mlan protocol manual - maguire · web view0 and 1 command code 2 and 3 variable 1 4 and 5 variable...

MAGUIRE PRODUCTS, INC.11 Crozerville RoadAston, PA 19014, USATel: + 1 610 459 4300 Fax: +1 610 459 [email protected]

MAGUIRE EUROPE Tame Park, Tamworth B77 5DY, UK

Tel: + 44 1827 265 850 Fax: +44 1827 265 [email protected]

PROFIBUS PROTOCOL MANUALJuly 25, 2001

Maguire WSB Blender MLAN Gateway

Blender Data CommunicationsIntegrated to Maguire MLAN Protocol

mailto:[email protected]

Copyright Maguire Products Inc, Aston PA, USA. 2001

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Table of Contents:

PRODUCT RANGE OVERVIEW 4

PRODUCT CODES 4COMMUNICATION SPEEDS 4EXTERNAL / INTERNAL GATEWAY SPECIFICATIONS 5

OPERATION – MLAN GATEWAY 5POWER REQUIREMENTS – EXTERNAL UNITS ONLY 5LED OPERATION 5INSTALLATION – DEFAULT ADDRESS & SPEED 5INSTALLATION & CONNECTION OF AN INTERNAL MLAN GATEWAY CARD 6ONCE ALL OF THE SCREWS HAVE BEEN REMOVED FROM THE CONTROLLER OPEN THE CONTROLLER TO EXPOSE ALL INTERNAL CARDS AND WIRING. 6THE MLAN GATEWAY REPLACES THE RS232 COMPUTER PORT SITUATED ON THE LEFT HAND SIDE PANEL OF THE CONTROLLER. 6THE COMPUTER PORT IS SHOWN FROM REVERSE, BEING THE TOP PORT ON THE PANEL. 6SELECTION OF MODBUS OR PROFIBUS PROTOCOL 7MANUAL CONFIGURATION OF NETWORK NODE ADDRESS AND BIT-RATE 7PROFIBUS CONNECTOR 8

PROGRAMMING OVERVIEW 10INTRODUCTION 10PROGRAMMING CONSIDERATIONS 10MLAN COMMAND HISTORY 12

PROFIBUS COMMUNICATION FOR WSB 13

GENERAL INFORMATION 13COMMAND STRUCTURE 14COMMS STATUS EXPLANATIONS 14ADDITIONS TO THE MLAN COMMAND DESCRIPTIONS FOR USE WITH PROFIBUS 14PROFIBUS SLAVE PARAMETERISATION: USER-PARAMETERS 15GSD FILE (ELECTRONIC DATA SHEET) 15PROFIBUS COMMAND EXAMPLE 17PROFIBUS REFERENCE NUMBERS FOR BLENDER PARAMETERS 18

DATA COMMANDS 19

CLEAR TOTALS 19

CLEAR TOTALS IMMEDIATELY 19

GET ALL PARAMETERS 20

GET BATCH INFO 20

GET CYCLE WEIGHT AND TIME 21

GET DISPLAY 21

GET PARAMETER 22

GET SETTINGS 23

GET STATUS 26

GET STEADY STATE RATE 28

GET TARGET THROUGHPUT & STATUS 29

GET TOTALS 30

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GET TYPE 32

GET VERSION 32

GET WEIGHT UNITS 33

SEND KEYSTROKE 33

SEND SETTINGS 35

SET BATCH WEIGHT 37

SET DATE AND TIME 38

SET STEADY STATE RATE 40

SET TAG 41

SET TARGET THROUGHPUT 42

SET WEIGHT UNITS 42

SILENCE ALARM 43

START/STOP/STATUS 44

STOP CYCLE / STOP RETRY 45Parameter Table for 12 Component Blender Software (Sample as of version 01003T) 47

Trademark CreditsMicrosoft and MS-DOS are trademarks of Microsoft Corporation. IBM is a trademark of International Business Machine Corporation.

Profibus is a trademark of Siemens PLC.

Warranty DisclaimerMaguire Products, Inc. disclaims all warranties, expressed or implied, including but not limited to, the warranties of merchantability and fitness for a particular purpose.

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Product Range Overview

The MLAN Gateway is designed to be connected to either a Profibus DP compliant network, a DeviceNet compliant network or a Modbus RTU compliant network.

There are 2 types of configuration of the MLAN Gateway Module as illustrated below:

Product Codes

Product Codes for the units are as follows:

Description Maguire Code Reference #

External DIN Rail Unit NMS – 030 P349-2-B-4900DeviceNet NMS – 030 P229-2-B-4902Modbus NMS – 030 P255-2-B4903Profibus NMS – 030 P215-2-B4901

The External DIN-Rail boxed unit automatically detects which type of network is connected and adapts the configuration to the network found.

Due to the type of physical interface required, the Internal Card is either DeviceNet only, or Profibus / Modbus.

Communication Speeds

The Profibus interface automatically detects the baud-rate within the range defined by the Profibus DP standard. For example - 12 MBaud, 6 MBaud, 3 MBaud, 1.5 MBaud, 500 KBaud, 187.5 KBaud, 93.75 KBaud, 19.2 KBaud and 9.6Kbaud.

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External Fieldbus DIN Rail Mountable Box for Profibus, Modbus and DeviceNet Communications

Internal Communications Card mounted inside the Maguire WSB Controller for Modus, Profibus and DeviceNet. (Profibus / Modus Card shown)

External / Internal Gateway Specifications

General External Size H90 x W105 x D60mmMounting Direct onto 35mm DIN railFieldbus Interface Profibus, Modbus RTU and DeviceNetHost Interface MLANOperating Temperature 0-55 COperating Humidity 30-90% non-condensing

Power Requirements Supply Voltage 11 - 30Volts dcMaximum Power 3 Watts

Operation – MLAN Gateway

Power Requirements – External Units Only

The External MLAN Gateway unit requires 11 to 30 Volts DC to be connected via the screw terminals independent of which Fieldbus is being used.

LED Operation

The LED is the Network status LED and has different meaning depending on which Fieldbus is active.

Profibus DP State: LED Colour:

No Network Traffic (Baud Search / BUS Fault) RedWait Parameter / Wait Configuration Flashing RedData Exchange Green

Installation – Default Address & Speed

The Gateway is shipped with a default Profibus Address of 126. The default data-rate for Profibus is automatic. The gateway should be configured by use of a node-commissioning tool to set the network node address to the required value. This configuration information is stored in non-volatile memory on the gateway.

If a node configuration tool is not available, refer to the following section: Manual configuration of Network Node address.

Please Note:

Node commissioning tools are normally shipped with the Master device. There are many different commissioning tools available depending on the Fieldbus and the manufacturer of the hardware and therefore their description is beyond the scope of this manual.

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Installation & Connection of an Internal MLAN Gateway Card

To fit an internal MLAN Gateway Card to an existing Maguire blender controller please follow these instructions;

Firstly remove the 4 screws on top of the Controller, 3 from the left hand side, and then 3 screws underneath the controller towards the front side. Once the controller is open then do the following;

Once all of the screws have been removed from the controller open the controller to expose all internal cards and wiring.

The MLAN Gateway replaces the RS232 Computer port situated on the left hand side panel of the controller.

The Computer port is shown from reverse, being the top port on the panel.

To remove the existing computer port unscrew the two connection screws and remove the ribbon connector from the main board.

Using the two connector screws from the computer port you have removed, fit the MLAN Gateway in place of the computer port. Then connect the ribbon cable from the MLAN gateway onto the RS232 position on the main board of the controller.

Once the card has been installed, it is then necessary to provide the MLAN Gateway with a 24V DC feed.

To do this by cut the brown and blue wires connected to the brown Molex connector situated at the top of the board (next to the ribbon cable for the field marshal).

Using the wires and terminal block provided with the MLAN Gateway connect the two cut wires to each side of the terminal block and then wire as follows:

Red Gateway wire to Brown Controller wireBlack Gateway wire to Blue Controller wire

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Selection of Modbus or Profibus Protocol

The Internal or External MLAN Gateway unit can be configured to run Profibus or Modbus through the D-type connector.

External MLAN Gateway Protocol Selection

On the External DIN Box Unit the protocol is selected by specific use of the push-button located beneath the D-type connector. The way to select is as follows:

Whilst there is no power to the gateway unit, hold in the button. Keep it held in whilst power is applied. The LED will illuminate either flashing yellow or flashing green.

If the LED illuminates flashing yellow, then the unit is selected for Modbus operation. Before the unit will operate, it must be powered down once more, then power applied WITHOUT the button pressed (normal power-up procedure).

If the LED illuminates flashing green, then the unit is selected for Profibus operation. Before the unit will operate, it must be powered down once more, then power applied WITHOUT the button pressed (normal power-up procedure).

Each time the unit is powered up WITH the button pressed, the unit will toggle to the other protocol, indicated by the colour of the flashing LED. Note that once the appropriate protocol is indicated, the unit must be powered down, then powered up WITHOUT the button pressed for normal operation.

Internal MLAN Gateway Protocol Selection

On the Internal Card Unit the protocol is selected by specific use of the push-button located beneath the D-type connector. The way to select is as follows:

Whilst there is no power to the gateway unit, hold in the button. Keep it held in whilst power is applied. The LED will illuminate either flashing yellow or flashing green.

Manual Configuration of Network Node Address and Bit-Rate

If a node commissioning tool is not available (for example Com-Profibus…) then the Gateway’s network node address (Profibus) can be set manually.

External MLAN Gateway Addressing

On the External MLAN Gateway DIN Box Unit the protocol is selected by specific use of the push-button located beneath the D-type connector. The way to select is as follows:

The pushbutton located behind the Profibus connector is used in conjunction with the status LED as follows on the next page:

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To check the gateway network address:

1. Power-on the unit and wait at least 10 seconds. Then hold the pushbutton on. After 4 seconds the gateway status LED acknowledges by illuminating yellow.

2. Release the button. The LED goes off and then flashes n times green and m times red. nm is then the decimal representation of the network address: For example (n x 10) + m.

3. After a short pause the LED will then light green for 5 seconds, then red for 5 seconds. After a further 5 seconds the led will revert to registering its normal function.

To set the gateway network address

1. Hold the pushbutton on. After 4 seconds the gateway status LED acknowledges by illuminating yellow.

2. Release the button. The LED goes off and then flashes n times green and m times red. nm is then the decimal representation of the current network address: For Example (n x 10) + m.

3. After a short pause the LED will then light green. Whilst the LED is green (within 5 seconds) press the button n times for the fist digit of the decimal address. Visual feedback is provided by the LED going yellow during each button press.

4. After 2 seconds the LED will turn red. Whilst the LED is red (within 5 seconds) the user should push the button m times for the second digit (units). Once again visual feedback is provided by the led going yellow during each button press.

5. After 5 seconds the unit will re-initialize using the new network address, and the LED will revert to its normal function. The new network address is retained in non-volatile memory.

6. If confirmation is required that the address was entered correctly, the check-the-gateway-network-address procedure can be used without interrupting the normal operation of the unit.

Please Note:

If a zero is required in either the tens or units position, then do not press the button during the appropriate LED-green or LED-red phase. Address 00 (zero-zero) cannot be entered.

The gateway allows addresses beyond 99. The unit will accept up to 12 presses for the 10s digit. This allows Profibus addresses up to 126 to be used.

Internal MLAN Gateway Addressing

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Profibus Connector

The Profibus connector on both the External and Internal Gateway is located on the left hand side of the unit, in the form of a 9-Pin D-sub female connector compliant with the Profibus specification.

When utilizing the Internal MLAN Gateway Card this replaces the standard RS 232 Serial Port.

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Programming Overview

Introduction

This manual is intended to provide information for individuals who are writing software for Programmable Logic Controllers (PLCs) and need to communicate with the Maguire Weigh Scale Blender.

For a complete understanding of the operation of the Weigh Scale Blender (WSB), it is recommended that you have the four and / or twelve component controller manual(s) available as a reference.

Likewise if you require additional information on the Maguire Blender MLAN Communication Protocol then please refer to the MLAN Protocol manual.

Both of these manuals are available to download from the Maguire website at www.maguire.com alongside other useful documents and product information.

All numbers in this document are assumed to be decimal (base 10) unless otherwise noted.

Programming Considerations

The software type within the blender controller must be determined before commencing programming. There are 2 options for the type of software, either 4 software or 12 software.

There are three ways to determine the controller’s software type:

1. The simplest and quickest method is to turn the blender controller off and on again. You will either see “TWELVE” or “FOUR”. If the controller is very old, look at the number that appears on the display during power up. This number will have a “T” on the end of it if it is twelve component software. If there is some other letter present, the controller has four component software.

2. Use the command “Get Settings from Weigh Scale” command code 20 3. Use the command “Get Weigh Scale Type” command code 49

Messages and responses are different according to which type of software is used. For example, the “Send Settings to the Weigh Scale” command (command code 19) has different formats for each software type.

Finally, the blender series must be known. Blender load cells read in either tenths of grams or whole grams. These are as follows:

Load Cells for the Micro blender, 100 and 200 series of blenders read in tenths of grams. Load Cells for the 400, 900, and 1800 series of blenders read in whole grams.

For example, a response of 234 from a 100 or 200 series blender indicates that 23.4 grams of material have been processed. A response of 234 from a 400, 900, or 1800 series blender indicates that 234 grams of material have been processed.

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Summary of all MLAN commands

MLAN Command Code Description

Clear Totals 24 Resets all materials totals to zero at the end of the next blender cycle.Clear Totals Immediately

28 Resets all materials totals to zero immediately.

Get Address 54 Returns Controller Address *** Not supported by the MLAN Gateway Adapter ***

Get All Parameters 22 Returns all of the parameters and their values *** Not supported by the MLAN Gateway Adapter ***

Get Batch Info 84 Returns the batch weight, current portion of the batch, accumulated total and batch count number.(See WSB Manual for more information on how the WSB operates)

Get Cycle Weight & Time

50 Returns the size of the last batch / cycle and the duration of time between the last two cycles.

Get Display 56 Returns the current display buffer.Get Parameter 69 Returns the value of a specific parameter.Get Settings 20 Returns the mix percentages and component types along with the recipe, work

order and operator number.Get Status 53 Returns the current state of all signal inputs and outputs.Get Steady State Rate 64 Returns the steady state throughput rate of the blender.Get Target Throughput & Status

29 Returns the current target throughput and the extrusion control status.

Get Totals 16 Returns the current totals and resets the internal flagGet Totals 17 Returns the current totals without resetting the internal flagGet Type 49 Returns the controller software type (4 or 12) and load cell type (tenths of grams

or full grams)Get Version 80 Returns the version of software in the controller.Get Weigh Units 85 Returns the units that the blender is using to display totals – Pounds, Kilograms,

Ounces or GramsSend Keystroke 87 Sends a virtual keystroke to the keypad on the controller – see Set Remote

KeypadSend Settings 19 Sets the mix percentages and material types – also sets work order and operator

numbers.Set Batch Weight 83 Sets the size of a single batch in blender in grams. Set Date & Time 81 Sets the Date and Time of a blender.Set Parameter 68 Sets the value of a specific parameter.Set Remote Keypad 88 Enable / Disable Controller Keypad and or the “Send Keystroke” commandSet Steady Rate 65 Sets the steady state throughput rate of the blender – this tells the blender the

rate to report back for the “Get Steady State Rate” commandSet Tag 90 Sets either recipe, operator or work order number on the controller.Set Target Throughput 30 Sets the target throughput rate for extrusion control mode.Set Weight Units 86 Sets the weight unit used by the blender to display totals such as pounds or kilos.Silence Alarm 82 Silences the alarm for a specific blenderStart / Stop / Status 55 Instructs the blender to stop at the end of the current cycle, start up, or return

current operating status. Stop Cycle / Stop Retry 27 Instructs the blender to abort current cycle or current material dispense.

Aborting current cycle cause blender to start a new cycle.Aborting current dispense causes the blender to start dispensing the next material in its current settings.

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MLAN Command HistoryThe following table documents when commands have been added to the MLAN software. The chip version number can be found on the MLAN chip within the controller.

In most cases with the introduction of new commands to the software in MLAN chips, 12 software chips were either first to be updated or both the 12 software and the 4 software chips were updated at the same time.

Not all chips are listed below. What are listed are chips that marked a change in the software and were available for testing. If your chip is not listed, it may indicate that your chip did not mark a change in the software or possibly it was not available for testing when this information was compiled.

Chips versions numbers indicate a date. For instance chip "60603A" means 1996 (6), June (06), 3rd (03) followed by "T" or “TC” for twelve software or "A" or “WS” for four software. Your chip version number may fall somewhere in between the chips listed below if it is not directly listed.

Other Notes:

Controllers using chips prior to 60603A (06/03/1996) have an earlier circuit board, which would need replacement if the chip is to be updated.

Chips after 90317A (03/17/1999) will have all parameters available.

Chips prior to 90317A (03/17/1999), please see chart on the following page.

MLAN Command Chip Version Printed on Chip

MLAN Command Chip Version Printed on Chip

Get Version 60603A Get Weight Units 60710TClear Totals 20414A Set Remote Keypad 60911TClear Totals Immediately 80609A Send Keystroke 60911TGet Address 50925A Send Settings 20414TGet All Parameters 60809A Set Batch Weight 60603AGet Batch Info 60603A Set Date & Time 60603AGet Cycle, Weight & Time 30913A Set Parameter 70529AGet Display 50925A Set Steady State Rate 70916TGet Parameter 70205T Set Tag 60710TGet Settings 20414A Set Target Throughput 90317AGet Status 41019A Set Weight Units 60710TGet Steady State Rate 60603A Silence Alarm 60603AGet Target Throughput Status

90317A Start / Stop / Status 60603A

Get Totals 20414A Stop Cycle / Stop Retry 71222TGet Type 20414A XT Parameters 60603A

PLEASE NOTE:

Depending on the date of the chip in your controller, all commands may not be available. The chips can be upgraded, so if you need a newer chip, please contact your nearest Maguire reseller.

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Profibus Communication for WSB

General Information

Within the constraints of Profibus, the protocol used has been designed to be as consistent as possible with the MLAN command set.

The Profibus cyclic Input / Output for a slave node appears as a block of output registers / memory, and a block of input registers / memory.

The registers are generally Word (two-byte) values. Values shown are decimal (base 10) values.

Table 1: General Command Format on Profibus DP (Cyclic Data) Output Address (byte offset) Function0 and 1 Command Code2 and 3 Variable 14 and 5 Variable 26 to 65 Variables 3..4..5…

.Table 2: Input Data: Reply to Command Input Address (Byte offset) Function0 and 1 Totalized Comms Error count2 and 3 Command Confirmation4 and 5 Comms Status (current command)6 and 7 Variable 18 and 9 Variable 210 to 65 Variables 3..4..5…

Commands are initiated by writing the appropriate values to a set of output registers. The precise sequence is described in the following paragraphs. The sequence is important. The reply to each command can be read from the input registers. Once again the operational sequence is important.

The command codes are the same as those used for the MLAN communication. The number denoting each command is shown in table 3.

The parameters (variables) associated with the command should be written first (address 2 upwards), followed by the command number (address 0,1). The writing of the command number causes the WSB Profibus interface to execute the command. It is the change in this value that initiates the slave action. Consequently, if two commands of the same type are to be executed consecutively, then a “Null-Command” (zero) should be executed between the two similar commands.

The checksum specified in the MLAN protocol is NOT used in the Profibus communication. Error checking is taken care of automatically by the Profibus software.

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The Profibus Input and Output parameters are arranged in word (two-byte) values as this is more easily accommodated by certain PLCs than byte-orientated information.

When the blender controller has executed the command, the command number is echoed in the “command-confirmation” input word. Note that the command confirmation always echoes the command number so that the PLC can know which command is being acknowledged.

This differs slightly from the MLAN protocol where some commands reply with the “48” reply code. As the data is cyclic, this echo is necessary to confirm which command is being replied to.

Command Structure

In order to send a command to the WSB over Profibus, the PLC should apply the following procedure.

1. Write the variables associated with the commands to output register addresses 2 upwards.

2. Write the command number to address 0/1 (QW0)3. Repeatedly read input address 2/3 (IW2) until its value matches the command placed in

output location 0/1 (QW0)4. Read Comms Status (current command): input location 4/5. (IW4)5. If Comms Status (step 4) was zero, then the variables of the command reply can be read

from locations 6/7 (IW6), 8/9 (IW8)..

Totalized Error Count

This resides in the first Input Word (IW0) – This number represents a cumulative errors total between the Profibus interface card inside the blender and the blender itself.

Comms Status Explanations

The Comms-Status word (input register 4/5) (IW4) can take the following values:

0 This means that the command was acknowledged as successful and that the returned parameters/variables (registers 6/7..8/9…) are valid.

1 Communication error (NAK negative-acknowledge).2 This means that the command is not supported.3 Communication Error (Time-out).4 Invalid parameter passed in the command.

Additions to the MLAN Command Descriptions for use with Profibus

The “Set-Parameter” (68) and “Get-Parameter” (69) commands use an integer value to identify the particular parameter requested.

Table 4 shows how this number relates to the three-letter parameter abbreviation. “Four-component” software and the “Twelve-component” software options are shown. For the parameters 50 upwards, a second variable is required. This specifies the component number. The number is 1 to 12 for the “Twelve” software. For the “Four” software:

1 = Regrind 2 = Natural 3 = Colour 4 = Additive

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Profibus Slave Parameterisation: User-parameters

The MLAN parameters that describe the operation of the MLAN port must be downloaded at the start of each power-up sequence, normally the Profibus Master will do this automatically, once it has been configured. The parameters are:

MLAN Address: The Address of the MLAN slave to communicate with.Byte Order: The order in which the MLAN data is stored in the Profibus Packet.Max Reply Time: The maximum time the MLAN unit will require to start sending a reply.

The parameters are set by using the Electronic Device Data sheet into the Profibus commissioning tool. This Electronic Data Sheet often referred to as a “GSD File” will be provided with the Gateway, the method to set the parameters for a specific node will be described in the documentation provided with the Node Commissioning Tool (For Example Com-Profibus).

GSD file (Electronic Data Sheet)

The following is the Profibus GSD file (Electronic Data Sheet) for the MLAN Gateway communications units:

#Profibus_DP## GSD File for Maguire WSB Profibus Interface####;PrmText = 1Text(0) = "Hi Byte then Lo Byte"Text(1) = "Lo Byte then Hi Byte"EndPrmText

;ExtUserPrmData = 1 "WSB MLAN Address"Unsigned8 1 1-255EndExtUserPrmData;;ExtUserPrmData = 2 "Byte Ordering"Unsigned8 0 0-1Prm_Text_Ref = 1EndExtUserPrmData;;ExtUserPrmData = 3 "MLAN Reply Timeout"Unsigned16 500 0-65535EndExtUserPrmData;;GSD_Revision = 1;Vendor_Name = "Tellima Technology Ltd."Model_Name = "Maguire WSB"Revision = "1"Ident_Number = 0x73C

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Protocol_Ident = 0Station_Type = 0FMS_supp = 0Hardware_Release = "1"Software_Release = "1";9.6_supp = 119.2_supp = 193.75_supp = 1187.5_supp = 1500_supp = 11.5M_supp = 13M_supp = 16M_supp = 112M_supp = 1;MaxTsdr_9.6 = 60MaxTsdr_19.2 = 60MaxTsdr_93.75 = 60MaxTsdr_187.5 = 60MaxTsdr_500 = 100MaxTsdr_1.5M = 150MaxTsdr_3M = 250MaxTsdr_6M = 450MaxTsdr_12M = 800;Redundancy = 0Repeater_Ctrl_Sig = 224V_Pins = 2Implementation_Type = "non-ASIC"

;Freeze_Mode_supp = 1Sync_Mode_supp = 1Auto_Baud_supp = 1Set_Slave_Add_supp = 1Min_Slave_Intervall = 20;Modular_Station = 0Max_Module = 9Max_Input_Len = 66Max_Output_Len = 66Max_Data_Len = 132Max_User_Prm_Data_Len = 7;Fail_Safe = 0Slave_Family = 9Max_Diag_Data_Len = 8;Ext_User_Prm_Data_Const(0) = 0xC0,0x00,0x00Ext_User_Prm_Data_Ref(3) = 1Ext_User_Prm_Data_Ref(4) = 2Ext_User_Prm_Data_Ref(5) = 3;Module = "Maguire WSB" 0xC0, 0xE0, 0xE01EndModule

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Profibus Command Example

The example below illustrates the “Get-Parameter _LA (Lag Time) for component 3” command over Profibus. The Purpose of this would be to retrieve the setting for the Lag Time (LA parameter) for hopper / component number 3 on a blender:

Example Get Parameter Command _LA component 3 Output Address (byte offset) Function Description

0 and 1 (QW0) 69 MLAN Command Code Get Parameter2 and 3 (QW2) 62 Profibus Reference number for the LA Parameter4 and 5 (QW4) 3 Hopper / Component number6 to 65 (QW6 to QW64) Unused

Table 2: Input Data: Reply to Command Input Address (Byte offset) Reply Description

0 and 1 (IW0) 0 Totalized errors 02 and 3 (IW2) 69 Command confirmation 694 and 5 (IW4) 0 Comms status (ok) 06 and 7 (IW6) 20 (_AL value) 208 and 9 (IW8) Unused10 to 65 (IW10 to IW64) Unused

Explanations of returned values:

0 is the totalized errors (not specific to this command)69 confirms that the get parameter command has been executed0 means that the command executed successfully20 is the _AL value returned for component 3

Please refer to Table 4 on the next page to see the Profibus reference number for other MLAN parameters.

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Profibus Reference Numbers for Blender Parameters(Reference Table 4)

Profibus Reference #

4 Software Parameters


Profibus Reference #


4 Software Component #


12 Software Component #

1 FLG FLG 50 _TY 1 TO 12 2 MIX MIX 51 _CS 1 TO 12 3 FCV FCV 52 RAL 1 _AL 1 TO 12 4 DTI DTI NAL 2 5 KDF KDF CAL 3 6 WDF WDF AAL 4 7 BER BER 53 CXT 3 _XT 1 TO 12 8 ROC ROC AXT 4 9 ROV ROV 54 RSE 1 _SE 1 TO 12 10 RHL RHL CSE 3 11 FUL FUL ASE 4 12 MAX MAX 55 RWT 1 _WT 1 TO 12 13 TH TH NWT 2 14 TL TL CWT 3 15 PRT PRT AWT 4 16 RLO 56 RTI 1 _TI 1 TO 12 17 DLY DLY NTI 2 18 LT1 CTI 3 19 LT2 ATI 4 20 PRC PRC 57 RMI 1 _MI 1 TO 12 21 STL STL NMI 2 22 LCL LCL CMI 3 23 LCH LCH AMI 4 24 LCF LCF 58 RNC 1 _NC 1 TO 12 25 LCZ LCZ NNC 2 26 DS1 CNC 3 27 DS2 ANC 4 28 SCR SCR 59 RPT 1 _PT 1 TO 12 28 BCR BCR NPT 2 30 XCV XCV CPT 3 31 XRC XRC APT 4 32 TCV TCV 60 RRP 1 _RP 1 TO 12 33 TRC TRC NRP 2 34 XTP XTP CRP 3 35 XAL XAL ARP 4 36 XUL XUL 61 RRD 1 _RD 1 TO 12 37 CPL CPL NRD 2 38 MPO MPO CRD 3 ARD 4 62 RLA 1 _LA 1 TO 12 NLA 2 CLA 3

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Data Commands

Clear TotalsDescription: Resets the totals to zero.

Command Format

Output Word # Name Size Range DescriptionQW0 Command Code 1 24 Clear Totals Command

Response Format

Input Word # Name Size Range Description

IW0 Totalized Error Count 1 0 to 65535Cumulative Communication Errors Totals

IW2 Command Confirmation 1 24Command Completed; subsequent values now valid

IW4Comms Status (Current Command) 1 0 to 4

0 = Command Executed Successfully1 = Command Failed

NOTE: The totals will not be erased until the end of the current cycle. If the blender is idle, the totals will be cleared at the end of the next cycle.

Clear Totals ImmediatelyDescription: Resets the totals to zero.

Command Format

Output Word # NameSize Range Description

QW0 Command Code 1 28Clear Totals Immediately Command

Response Format

Input Word # NameSize Range Description




0 = Command Executed Successfully1 = Command Failed

NOTE: The totals will be erased immediately.

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Get All ParametersDescription: Gets all of the parameters and their values.

*** This MLAN command is not supported by Profibus as data size exceeds allowable field ***

Get Batch InfoDescription: Returns the batch weight, current portion, accumulated total, and batch count.

Command Format

Output Word # Name Size Range Description

QW0 Command Code 1 84Get Batch Information Command

Response Format





Must be 0 for subsequent variables to be valid

IW6 Batch Weight 1 0 to 65535Batch Weight (Pounds or Kilos only)

IW8 Current portion 1 0 to 65535Completed portion of current batch

IW10 Accumulative Total 1 0 to 65535Total weight of all completed batches

IW12 Batch Count 1 0 to 65535Total number of completed batches

Note 1: Batch weight is given in pounds if "Get Weight Units" returns either pounds or ounces.If "Get Weight Units" returns either kilograms or grams, then batch weight is in kilograms.

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Get Cycle Weight and TimeDescription: Returns the size of the last batch/cycle and the duration of time between

the last two cycles.

Command Format


QW0 Command Code 1 50Get Batch Information Command

Response Format






IW6 Cycle Weight 1 0 to 65536Grams (or tenths of grams) in last cycle

ID8Cycle Time 2 0 to 4294967295 Number of interrupts during

the last cycle (244/sec)

Get DisplayDescription: Returns the current light emitting diode (LED) buffer.

Command Format

Output Word # Name Size Range DescriptionQW0 Command Code 1 56 Get Display Command

Response Format






IW6-IW20 Display 8 ASCII

ASCII characters currently displayed on LED. 1 Char per Word

IW6 is the leftmost character

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Get ParameterDescription: Gets a single parameter.

Command Format


QW0 Command Code 1 69 Get Parameter Command

QW2 Parameter reference number 1 0 to 63Parameter number – please refer to table below

QW4 Component Number 11 to 41 to 12

1 – 4 = 4 Software (R,N,C,A)1 – 12= 12 Software (1,2,3,4,5,6,7,8,9,10,11,12)

Response Format


IW0 Totalized Error Count 1 0 to 65535

Cumulative Communication Errors Totals

IW2 Command Confirmation 1 69

Command Completed; subsequent values now valid

IW4 Comms Status (Current Command) 1 0 to 4Must be 0 for subsequent variables to be valid

IW6 Parameter Value 1 0 to 65535The value of the parameter.

NOTE: Parameter definitions are given in the blender manual.

24

Get SettingsDescription: Returns the mix percentages, component types, work order #, and operator #.

Command Format (type 1 - Four Component Software)

Output Word # Name Size Range DescriptionQW0 Command Code 1 20 Get Settings Command

Response Format Type 1 - Four Component Software






IW6 System Type 1 2, 3, 9, or 102=tenths of grams, also, NO change in totals

Since last get total cmd (16)

3=tenths of grams, also, change in totals


9=grams, also, NO change in totals


10=grams, also, change in totals

Since last get total cmd (16)IW8 Software Type 1 4 4=four component software

IW10 Type Hopper 1 1 0Always zeros (implied 1=regrind)

IW12 Setting Hopper 1 1 0 to 999 Implied decimal point ##.# IW14 – IW16 Pad 2 2 0 Padding always zero

IW18 Type Hopper 3 1 0Always zeros (implied 3=color)

IW20 Setting Hopper 3 1 0 to 999 Implied decimal point ##.#

IW22 Type Hopper 4 1 0Padding always zeros (implied 3=additive)

IW24 Setting Hopper 4 1 0 to 999 Implied decimal point ##.# IW26 – IW56 Pad 5-12 16 0 Padding always zero

IW58 Recipe number 1 100 to 65535 Recipe numberIW60 Operator number 1 0 to 999 Operator number

ID62 Work Order Number 2 0 to 999999 Work order number

Response Format Type 2 - Twelve Component Software

25






IW6 System Type 1 2, 3, 9, or 102=tenths of grams, also, NO change in totals


3=tenths of grams, also, change in totals


9=grams, also, NO change in totals


10=grams, also, change in totals


IW8 Software Type 1 1212=twelve component software

IW10 Type Hopper 1 1 0 to 31=regrind, 2=natural, 3=additive/color, 0=none

IW12 Setting Hopper 1 1 0 to 999Implied decimal point r/a ##.# or n ###













26

Response Format Type 2 - Twelve Component Software - continued











IW58 Recipe number 1 100 to 65536 Recipe numberIW60 Operator number 1 0 to 999 Operator numberID62 Work Order Number 2 0 to 999999 Work order number

27

Get StatusDescription: Returns the current state of all signal inputs and outputs.

Command Format

Output Word # Name Size Range DescriptionQW0 Command Code 1 53 Get Status Command

Response Format






IW6 Output Status 1 0 to 65535 See note 1IW8 Alarm Status 1 0 to 255 See note 2

IW10 Sensor Status 1 0 to 255 See note 3

Note 1a - Output status for FOUR component software

BIT Name Value Description0 Mixer Valve 1=open 0=closed Rightmost bit1 Reserved 1=open 0=closed 2 Reserved 1=open 0=closed 3 Reserved 1=open 0=closed 4 Reserved 1=open 0=closed 5 Reserved 1=open 0=closed 6 Reserved 1=open 0=closed 7 Reserved 1=open 0=closed 8 Mix Motor 1=open 0=closed 9 Alarm 1=open 0=closed 10 Weigh Bin Valve 1=open 0=closed 11 Additive 1=open 0=closed 12 Color 1=open 0=closed 13 Natural 1=on 0=off 14 Regrind 1=open 0=closed 15 Reserved 1=on 0=off Leftmost bit

28

Note 1b - Output status for TWELVE component software

BIT Name Value Description0 Component 1 1=open 0=closed Rightmost bit1 Component 2 1=open 0=closed 2 Component 3 1=open 0=closed 3 Component 4 1=open 0=closed 4 Component 5 1=open 0=closed 5 Component 6 1=open 0=closed 6 Component 7 1=open 0=closed 7 Component 8 1=open 0=closed 8 Component 9 1=open 0=closed 9 Component 10 1=open 0=closed 10 Component 11 1=open 0=closed 11 Component 12 1=open 0=closed 12 Weigh Bin Valve 1=open 0=closed 13 Mix Motor 1=on 0=off 14 Mixer Valve 1=open 0=closed 15 Alarm 1=on 0=off Leftmost bit

Note 2 - Alarm Status

BIT Name Value Description

0 to 6 Alarm Code1 to 12=Component alarm

Bit 0 is the rightmost bit

13 = Batch Alarm 14 = Bail Out Alarm 15 = Dump Alarm 7 Alarm Silenced 1 = silenced Leftmost bit

8-15 Unused

Note 3 - Sensor Status

BIT Name Value Description0 Empty bin mix motor 1=yes 0=no Rightmost bit

sensor or switch 1 to 3 Reserved

4 Manual Mode 1=yes 0=no 5 Program Mode 1=yes 0=no 6 Running Mode 1=yes 0=no 7 Soft Stop Mode * 1=yes 0=no Leftmost bit

* See Start/Stop/Status command

8-15 Unused

29

Get Steady State RateDescription: Returns throughput rate.

Command Format


QW0 Command Code 1 64Get Steady State Rate Command

Response Format






ID6 Steady State Rate 2 0 to 4294967295Grams (or tenths of grams) per hour

30

Get Target Throughput & StatusDescription: Returns the target throughput rate for extrusion control.

See XCV parameter in blender manual for more information.

Command Format


QW0 Command Code 1 29Get Target Throughput & Status Command

Response Format






IW6 Status 1 0 to 255 See note 1

ID8 Steady State Rate 20 to 4294967295

Grams (or tenths of grams) per hour

Note 1 – Status

BIT Name Value Description

0 Extrusion control1=on 0=off Bit 0 is the rightmost bit

1 1=steady 0=not steady T or no T on display

2 1=Throughput 0=Voltage Controlling mode

3 1=Grams 0=Tenths of Grams Weight unit of rate

4 1=Yield 0=Weight See note 25 - 15 Reserved Leftmost bit

Note 2: If the extrusion process is being controlled by weight, then the output will be a steadyweight per time (e.g. lbs/hr). If however the extrusion process is being controlled by yield, then the output will be a steady weight per length (e.g. lbs/foot).

31

Get TotalsDescription: Returns the current totals.

Command Format


QW0 Command Code 1 16 or 17Get Totals Command - see note 1

Response Format Type 1 - Four Component Software



IW2 Command Confirmation 1 16 or 17Command Completed; subsequent values now valid



IW6 System Type 1 2 or 9 2=tenths of grams, 9=gramsIW8 Software Type 1 4 4=four component softwareIW10 Sequence Number 1 0 Reserved for future use

IW12 Cycles 1 0 to 65535Number of batches that have been made

IW14 Flag 1 0 Reserved for future use

ID16 Total Hopper 1 2 0 to 4294967295Grams (or tenths of grams) used

ID20 Total Hopper 2 20 to 4294967295 Grams (or tenths of grams)

used


used


usedIW30 – IW60 Pad 5-12 16 0 Padding always zero

32

Response Format Type 2 - Twelve Component Software - continued



IW2 Command Confirmation 1 16 or 17Command Completed; subsequent values now valid


Must be 0 for subsequent variables to be valid1 = No totals available

IW6 System Type 1 2 or 9 2=tenths of grams, 9=gramsIW8 Software Type 1 4 4=four component softwareIW10 Sequence Number 1 0 Reserved for future use

IW12 Cycles 1 0 to 65535Number of batches that have been made

IW14 Flag 1 0 Reserved for future use

ID16 Total Hopper 1 2 0 to 4294967295Grams (or tenths of grams) used


used


used


used


used


used


used


used


used


used


used

Note 1: If the "Command Code" is set to 16, the controller will reset an internal flag indicatingthat the totals have been received. If, however, "Command Code" is set to 17, the flagwill NOT be reset. See the "System Type" part of the "Get Settings" command for howthe internal flag is used.

33

Get TypeDescription: Returns the software type (4 or 12) and load cell type (2 or 9),

(tenths of grams or whole grams)

Command Format

Output Word # Name Size Range DescriptionQW0 Command Code 1 49 Get Type Command

Response Format






IW6 System Type 1 2 or 9 2=tenths of grams, 9=gramsIW8 Software Type 1 4 or 12 4=four component software

12=twelve component software

Get VersionDescription: Returns the version of the software in the controller.

Command Format


QW0 Command Code 1 80 Get Version Command

Response Format






IW6 – IW16 Version Number 6 ASCIISoftware version number (ASCII)

34

Get Weight UnitsDescription: Returns the units that the blender is using to display totals, such as pounds

or kilograms. This command is needed to interpret the Get Batch Info command.

Command Format

Output Word # Name Size Range DescriptionQW0 Command Code 1 85 Get Version Command

Response Format






IW6 Weight units 1 0, 1, 2, or 40=pounds, 1=ounces, 2=grams, 4=kilograms

Send KeystrokeDescription: Sends a keystroke. (See "Set Remote Keypad" command)

Command Format

Output Word # Name Size Range DescriptionQW0 Command Code 1 87 Get Version CommandQW2 Code 1 ASCII See note 1

Response Format





0 = ack1 = nak

Please refer to notes on the next page:

35

Notes reference Send Keystroke Command:

KEY CODE KEY CODEVIEW Q * *RECP h 0 0BTCH H CE XFAST I HOLD MEXIT E DUMP D ---------------------- -------------------SET S PARA KOPER O ZERO ZTIME T FULL FCAL L MIX G ---------------------- ALRM kTAG eREG R ----------------------1 12 23 3NAT / A A ----------------------4 45 56 6COL / B B ----------------------7 78 89 9ADD / C C ----------------------

36

Send SettingsDescription: Sets the mix percentages, component types, work order #, and operator #.

Command Format Type 1 - Four Component Software

Output Word # Name Size Range DescriptionQW0 Command Code 1 19 Send Settings CommandQW2 Type Hopper 1 1 1 Always 1=regrindQW4 Setting Hopper 1 1 0 to 999 Implied decimal point ##.# QW6 Type Hopper 2 1 2 Always 2=naturalQW8 Setting Hopper 2 1 0 Always on

QW10 Type Hopper 3 1 3 Always 3=colorQW12 Setting Hopper 3 1 0 to 255 Implied decimal point ##.# QW14 Type Hopper 4 1 3 Always 3=additiveQW16 Setting Hopper 4 1 0 to 999 Implied decimal point ##.#

QW18 – QW48 Padding 16 0 Padding always zeroQW50 Recipe number 1 100 to 65536 Recipe numberQD52 Work Order Number 2 0 to 999999 Work order numberQW56 Operator number 1 0 to 999 Operator number

Command Format Type 2 - Twelve Component Software

Output Word # Name Size Range DescriptionQW0 Command Code 1 19 Send Settings Command

QW2 Type Hopper 1 1 0 to 31=regrind, 2=natural, 3=additive/color, 0=none

QW4 Setting Hopper 1 1 0 to 999Implied decimal point r/a ##.# or n ###









37

Command Format Type 2 - Twelve Component Software – continued















QW50 Recipe number 1 100 to 999 Recipe numberQD52 Work Order Number 2 0 to 999999 Work order numberQW56 Operator number 1 0 to 999 Operator number

Response Format





0 = ack1 = nak4 = invalid parameter

38

Set Batch WeightDescription: Sets the batch flag parameter and the batch weight.

Command Format

Output Word # Name Size Range DescriptionQW0 Command Code 1 83 Set Batch Weight Command

QW2 Batch Weight 1 0 to 65536Batch weight (pounds or kilograms only)

(See "Get Weight Units" command for units)

See note 2

QW4 Flag 1 0,1, or 20=no batch, 1=alarm & stop, 2=alarm & cont.

See note 1

Response Format






NOTE 1: A flag of 0 means to stop running batches. A flag of 1 means to sound the alarm and stop running at the end of the batch. A flag of 2 means to sound the alarm but continue running at the end of the batch.

NOTE 2: Batch weight is given in pounds if "Get Weight Units" returns either pounds or ounzes.If "Get Weight Units" returns either kilograms or grams, then batch weight is in kilograms.

39

Set Date And TimeDescription: Sets the date and time for a particular blender. If the address is 0, all WSBs

are set with the new date and time and NO response is sent back.

Command Format


QW0 Command Code 1 81 Set Date and Time Command

QW2 – QW8 Date and TIme 4See note 1 See note 1

Note 1 - Date and Time

Bit # Name Range Description0 to 7 Padding 0 8 to 11 Seconds (ones place) 0 to 9 yy/mm/dd hh:mm:sS12 to 14 Seconds (tens place) 0 to 5 yy/mm/dd hh:mm:Ss15 Padding 0 16 to 19 Minutes (ones place) 0 to 9 yy/mm/dd hh:mM:ss20 to 22 Minutes (tens place) 0 to 5 yy/mm/dd hh:Mm:ss23 Padding 0 24 to 27 Hours (ones place) 0 to 9 yy/mm/dd hH:mm:ss28 to 29 Hours (tens place) 0 to 2 yy/mm/dd Hh:mm:ss30 Padding 0 31 One 1

32 to 34 Day of week 1 to 7 1 = sunday, 2=monday, ..., 7=saturday

35 Padding 0 36 One 1 37 Padding 0 38 to 39 Padding 0 40 to 43 Day (ones place) 0 to 9 yy/mm/dD hh:mm:ss44 to 45 Day (tens place) 0 to 3 yy/mm/Dd hh:mm:ss46 to 47 Padding 0 48 to 51 Month (ones place) 0 to 9 yy/mM/dd hh:mm:ss52 Month (tens place) 0 or 1 yy/Mm/dd hh:mm:ss53 to 55 Padding 0 56 to 59 Year (ones place) 0 to 9 yY/mm/dd hh:mm:ss60 to 63 Years (tens place) 0 to 9 Yy/mm/dd hh:mm:ss

Response Format

Input Word # Name Size Range DescriptionIW0 Totalized Error Count 1 0 to 65535 Cumulative Communication Errors Totals


IW4Comms Status (Current Command) 1 0 to 4 0 = ack 1 = nak 4 = invalid parameter

40

Set ParameterDescription: Sets a single parameter.

Command Format

Output Word # Name Size Range DescriptionQW0 Command Code 1 68 Set Parameter Command

QW2Parameter reference number 1 0 to 63

Parameter number – please refer to table below

QW4 Component Number 11 to 41 to 12

1 – 4 = 4 Software (R,N,C,A)1 – 12= 12 Software (1,2,3,4,5,6,7,8,9,10,11,12)

QW6 Parameter Value 1 0 TO 65535 Value of the Parameter

Response FormatInput Word # Name Size Range Description





NOTE: Parameters explanations are given in the blender manual.

Set Remote KeypadDescription: Enables or disables the controller's keypad and/or the "Send Keystroke"

MLAN command.

Command Format


QW0 Command Code 1 88 Set Remote Keypad Command QW2 FLAG 1 0 or 1 See note 1

Response Format

Input Word # Name Size Range DescriptionIW0 Totalized Error Count 1 0 to 65535 Cumulative Communication Errors Totals




Note 1: A flag of 0 enables the keypad on the controller and disables the "Send Keystroke" MLAN command. A flag of 1 disables the keypad and enables the command.

41

Set Steady State RateDescription: Sets throughput rate. Note however that the blender will continue to reset

the rate accordingly to how much material is being consumed. This is useful ifyou know that the rate just changed, such as in extrusion control, and you don'twant to wait until the blender figures it out.

Command Format


QW0 Command Code 1 65Set Steady State Rate Command

QD2 Steady State Rate 2 0 to 4294967295Grams (or tenths of grams) per hour

Response Format






42

Set TagDescription: Sets a tag value, recipe, work order, and operator #.

Command Format

Output Word # Name Size Range DescriptionQW0 Command Code 1 90 Set Tag Command

QW2 – QW4 Tag ID 2 ASCIITwo letter acronym designating tag.

"RC" = Recipe (1 char per word)

"WO" = Work Order (1 char per word)

"OP" = Operator (1 char per word)

QD6 Tag Value 2 0 to 4294967295 The value of the tag.

Recipe numbers: 0 to 65,536.

Work order numbers: 0 to 999,999.

Operator numbers: 0 to 999.

Response Format






43

Set Target ThroughputDescription: Sets the Target Throughput for extrusion control.

See XCV parameter in blender manual for more information.

Command Format


QW0 Command Code 1 30Set Target Throughput Command

QD2 Target Throughput 2 0 to 4294967295

Response Format






Set Weight UnitsDescription: Sets the units that the blender uses to display totals, such as pounds

or kilograms.

Command Format


QW0 Command Code 1 86 Set Weight Units Command

QW2 Weight units 10, 1, 2, or 4

0=pounds, 1=ounces, 2=grams, 4=kilograms

Response Format






44

Silence AlarmDescription: Has the same effect as if the silence alarm button was pressed.

Command Format

Output Word # Name Size Range DescriptionQW0 Command Code 1 82 Silence Alarm Command

Response Format







45

Start/Stop/StatusDescription: Either causes the WSB to stop at the end of the current cycle, start up again,

or return its current status.

Command Format


QW0 Command Code 1 55 Start / Stop / Status Command

QW2 Subcommand 1 0, 1, or 20=mode status, 1=soft stop, 2=soft start

Response Format (Subcommand 1:stop or 2:start)






Response Format (Subcommand 0:mode status)






IW6 Mode 1 0,1,or 2

0 = Hard Stop1= Soft stop2 = Automatic Mode / Running Mode

46

Stop Cycle / Stop RetryDescription: Either causes the WSB to abort the current cycle or the current dispense.

Aborting the current cycle causes the WSB to start the next cycle.Aborting the current dispense causes the WSB to start dispensing thenext component.

Command Format


QW0 Command Code 1 27Stop Cycle / Stop / Retry Command

QW2 Subcommand 1 1 or 21 = Stop Cycle; 2 = Stop Retry

Response Format







47

Parameter Table from Four Component Blender Software - Sample

Name Value Name ValueFLG 0 NWT 20800RAL 0 NTI 7808NAL 4 CWT 1024CAL 4 CTI 31232AAL 4 AWT 1024MIX 3010 ATI 31232FCV 5 RMI 325DTI 10 NMI 325KDF 2 CMI 4WDF 2 AMI 1BER 200 RNC 1CXT 0 NNC 1AXT 0 CNC 1ROC 0 ANC 1ROV 0 RRP 10RHL 0 NRP 10FUL 4000 CRP 10MAX 6000 ARP 10TH 200 RRD 81TL 100 NRD 81

PRT 0 CRD 2RSE 1000 ARD 5CSE 1000 RLA 20ASE 1000 NLA 20RLO 50 CLA 15DLY 488 ALA 15LT1 0 PRC 10LT2 0 STL 244RPT 0 LCL 80NPT 0 LCH 120CPT 0 LCF 79APT 0 LCZ 583RWT 20800 XTP 20010RTI 7808

48

Parameter Table for 12 Component Blender Software (Sample as of version 01003T)Prior chip versions may not contain all listed parameters, future chip versions may contain additional parameters.

Name Value Name Value Name Value Name ValueFLG 00000 2TY 00002 5PT 00000 9SE 01000MIX 03010 2CS 00000 5RP 00010 9WT 26000FCV 00006 2AL 00004 5RD 00500 9TI 00976DTI 00006 2XT 00000 5LA 00020 9MI 00001KDF 00010 2SE 01000 5PO 00000 9NC 00010WDF 00010 2WT 26000 6TY 00002 9PT 00000BER 01000 2TI 00976 6CS 00000 9RP 00010ROC 00000 2MI 00001 6AL 00004 9RD 00500ROV 00000 2NC 00010 6XT 00000 9LA 00020RHL 00000 2PT 00000 6SE 01000 9PO 00000FUL 20000 2RP 00010 6WT 26000 ATY 00002MAX 30000 2RD 00500 6TI 00976 ACS 00000 TH 01000 2LA 00020 6MI 00001 AAL 00004 TL 00500 2PO 00000 6NC 00010 AXT 00000PRT 00000 3TY 00002 6PT 00000 ASE 01000DLY 00488 3CS 00000 6RP 00010 AWT 26000PRC 00010 3AL 00004 6RD 00500 ATI 00976STL 00122 3XT 00000 6LA 00020 AMI 00001LCL 00027 3SE 01000 6PO 00000 ANC 00010LCH 00039 3WT 26000 7TY 00002 APT 00000LCF 00079 3TI 00976 7CS 00000 ARP 00010LCZ 00583 3MI 00001 7AL 00004 ARD 00500DS1 00000 3NC 00010 7XT 00000 ALA 00020DS2 00000 3PT 00000 7SE 01000 APO 00000XCV 00000 3RP 00010 7WT 26000 BTY 00002XRC 00001 3RD 00500 7TI 00976 BCS 00000TCV 00000 3LA 00020 7MI 00001 BAL 00004TRC 00004 3PO 00000 7NC 00010 BXT 00000XTP 05050 4TY 00002 7PT 00000 BSE 01000MPO 00183 4CS 00000 7RP 00010 BWT 26000SCR 00000 4AL 00004 7RD 00500 BTI 00976XAL 00005 4XT 00000 7LA 00020 BMI 00001XUL 00200 4SE 01000 7PO 00000 BNC 00010BCR 00000 4WT 26000 8TY 00002 BPT 00000CPL 00000 4TI 00976 8CS 00000 BRP 00010PTD 00020 4MI 00001 8AL 00004 BRD 00500MCT 00000 4NC 00010 8XT 00000 BLA 000201TY 00002 4PT 00000 8SE 01000 BPO 000001CS 00000 4RP 00010 8WT 26000 CTY 000021AL 00004 4RD 00500 8TI 00976 CCS 000001XT 00000 4LA 00020 8MI 00001 CAL 000041SE 01000 4PO 00000 8NC 00010 CXT 000001WT 26000 5TY 00002 8PT 00000 CSE 010001TI 00976 5CS 00000 8RP 00010 CWT 260001MI 00001 5AL 00004 8RD 00500 CTI 009761NC 00010 5XT 00000 8LA 00020 CMI 000011PT 00000 5SE 01000 8PO 00000 CNC 000101RP 00010 5WT 26000 9TY 00002 CPT 000001RD 00500 5TI 00976 9CS 00000 CRP 000101LA 00020 5MI 00001 9AL 00004 CRD 005001PO 00000 5NC 00010 9XT 00000 CLA 00020

CPO 00000

49

mlan protocol manual - maguire · web view0 and 1 command code 2 and 3 variable 1 4 and 5 variable...

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