Acromag BusWorks 900MB Series Manual de usuario

BusWorks900MB Series

Modbus/RS485 Network I/O Modules

Model 942MB

Dual Frequency or Pulse Counting Input Module

USER’S MANUAL

ACROMAG INCORPORATED Tel: (248) 295-0880

30765 South Wixom Road Fax: (248) 624-9234

Wixom, MI 48393-2417 U.S.A.

Data and specifications are subject to change without notice. 8500682H

BusWorks942MB Module User’s Manual Dual Frequency Input

__________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:sales@acromag.com http://www.acromag.com

IMPORTANT SAFETY CONSIDERATIONS

You must consider the possible negative effects of power, wiring,

component, sensor, or software failure in the design of any type of

control or monitoring system. This is very important where property

loss or human life is involved. It is important that you perform

satisfactory overall system design and it is agreed between you and

Acromag, that this is your responsibility.

GETTING STARTED

MOUNTING AND DIMENSIONS………………………

CONTROLS………………………………………………

ISOLATION BARRIERS..……………………………….

CONNECTIONS……………………………………….

Power……………………………………………..

Input…………………………………………………

Network…………………………………………..

Output…………………………………………….

Earth Ground..…………………………………….

CONFIGURATION SOFTWARE……………………….

Installation……………………………………….

Starting The Program…………………………….

Creating A Configuration File…………………..

Input Setup………………………………………

Alarm Configuration…………………………...

Writing Your Configuration............................

Printing Your Configuration...........................

Saving Your Configuration.............................

Testing Your Module……………………………..

Input Calibration………………………………..

TROUBLESHOOTING………………………………..

TECHNICAL REFERENCE

KEY FEATURES………………………………………

HOW IT WORKS………….……………………………..

CONFIGURATION TERMS & DEFINITIONS……...

Data Types…….…………………………………..

SPECIFICATIONS…………………………………….

Model Number…………………………………..

Default Factory Configuration………………….

Inputs…..…………………………………………

Digital Outputs (SSR’s)..……………….………..

Enclosure/Physical……………………………….

Agency Approvals…………………….....……….

Environmental…………………………………..

Communication Interface……………………..

Controls & Indicators…………………………….

ACCESSORIES………………………………………….

REVISION HISTORY...................................................

Windows® is a registered trademark of Microsoft Corporation.

Modbus® is a registered trademark of Modicon, Incorporated.

TABLE OF

CONTENTS

Symbols on equipment:

Means Refer to User’s Manual

(this manual) for additional

information”.

The information of this manual

may change without notice.

Acromag makes no warranty

of any kind with regard to this

material, including, but not

limited to, the implied

warranties of merchantability

and fitness for a particular

purpose. Further, Acromag

assumes no responsibility for

any errors that may appear in

this manual and makes no

commitment to update, or

keep current, the information

contained in this manual. No

part of this manual may be

copied or reproduced in any

form without the prior written

consent of Acromag, Inc.

BusWorks942MB Module User’s Manual Dual Frequency Input

___________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:sales@acromag.com http://www.acromag.com

TB1

FIN 0

15 16

41 36 33

TB4

FRTN

FIN 1 RTN

FRTN OUT0

COM

TB3

4345 42

OUTPUTS

35 3234

NETWORK

INPUTS

OPTICAL

OUT1

DIGOUT

OPTICAL

TB3

COM

RS485

TB1

FREQUENCY INPUT0,1

TRANSFORMER

PWR

TB4

942MB-0900

ISOLATION

DIAGRAM

DFT

R11

46 45

OUT1

42 35

COM

32 31

TB1

Acromag

TB4

(PLUG-IN TYPE) TB1

TB4 TB3

RU N

TB1

FIN 0

FIN 1

FRTN

TB4

RTN

FRTN

TB3

OUT0

COM

PWR

FREQUENCY INPUT 0,1

RUN/PWR LED (GREEN)

TERMINALBLOCKS

REMOVABLE

OUTPUTLED (YELLOW)-

ON WHEN OUTPUTS ARE

CONDUCTING.

DIG OUT

DEFAULTMODE SWITCH -

PUSH FOR DEFAULTMODE.

STATUS LED FLASHES IN

DEFAULTMODE.

STATUS LED WILLFLASH

RAPIDLY UPON WATCHDOG

TIMEOUT.

STATUS LED (YELLOW)

RS485

DFT

2.34

(95.3)

11 12

FIN 0

14 15

FIN 1 RTN

TB3

34 31

(118.9)

(26.7)

Acromag

(99.1)

TB1

DIG OUT

TB4

RS485

TB3

(59.4)

1.05

RUN

3.75

TB1 TB4

3.90

FRTN

13 16

FRTN

OUT1

OUT0

(110.5)

4.35

COM

35 32

4.68

PWR

"T"RAILDIN MOUNTING

DIN EN50022,35mm

NOTE: DimensionsAreINCHES (MILLIMETERS).

FREQUENCY INPUT 0,1

MOUNTING AND

DIMENSIONS

Unit mounts to “T” type DIN

rails (35mm, type EN50022).

Units may be mounted side-

by-side on 1-inch centers.

WARNING: IEC Safety

Standards may require that

this device be mounted within

an approved metal enclosure

or sub-system, particularly for

applications with exposure to

voltages greater than or equal

to 75VDC or 50VAC.

CONTROLS

Green Run LED will stay ON if

power is on and unit is OK and

will blink if unit fails.

Yellow ST LED will blink slowly

if module is in Default Mode.

This LED will blink quickly for a

watchdog timeout and will stay

ON if any channel is open or

over-range.

Yellow Output LED’s will turn

ON if output switch is closed.

Push the DFT button to place

module in Default Mode (ST

LED will blink). This sets unit

to 9600 baud, address 247,

and no parity.

ISOLATION BARRIERS

Dashed Lines denote isolation

barriers.

The inputs, outputs, network,

and power circuits are isolated

from each other for safety and

noise immunity.

BusWorks942MB Module User’s Manual Dual Frequency Input

__________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:sales@acromag.com http://www.acromag.com

RUN

FIN0

11 12

FRTN

FIN1

13 14 15

RTN

OUT1

FRTN

OUT0

COM

PW R

FIN0

11 12

FIN1

14 15

DI G O UT

RTN

OUT1

RS485

COM

PW R

T T

FIN0

FRTN

11 12 13

12 13 14

35 34 33

FIN1

FRTN

14 15 16

DI G O UT

RTN

OUT1

OUT0

15 16

32 31

COM

36 35

RS485

COM

34 33 32

PW R

FIN0

11 12

36 35

FIN1

14 15

RTN

OUT1 NC

14 15

33 32

COM

35 34

PW R

32 31

DFT

36 35 34 33 32 31 36 35 34 33 32 31 36 35 33 32 35 34 32 31 36 35 34

FIN0

FRTN

OUT1

33 32 31

FIN1

FRTN

RTN

OUT0

100

COM

35 34 33

32 31

36 35

FIN0

33 32

FIN1

OUT1

RTN

35 34

COM

32 31

DI G I TAL

O UTPUTS

RS485

FRTN

13 16

OUT0

COM

(SEE NOTE)

NODE 2'

R R

RS485 PW R

100

FRTN

13 16

DI G O UT

OUT0

COM

(SEE NOTE)

13 16

FREQ UENCY I NPUT 0 , 1

DI G O UT

34 31 36

100

NODE 4

120 RDIGITAL

OUTPUTS

100

FREQ UENCY I NPUT 0 , 1

34 31 36

100

RS232

RS485

RS485SIGNAL

REPEATER

RS485

NODE 2

FREQ UENCY I NPUT 0 , 1

34 31 36

100

FRTN

OUT0

COM

(SEE NOTE)

NODE 3

DI G O UT

NODE 32'

POWER

RS485

NODE 31

(SEE NOTE)

FREQ UENCY I NPUT 0 , 1

DI G O UT RS485

ANALOGINPUT

FREQ UENCY I NPUT 0 , 1

Ac ro m a g

(SEE NOTE)

TERMINATION

RESISTOR

MODBUS MASTER -A HOST

PCRUNNINGAPPLICATION

SOFTWARE.

NODE 1' NODE 32

ACROMAG4SCR-TTM-1

OREQUIVALENT

NODE 1

ACROMAG4SCC-TTM-1

OREQUIVALENT

RS232-TO-RS485

INTERFACE

CONVERTER

FREQ UENCY I NPUT 0 , 1

(SEE NOTE)

RS485DIFFERENTIALPAIR

SEGMENT1 (UP TO4000FEET, UP TO 32 NODES PER SEGMENT)

SEGMENT2 (UP TO4000FEET,

UP TO 32 NODES PER SEGMENT)

MODBUSRS485NETWORK

NOTE (Earth Ground):PerEIA 485guidelines,a 0.5W,100ohmresistoris connectedbetweenearthgroundandtheportcommon

tolimitcirculatinggroundcurrents,particularlyoverlongdistanceswithmultipleconnectionstosafetyground.Thisresistorisnot

requiredtoachieveoperation,butrecommendedasgoodwiringpractice. Ifmodulesaredistributedwithincloseproximityata

location,thenport commons mayconnecttogetherviaathirdlinewithoutthe100ohmresistor.

A network segment may contain up to32 nodes without theuseofa signal repeater.

Transmissiondistanceisupto4000feetpersegmentwithoutarepeater.

A 120ohmtermination resistormustbeplaced at bothendsof anetwork ornetwork segment.

The total number of nodes andtotal distancemay beextendedbyusingsignal

repeater(s), suchastheAcromag4SCR-TTM-1. Themaximumnumberofmodules

possibleis furtherlimitedbytheaddressrangefrom1to246.

✓Connect 12-36V DC or 24VAC to the non-polarized power terminals

labeled A & B. For supply connections, use No. 14 AWG wires rated for

at least 75C. CAUTION: Do not exceed 36VDC peak power voltage.

TB3

RS485 PWR

36 34 33 31

EARTH

GROUND

35 32

TB3

COM

INPUTPOWER

ISISOLATED

10 TO 36VDC

OR 24VAC

NON-POLARIZED

CAUTION: Risk of Electric Shock –More than one disconnect switch may

be required to de-energize equipment before servicing.

✓Connect Frequency or Pulse signal to the input terminals FIN & FRTN.

Refer to the examples below for connections to other types of inputs.

14 11

1516 1213

TB1

FREQUENCY INPUT 0,1

TB1

SHIELDED

CABLE

RTN RTN

BIPOLAR

BIASTO+VFREQUENCY

GENERATOR

SETMODULETOUNIPOLAROR

BIPOLARINPUTASREQUIRED

FRTN

FIN 1

UNIPOLAR

BIASTOGND

FRTN

FIN 0

INTERNAL

CONNECTIONSTORTN

CAUTION: Do not connect internal pull-up or pull-down resistors for

voltages greater than 11V peak, or damage to the circuit may result.

CONNECTIONS

Example Modbus System

Connections.

IMPORTANT –External

Fuse: If unit is powered from

a supply capable of delivering

more than 1A to the unit, it is

recommended that this current

be limited via a high surge

tolerant fuse rated for a

maximum current of 1A or less

(for example, see Bel Fuse

MJS1).

Power

Voltage

Current

10VDC

135mA

12VDC

110mA

15VDC

90mA

24VDC

60mA

36VDC

45mA

24VAC

100mArms

Input Connections

Connection to a standard

frequency generator.

To prevent measurement

error, limit maximum input

frequency to less than

110% of full-scale.

Limit signal amplitude to

±200V peak (disconnect

internal pullup/ pulldown

connections above 11V).

BusWorks942MB Module User’s Manual Dual Frequency Input

___________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:sales@acromag.com http://www.acromag.com

16 13

+V +V

15 14 12 11

TB1

FRTN

TB1

FIN 1

FIN 0FIN 0

FREQUNCY INPUTS 0,1

HIGH-SIDE

SWITCH

ENA UNIPOLAR

(BIAS TOGND)

ENABLE PULL-

DOWN TO GND

INTERNAL

CONNECTIONS

OPEN COLLECTOR

OR OPEN DRAIN

SETMODULE TOUNIPOLAR

INPUTAND ENABLE PULL-DOWN

SHIELDED CABLE

14 11

1516 1213

TB1

FREQUENCY INPUTS 0,1

2.7K

+5V

FIN 1

FRTN

FIN 0

FRTN

FIN 0

FRTN

TB1

LOW-SIDE

SWITCH

SETMODULE TOUNIPOLAR

INPUTAND ENABLE PULL-UP

ENA PULL-UP

TO+5V

INTERNAL

CONNECTIONS

OPEN

COLLECTOR

OR DRAIN

ENA UNIPOLAR

(BIAS TOGND)

SHIELDED CABLE

FRTN

FIN 0

2.7K

TB1

16 13

TB1

1415 1112

FREQUENCY INPUTS 0,1

+5V

FRTN

SeeNOTE

FIN 1

SHIELDEDCABLE

FIN 0

SET MODULE TOUNIPOLAR

INPUT ANDENABLE PULL-UP

ENAUNIPOLAR

(BIASTOGND)

ENAPULL-UP

TO+5V

DRYCONTACT

INTERNAL

CONNECTIONS

2.7K

FIN 0

FRTN

TB1

14 11

+5V

16 13

15 12

TB1

FREQUENCY INPUTS 0,1

SeeNOTE

SHIELDEDCABLE

SET MODULETOUNIPOLAR

INPUT ANDENABLE PULL-UP

FRTN

FIN 0

FRTN

FIN 1

TTLLOGICLEVELS ENAPULL-UP

TO+5V

INTERNAL

CONNECTIONS

ENAUNIPOLAR

(BIASTOGND)

For low-side transistor switches, use the on board pull-up resistor. For

high-side transistor switches, use the on board pull-down resistor.

15 12

16 1314 11

TB1

FRTN

FREQUENCY INPUTS 0,1

SeeNOTE FIN 1

FIN 0

TB1

SHIELDEDCABLE

ENABIPOLAR

(BIASTO+V)

FRTN

MAGNETIC

PICKUP

INTERNAL

CONNECTIONS

SET MODULETOBIPOLARINPUT

CONNECTIONS

Input Connections

Connection to high-side

switches.

Connection to low-side

switches.

Connection to dry-contact

relays.

Connection to TTL logic

signals.

Connection to magnetic

pickups.

BusWorks942MB Module User’s Manual Dual Frequency Input

__________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:sales@acromag.com http://www.acromag.com

✓Connect the RS485 terminals to your network. Differential data lines

may use twisted pair. The 100 ohm resistor shown between port

common and earth ground may be eliminated for modules in close

proximity to one another.

36 34 33 31

35 32

100 OHM

TB3

COM

DROP-LINE

COM

RS485

PWR

COM

DATA

HALF-DUPLEX

RS485 NETWORK

TO OTHER

NETWORK

MODUES

NETWORK

IS ISOLATED

A 0.5W, 100 OHM RESISTOR IS CONNECTED

BETWEEN EARTH GROUND AND PORT COMMON

PER EIA 485 STANDARD.

D D

44 43

21 23

24 26

TB1 TB4

IN0+ OUT2

IN1- OUT0

COM

IN2-

TB1

CH 0 CH11

CH 3 CH 8

TB2

EXC2

CH 5

RTN

COM

11 12 1514

45 42

22 23

35 34

2625

3132

11 1413

D IG ITA L IN or O U T

46 44 43

36 35

COMRx

IN0-

IN1+

C JC -0

RTN

OUT3

RTN

OUT1

TB1

TB2

IN2+

C JC -1

TB3

COM

R S 4 85

TB4

COM

TB2

IN3+

IN3-

TB3

CONNECT

POWER

EXC1

CH 1

CH 2 CH 9

CH10

RTN

CH 4

TB4

COM

TB4

CH 7

TB3

P W R D IG ITA L I/O R S 4 85 P W R

SETBAUDRATE

D IG ITA L IN or O U T

41 33

CONNECTTOACPOWER

PCRUNNING

MODBUS

APPLICATION

SOFTWARE

PERSONALCOMPUTER

MASTER-

OPTIONAL120OHM

TERMINATIONRESISTOR

SETBAUDRATE

ANDPARITY

IN P U TS 0 ,1 IN P U TS 2 ,3

MODEL924MB-0900

TB1

RTN

CH 6

MODEL906MB-0900

EXC3

CONNECT

POWER

TOADDITIONAL

MODULESOR

OTHERRS485

NETWORKDEVICES

RS232

PORT

D IG ITA L O U TP U TS

SETBAUDRATE,PARITY,

ANDADDRESS SETBAUDRATE,PARITY,

ANDADDRESS

RS485NETWORK-HALFDUPLEX

ANYRS232-TO-RS485CONVERTER

(ACROMAGMODEL4SCC-TTM-XSHOWN)

SERIES9XXMB NETWORK CONNECTIONS

SEENOTE REGARDINGPORTCOMMONANDEARTHGROUNDCONNECTIONS.

NOTE (EARTHGROUND): PORTCOMMONS ARE SHOWNCONNECTINGVIAA THIRD

WIRE. ACONNECTIONTOEARTHGROUNDSHOULDALSOBE PROVIDEDATONE

POINTALONGTHENETWORK. THIS ISACCEPTABLEFORMODULESLOCATEDIN

CLOSEPROXIMITYTOONEANOTHER,BUTNOTRECOMMENDEDFORMODULES

DISTRIBUTEDOVERLONGDISTANCES.

PEREIA485STANDARD,ITIS GOODPRACTICETOINSTEADCONNNECTPORT

COMMONTOEARTHGROUNDVIAA 0.5W,100OHMRESTORATEACHPOINTALONG

THENETWORK,PARTICULARLYFORNETWORKS THATPROVIDE MULTIPLE GROUND

CONNECTIONSDISTRIBUTEDOVERLONGDISTANCES.

1 - 3 00 5 - 4 8 00

2 - 6 00 6 - 9 6 00

3 - 6 00 7 - 1 9 .2K

4 - 2 40 0 8 - 3 8 .4K

P OW ER

BAUD

RATE

acromag

TB 1

RS-232 C

AC INPUT

COM

TB 2

RS-485

24 VDC

COM

24 VDC

RTN

S1 2 3 2 >

4 8 5

7654321 8

R S4 8 5

F A UL T 4 8 5 >

2 3 2

✓Connect solid-state output switches.

46 45 43 42

RTN

D L

44 41

TB4

DIGOUT

TB4

OUT1

OUT0

SHIELDED CABLE

EARTH GROUND

OUT0

OUT1

SOLID-STATE OUTPUT SWITCHES

ARE RATED TO 48VDC AND 1A.

POSSIBLE VARIATIONS

DC APPLICATIONS ONLY

CONNECTIONS

Network

Port common COM should

connect to earth ground at

each node. A 100 ohm

resistor is shown connected

between earth ground and port

common per EIA 485 standard

to limit circulating currents.

This resistor is not required for

operation, but is good wiring

practice.

Refer to this drawing as an

example of connections to an

RS485 signal converter and

network.

The Acromag 4SCC-TTM-X

signal converter is shown

here.

Output

Outputs turn OFF (open)

following a software or power-

on reset of the module.

Optionally, outputs may be

sent to a defined state

following a watchdog timer

timeout.

BusWorks942MB Module User’s Manual Dual Frequency Input

___________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:sales@acromag.com http://www.acromag.com

IMPORTANT –Add Protection With Inductive Loads: Outputs

already include internal reverse-bias shunt diodes to help protect the

switch from damage due to the reverse-bias voltages generated when

switching inductive loads. You should add external protection near the

inductive load to prevent these transients from being sent along the

connection wires. Place a diode (1N4006 or equivalent) across an

inductive load with the cathode to (+) and the anode to (-) as shown

above.

RTN

42 35

FIN 0

OUT1

FIN 1

TB3

COM

TB1

13 16

3336

RTN

OUT0

OUT1

TB4

FRTN

FRTN OUT0

DIG OUT

COM

RS485 PWR

TB3

OR24VAC

10TO36VDC

NETWORKCONNECTIONS

(SEEDRAWING 4501-805)

DC/AC

POWER

DIODE

0-48VDC

FREQUENCY INPUT 0,1

DE-ENERGIZEDCONDITION. EARTHGROUND

(SEENOTE1)

SHIELDEDCABLE

DCRELAY

POWER

INPUT CONNECTIONS

(SEE DRAWING4501-904)

SHIELDEDCABLE

TB1

(SPST-NO)

TB4

DIGITAL I/O

EARTH

MODEL942MB-0900

EARTHGROUND

(SEENOTE1)

CONTACTPROTECTION

1N4006OREQUIVALENT

(SEENOTE2) GROUND

TYPICALDIN-RAILMOUNTEDRELAYIN

NON-POLARIZED

NOTE:ALLRELAYCONTACTSSHOWN.

NOTE1: RETURNSSHOULDBECONNECTEDTOEARTHGROUND

ATTHESAMEPOINTTOAVOIDCIRCULATINGGROUNDCURRENTS.

IMPORTANT-OBSERVEPROPERPOLARITY

INTERPOSINGRELAY CONNECTIONS

OUTPUTSINCLUDE

TRANSIENTAND

REVERSE SHUNT

PROTECTION

NOTE2: DIODEADDEDLOCALTOINDUCTIVELOADTOSHUNTTHE

REVERSE EMFTHATISGENERATEDWHENCURRENTTHROUGH

THEINDUCTOR(RELAYCOIL)ISTURNEDOFF.

LOCATERELAYNEARLOAD

TWOSOLID-STATE

OUTPUTSWITCHES

WITHCOMMONRETURN

RATEDTO48VDCAND1A

4 5

7812

✓Connect Earth Ground as indicated in the example drawings above.

The plastic module housing itself does not require earth ground.

The ground connections noted in the drawings are recommended for

best results and may be needed to meet EMC specifications. If sensors

are already grounded, use caution and avoid making additional ground

connections which could create ground loops.

Refer to this drawing if you

need to increase switching

capacity with another relay.

Earth Ground

Warning: To comply with

safety and performance

standards, use shielded cable

and connect earth ground as

noted. Failure to use good

wiring and grounding practices

may be unsafe and hurt

performance.

BusWorks942MB Module User’s Manual Dual Frequency Input

__________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:sales@acromag.com http://www.acromag.com

The software for this product is supplied on CDROM and included as part of

the Series 900MB Software Interface Package (Order Model 900C-SIP).

This software is used to configure Series 900MB modules and is installed

similar to other Windowsprograms. Any PC running Windowswith a

CDROM drive may be used. Simply insert the CDROM into your drive. Click

on the [START] button in the lower left hand corner of your Windows screen.

Then click the “Run…” icon and execute SETUP.EXE. This will execute the

Installshield Wizard for this program. Follow the on-screen instructions to

complete the installation.

In addition to configuring all features of the module, the Modbus

Configuration Software includes additional features as follows:

•Allows a configuration to be uploaded or downloaded to/from the

module via the RS485 interface.

•Polls the module & allows polling to be turned on or off.

•Monitors the input frequency or event count.

•Monitors/controls the discrete output signal states.

•Reads the contents of the Module Status Register.

•Provides controls to reset one or both event counters.

•Provides controls to reset a module.

•Provides controls to separately recalibrate each input frequency

range (high endpoint).

•Allows optional user documentation fields to be saved to a module

file on the PC.

•Allows a module’s complete configuration to be printed in an easy to

read, one or two page format, including user documentation.

The following section will walk you through the software. You should have a

module connected in order to access all pages of this software. Use of the

Acromag software is the easiest method of setting up your module. For

additional details on configuration of your module, please refer to the

Technical Reference section at the back of this manual.

For detailed information on Modbus, please refer to our technical reference

“Introduction To Modbus” (8500-648), available as a download from our

website at www.acromag.com. This guide thoroughly explains Modbus as it

relates to the Acromag 900MB modules and is an important supplement to

this manual.

CONFIGURATION

SOFTWARE

Installation

BusWorks942MB Module User’s Manual Dual Frequency Input

___________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:sales@acromag.com http://www.acromag.com

Click on the Series 900MB program icon to boot the Configuration Program

and the screen above will be displayed.

Click on the “Settings-Serial Communications…” pull-down menu (or press

Ctrl-E) to set the COM port, baud rate, parity, and slave address that the

host computer will use to communicate with the module.

Set the host Communication Port the module is connected to (COM1-

COM4), or type in a COM port from COM1 to COM99.

Set the host Baud Rate for communication with the module.

Set the host Parity to Odd, Even, or No Parity error checking.

Set the Slave Address the host is to use to talk to the module.

Use File-New to create a new configuration file.

Use File-Open to open an existing configuration file.

Use File-Save to save the current configuration file to disk.

Use File-Save As to save the current configuration file to a new file name.

Use File-Print to get a printout of the currently loaded configuration file.

Use File-Print Preview to preview a printout of the current configuration.

Use File-Print Setup to select a printer and font style.

Use Module-Upload Configuration to upload the module’s current

configuration and calibration (recommended).

Use Module-Download Configuration to write the currently loaded

configuration to the module.

Use Help to obtain information about using this software or configuring

transmitters. Note that context sensitive help (?) is also available for help

on a specific field or topic. Simply click on the [?] button, then click on the

field or topic of interest to obtain help on that subject. You may also click the

right mouse button to copy or print the help screen while it is being

displayed.

Starting The Program

The host COM port setting is

indicated in the first box of the

lower right-hand corner.

MODULE is indicated in the

third box if a connected

module is detected by the

software. The fourth and fifth

boxes indicate NUM for Num

lock and CAP for Caps lock,

respectively.

↑

↑ You can check this box to

automatically change host

settings to match new module

settings following download.

Uploading first is

recommended as it will

automatically detect the

correct model connected and

load the property sheets for

that model.

BusWorks942MB Module User’s Manual Dual Frequency Input

__________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:sales@acromag.com http://www.acromag.com

This screen is displayed once you choose to create, open, or upload a file.

Optional documentation: Enter a “Tag:” (15 characters), “Comment:” (31

characters), “Configured By:” (15 characters), “Location:” (25 characters),

“ID Channel:” (15 characters). This info is not stored within the module.

Use the scroll bars of the following fields to make a selection. Your selection

will take effect following the next download.

Set “Slave Address” from 1 to 247.

Set “Baud Rate” (2400, 4800, 9600, 14400, 19200, 28800, 38400, 57600,

76800, or 115200 bits per second).

Set “Parity” to Odd, Even, or No Parity error checking.

If you already checked the “Update Communications settings at download”

box of the Settings pull-down menu, the host software will change its own

settings to match the new module settings that take effect after download in

an effort to maintain communication with the module.

Some host software or signal converters may require a communications

turnaround delay to work properly. Set “Response Delay” from 0 to 65500

ticks (1 tick=1.085us) if required. This will add delay between message

receipt by the module and its response to the host. Since a fixed amount of

delay is already present, you will have to specify a comparable amount of

response delay to measure any affect.

You can enable the I/O Watchdog Timer by setting “Watchdog Timeout:”

from 1 to 65534 seconds (0 or 65535 will disable timer). A timeout will occur

if no I/O data transfer occurs within this time period. You may optionally click

the “Watchdog Reset” check box to also send the digital outputs to their

reset states upon watchdog timeout (Reset States are set separately via the

Configure Alarms screen).

Creating A

Configuration File

The model number is indicated

at the top of the screen along

with the current file name.

Note that address, baud rate,

& parity selections take effect

following a configuration

download, but do not alter the

settings used by the host

software which is configured

separately via the Settings

pull-down menu.

Otros manuales para BusWorks 900MB Series

Este manual sirve para los siguientes modelos

Tabla de contenidos

Otros manuales de Sistema de E/S de Acromag

Acromag

Acromag Acropack AP440 Series Manual de usuario

Acromag

Acromag BusWorks 900EN Series Manual de usuario

Acromag

Acromag IOS-EP201 Manual de usuario

Acromag

Acromag 948 Series Manual de usuario

Acromag

Acromag IP482 Series Manual de usuario

Acromag

Acromag XT1533-000 Manual de usuario

Acromag

Acromag 9510 Series Manual de usuario

Acromag

Acromag AcroPack AP470 Series Manual de usuario

Acromag

Acromag IP400 Series Manual de usuario

Acromag

Acromag XT1532-000 Manual de usuario

Acromag

Acromag IP330 Series Manual de usuario

Acromag

Acromag IOS-320 Manual de usuario

Acromag

Acromag ACPS3310 Manual de usuario

Acromag

Acromag BusWorks XT1541-000 Manual de usuario

Acromag

Acromag IP1K110 Series Manual de usuario

Acromag

Acromag BusWorks XT1531-000 Manual de usuario

Acromag

Acromag IP1K100 Series Manual de usuario

Acromag

Acromag 941 Series Manual de usuario

Acromag

Acromag AVME9125 Series Manual de usuario

Acromag

Acromag AXM-VFX-EDK Manual de usuario

Acromag

Acromag IP521-64 Series Manual de usuario

Acromag

Acromag BusWorks 900EN Series Manual de usuario

Acromag

Acromag BusWorks XT Series Manual de usuario

Acromag

Acromag BusWorks XT1231-000 Manual de usuario

Manuales populares de Sistema de E/S de otras marcas

WAGO

WAGO 750-344 Manual de usuario

Teknim

Teknim TWM-1887 Manual de instrucciones

Intelligent Appliance

Intelligent Appliance IA-2662-E Manual de usuario

BERGHOF

BERGHOF ECC DIO 16/16 Manual de instrucciones

Advantech

Advantech PCM-27J3AU Manual de instalación y operación

Festo

Festo CP-E08-M12-CL Manual de usuario

Measurement Computing

Measurement Computing PCI-DAS64/M1/16 Manual de usuario

Hitachi

Hitachi HX-RIO3 Series Manual de usuario

NUUO

NUUO SCB-A08 Manual de usuario

M-system

M-system R3Y-RS8 Manual de usuario

jablotron

jablotron JB-110N Manual de usuario

Omron

Omron SYSMAC C200H Manual de usuario

DOLD

DOLD SAFEMASTER M Manual de usuario

ABB

ABB OPT-MF-001 Manual de usuario

Omron

Omron SYSMAC C2000H Manual de usuario

Helmholz

Helmholz TB20 Manual de usuario

ICP DAS USA

ICP DAS USA tM-AD2 Manual de usuario

Automationdirect.com

Automationdirect.com DL305 Manual de usuario