Allen-Bradley 1756-SIM ControlLogix I/O Simulator Module, 8 Inputs/8 Outputs

Allen-Bradley 1756-SIM ControlLogix I/O Simulator Module, 8 Inputs/8 Outputs Description:

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Allen-Bradley 1756-SIM ControlLogix I/O Simulator Module, 8 Inputs/8 Outputs

Allen-Bradley 1756-SIM ControlLogix I/O Simulator Module, 8 Inputs/8 Outputs

Allen-Bradley 1756-SIM ControlLogix I/O Simulator Module, 8 Inputs/8 Outputs

 

Mfr. Part Number:	1756-SIM
Manufacturer:	Allen-Bradley / Rockwell Automation
Description:	Allen-Bradley 1756-SIM ControlLogix I/O Simulator Module, 8 Inputs/8 Outputs
Full Description:	Allen-Bradley 1756-SIM ControlLogix Digital/Analog I/O Simulator Module, 8 Inputs/8 Outputs
Status:	Discontinued by manufacturer

Performance Tuning Example
Statistics can be applied to any application. In the example below, the Quick Client is used in the
performance tuning process. The idea is that all the tags used in the project are read at the same time at a
fast scan rate. Although this is not realistic, it does provide an accurate benchmark to the project layout in
the server (tags belonging to specific devices, devices belonging to specific channels, and so forth).
The statistics gathered are relative. Users should start with a server project layout, gather the statistics, and
then tune. It is recommended that more than one trial be used to properly assess the results for a given
layout. Once the most efficient layout is determined, the client application can be built with reassurance that
the server is optimal.
Performance results obtained using the Quick Client do not equate to performance results obtained using
a client application: several factors produce discrepancies. Although performance tuning with the client
application is more accurate than with the Quick Client, the tuning required not only affects the server
project, but the client application as well. It is recommended that the Quick Client be used to tune the
application before the client application is developed.
Note: The tuning process described below assumes that all tags are being read at a fast scan rate. Writes
hinder the performance.
1. In the controller project displayed below, there are the following:
2 Atomics
1 Atomic Array
1 UDT
1 UDT Array
1 Pre-Defined Type
Note: Overhead Time Slice (OTS) = 10%.

After performing Automatic Tag Database Generation from this controller, the server produces the
following project.

To illustrate the benefits of tag division, this example does not reference all tags. More than one-third
of the ProcessPID tags, less than one-third of the FlowRates tags, and all other tags are referenced.
As such, the new tag count is 105.
4. Prepare the client for the test. To do so, launch the Quick Client from the server application by
clicking on the QuickClient icon.
5. Once the project is loaded, remove all groups except those containing tags of interest. Statistics and
System tags, for example, are not needed.
Note: For small projects, set the group Update Rate to 0-10 ms. For large projects, set the rate to
10-50 ms.
6. Select Tools | Test Mode.

Eaton DH222FGK 60A 2 Pole 

Kilovac S06FNA218 

Electroswitch 74203WW 20A 600V

Electroswitch 24208E 20A 600V 

Electroswitch 2438D 20A 600V 

Electroswitch 24202B 20A 600V 

Square D QMB321HW 30A 

New Barksdale D1T-M80SS-CS 160 

Shallco 2612C 5 Position 

GE TFN60R 60A 240V 3R

GE CR104PBM01R5CA2 HD 

Square D I-Line SL100 100A Sub 

Therm-O-Disc 10H11 NAA NAV 

Telemecanique Square D GS1EERU20 

Shallco 2605C 7 Position 

Electroswitch 2441D 20A 600V 

Cutler-Hammer 89280-K475 

GE B4A12T1F1P1 SBM 

Electroswitch 2410C 30A 600V 

ITE 60 Amp 600V V7E3622 

Electronics 22DJ3-3000 

Ferraz Shawmut SS200-4 

Electroswitch 74203WW 

GE TG3223 240V 100 Amp 2P 

GE TH4322 60 Amp 240V 3W 

Siemens ESW322 60A 240V 

Kraus & Naimer D10A-A3A025-600.EM 10A 

GE P9CET4RN1 2-Position 

Shallco 2610C 4 Position 

Siemens ESW322 60A 240V 

Siemens/ITE V7B3211R 30A 

Solon 5PSW1A2 15A 125/250/480V 0-300 PSI 

GE P9CPNRG Red 

GE P9ACP2R213 

Electroswitch 2404C 4 Position

Electroswitch 2410C 4 Position 

Challenger HD321NFC 30 Amp 240V 

GE TGN3322 60 Amp 240V 

Square D QMB361TW 30A 

GE P9ACP2R201 Stop / Red 

GE P9CLRD Red Cap 

General Electric GE TG3222

GE P9CSMZ0N CEMA 3 Pos 

Square D ZE6129AK1 25A 600V 

Allen Bradley 194E-B250-1753S 

New Trane SWT01190 240V 

Allen Bradley 194E-B250-1753S 

GE General Electric TF60R 

GE TNI62 600V 30A 60A 

GE TNI21 30A 240V 

GE CR104PBG10U1A2 RUN 

GE CR104PBG10U1A3 ON 

GE CR104PBG01U1A2 

BACO Controls PR17 

GE P9ACP2N202 

GE TPF30R 

GE TPN60R1 

GE TNA60R1 

GE TF30R 30A 240V 

ABB Aq Trafo AB SLTF 4 Robot Transformer 3HAC 6162-1 

Siemens 15-172-787-020 120:1 BIL 110kV 

Siemens SIDAC-T 4AP2595-0BV10-0F PRI 780V-480V-460V 

Hitran AH1115-00 0501 In: 520-700-780 

GE 685X37 JVM-5 60:1 BIL 95 kV 7200V 1500VA 

Allen Bradley 1321-3RB250-B AC 

LEM LA1500-T/SP48 Current Module 1500A 1:5000 

Endicott Coil 1367D69G01 SPB 4000 Amp

ABB Type CLE Current Tx. S# 7524A63G05 6000:5 

GE General Electric 822X82 

Instrument Transformers Inc 143-500 CT 

General Electric 822X92 Type JCB-0 CT 

ABB 7525A54G02 VIY-60 35:1 BIL 

LEM LV200-AW/2/SP1 Voltage 

ABB Type CLE Current Tx. S 7524A63G04 5000:5 Amps

ABB SAB-1-MR Current Transformer Ratio 2000:5 A 600V 10

ABB SAB-1-MR Current Transformer Ratio 600:5 A 600V 10k

Square D GT-918 Series 2 Ground-Censor 

ABB Ratio: 1200:5 A Cat: 622-122 RF: 1.33 ACC 600V 

ABB Ratio: 600:5 A Cat: 622-601 RF: 1.33 ACC 600V 

Square D 1.5 kVA 240 x 480 - 120/240 C1.5S1FY 

Allen Bradley 1321-3R80-C AC

CH/Westinghouse 151D995G31 DS/DSL

Allen Bradley 1321-3RA100-B 

Westinghouse 2608D26G03R 

GE General Electric TKRG408 

GE 9T58B0055 3.00 kVA 240 x 480 to 120/240 

TCI KDRJ1H 240A 

Hitachi HRL150L AC  

Merlin Gerin 685 527A 

TCI KLR300BCB 300A 3 Phase 

SOLA CVS 23-23-210-8 1000VA 

TCI KDRI2H Drive Reactor 480V 3 Phase 124 

Instrument PTG3-2-60-482FFGC2 750VA 4800V 40:1 

CH/Westinghouse 151D995G04 DS/DSL 

Instrument Transformer 781-302MR 

Instrument Transformer 780-302 

Siemens/Allis RD-210 Current Transformer 3200:5 A CT

Trenco R023BTO AC Line 

ABB 302G0800 UL Model 11 GS 

Daykin GPFS-15 Transformer 

Trafotek 3KU114/132/40 102/188 Amp 

NEW Square D S33579 MDGF/SGR CT 

TCI KLR250BCB 250A 3 Phase 

Trans-Coil Inc 31-0179-00 250A 200HP 

ABB SCV-800 / 6353C88H09 800:5 600V Class 

ABB 962035-C11 Current 

Cutler Hammer 5264C10H11 

Cutler Hammer 9253C03H09

Instrument Transformers 142-402 

TCI KLR200BCB 200A 3 Phase 

ONEAC 750 VA 120/240/480 - 120/240 CX750-P 006-716 

Burkle & Schock Stuttgart 80D-7000 

NEW Square D 120R-122 Current

Westinghouse 2817C83G04 Sensor 1600 Amp A 

Siemens Allis 61-300-057-301 Type RD-210 

Square D S33927 Neutral 

ABB 302B0300UL  

New Cutler Hammer C1000C2A 

Square D GT-1224 Ground-Censor 

Cutler Hammer 9253C00H11 

IT/Westinghouse 125-352 

Square D GT-912 Series 2 

NEW Square D 460R-480 

Allen Bradley 21803-018-05 Rev. C 1336 

Allen Bradley 21803-018-03 Rev C 1336 

TCI KLR130ACB 130A 3 Phase 

Westinghouse Type EMPL Ratio 5:1 600/600Y Style 254A483

TCI KLR110BCB 110A 3 Phase Line 

Siemens 3.0 kVA 230/460 - 110 V 25-205-176-013 

CH Westinghouse NS16RD 1600A 

Instrument Transformer IT CT 0144D2684P011 

Daykin MDGTB-13 Voltage 

ABB 962035-B11 Current Transformer 1600:5 RF 1.33 50-40

NIB GE 9T58K4180 380/460-115V 

Reliance Electric 63472-1B LEM LT 1000-TJ/SP 

ABB 7524A58G09 Current Transformer 800/1600:5

ABB 7526A83G12 Current Transformer SC0-4000 Ratio 4000

GE 750X1G513 Current Transformer Type JAG-0 Ratio 2500

CH Westinghouse NS16RD 1600A 

Trafotek 3KU114/60/40 18/33 Amp 3PH 

Trafotek 3KU114/114 18/33 Amp 3PH AC

GE General Electric 750X10G14 CT 

GE General Electric 631X19 CT 

SOLA CVS 23-23-150-8 500VA 

Instrument Transformers 660-202 

Load Controls  PH-3A-HG 460V 4.2A 4-20ma