História stránky

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typy_verzie
Supported device types and versions

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The protocol supports the communication with devices ELCOR-2 and microELCOR-2 (made by company ELGAS) that recalculate a gas quantity., microELCOR-2, ELCORLite, miniELCOR,and ELCORplus devices (made by the ELGAS company ) that recalculate a gas quantity.

When communication is established, the current device configuration is read. From it, for each configured object (identified by the "Name" field), its address ("ID" field) necessary for the configuration of the I/O tag and the object type ("Object type" field) can be determined. Example of a reading:

--> :  2. ( 263)RECORD_TYPE_30
Length        : 75
Object type   : 30
Number        : 0
ID            : 1
Adr_inCurrent : 6
Adr_inArchiv  : 10
BitControl    : 155-DATA,DAY,INVOICE,METROL,
Name          : Pressure p1
Unit          : bar
Digit         : 8.697641897E-05
Offset        : 0
Low_Limit     : 0.80000001192093
High_Limit    : 5.1999998092651
Serial Nr     : 1986200392
ErrBit(T_ERR_CURRENT) offset=1076
ErrBit(T_ERR_BIN_ARC) offset=94
ErrBit(T_ERR_DAT_ARC) offset=0
AdrRec inCur  : 10
AdrRec inMonth: 0
Nr of Pattern : 0
Tithe         : v

The following object types are currently supported:

Object type	Description
30	Analog value (unsigned short)
31	Binary (bit)
32	Counter (unsigned long)
33	Counter - normalized (double float)
34	Flow (float)
35	Flow - normalized (float)
36	Conversion factor (float)
45	Counter - default (unsigned long)
46	Counter - normalized default (double float)
47	Compressibility (float)
49	Counter - correctional (unsigned long)
53	Counter (double float)
54	Counter - default (double float)
61	Device error (bit)
62	Sum of alarms (bit)
64	Code of input (bit)
65	Timer (unsigned long)
70	Setpoint (bit ?)
74	Compressibility Z (float)
75	Compressibility Zb (float)
80	Analog statistical quantity (unsigned short)
81	Counter - statistical (unsigned long)
82	Counter - recalculated statistical (unsigned long)
83	Statistical quantity of flow/compressibility/recalc.number (float)

Kotva
komunikacna_linka
komunikacna_linka
Communication line configuration

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The asynchronous transmission parameter parameters are set according to the setting of a specific device.

Kotva
komunikacna_stanica
komunikacna_stanica
Communication station configuration

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Communication protocol: Elcor ELGAS-2 (CP II).
Station address:
Node address: value in the range of 0 to 65535.

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- Address: meter address, a value in the range of 0 to 255.
- If

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- both addresses are 0, the device must answer obligatorily.

Password for reading: maximum of 6 characters is allowed if the password is set in the device (only ELCOR-2 only).

Station protocol parameters

Configuration dialog box - tab „Parameters".
They influence some optional parameters of the protocol. Following The following station protocol parameters can be set:

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Full name

Meaning

Unit

Default value

Kotva

	devt
	devt

Device Type

Selection of device type.

ELCOR-2 or microELCOR-2

ELCOR-2

Kotva

	rc
	rc

Retry Count

Delay The delay between request retry retries in case of a communication failure.

3

Kotva

	wft
	wft

Wait First Timeout

Delay after sending the request before reading the response.

ms

100 ms

Kotva

	wt
	wt

Wait Timeout

Delay The delay between response readings till its completinguntil it is completed.

ms

100 ms

Kotva

	mwr
	mwr

Max. Wait Retry

Retry count of response reading till its completinguntil it is completed.

30

Kotva

	srdtm
	srdtm

Static Data Read Period

Static Period of reading static - configuration data read period (only microELCOR-2 only).

min

60 min

Kotva

	hardp
	hardp

Hourly Archive Periodic Reading

A period for the reading value of hourly archives (0-60 min). Value 0 disables the reading.

min

0 min

Kotva

	wusl
	wusl

Wake Up Sequence Length

Length of 'wake-up' of data sequence, which is entered sent before the call request after a longer communication pause.

0 .. 50 bytes

25 bytes

Kotva

	wueq
	wueq

Wake Up Each Query

Insert 'wake-up' data sequence before each queryrequest.

YES/NO

NO

Kotva

	wuch
	wuch

Wake Up Character

Form 'wake-up' data sequence from the specified characters that has this value.

0 .. 255

255

Kotva

	ga
	ga

Group Source Address

Group source address (address of the D2000 KOM process).

0 .. 65535

0

Kotva

	sa
	sa

Source Address

Source address (address of the D2000 KOM process).

0 .. 255

0

Full Debug

High A high level of communication tracking, the loaded received values of I/O tags and other debug information are is shown.

YES/NO

NO

Kotva
merany_bod
merany_bod
I/O tag configuration

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Possible value types of I/O tags: Di, Ai, Ci, TxtI, TiA.

Device The ELCOR-2 device

Table 2 contains the list of the main parameters of the device.
Tables 3 to 8 contains the list of variable configuration and informative data according to the parameter type. DESC(ind) parameter represents the common data of all parameters. It describes the quantity. The current value of quantity can be acquired by the configuration of the I/O tag with numerical address - index ind (number from 1 and morehigher). To find out the technical units - configure text of I/O tag with the address UNIT(ind).

Table 2 - Device parameters - Main device parameters

Object description	Value type	Address	Units
Serial The serial number of the device	Ci, TxtI	SN
Referential temperature	Ai	TB	°C
Referential pressure	Ai	PB	kPa
Firmware version	TxtI	FW
Station name	TxtI	DESC
CO2 concentration	Ai	TAB(0)	%
N2 concentration	Ai	TAB(1)	%
Heat of combustion	Ai	TAB(2)	MJ/m3
Relative density	Ai	TAB(3)
H2 concentration	Ai	TAB(4)	%
H2S concentration	Ai	TAB(5)	%
He concentration	Ai	TAB(6)	%
H2O concentration	Ai	TAB(7)	%
O2 concentration	Ai	TAB(8)	%
Ar concentration	Ai	TAB(9)	%
CO concentration	Ai	TAB(10)	%
C1H4 concentration	Ai	TAB(11)	%
C2H6 concentration	Ai	TAB(12)	%
C3H8 concentration	Ai	TAB(13)	%
iC4H10 concentration	Ai	TAB(14)	%
nC4H10 concentration	Ai	TAB(15)	%
iC5H2 concentration	Ai	TAB(16)	%
nC5H2 concentration	Ai	TAB(17)	%
C6H14 concentration	Ai	TAB(18)	%
C7H16 concentration	Ai	TAB(19)	%
C8H18 concentration	Ai	TAB(20)	%
C9H20 concentration	Ai	TAB(21)	%
C10H22 concentration	Ai	TAB(22)	%

Table 3 - Device parameters - Analogue parameter Analog values

Object description	Value type	Address
Analogue parameter Analog value - transducer serial No.	TxtI, Ci	SN(ind)
Analogue parameter Analog value - the upper limit of measuring range	Ai	HL(ind)
Analogue parameter Analog value - the lower limit of measuring range	Ai	LL(ind)
Analogue parameter Analog value - technical units	TxtI	UNIT(ind)
Analogue parameter Analog value - name	TxtI	DESC(ind)

Table 4 - Device parameters - Counter

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Object description	Value type	Address
Standard flow rate - primary flow number	Ci	CNT(ind)
Standard flow rate - calculation number	Ci	CLC(ind)
Standard flow rate - technical units	TxtI	UNIT(ind)
Standard flow rate - name	TxtI	DESC(ind)

...

The microELCOR-2 device

Address As an address of the I/O tag can be , also the data from column "Address" or "Default Alternate address" columns can be used.

Table 9 - Actual values

Object description	Value type	Address	Default address	Units
Primary volume	Ai	OH.1	V	m3
Standard volume	Ai	OH.2	VN	Nm3
Error primary volume	Ai	OH.3	VEST	m3
Error standard volume	Ai	OH.4	VNEST	Nm3
Primary flow rate	Ai	OH.5	Q	m3/hour
Standard flow rate	Ai	OH.6	QN	Nm3/hour
Compressibility ratio	Ai	OH.7	K
Actual pressure	Ai	OH.8	P	kPa
Actual temperature	Ai	OH.9	T	K
Calculation number	Ai	OH.10	Z
Device temperature	Ai	OH.11	TPR	°C
Operating value - rest (only in VF input)	Ai	OH.12	VZB

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Object description	Value type	Address	Default address	Units
Type + serial number	TxtI	SE.1	VCE
Serial The serial number of the temperature sensor	TxtI	SE.2	VCT
Serial The serial number of the pressure transducer	TxtI	SE.3	VCP
Version SW+HW	TxtI	SE.4	VER
Customer number	TxtI	SE.5	CZ
Serial The serial number of the gas meter	TxtI	SE.6	PVC
Network address	TxtI	SE.7	ADR
Constant of gas meter	Ci	SE.8	KP	0=1, 1=0.1, 2=0.01, 6=100, 7=10
Measuring interval	Ci	SE.9	IM
Interval of data sending through a serial line	Ci	SE.10	IV
Start hour of the gas day	Ci	SE.11	CD
Start of measurement	TiA	SE.12	DSM
Date and time of the device	TiA	SE.13	DAT
Battery capacity	Ci	SE.14	BAT	%
Actual status	TxtI	SE.15	OS
Configuration bytes	TxtI	SE.16	KB
Communication rate The communication speed of a serial numberline	Ci	SE.17	RK	4=4800, 5=9600, 6=19200
CRC 51	Ci	SE.18	C1
CRC MSP 430	Ci	SE.19	C2
CRC EEPROM1	Ci	SE.20	C3
CRC EEPROM2	Ci	SE.21	C4
CRC EEPROM3	Ci	SE.22	C5
Battery voltage	Ai	SE.23	UPRHEX	V
Display configuration	Ci	SE.24	KDIS
Bits of permission to write the items	TxtI	SE.25	W_RUN
Customer's region	TxtI	SE.26	REGION
Saving interval in the hourly archive	Ci	SE.27	IU
Quantity of diff. pulses between IMP and IMP1	Ci	SE.28	IMP1_PI	0=off, 255=on permanently
Input pulse ratio	Ci	SE.32	I_V_DP
Bits of record write permission in RUN by a user	Ci	SE.33	WU_RUN
Actual status 2	Ci	SE.34	OS2
Setting The setting of pulse ratio of gas meter VF on m3	Ci	SE.35	KPVF

...

Object description	Value type	Address	Default address	Units
Base pressure	Ai	PA.1	PN	kPa
Base temperature	Ai	PA.2	PT	°C
Default pressure	Ai	PA.3	PEST	kPa
Default temperature	Ai	PA.4	TEST	°C
Default compressibility level	Ai	PA.5	SK
Min. pressure limit	Ai	PA.6	PMIN	kPa
Max. pressure limit	Ai	PA.7	PMAX	kPa
Min. temperature limit	Ai	PA.8	TMIN	°C
Max. temperature limit	Ai	PA.9	TMAX	°C
Limit of max. flow rate	Ai	PA.10	QMAX	m3/hour
Method of compressibility calculation	Ci	PA.11	MK
CO2 concentration	Ai	PA.12	KCO2	%
N2 concentration	Ai	PA.13	KN2	%
H2 concentration	Ai	PA.14	KH2	%
Relative density	Ai	PA.15	KD	%
Heat of combustion	Ai	PA.16	KHON	kWh/m3

Table 12 - MinimaMinimums/maximamaximums

Object description	Value type	Address	Default address	Technical units
Pressure under rangeunder the limit	Ai	MI.1	PMMIN	kPa
Time of pressure under rangethe limit	TiA	MI.2	DPMMIN
Pressure above rangeabove the limit	Ai	MI.3	PMMAX	kPa
Time of pressure above rangeabove the limit	TiA	MI.4	DPMMAXTemperature under range
The temperature under the limit	Ai	MI.5	TMMIN	°C
Time of temperature under rangeunder the limit	TiA	MI.6	DTMMIN
Temperature above rangeabove the limit	Ai	MI.7	TMMAX	°C
Time of temperature above rangeabove the limit	TiA	MI.8	DTMMAX
Flow rate above rangeabove the limit	Ai	MI.9	QMMAX	m3/hour
Time of flow rate above rangeabove the limit	TiA	MI.10	DQMMAX
Time of reset time (minima/maxima)of minimums/maximums	TiA	MI.11	DNUL

Parameters and minimaand minimums/maxima maximums are read in a period which is set in protocol parameter value by the Static Data Read Period protocol parameter.

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Literature

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Ver. 1.0 - April 22th, 2009 - creating the creation of the document.

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title	Related pages:

Communication protocols

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Supported device types and versions

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komunikacna_linka
Communication line configuration

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komunikacna_stanica
Communication station configuration

Station protocol parameters

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I/O tag configuration

The microELCOR-2 device

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Literature

Strom stránky

História stránky

Porovnávané verzie

Stará verzia 2

Nová verzia Aktuálny

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Kotvatypy_verzietypy_verzieSupported device types and versions

Kotvakomunikacna_linkakomunikacna_linkaCommunication line configuration

Kotvakomunikacna_stanicakomunikacna_stanicaCommunication station configuration

Station protocol parameters

Kotvamerany_bodmerany_bodI/O tag configuration

The microELCOR-2 device

KotvaliteraturaliteraturaLiterature

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typy_verzie
Supported device types and versions

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komunikacna_linka
Communication line configuration

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komunikacna_stanica
Communication station configuration

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merany_bod
I/O tag configuration

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Literature