Milltronics CVCC Manuál s instrukcemi

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Strany 1 - BUFFERED INTERFACE CONVERTER

BIC-II BUFFERED INTERFACE CONVERTERInstruction ManualPL-371January 199633453710Rev 3.0

Strany 3 - TABLE OF CONTENTS

SPECIFICATIONSBIC-IIPower : » 100/115/200/230 V ± 15% jumper selectable» 50/60 Hz, 50 VAPower Fuse : » 2/10 amp MDL Slo-Blo Products : » BIC mode

Strany 4 - APPENDICES

Protocol : » Host / BIC II : » ASCII messages, 7 bit word, even parity, one stop bit.» ASCII messages, 8 bit word, no parity, one stop bit.» P

Strany 5 - WIRING FORMATS

INSTALLATIONBIC-IIThe BIC-II should be mounted in an area that will allow operation within the specified operating temperaturerange and that is suitab

Strany 7 - GENERAL INFORMATION

START UPHARDWARE SET UPHOST / MILLBUS BAUD RATEDetermine the serial communication baud rate of the host computer orPLC and open the SW 1 contact (1-5)

Strany 8 - Interface

OPERATING MODE› SW 2 - 6 : set contact to correspond to the desired protocol. › BIC : may be used when replacing a BIC with a BIC-II(refer to Func

Strany 9

FUNCTIONALSERIAL COMMUNICATIONIn general, Milltronics products designed for serial communication transmit data over a bipolar current loop.This format

Strany 10

MODBUS MODEThis mode permits the BIC-II to operate as a Modbus ASCII slave device. By utilizing register mappingsimilar to that used by most PLC’s, t

Strany 11 - SPECIFICATIONS

NETWORKING MULTIPLE BIC-II’sWhen communication with more products than a single BIC-II can support is desired, up to 31 BIC-II’s may beinterconnected

Strany 14

APPLICATIONSThe following examples illustrate the most common applications to which the BIC-II may be applied. Refer tothe example which best resemble

Strany 15 - START UP

BIC REPLACEMENT - EXAMPLEA BIC utilized for communication between an AiRanger DPL and a host device is to be replaced by a BIC-II.Disconnect the BIC a

Strany 16 - POWER UP

MULTIPLE BIC-II’s - EXAMPLEA communication network is to be established which will require a PLC to communicate with 2 AiRanger IV’s set to 9600 baud

Strany 18

BIC PROTOCOL This is the protocol utilized when a BIC-II is operating in the BIC mode, as an interface between a host deviceand a Milltronics product

Strany 19 - NETWORKING MULTIPLE BIC-II’s

DATA FIELD DESCRIPTIONS For instruction purposes, messages are divided into a number of data fields. By identifying data fields, eachsection of the me

Strany 20

BIC-II MESSAGESThe following messages may be transmitted from the host to instruct the BIC-II to perform the operationspecified. The ASCII characters

Strany 21 - APPLICATIONS

RESETReset may be used to reset the BIC-II to the factory BIC mode software setup. When a Reset message istransmitted from the host, the BIC-II resets

Strany 22 - BIC REPLACEMENT - EXAMPLE

FORMATThis message may be transmitted from the host to instruct the BIC-II to alter the format of the productmessage. (Refer to Product Messages).Form

Strany 23 - MULTIPLE BIC-II’s - EXAMPLE

TABLE OF CONTENTSTITLE PAGE #GENERAL INFORMATIONAbout This Manual 1 - 1About The BIC II 1 - 1Features 1 - 3SPECIFICATIONSBIC II 2 - 1Cabling 2 - 2INST

Strany 24

PRODUCT MESSAGES Product Messages refers to messages which may be received by the host from the BIC-II in response to aRAM Table Request or FIFO Buffe

Strany 25 - BIC PROTOCOL

AIRANGER XPL When the BIC-II is in the AiRanger mode (factory setting), the AiRanger XPL, XPL Plus or DPL PlusMeasurement message (MT00) will be as fo

Strany 26 - DATA FIELD DESCRIPTIONS

ALTERNATE FORMAT When the Format message is transmitted from the host to the BIC-II, an AiRanger IV or AiRanger DPLmeasurement (MT00) is altered by th

Strany 27 - BIC-II MESSAGES

BIC-II PROTOCOLThis is the protocol utilized when the BIC-II is operating in the BIC-II mode, as an interface between the hostdevice and Milltronics p

Strany 28

MESSAGESThe following diagrams illustrate messages that can be used when communicating under specific conventionand to specific products.DATA FIELD DE

Strany 29

SOM (Start Of Message) This field contains the Host/BIC-II start of message character. ASCII character = STX (normally generated by simultaneously

Strany 30 - PRODUCT MESSAGES

MSG (Product Message)Contains the message received from (or in some cases, transmitted to) the product connected to the BIC-IIproduct port. The type

Strany 31

STOPIdentifies the number of stop bits that will be utilized in each byte of the messages received from (ortransmitted to) the product connected to th

Strany 32

SOFTWARE SET UPEach product port must be set up to identify the structure and sequence of the messages that will be receivedfrom the Milltronics produ

Strany 33 - BIC-II PROTOCOL

DUPLEX PORT INITIALIZATIONThis message prepares a BIC-II port to communicate with a product utilizing duplex convention. Data ASCII ExampleField Chara

Strany 34

BIC PROTOCOLSimplex Convention 7 - 1Data Field Descriptions 7 - 2Software Set Up 7 - 2BIC-II Messages 7 - 3Product Messages 7 - 6BIC-II PROTOCOLConven

Strany 35

The response received will consist of the following data fields :SOM ➟ BIC-II I.D. ➟ PORT ➟ MSG ➟ EOMThe contents of the MSG field will be equal to th

Strany 36

SELF TESTThis message instructs the BIC-II to perform an on-line self test and return the results.Data ASCII ExampleField Character Description SOM S

Strany 37

PRODUCT MESSAGES Product messages transmitted from the Host to the BIC-II must be in the following format :SOM ➟ BIC-II I.D. ➟ PORT ➟ MSG ➟ EOMThe BIC

Strany 38

MODBUS PROTOCOLGENERALIn recent years, Modbus has become an industry standard communications protocol for PLC’s(Programmable Logic Controllers) and DC

Strany 39

BIC-II GENERAL REGISTERSSelf TestThe BIC-II Self Test is an on-line self diagnostic feature which checks and reports on the health of the BIC-IIhardwa

Strany 40 - Field Character Description

Port InitializationA Port Initialization prepares the BIC-II to communicate with a Milltronics product. Write a Port Initializationmessage for each BI

Strany 41

Hold ConditionRead the HOLD CONDITION register frequently during normal operation. A product HOLD occurs whenevera simplex convention product is taken

Strany 42

REGISTERS When a Port Initialization configures a BIC-II product port to suit an AiRanger XPL, XPL Plus or DPL Plus, theproduct data registers (read o

Strany 43

Air Temperature RegistersAiRanger XPL, XPL Plus and DPL Plus Air Temperature registers contain a value derived from the airtemperature measurement for

Strany 44

AIRANGER DPL REGISTERSWhen a Port Initialization configures a BIC-II product port to suit an AiRanger DPL, the product data registers(read only) are a

Strany 45

FIGURESFig. 1 Outline and Mounting 12 - 1Fig. 2 BIC-II Layout 12 - 2WIRING FORMATSFig. 3A BIC-II / AiRanger XPL Interconnection 12 - 3Fig. 3B BIC-II /

Strany 46 - BIC-II PRODUCT DATA REGISTERS

Reading Registers AiRanger DPL Reading registers contain the measurement display value. Two registers are used for thereading associated with each poi

Strany 47

AIRANGER IV READ ONLY REGISTERSWhen a Port Initialization configures a BIC-II product port to suit an AiRanger IV, the product data registersare assig

Strany 48

Reading Registers AiRanger IV Reading registers (read only) contain the measurement display value. Two registers are used forthe reading associated wi

Strany 49

LIQUIDRANGER READ ONLY REGISTERSWhen a Port Initialization configures a BIC-II product port to suit a LiquidRanger, the product data registersare assi

Strany 50

Reading Registers LiquidRanger Reading registers (read only) contain the measurement display value. Two registers are usedfor the reading associated w

Strany 51

COMPUX WRITE ONLY REGISTERSWhen a Port Initialization configures a BIC-II product port to suit a CompuScale or CompuFlo seriesintegrator, several writ

Strany 53

TROUBLESHOOTINGSELF TESTThe BIC-II is capable of performing two levels of automatic self diagnostic tests upon initial power up; Normal,and Test. The

Strany 54

TESTThe BIC-II performs more extensive circuitry tests and then awaits the operator to perform a DIP switch andLED test. Set the BIC-II, board A, swit

Strany 55

BIC-II TEST DISKThe BIC-II Test Disk (copyright Milltronics 1991) communication test program operates under MS-DOS. Thisprogram tests communication be

Strany 57

96/01/09BIC-II MODBUS PROTOCOL REGISTER MAPPORT REGISTER XPL DPL AIR4 LIQUID COMPUX DPL Plus XPL Plus 1 * STATUS 40001-40010 40001-40006 40001-4

Strany 58 - NORMAL OPERATION

96/01/09BIC-II MODBUS PROTOCOL REGISTER MAPPORT REGISTER XPL DPL AIR4 LIQUID COMPUX DPL Plus XPL PLus 4 * STATUS 43001-43010 43001-43006 43001-43120

Strany 59 - BIC-II TEST DISK

PLC REQUIREMENTSAs Programmable Logic Controllers continue to revolutionize the process control industry, new andinnovative ideas become reality very

Strany 60 - PL-371 11 – 2

ASCII / HEXADECIMAL / BINARY CONVERSION CHARTSTX = start of text LF = line feed CR = carriage return. = decimal point ---- = not applicableASCII ASCII

Strany 61 - PL-371 11 – 3

OUTLINE AND MOUNTING172 mm(6.8")lid screws( 6 places )91 mm(3.6")16 mm(0.6")suitable location for conduit entrances(water tight conduit

Strany 62 - PLC REQUIREMENTS

BIC-II LAYOUT96/01/09FIG. 2PL-371 12 – 2

Strany 63 - . = decimal point

WIRING FORMATSBIC-II / AiRanger XPL Interconnection1. BIC-II, ports 1-6, Rx input is non-polarized.2. Refer to instruction manual PL-336 for wiring o

Strany 64 - OUTLINE AND MOUNTING

WIRING FORMATS (cont’d)BIC-II / AiRanger DPL Interconnection1. BIC-II, ports 1-6, Rx input is non-polarized.2. Refer to instruction manual PL-295 fo

Strany 65 - BIC-II LAYOUT

WIRING FORMATS (cont’d)BIC-II / AiRanger IV Interconnection1. BIC-II, ports 1-6, Rx input is non-polarized.2. Refer to instruction manual PL-250 for

Strany 66

WIRING FORMATS (cont’d)BIC-II / LiquidRanger Interconnection1. BIC-II, ports 1-6, Rx input is non-polarized.2. Refer to instruction manual PL-270 fo

Strany 67 - WIRING FORMATS (cont’d)

GENERAL INFORMATIONABOUT THIS MANUALIt is essential that this instruction manual be referred to during the installation and start up of the Milltronic

Strany 68

WIRING FORMATS (cont’d)BIC-II // CompuScale IIA / CompuFlo Interconnection1. BIC-II, ports 1-6, Rx input is non-polarized.2. Refer to instruction ma

Strany 69

WIRING FORMATS (cont’d)BIC-II / OCM-II Interconnectionto other productsas required1. BIC-II, ports 1-6, RX input is non-polarized.2. Refer to instru

Strany 70

WIRING FORMATS (cont’d)MillBus / Multiple BIC-II Interconnection1. One 100 Ω MillBus loop termination resistor is supplied with each BIC-II. For sin

Strany 71

WIRING FORMATS (cont’d)BIC-II / AiRanger XPL Plus Interconnection1. BIC-II, ports 1-6, Rx input is non-polarized.2. Refer to instruction manual PL-4

Strany 72

WIRING FORMATS (cont’d)BIC-II / AiRanger DPL Plus Interconnection1. BIC-II, ports 1-6, Rx input is non-polarized.2. Refer to instruction manual PL-4

Strany 73

WIRING FORMATS (cont’d)Host Interconnection* The interface BIC-II must have the indicated jumpers removed. Refer to MillBus / Multiple BIC-II Interc

Strany 74 - FIG. 3 I

WIRING FORMATS (cont’d)Power Wiring Detail1. All wiring must be done in conjunction with approved conduit, boxes and fittings and to procedures in ac

Strany 75 - FIG. 3J

AiRanger IVAiRangerXPLAiRanger DPLComputerPLCCVCCLiquidRangerOCM IICompuscale / CompuFloIntegratorORBIC-IITypical BIC-II Communication Network Product

Strany 76

FEATURES✓ The BIC-II MillBus substantially reduces cable requirements when communication with several Milltronicsproducts is required.✓ Auto Polarity

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