excell sheadsheet looks
correct, except the are no field devices - mostly. In a few exception, a
device with a tag such as E201847STPB or ...SPPD will result in a "PB
Block" - HPB11 being inserted. As an experiment we have some Hans Switches
in the format E20HS4550. If I, in the .eas file append SS to the tag, sure
enough, the excel file get a refference to a selector switch (HSS112).

How/Where is this mapping done. I presume the export program searches each
tag for a character series (PB SS etc) and, finding such, adds a block
reference to the outputed spreadsheet. Can I added "search strings" such as
STPB, HS and "map' them to a block of choice. Do the strings need to be at
the end - E201235STPB or can they be anywhere, such as E20STPB1234 ??

Jim L
Message 3 of 6
Anonymous
in reply to: longleyje

Jim,
To more fully answer your original question, I suspect that you need to edit
the bottom part of this mapping file. For example, your selector switch tags
come in with an "HS" embedded somewhere in the tag-ID instead of what the
mapping file is expecting (i.e. "SS"). So find the line in your file that is
currently

INPUT,*SS*,HSS112; two pos SS

and change it to

INPUT,*HS*,HSS112; two pos SS

Use this logic to map other tag-ID substrings to specific symbols.

Nate.



"Nate Holt (Autodesk)" wrote in message
news:4884991@discussion.autodesk.com...
Jim,
Yes, there should be a "mapping" file that you can adjust. The default one
is c:\program files\autodesk\acade 2006\support\_default_rslogix.wdf. It
looks something like this:

;
; Syntax is RSLogix_code,WD_blockname;comment(optional)
; Ex: 16,HLT1BP; Blue press-test pilot light
;
; Alternate match up on "TAG" name, for inputs the syntax is
; INPUT,wildcard_tag,WD_blockname;comment(optional)
; and for outputs it is
; OUTPUT,wildcard_tag,WD_blockname;comment(optional)
; Ex: INPUT,*PB*,HPB11; N.O. Pushbutton
; OUTPUT,*CR*,HCR1; Relay coil
; INPUT,*CR*,HCR21; N.O. contact
;
;
1,HMS1; motor starter/contactor coil
2,HMS1; motor starter/contactor coil
3,HSV1; solenoid
4,HMS1; motor starter/contactor coil
5,HMS1; motor starter/contactor coil
6,HCR1; relay coil
7,HSV1; solenoid
8,HTD1NM; motorized timer (ON-delay)
9,HTD1N; timer (ON-delay)
10,HTD1NM; motorized timer (ON-delay)
11,HLT1AM; Amber-master test pilot light
12,HLT1A; Amber pilot light
13,HLT1AP; Amber press-test
14,HLT1BM; Blue-master test pilot light
15,HLT1B; Blue pilot light
16,HLT1BP; Blue press-test
17,HLT1CM; Clear-master test pilot light
18,HLT1C; Clear pilot light
19,HLT1CP; Clear press-test
20,HLT1GM; Green-master test pilot light
21,HLT1G; Green pilot light
22,HLT1GP; Green press-test
23,HLT1RM; Red-master test pilot light
24,HLT1R; Red pilot light
25,HLT1RP; Red press-test
26,HLT1WM; White-master test pilot light
27,HLT1W; White pilot light
28,HLT1WP; White press-test
37,HMS22; Motor starter contact N.C.
38,HMS21; Motor starter contact N.O.
39,HPE22; Photoeye contact N.C.
40,HPE21; Photoeye contact N.O.
41,HCR22; Relay contact N.C.
42,HCR21; Relay contact N.O.
43,HTD22F; Timer contact N.C.-I.O.- T.C.
44,HTD22N; Timer contact N.C.-T.O.
45,HTD21N; Timer contact N.O. - T.C.
46,HTD21F; Timer contact N.O.-I.C.-T.O.
47,HLS12; N.C. Limit sw
48,HPX12; N.C. Prox sw
49,HLS12H; N.C. Limit sw held open
50,HLS11; N.O. Limit sw
51,HPX11; N.O. Prox sw
52,HLS11H; N.O. Limit sw held closed
59,HSS122; N.C. 2-pos SS
60,HSS122; N.C. 2-pos SS
61,HSS122; N.C. 2-pos SS
62,HSS112; N.O. 2-pos SS
63,HSS112; N.O. 2-pos SS
64,HSS112; N.O. 2-pos SS
73,HSS123; N.C. 3-pos SS
74,HSS123; N.C. 3-pos SS
75,HSS123; N.C. 3-pos SS
76,HSS113; N.O. 3-pos SS
77,HSS113; N.O. 3-pos SS
78,HSS113; N.O. 3-pos SS
79,HPB12M; N.C. mush pushbutton
80,HPB12M; N.C. mush pushbutton
81,HPB12M; N.C. mush pushbutton
82,HPB12M; N.C. mush pushbutton
83,HPB12M; N.C. mush pushbutton
84,HPB12M; N.C. mush pushbutton
85,HPB11; N.O. mush pushbutton
86,HPB11; N.O. mush pushbutton
87,HPB11; N.O. mush pushbutton
88,HPB11; N.O. mush pushbutton
89,HPB11; N.O. mush pushbutton
90,HPB11; N.O. mush pushbutton
91,HPB12; N.C. pushbutton
92,HPB12; N.C. pushbutton
93,HPB12; N.C. pushbutton
94,HPB12; N.C. pushbutton
95,HPB12; N.C. pushbutton
96,HPB12; N.C. pushbutton
97,HPB12; N.C. pushbutton
98,HPB11; N.O. pushbutton
99,HPB11; N.O. pushbutton
100,HPB11; N.O. pushbutton
101,HPB11; N.O. pushbutton
102,HPB11; N.O. pushbutton
103,HPB11; N.O. pushbutton
104,HPB11; N.O. pushbutton
105,HFL12; N.C. float switch
106,HFL11; N.O. float switch
107,HPS12; N.C. pressure switch
108,HPS11; N.O. pressure switch
109,HTS12; N.C. temp switch
110,HTS11; N.O. temp switch
112,HFT11; N.O. foot switch
113,HFT12; N.C. foot switch
114,HFT11; N.O. foot switch
115,HFT12; N.C. foot switch
2002,HSS123; N.C. 3-pos SS
2003,HSS113; N.O. 3-pos SS
2004,HBA1; battery
2006,HAN1B; bell
2007,HAN1Z; buzzer
2009,HCA1; capacitor
2010,HCB1; 1-pole CB
2014,HCR1; relay coil
2016,HCR22; Relay contact N.C.
2017,HCR21; Relay contact N.O.
2018,HDI1; diode
2020,HFS12; N.C. flow switch
2021,HFS11; N.O. flow switch
2024,HFL12; N.C. float switch
2025,HFL11; N.O. float switch
2026,HFT12; N.C. foot switch
2027,HFT11; N.O. foot switch
2028,HFU1; Fuse - single
2030,HAN1H; horn
2033,HLS12; N.C. Limit sw
2034,HLS12H; N.C. Limit sw held open
2035,HLS11; N.O. Limit sw
2036,HLS11H; N.O. Limit sw held closed
2037,HLT1R; Red pilot light
2038,HPB11L; illuminated N.O. pushbutton
2039,HPB12M; N.C. mush pushbutton
2040,HPB11; N.O. mush pushbutton
2041,HMS1; motor starter/contactor coil
2046,HPB22; N.C. pushbutton 2+ contact
2047,HTD22F; Timer contact N.C.-I.O.- T.C.
2048,HTD22N; Timer contact N.C.-T.O.
2049,HPB21; N.O. pushbutton 2+ contact
2050,HTD21N; Timer contact N.O. - T.C.
2051,HTD21F; Timer contact N.O.-I.C.-T.O.
2053,HCN1RD; duplex outlet
2054,HPB12; N.C. pushbutton
2055,HPB11; N.O. pushbutton
2058,HVR1TZ; potentiometer
2059,HVR1; variable resistor
2060,HPX12; N.C. Prox switch
2061,HPX11; N.O. Prox switch
2062,HPS12; N.C. pressure switch
2063,HPS11; N.O. pressure switch
2064,HLT1RP; Press-test pilot light
2065,HRE1; resistor
2068,HSV1; solenoid
2074,HTC1L; thermocouple
2075,HT0001; terminal
2076,HTD1N; timer (ON-delay)
2078,HXF1; transformer
2080,HCR1; relay coil
INPUT,*PB*,HPB11; N.O. pushbutton
INPUT,*SS*,HSS112; two pos SS
INPUT,*MS_AX*,HMS21; motor starter aux
INPUT,*DS_AX*,HDS21; disconnect sw aux
INPUT,*MS_OL*,HOL21; overload contact
INPUT,*TS*,HTG11; toggle switch
INPUT,*LS*,HLS11; limit switch
INPUT,*PE*,HPE11; photoeye
INPUT,*SV*,HSV21
OUTPUT,*FWD_MS*,HMS1
OUTPUT,*REV_MS*,HMS1
OUTPUT,*_MS*,HMS1
OUTPUT,*SV*,HSV1
OUTPUT,*PL*,HLT1R
OUTPUT,*ALH*,HAN1H
OUTPUT,*CR*,HCR1


You can either modify this file or you can rename it to default_rslogix.wdf
(remove the leading "_" char) and modify it. The software should look for
the latter before the former and the latter will not be overwritten if you
do a reinstall or equivalent.

Let me know if you run into problems. You are in an area that is not heavily
travelled.

Nate.



wrote in message news:4884669@discussion.autodesk.com...
New at this, in fact am only using 2006 30-day evaluation...

When i run the Export RS to SS, by and large The excell sheadsheet looks
correct, except the are no field devices - mostly. In a few exception, a
device with a tag such as E201847STPB or ...SPPD will result in a "PB
Block" - HPB11 being inserted. As an experiment we have some Hans Switches
in the format E20HS4550. If I, in the .eas file append SS to the tag, sure
enough, the excel file get a refference to a selector switch (HSS112).

How/Where is this mapping done. I presume the export program searches each
tag for a character series (PB SS etc) and, finding such, adds a block
reference to the outputed spreadsheet. Can I added "search strings" such as
STPB, HS and "map' them to a block of choice. Do the strings need to be at
the end - E201235STPB or can they be anywhere, such as E20STPB1234 ??

Jim L
Message 4 of 6
longleyje
in reply to: longleyje

Thanks for the repy, especially the second one. This appears that we will be able to generate PLC I/O drawings, but using our in house naming convention. The only unfortunate part is thatI wil be on vacation for 2 weeks, and hence some time before I can try in practice. I will get back though with result ASAP

For what it is worth, I work in the Eng Dept of a paper mill as versus a Panel Builder sort-of-thing. I see this application as a sort of support tool for our electrical department and outside Eng. Consultants. Like Facilities Management is to a building after it is built, Acade would be to our Engineering/EEI maintenance.

Talk again on or about the 11th

Again
Thanks

JimL Message was edited by: longleyje
Message 5 of 6
longleyje
in reply to: longleyje

Nate
Was able to apply your suggestion today and it worked fine. There is great potenial for this application as a "Maintenace Management" tool.

Slightly off-topic.
Is there a way, methodoligy or whatever, to intergatre protions of the PLC I/O info in to the motor wiring schematics - if that's not too vauge???
Example attached ; Note the 16A - O:015/16 - 16B and the 14A - I:014/14 - 14B in the schematic....????
Message 6 of 6
Anonymous
in reply to: longleyje

Not sure what you mean. Your sample drawing shows a single I/O point
reference, probably part of a 16 point input module. You can pick and insert
these single I/O points from the INS COMP icon menu (select the "PLC I/O"
icon menu page). Insert a "parent" for the first I/O point of a given module
and then "child" I/O points for the remaining points of the module.

Is this along the lines of what you're asking?


wrote in message news:4897792@discussion.autodesk.com...
Nate
Was able to apply your suggestion today and it worked fine. There is great
potenial for this application as a "Maintenace Management" tool.

Slightly off-topic.
Is there a way, methodoligy or whatever, to intergatre protions of the PLC
I/O info in to the motor wiring schematics - if that's not too vauge???
Example attached ; Note the 16A - O:015/16 - 16B and the 14A - I:014/14 -
14B in the schematic....????

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