MacBAT IV Gas volume converter - Plummac · MacBAT IV Data structure Document edition: 07 January 2017 2 1. Data sending in GAZ-MODEM protocol Using GAZ-MODEM protocol there is possibility

MacBAT IV Gas volume converter

DATA STRUCTURE

PROGRAM VERSION: 1603

PROGRAM SERIES: 005.xx

HARDWARE VERSION: 2.1.0

DOCUMENT EDITION: 07

JANUARY 2017

MacBAT IV

Data structure

Document edition: 07

January 2017

2

1. Data sending in GAZ-MODEM protocol

Using GAZ-MODEM protocol there is possibility to send measured data, registered data, information about registered alarms and current time.

MacBAT IV uses all of standard transmission commands according to GAZ-MODEM and GAZ-MODEM2 protocols and group of registers

readout command in ModBUS RTU.

1.1. Current measured data

These are current values of variables and constants from measurements, computed using algorithm and saved as algorithm’s constant. There

is possibility to readout of following data:

No. Name of

parameter Description Exponent Unit

Type of variable

0 Vb0 Volume counter at base conditions divided on 2 numbers SHORT REAL type (Vb=104·Vb1+Vb0);

0 m3 short

1 Vb1 4 m3 short

2 Qb Flow rate at base conditions; 0 m3/h short

3 Qm Flow rate at measurement conditions; 0 m3/h short

4 --- ---

5 p1 Current gas pressure value - input p1; 0 kPa short

6 t Current gas temperature value – input t; 0 'C short

7 p2 Current gas pressure value - input p2; 0 kPa short

8 tamb Current value of ambient temperature; 0 'C short

9 Qm min Measuring range of gas meter;

0 m3/h short

10 Qm max 0 m3/h short

11÷12 --- ---

13 p1 min Measuring range of input p1;

0 kPa short

14 p1 max 0 kPa short

15 t min Measuring range of input t;

0 'C short

16 t max 0 'C short

17 p2 min Measuring range of input p2;

0 kPa short

18 p2 max 0 kPa short

19 tamb min Range of ambient temperature;

0 'C short

20 tamb max 0 'C short

21 LF factor Weight of LF pulses; 0 m3/imp short

22÷39 --- --- short

40 C Conversion factor; 0 short

41 K1 Compression factor; 0 short

42 --- --- short

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43 rom Gas density at measurement conditions; 0 kg/m3 short

44 Batt. Battery charge; 0 % short

45 ETL Estimated life time on battery mode; 0 day short

46 dEh Hourly increment of energy; 0 kWh short

47 dVbh Hourly increment of volume at base conditions; 0 m3 short

48 eph Expected increment of hourly increment of volume dVbh in current hour; 0 m3/h short

49 --- --- 0 short

50 R1 Current value of parameter – reserve input 1; 0 short

51 R2 Current value of parameter - reserve input 2; 0 short



54÷61 --- --- short

62 C Conversion factor; 0 short

63 Zb Compression factor at base conditions; 0 short

64 --- --- 0 short

65 rom Gas density at measurement conditions; 0 kg/m3 short

66 rob Gas density at base conditions; 0 kg/m3 short

67 ph Peak hour in current gas day; 0 m3/h short

68 Hs Superior calorific value (at base conditions: T1, Tb, pb); 0 MJ/m3 short

69 --- --- 0 short

70 Vb0 Volume counter at base conditions divided on 2 numbers SHORT REAL type (Vb=104·Vb1+Vb0);

0 m3 short

71 Vb1 4 m3 short

72 dVb Increment of volume at base conditions; 0 m3 short

73 dVm Increment of volume at measurement conditions; 0 m3 short

74 Vm0 Volume counter at base conditions divided on 2 numbers SHORT REAL type (Vm=104·Vm1+Vm0);

0 m3 short

75 Vm1 4 m3 short

76 dtau Registration period; 0 min short

77÷103 --- --- short

104 l R2 Configuration of reserve limits 2 (l- lower, u – upper);

0 short

105 u R2 0 short

106 HF/LF Current value of ratio HF/LF; 0 short

107 t HF/LF Permissible deviation of HF/LF ratio from programmed value l HF/LF; 0 % short

108 l Qb

Configuration of parameters limits (l- lower, u – upper);

0 m3/h short

109 u Qb 0 m3/h short

110 l Qm 0 m3/h short

111 u Qm 0 m3/h short

112 l p1 0 kPa short

113 u p1 0 kPa short

114 l t 0 'C short

115 u t 0 'C short

116÷117 --- short

118 l p2 0 kPa short

119 u p2 0 kPa short

120 l R1 0 short

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121 u R1 0 short

122 l R2 0 short

123 u R2 0 short

124 l R3 0 short

125 u R3 0 short

126 l R4 0 short

127 u R4 0 short

128 S act State of signaling inputs (presented as bits of the most significant byte of number); 0 dword

129 OC act State of OC outputs (presented as bits of the most significant byte of number); 0 dword

130÷140 --- --- short

All of records with current value and archival value of measuring data, are sent with status byte (description in Transmission protocols).

If parameter with specific index is not available in device, random value with status 0 is sent.

1.2. Registered data

Registered data – in GAZ-MODEM protocol are sending in following sequence: Index Name of parameter Description Exponent Unit Type of variable

0 dVb Increment of volume at base conditions; 0 m3 short

1 dVm Increment of volume at measurement conditions; 0 m3 short

2 p1 Gas pressure - input p1; 0 kPa short

3 t Gas temperature – input t; 0 °C short

4 --- --- short

5 p2 Gas pressure - input p2; 0 kPa short

6 tamb Ambient temperature of device; 0 °C short

7 R1 Reserve input 1; 0 short

1.3. Daily data

MacBAT IV allows readout of daily data (state of Vb counter at billing hour) in GAZ-MODEM1 protocol.

The way of daily data readout (examples of frames) was presented in Transmission protocols. Value of daily data is sent in “pascal-real” type

(6- bytes floating point type). There is also possibility to readout daily data in GAZ-MODEM3 protocol. They are presented in DP table with identifier

“D” in “Additional information” column.

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2. Hourly, monthly and billing data

Additionally, the device logs archival data with hourly period, monthly period and billing period (currently equal to monthly period). Data can

be accessed with device’s display. Registered parameters are: Index Name of parameter Description

0 Vb Volume counter at base conditions;

3 E Energy counter;

255 Vbe Emergency volume counter at base conditions;

256 Ee Emergency energy counter;

3. ModBUS RTU protocol

Device is equipped with ModBUS RTU protocol, which allows to readout current values of registers. Data are sending in 1-2-3-4 format. Address

of device used in ModBUS RTU protocol is value modulo 256 of GAZ-MODEM address. Numbers of sending registers are available in DP table of GAZ-

MODEM2 protocol presented below.

More details of protocol is in Transmission protocols.

4. GAZ-MODEM2 protocol

4.1. Table of available parameters – DP table

Legend:

1 – number of parameter (DP index);

2 – name of parameter;

3 – description of parameter;

4 – exponent, correct value of parameter equal readout value multiply by 10w;

5 – unit;

6 – additional information: M: modifiable parameter; R: parameter registered with registration period; O: parameter, which is destined to readout; D: parameter registered daily; Additional is described type of parameter (long – long real, short – short real, dword, word, byte, boolean, string);

7 – parameter is protected by hardware lock PROG (state of lock: DP:137, lock CFG);

8 – parameter is protected by metrological lock (state of lock: DP:386, lock MET);

9 – modification of the parameter is significant change of configuration;

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10 – calculation method of registered parameter and its status: Av: average value from registration period; C: momentary value in moment of registration; Su: sum of increments from registration period; Max: maximum value from registration period; Min: minimum value from registration period;

11 – level of privileges; U1 – required privileges of level USER-001; U0 – required privileges of level USER-000; S – required privileges of authorized service personnel; P – required privileges of producer; I – required privileges of inspector; M – required privileges of authorized metrological personnel.

12 – numbers of registers in ModBUS RTU protocol.

1 2 3 4 5 6 7 8 9 10 11 12

0 Vb Volume counter at base conditions; 0 m3 DRO ^long C 5000>...>5003

1 Vm Volume counter at measurement conditions; Range of programming: 0..1e+11; 0 m3 RMO ^long 1 C U0, S, P 5004>...>5007

2 V2 Control volume counter at measurement conditions; 0 m3 O ^long 5008>...>5011

3 E Energy counter; 0 kWh DRO ^long C 5012>...>5015

4 M Mass counter; 0 kg O ^long 5016>...>5019

5 Qb Flow rate at base conditions; 0 m3/h O ^short 5020>5021

6 Qm Flow rate at measurement conditions; 0 m3/h O ^short 5022>5023

7 QE Energy flow rate; 0 kW O ^short 5024>5025

8 QM Mass flow rate; 0 kg/h O ^short 5026>5027

9 dVb Increment of volume at base conditions for measurement period (sum of increments Vb (DP:0)

and Vbe (DP:255)) ; 0 m3 DRO ^long Su 5028>...>5031

10 dVm Increment of volume at measurement conditions; 0 m3 RO ^long Su 5032>...>5035

11 dV2 Increment of volume at measurement conditions using HF input; 0 m3 O ^long 5036>...>5039

12 dE Increment of energy for measurement period (sum of increments E (DP:3) and Ee (DP:256)); 0 kWh DRO ^long Su 5040>...>5043

13 dM Increment of mass for measurement period (sum of increments M (DP:4) and Me (DP:257)); 0 kg O ^long 5044>...>5047

14 dLF Increment of LF pulses for measurement period; 0 imp O ^dword 5048>5049

15 dHF Increment of HF pulses from measurement period; 0 imp O ^dword 5050>5051

16 p1 Current value of gas pressure p1; 0 kPa RO ^short Av 5052>5053

17 t Current value of gas temperature t; 0 °C RO ^short Av 5054>5055

18 p2 Current value of gas pressure p2; 0 kPa RO ^short Av 5056>5057

19 R_Pt100 Resistance of sensor Pt100; 0 Ohm O ^short 5058>5059

20 tamb Current value of ambient temperature tamb; 0 °C RO ^short Av 5060>5061

21 Batt. Current battery level; Range of programming: 0..100; 0 % RMO ^short 1 C S, P 5062>5063

22 ETL Estimated unit running time on battery mode; 0 day O ^short 5064>5065

23 V_info Service parameter; 0 V RO ^short Min 5066>5067

24 --- --- 0 O ^short Max 5068>5069

25 Solar batt. Service parameter; 0 MO ^boolean U1, U0, S, P 5070

26 R1 Current value of parameter from reserve input R1; 0 RO ^long Av 5071>...>5074

27 R2 Current value of parameter from reserve input R2; 0 O ^long 5075>...>5078



30 Hi Inferior calorific value; 0 MJ/m3 O ^long 5087>...>5090

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31 Zb Compressibility factor at base conditions; 0 O ^long 5091>...>5094

32 Z Compressibility factor at measurement conditions; 0 O ^long 5095>...>5098

33 K1 Relative compressibility factor; K1 = Z / Zb; Range of programming: 0.001..2; 0 RMO ^long Av U0, S, P 5099>...>5102

34 C Conversion factor (calculations for base conditions); 0 RO ^long Av 5103>...>5106

35 --- --- 0 O ^long 5107>...>5110

36 --- --- 0 O ^long 5111>...>5114

37 --- --- 0 O ^long 5115>...>5118

38 --- --- 0 O ^long 5119>...>5122

39 --- --- 0 O ^short 5123>5124

40 G n Permissible deviation of total sum of gas components from the 100%; Range of programming:

0..0.01; 0 % MO ^short U0, S, P 5125>5126

41 W Wobbe index; W = Hs/sqrt(d); 0 MJ/m3 O ^long 5127>...>5130

42 rom Gas density at measurement conditions; 0 kg/m3 O ^long 5131>...>5134

43 rob Gas density at base conditions; 0 kg/m3 O ^long 5135>...>5138

44 conf_algZ Algorithm of compressibility factor; Range of programming: 0-AGA8-92DC, 1-MGERG88, 2-SGERG88, 3-AGA8-G1, 4-AGA8-G2, 5-K1=const;

0 MO ^byte 1 U0, S, P 5139

45 Alarm ZSG Switch to generation of events connected with change of gas composition (ZD:29 and ZD:72); Range of programming: 0..1;

0 MO ^byte U0, S, P 5140

46 XH2 Molar fraction of hydrogen; Range of programming: 0..10; 0 % RMO ^long Av U0, S, P 5141>...>5144

47 XCO2 Molar fraction of carbon dioxide; Range of programming: 0..30; 0 % RMO ^long Av U0, S, P 5145>...>5148

48 XN2 Molar fraction of nitrogen; Range of programming: 0..50; 0 % RMO ^long Av U0, S, P 5149>...>5152

49 Hs Superior calorific value; Range of programming: 0..66; 0 MJ/m3 DRMO ^long Av U0, S, P 5153>...>5156

50 d Relative density; Range of programming: 0.07..1.52; 0 RMO ^long Av U0, S, P 5157>...>5160

51 C1 Molar fraction of methane; Range of programming: 50..100; 0 % MO ^long U0, S, P 5161>...>5164

52 C2 Molar fraction of ethane; Range of programming: 0..20; 0 % MO ^long U0, S, P 5165>...>5168

53 C3 Molar fraction of propane; Range of programming: 0..5; 0 % MO ^long U0, S, P 5169>...>5172

54 n-C4 Molar fraction of n-butane; Range of programming: 0..1.5; 0 % MO ^long U0, S, P 5173>...>5176

55 i-C4 Molar fraction of i-butane; Range of programming: 0..1.5; 0 % MO ^long U0, S, P 5177>...>5180

56 n-C5 Molar fraction of n-penatne; Range of programming: 0..0.5; 0 % MO ^long U0, S, P 5181>...>5184

57 i-C5 Molar fraction of i-penatne; Range of programming: 0..0.5; 0 % MO ^long U0, S, P 5185>...>5188

58 neo-C5 Molar fraction of neopentane; Range of programming: 0..0.5; 0 % MO ^long U0, S, P 5189>...>5192

59 C6+ Molar fraction of hexane and higher hydrocarbons; Range of programming: 0..0.2; 0 % MO ^long U0, S, P 5193>...>5196

60 N2 Molar fraction of nitrogen; Range of programming: 0..50; 0 % RMO ^long Av U0, S, P 5197>...>5200

61 CO2 Molar fraction of carbon dioxide; Range of programming: 0..30; 0 % RMO ^long Av U0, S, P 5201>...>5204

62 C6H14 Molar fraction of n-hexane; Range of programming: 0..0.1; 0 % MO ^long U0, S, P 5205>...>5208

63 C7H16 Molar fraction of n-heptane; Range of programming: 0..0.05; 0 % MO ^long U0, S, P 5209>...>5212

64 C8H18 Molar fraction of n-octane (sum of C8H18 +C9H20 + C10H22 in range); Range of programming: 0..0.05;

0 % MO ^long U0, S, P 5213>...>5216

65 C9H20 Molar fraction of n-nonane (sum of C8H18 +C9H20 + C10H22 in range); Range of programming: 0..0.05;

0 % MO ^long U0, S, P 5217>...>5220

66 C10H22 Molar fraction of n-decane (sum of C8H18 +C9H20 + C10H22 in range); Range of programming:

0..0.05; 0 % MO ^long U0, S, P 5221>...>5224

67 H2 Molar fraction of hydrogen; Range of programming: 0..10; 0 % RMO ^long Av U0, S, P 5225>...>5228

68 H2O Molar fraction of water; Range of programming: 0..0.015; 0 % MO ^long U0, S, P 5229>...>5232

69 H2S Molar fraction of hydrogen sulfide; Range of programming: 0..100; 0 % MO ^long U0, S, P 5233>...>5236

70 CO Molar fraction of carbon oxide; Range of programming: 0..3; 0 % MO ^long U0, S, P 5237>...>5240

71 He Molar fraction of helium; Range of programming: 0..0.5; 0 % MO ^long U0, S, P 5241>...>5244

72 Ar Molar fraction of argone; Range of programming: 0..100; 0 % MO ^long U0, S, P 5245>...>5248

73 O2 Molar fraction of oxygen; Range of programming: 0..100; 0 % MO ^long U0, S, P 5249>...>5252

74 time m.-1 Date of modification; 0 O ^string 5253>...>5264

75 login-1 Login of user, who made modification; 0 O ^dword 5265>5266

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76 XH2-1 Previous molar fraction of hydrogen; 0 % O ^long 5267>...>5270

77 XCO2-1 Previous molar fraction of carbon dioxide; 0 % O ^long 5271>...>5274

78 XN2-1 Previous molar fraction of nitrogen; 0 % O ^long 5275>...>5278

79 Hs-1 Previous superior calorific value; 0 MJ/m3 O ^long 5279>...>5282

80 d-1 Previous relative density; 0 O ^long 5283>...>5286

81 C1-1 Previous molar fraction of methane; 0 % O ^long 5287>...>5290

82 C2-1 Previous molar fraction of ethane; 0 % O ^long 5291>...>5294

83 C3-1 Previous molar fraction of propane; 0 % O ^long 5295>...>5298

84 n-C4-1 Previous molar fraction of n-butane; 0 % O ^long 5299>...>5302

85 i-C4-1 Previous molar fraction of i-butane; 0 % O ^long 5303>...>5306

86 n-C5-1 Previous molar fraction of n-pentane; 0 % O ^long 5307>...>5310

87 i-C5-1 Previous molar fraction of i-pentane; 0 % O ^long 5311>...>5314

88 neo-C5-1 Previous molar fraction of neopentane; 0 % O ^long 5315>...>5318

89 C6+-1 Previous molar fraction of hexane and higher hydrocarbons; 0 % O ^long 5319>...>5322

90 N2-1 Previous molar fraction of nitrogen; 0 % O ^long 5323>...>5326

91 CO2-1 Previous molar fraction of carbon dioxide; 0 % O ^long 5327>...>5330

92 C6H14-1 Previous molar fraction of n-hexane; 0 % O ^long 5331>...>5334

93 C7H16-1 Previous molar fraction of n-heptane; 0 % O ^long 5335>...>5338

94 C8H18-1 Previous molar fraction of n-octane; 0 % O ^long 5339>...>5342

95 C9H20-1 Previous molar fraction of n-nonane; 0 % O ^long 5343>...>5346

96 C10H22-1 Previous molar fraction of n-decane; 0 % O ^long 5347>...>5350

97 H2-1 Previous molar fraction of hydrogen; 0 % O ^long 5351>...>5354

98 H2O-1 Previous molar fraction of water; 0 % O ^long 5355>...>5358

99 H2S-1 Previous molar fraction of hydrogen sulfide; 0 % O ^long 5359>...>5362

100 CO-1 Previous molar fraction of carbon oxide; 0 % O ^long 5363>...>5366

101 He-1 Previous molar fraction of helium; 0 % O ^long 5367>...>5370

102 Ar-1 Previous molar fraction of argone; 0 % O ^long 5371>...>5374

103 O2-1 Previous molar fraction of oxygen; 0 % O ^long 5375>...>5378

104 --- --- 0 O ^short 5379>5380

105 --- --- 0 O ^short 5381>5382

106 --- --- 0 O ^short 5383>5384

107 --- --- 0 O ^short 5385>5386

108 --- --- 0 O ^short 5387>5388

109 --- --- 0 O ^short 5389>5390

110 --- --- 0 O ^short 5391>5392

111 --- --- 0 O ^short 5393>5394

112 --- --- 0 O ^short 5395>5396

113 --- --- 0 O ^short 5397>5398

114 --- --- 0 O ^short 5399>5400

115 --- --- 0 O ^short 5401>5402

116 --- --- 0 O ^short 5403>5404

117 --- --- 0 O ^short 5405>5406

118 --- --- 0 O ^short 5407>5408

119 --- --- 0 O ^short 5409>5410

120 T1 Temperature used during calculation of calorific value Hs; Range of programming: 273.15..298.15;

0 K MO ^long 1 1 1 S, P, M 5411>...>5414

121 LF factor LF pulse rate; Range of programming: 0.001..99; 0 m3/imp MO ^long 1 1 U0, S, P 5415>...>5418

122 HF factor HF pulse rate; Range of programming: 0.01..9e+10; 0 imp/m3 MO ^long 1 1 U0, S, P 5419>...>5422

123 HF/LF Current value of HF/LF ratio; 0 O ^short 5423>5424

124 LF time Time between LF pulses; 0 s O ^long 5425>...>5428

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125 pb Base pressure; Range of programming: 0.95..1.05; 0 bar MO ^long 1 1 1 S, P, M 5429>...>5432

126 Tb Base temperature; Range of programming: 270..300; 0 K MO ^long 1 1 1 S, P, M 5433>...>5436

127 Index A Amount of all alarms, which appeared in device; 0 O ^dword 5437>5438

128 Index Am Amount of all changes on alarms list; 0 O ^dword 5439>5440

129 Alarm 1 Binary state of alarms with codes 0÷31; 0 O ^dword 5441>5442

130 Alarm 2 Binary state of alarms with codes 32÷63; 0 O ^dword 5443>5444

131 Account Number of user's account; 0 O ^dword 5445>5446

132 Customer Number of group access; Range of programming: sequence of alphanumeric characters, length:

1..9; 0 MO ^string S,P 5447>...>5458

133 last idx Number of last modified parameter; 0 O ^word 5459

134 last v1 Value of parameter before modification; 0 O ^long 5460>...>5463

135 last v2 Value of parameter after modification; 0 O ^long 5464>...>5467

136 auto DST Automatic change of summer/winter time; 0-off, 1-on; Range of programming: 0..1; 0 MO ^boolean 1 U0, S, P 5468

137 lock CFG State of configuration blockade (switch PROG inside device). Value 0- lock is off, 1- on; 0 O ^boolean 5469

138 dt/tm Current date and time; 0 O ^string U0, U1, S, P 5470>...>5481

139 dt_ymdw Current date; 0 O ^dword 5482>5483

140 tm_hmss Current time; 0 O ^dword 5484>5485

141 Device s/n Serial number of device; sequence of alphanumeric characters, length: 10; 0 MO ^string 1 P 5486>...>5497

142 s Name of measuring station; sequence of alphanumeric characters, length: 1..14; 0 MO ^string U0, S, P 5498>...>5509

143 SV Software version and revision; 0 O ^string 5510>...>5521

144 HV Hardware version; 0 O ^string 5522>...>5533

145 vDP Number of DP table; 0 O ^string 5534>...>5545

146 vZD Number of ZD table; 0 O ^string 5546>...>5557

147 contrast Contrast of display; Range of programming: 0..30; 0 MO ^dword P 5558>5559

148 bright Brightness of display; Range of programming: 0..31; 0 MO ^dword P 5560>5561

149 backlight Time of backlighting screen after stop of keyboard using; Range of programming: 0..30; 0 s MO ^word U1, U0, S, P 5562

150 Device name Name of device; 0 O ^string 5563>...>5574

151 dtau Registration period; Range of programming: 1, 2, 3, 4, 5, 6, 10, 12, 15, 20, 30, 60; 0 min MO ^word 1 U0, S, P 5575

152 max reg Horizon of data registration; 0 day O ^word 5576

153 Billing hour Billing hour; Range of programming: 0..23; 0 h MO ^byte U0, S, P 5577

154 Billing day Billing day (range - month); Range of programming: 1..31; 0 day MO ^byte U0, S, P 5578

155 conf_imp Configuration of pulse inputs; Range of programming: (1) LF, (2) LF+HF, (3) HF; 0 MO ^byte 1 U0, S, P 5579

156 conf_subst

Binary configuration of using substitute values t, p1 and p2; Bit no. 1- temperature, bit no. 2-

pressure p1, bit no. 3- pressure p2; Value of bit 1- substitute value, value of bit 0- last correct measured value; Range of programming: 0..7;

0 MO ^dword 1 1 U0, S, P 5580>5581

157 p1 subst Substitute pressure p1; Range of programming: 0..2.5e+04; 0 kPa MO ^long 1 1 U0, S, P 5582>...>5585

158 t subst Substitute temperature t; Range of programming: -50..100; 0 °C MO ^long 1 1 U0, S, P 5586>...>5589

159 p2 subst Substitute pressure p2; Range of programming: 0..1.2e+04; 0 kPa MO ^long U0, S, P 5590>...>5593

160 Qb peak max Maximum value of flow rate at base conditions Qb (DP:5) in registration period; 0 m3/h RO ^short Max 5594>5595

161 p1 peak min Minimum value of pressure p1 (DP:16) in registration period; 0 kPa RO ^long Min 5596>...>5599

162 p1 peak max Maximum value of pressure p1 (DP:16) in registration period; 0 kPa O ^long 5600>...>5603

163 p2 peak min Minimum value of pressure p2 (DP:18) in registration period; 0 kPa O ^long 5604>...>5607

164 p2 peak max Maximum value of pressure p2 (DP:18) in registration period; 0 kPa O ^long 5608>...>5611

165 Vb0 Less significant part of divided volume counter Vb (DP:0); 0 m3 O ^short 5612>5613

166 Vb1 More significant part of divided volume counter Vb (DP:0); 4 m3 O ^short 5614>5615

167 Vm0 Less significant part of divided volume counter Vm (DP:1); 0 m3 O ^short 5616>5617

168 Vm1 More significant part of divided volume counter Vm (DP:1); 4 m3 O ^short 5618>5619

169 E0 Less significant part of divided energy counter E (DP:3); 0 kWh O ^short 5620>5621

170 E1 More significant part of divided energy counter E (DP:3); 4 kWh O ^short 5622>5623

171 qb Flow rate at base conditions; 0 m3/h O ^long 5624>...>5627

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172 qm Flow rate at measurement conditions; 0 m3/h O ^long 5628>...>5631

173 S Binary state of presence signaling inputs 1-8; Bit=1- specific input is available; Range of

programming: 0..255; 0 MO ^byte U1, U0, S, P 5632

174 S act Binary state of activity on signaling inputs 1-8; Bit=1- specific input is active; 0 O ^byte 5633

175 S pol

Binary polarization of signaling inputs 1-8; Bit=1- alarm from specific signaling input is active

with high state (input closed); Bit=0- with low state (input opened); Range of programming:

0..255;

0 MO ^byte U1, U0, S, P 5634

176 --- --- 0 O ^string 5635>...>5646

177 --- --- 0 O ^string 5647>...>5658

178 --- --- 0 O ^string 5659>...>5670

179 Index R Current index of data record registered with period dtau; 0 O ^dword 5671>5672

180 Qm min Measuring range of gas meter; Range of programming: 0..9e+09; 0 m3/h MO ^short 1 1 U0, S, P 5673>5674

181 Qm max Measuring range of gas meter; Range of programming: 1..9e+09; 0 m3/h MO ^short 1 1 U0, S, P 5675>5676

182 p1 min Measuring range of pressure input p1; Range of programming: 0..1.2e+04; 0 kPa MO ^long 1 1 1 S, P 5677>...>5680

183 p1 max Measuring range of pressure input p1; Range of programming: 0..1.2e+04; 0 kPa MO ^long 1 1 1 S, P 5681>...>5684

184 p2 min Measuring range of pressure input p2; Range of programming: 0..1.2e+04; 0 kPa MO ^long 1 S, P 5685>...>5688

185 p2 max Measuring range of pressure input p2; Range of programming: 0..1.2e+04; 0 kPa MO ^long 1 S, P 5689>...>5692

186 t min Measuring range of temperature t; Range of programming: -50..100; 0 °C MO ^long 1 1 1 S, P 5693>...>5696

187 t max Measuring range of temperature t; Range of programming: -50..100; 0 °C MO ^long 1 1 1 S, P 5697>...>5700

188 tamb min Measuring range of ambient temperature tamb; 0 °C O ^long 5701>...>5704

189 tamb max Measuring range of ambient temperature tamb; 0 °C O ^long 5705>...>5708

190 l dVbh 1 Limit of hourly increment of gas volume dVbh, 0-off; Range of programming: 0..9e+09; 0 m3 MO ^long U1, U0, S, P 5709>...>5712



193 l Qb Lower limit of flow rate Qb; Range of programming: 0..9e+09; 0 m3/h MO ^short U1, U0, S, P 5721>5722

194 u Qb Upper limit of flow rate Qb; Range of programming: 0..9e+09; 0 m3/h MO ^short U1, U0, S, P 5723>5724

195 l Qm Lower limit of flow rate Qm; Range of programming: 0..9e+09; 0 m3/h MO ^short U1, U0, S, P 5725>5726

196 u Qm Upper limit of flow rate Qm; Range of programming: 0..9e+09; 0 m3/h MO ^short U1, U0, S, P 5727>5728

197 Vm-V2 Permissible deviation between counters Vm (DP:1) and V2 (DP:2); Range of programming:

0..100; 0 m3 MO ^short U1, U0, S, P 5729>5730

198 l HF/LF Correct value of pulses HF/LF ratio; value 0 turns off control and determinates end of alarm

ZD:20; Range of programming: 0..1e+11; 0 MO ^long U1, U0, S, P 5731>...>5734

199 t HF/LF

Permissible tolerance of pulses HF/LF ratio (DP:123) from programmed limit l HF/LF (DP:198);

Range of programming: 0..10% of limit l HF/LF. Deviation exceeding tolerance generates alarm

ZD:20;

0 % MO ^long U1, U0, S, P 5735>...>5738

200 l p1 Lower limit of pressure p1; Range of programming: 0..1.2e+04; 0 kPa MO ^long U1, U0, S, P 5739>...>5742

201 u p1 Upper limit of pressure p1; Range of programming: 0..1.2e+04; 0 kPa MO ^long U1, U0, S, P 5743>...>5746

202 l p2 Lower limit of pressure p2; Range of programming: 0..1.2e+04; 0 kPa MO ^long U1, U0, S, P 5747>...>5750

203 u p2 Upper limit of pressure p2; Range of programming: 0..1.2e+04; 0 kPa MO ^long U1, U0, S, P 5751>...>5754

204 l t Lower limit of temperature t; Range of programming: -50..100; 0 °C MO ^long U1, U0, S, P 5755>...>5758

205 u t Upper limit of temperature t; Range of programming: -50..100; 0 °C MO ^long U1, U0, S, P 5759>...>5762

206 l R1 Lower limit of reserve input R1; Range of programming: -9e+09..9e+09; 0 MO ^long U1, U0, S, P 5763>...>5766

207 u R1 Upper limit of reserve input R1; Range of programming: -9e+09..9e+09; 0 MO ^long U1, U0, S, P 5767>...>5770







214 meter s/n Serial number of gas meter; sequence of alphanumeric characters, length: 1..14; 0 MO ^string U0, S, P 5795>...>5806

215 p1 s/n Serial number of pressure p1 sensor; sequence of alphanumeric characters, length: 1..14; 0 MO ^string 1 S, P 5807>...>5818

MacBAT IV

Data structure


January 2017

11

216 t s/n Serial number of temperature t sensor; sequence of alphanumeric characters, length: 1..14; 0 MO ^string 1 S, P 5819>...>5830

217 R1 s/n Serial number of device at reserve input R1; sequence of alphanumeric characters, length: 1..14; 0 MO ^string U0, S, P 5831>...>5842




221 R1 address Address of device at input R1; Setting address 0 causes turning off of reserve readout; Range of

programming: 0..65534; 0 MO ^word U0, S, P 5879







225 R1 idx Index/register no. of parameter readout from input R1; Range of programming: 0..65535; 0 MO ^word U0, S, P 5883




229 R1 type Type of parameter readout from reserve input R1; Range of programming: 1 – SHORT INT, 3 –

LONG INT, 4 – BYTE, 5 – WORD, 6 – DWORD, 7 – SHORT REAL, 9 – LONG REAL; 0 MO ^byte U0, S, P 5887







233 LF LF pulses counter; 0 imp O ^dword 5891>5892

234 HF HF pulses counter; 0 imp O ^dword 5893>5894

235 p1_bin Current binary value of p1 pressure; 0 bin O ^word 5895

236 p2_bin Current binary value of p2 pressure; 0 bin O ^word 5896

237 t_bin Current binary value of t temperature; 0 bin O ^word 5897

238 tamb_bin Current binary value of tamb temperature; 0 bin O ^word 5898

239 OC Parameter, which activates OC outputs; Range of programming: 0..3; 0 MO ^byte U1, U0, S, P 5899

240 OCF Parameter, which activates OC1 output to work as frequency output; Range of programming: 0..1;

0 MO ^byte U1, U0, S, P 5900

241 OCF_idx Index of parameter, which controls frequency output; Range of programming: 0..521; 0 MO ^word U1, U0, S, P 5901

242 OCF_min Graduation of parameter, which controls frequency output - minimum; Range of programming: -1e+03..5e+06;

0 MO ^long U1, U0, S, P 5902>...>5905

243 OCF_max Graduation of parameter, which controls frequency output - maximum; Range of programming: -

1e+03..5e+06; 0 MO ^long U1, U0, S, P 5906>...>5909

244 F_min Frequency of output corresponding OCF_min; Range of programming: 1..1000; 0 Hz MO ^dword U1, U0, S, P 5910>5911

245 F_max Frequency of output corresponding OCF_max; Range of programming: 1..1000; 0 Hz MO ^dword U1, U0, S, P 5912>5913

246 F_out Current value of frequency on OC1 output; 0 Hz O ^short 5914>5915

247 OC act Binary state of binary output activity; 0 O ^byte 5916

248 OC pol Binary polarization of binary output; If value of bit x = 1- specific output is close during active

controlling alarm; 0- close during inactive controlling alarm; Range of programming: 0..3; 0 MO ^byte U1, U0, S, P 5917

249 OC1 idx Code of alarm controlling binary output OC1; Range of programming: 0..500; 0 MO ^word U1, U0, S, P 5918

250 OC2 idx Code of alarm controlling binary output OC2; Range of programming: 0..500; 0 MO ^word U1, U0, S, P 5919

251 --- --- 0 O ^dword 5920>5921

252 NOC1 Description of binary output OC1; sequence of alphanumeric characters, length: 1..14; 0 MO ^string U1, U0, S, P 5922>...>5933

253 NOC2 Description of binary output OC2; sequence of alphanumeric characters, length: 1..14; 0 MO ^string U1, U0, S, P 5934>...>5945

254 --- --- 0 O ^dword 5946>5947

MacBAT IV

Data structure


January 2017

12

255 Vbe Emergency volume counter at base conditions; 0 m3 DRO ^long C 5948>...>5951

256 Ee Emergency energy counter; 0 kWh DRO ^long C 5952>...>5955

257 Me Emergency mass counter; 0 kg O ^long 5956>...>5959

258 HFmaintainT Time of maintaining HF pulse counter in case of external power supply disconnection; Range of

programming: 0..86400; 0 s MO ^dword U0, S, P 5960>5961

259 eph Vb Expected value of hourly increment dVbh (DP:262) for current hour; 0 m3 O ^long 5962>...>5965

260 ph Vb Maximum hourly peak of dVbh (DP:262) for current billing day; 0 m3 DO ^long Max 5966>...>5969

261 ph Vb time Time when maximum hourly peak of ph Vb (DP:260) appeared at current billing day; 0 DO ^dword C 5970>5971

262 dVbh Increment of volume at base conditions for current hour (sum of increments Vb (DP:0) and Vbe

(DP:255)); 0 m3 DO ^long Su 5972>...>5975

263 eph E Expected hourly peak of dEh (DP:266) for current hour; 0 kWh O ^long 5976>...>5979

264 ph E Maximum hourly peak of dEh (DP:266) for current billing day; 0 kWh DO ^long Max 5980>...>5983

265 ph E time Time when maximum hourly peak ph E (DP:264) appeared at current billing day; 0 DO ^dword C 5984>5985

266 dEh Increment of energy (sum of increments E (DP:3) and Ee (DP:256)) at current hour; 0 kWh DO ^long Su 5986>...>5989

267 p1h Average value of pressure p1 from current hour; 0 kPa DO ^long Av 5990>...>5993

268 th Average value of temperature from current hour; 0 °C DO ^long Av 5994>...>5997

269 dVbD last Increment of volume at base conditions for previous billing day (sum of increments Vb (DP:0) and Vbe (DP:255));

0 m3 O ^long 5998>...>6001

270 dVbM last Increment of volume at base conditions for previous billing month (sum of increments Vb (DP:0)

and Vbe (DP:255)); 0 m3 O ^long 6002>...>6005

271 dED last Increment of energy for previous billing day (sum of increments E (DP:3) and Ee (DP:256)); 0 kWh O ^long 6006>...>6009

272 dEM last Increment of energy for previous billing month (sum of increments E (DP:3) and Ee (DP:256)); 0 kWh O ^long 6010>...>6013

273 ph Vb C Maximum hourly peak dVbh (DP:262) in current billing month; 0 m3 O ^long 6014>...>6017

274 ph Vb P Maximum hourly peak dVbh (DP:262) in previous billing month; 0 m3 O ^long 6018>...>6021

275 ph E C Maximum hourly peak dEh (DP:266) in current billing month; 0 kWh O ^long 6022>...>6025

276 ph E P Maximum hourly peak dEh (DP:266) in previous billing month; 0 kWh O ^long 6026>...>6029

277 p1 min D Minimum value of pressure p1 in current billing day; 0 kPa DO ^long Min 6030>...>6033

278 p1 max D Maximum value of pressure p1 in current billing day; 0 kPa DO ^long Max 6034>...>6037

279 t min D Minimum value of temperature t in current billing day; 0 °C DO ^long Min 6038>...>6041

280 t max D Maximum value of temperature t in current billing day; 0 °C DO ^long Max 6042>...>6045

281 Qb min D Minimum value of flow rate Qb in current billing day; 0 m3/h DO ^long Min 6046>...>6049

282 Qb max D Maximum value of flow rate Qb in current billing day; 0 m3/h DO ^long Max 6050>...>6053

283 FlowTime Time counter of gas flow; 0 s DRO ^dword C 6054>6055

284 --- --- 0 O ^long 6056>...>6059

285 --- --- 0 O ^long 6060>...>6063

286 --- --- 0 O ^long 6064>...>6067

287 --- --- 0 O ^long 6068>...>6071

288 --- --- 0 O ^long 6072>...>6075

289 Vbek State of emergency volume counter at base conditions Vbe (DP:255) at the end of any alarm or event;

0 m3 O ^long 6076>...>6079

290 Eek State of emergency energy counter (DP:256) at the end of any alarm or event; 0 kWh O ^long 6080>...>6083

291 Mek State of emergency mass counter (DP:257) at the end of any alarm or event; 0 kg O ^long 6084>...>6087

292 Vbk State of volume counter at base conditions Vb (DP:0) at the end of any alarm or event; 0 m3 O ^long 6088>...>6091

293 Vmk State of volume counter at measurement conditions Vm (DP:1) at the end of any alarm or event; 0 m3 O ^long 6092>...>6095

294 Ek State of energy counter E (DP:3) at the end of any alarm or event; 0 kWh O ^long 6096>...>6099

295 Mk State of mass counter M (DP:4) at the end of any alarm or event; 0 kg O ^long 6100>...>6103

296 error_curve_corr Parameter which controls correction according to error curve of gas meter; Range of

programming: 1..2; 0 MO ^byte 1 U1, U0, S, P 6104

297 fP1 Value of gas meter error at point 1; Range of programming: -5..5; 0 % MO ^long 1 U1, U0, S, P 6105>...>6108



MacBAT IV

Data structure


January 2017

13








307 QP1 Value of flow at point 1 of gas meter correction function; Range of programming: 0..1e+05; 0 m3/h MO ^long 1 U1, U0, S, P 6145>...>6148










317 F_Q Value of gas meter correction function; 0 O ^long 6185>...>6188

318 Vb_N Uncorrected counter of volume at base conditions; 0 m3 O ^long 6189>...>6192

319 Vc Counter of volume at measurement conditions after correction from error curve of the gas meter; 0 m3 O ^long 6193>...>6196

320 E_N Uncorrected counter of energy; 0 kWh O ^long 6197>...>6200

321 M_N Uncorrected counter of mass; 0 kg O ^long 6201>...>6204

322 Qb_N Uncorrected flow of volume at base conditions; 0 m3/h O ^short 6205>6206

323 Qm_N Uncorrected flow of volume at measurement conditions; 0 m3/h O ^short 6207>6208

324 Vb kb Sum of Vb corrections according to error curve of gas meter; 0 m3 O ^long 6209>...>6212

325 Vm kb Sum of Vm corrections according to error curve of gas meter; 0 m3 O ^long 6213>...>6216

326 E kb Sum of E corrections according to error curve of gas meter; 0 kWh O ^long 6217>...>6220

327 M kb Sum of M corrections according to error curve of gas meter; 0 kg O ^long 6221>...>6224

328 --- --- 0 O ^long 6225>...>6228

329 Alarm 1 D Binary state of alarms with codes: 0-31 in current day; 0 DO ^dword Su 6229>6230



332 --- --- 0 O ^short 6235>6236

333 --- --- 0 O ^short 6237>6238

334 --- --- 0 O ^short 6239>6240

335 --- --- 0 O ^short 6241>6242

336 --- --- 0 O ^short 6243>6244

337 --- --- 0 O ^short 6245>6246

338 --- --- 0 O ^dword 6247>6248

339 --- --- 0 O ^string 6249>...>6260

340 --- --- 0 O ^string 6261>...>6272

341 --- --- 0 O ^string 6273>...>6284

342 --- --- 0 O ^string 6285>...>6296

343 --- --- 0 O ^string 6297>...>6308

344 --- --- 0 O ^string 6309>...>6320

345 --- --- 0 O ^dword 6321>6322

346 --- --- 0 O ^dword 6323>6324

347 --- --- 0 O ^dword 6325>6326

348 --- --- 0 O ^dword 6327>6328

349 --- --- 0 O ^dword 6329>6330

MacBAT IV

Data structure


January 2017

14

350 --- --- 0 O ^dword 6331>6332

351 USER-0 pass. Password of user USER-0; sequence of numeric characters, length: 1..10; 0 MO ^string U0, S, P 6333>...>6344

352 USER-1 pass. Password of user USER-1; sequence of numeric characters, length: 1..10; 0 MO ^string U1, S, P 6345>...>6356

353 --- --- 0 O ^string 6357>...>6368

354 --- --- 0 O ^string 6369>...>6380

355 --- --- 0 O ^string 6381>...>6392

356 --- --- 0 O ^string 6393>...>6404

357 al_GA1 Vector of alarms, which activate Collective alarm A (ZD:55), alarms 0÷31; Range of

programming: 0..4294967295; 0 MO ^dword U0, S, P 6405>6406





360 al_GA time Time of duration Collective alarm A (ZD:55); Value 0 turns off time control - alarm will be active

as long as any of controlling alarm is active; Range of programming: 0, 60; 0 s MO ^word U0, S, P 6411

361 al_GB1 Vector of alarms, which activate Collective alarm B (ZD:54), alarms 0÷31; Range of






364 al_GB time Time of duration Collective alarm B (ZD:54); Value 0 turns off time control - alarm will be active

as long as any of controlling alarm is active; Range of programming: 0, 60; 0 s MO ^word U0, S, P 6418

365 conf_sens Service parameter; 0 MO ^word 1 1 1 P, M 6419

366 NS1 Description of signaling input S1; sequence of alphanumeric characters, length: 1..14; 0 MO ^string U1, U0, S, P 6420>...>6431








374 --- --- 0 O ^word 6516

375 l dEh 1 Limit of hourly increment of energy dEh, 0-off; Range of programming: 0..9e+09; 0 kWh MO ^long U1, U0, S, P 6517>...>6520



378 eph time Averaging time of flow rate Qb (DP:5) and QE (DP:7) for stabilization of value eph Vb (DP:259)

and eph E (DP:263); Range of programming: 1..1800; 0 s MO ^word U1, U0, S, P 6529

379 t limit 1

Period of time measured from beginning of hour, in which alarms ZD:13 and ZD:61 can be

generated - if specific limits of values increments l dVbh 1 (DP:190) and l dEh 1 (DP:375) are exceeded; Range of programming: 1..60;

0 min MO ^word U1, U0, S, P 6530

380 t limit 2 Period of time measured from beginning of hour, in which alarms ZD:12 and ZD:62 can be generated- if specific limits of values increments l dVbh 2 (DP:191) and l dEh 2 (DP:376) are

exceeded; Range of programming: 1..60;

0 min MO ^word U1, U0, S, P 6531

381 l0 dVbh 1

Lower limit dVbh 1 expressed in % of parameter DP:190; Value 100% means that in period of t

limit 1 (DP:379) value of limit will be constant and equal l dVbh 1 (DP:190); Value less than

100% means, that in period of t limit 1 (DP:379) value of limit will increase and its current value

shows parameter cl dVbh 1 (DP:383);

0 % MO ^long U1, U0, S, P 6532>...>6535

MacBAT IV

Data structure


January 2017

15

382 l0 dVbh 2

Lower limit dVbh 2 expressed in % of parameter DP:191; Value 100% means that in period of t

limit 2 (DP:380) value of limit will be constant and equal l dVbh 2 (DP:191); Value less than

100% means, that in period of t limit 2 (DP:380) value of limit will increase and its current value

shows parameter cl dVbh 2 (DP:384);

0 % MO ^long U1, U0, S, P 6536>...>6539

383 cl dVbh 1 Current value of dynamic limit dVbh 1; 0 m3 O ^long 6540>...>6543

384 cl dVbh 2 Current value of dynamic limit dVbh 2; 0 m3 O ^long 6544>...>6547

385 Alarm 3 Binary state of activity alarms with codes 64÷95; 0 O ^dword 6548>6549

386 lock MET State of metrological lock; Value 3 - lock is active, other values - inactive; Range of

programming: 0..1; 0 MO ^byte 1 M 6550

387 Index AS Index of last cleared alarm; 0 O ^dword 6551>6552

388 AlarmLOG Level of filling alarms' memory. At level 100% configuration of important parameters is stopped;

Set on 0 clears all records and lets the oldest records to be overwritten; 0 % MO ^short U0, U1, S, P 6553>6554

389 SetupLOG Level of filling SetupLOG's memory. At level 100% configuration of important parameters and

software updating is stopped; Set on 0 erases memory; 0 % MO ^short I, P 6555>6556

390 l eph 1 Limit of eph Vb (DP:259), above it alarm ZD:65 will be generated; 0-off; Range of programming:

0..5e+04; 0 m3 MO ^long U1, U0, S, P 6557>...>6560

391 l eph 2 Limit of eph Vb (DP:259), above it alarm ZD:66 will be generated; 0-off; Range of programming:

0..5e+04; 0 m3 MO ^long U1, U0, S, P 6561>...>6564

392 p1w min Range of indications pressure p1 input; Range of programming: -100..1.2e+04; 0 kPa MO ^long 1 1 1 S, P 6565>...>6568

393 p1w max Range of indications pressure p1 input; Range of programming: -100..1.2e+04; 0 kPa MO ^long 1 1 1 S, P 6569>...>6572

394 p2w min Range of indications pressure p2 input; Range of programming: -100..1.2e+04; 0 kPa MO ^long 1 S, P 6573>...>6576

395 p2w max Range of indications pressure p2 input; Range of programming: -100..1.2e+04; 0 kPa MO ^long 1 S, P 6577>...>6580

396 tw min Range of indications temperature input; Range of programming: -100..100; 0 °C MO ^long 1 1 1 S, P 6581>...>6584

397 tw max Range of indications temperature input; Range of programming: -100..100; 0 °C MO ^long 1 1 1 S, P 6585>...>6588

398 p1a Calibration coefficient of p1 input; Range of programming: -500..500; 0 MO ^short 1 1 S, P, M 6589>6590

399 p1b Calibration coefficient of p1 input; Range of programming: -2e+04..2e+04; 0 MO ^short 1 1 S, P, M 6591>6592

400 ta Calibration coefficient of t input; Range of programming: -50..100; 0 MO ^short 1 1 S, P, M 6593>6594

401 tb Calibration coefficient of t input; Range of programming: -50..100; 0 MO ^short 1 1 S, P, M 6595>6596

402 p2a Calibration coefficient of p2 input; Range of programming: -500..500; 0 MO ^short U0, S, P 6597>6598

403 p2b Calibration coefficient of p2 input; Range of programming: -2e+04..2e+04; 0 MO ^short U0, S, P 6599>6600

404 conf_language Current chosen language; Value 0 corresponds to first language of parameter languages

(DP:405); 0 MO ^byte U0, U1, S, P 6601

405 languages Available languages; 0 O ^string 6602>...>6613

406 Qm time Time of lack LF pulses, after which value of flowrate Qm (DP:6) will be set as 0; Range of

programming: 5..100; 0 min MO ^byte U0, S, P 6614

407 OTS Time from before of modification of device clock; 0 O ^dword 6615>6616

408 PRV Version of data in periodic registration; 0 O ^word 6617

409 Index D Index of sample in daily registration; 0 O ^dword 6618>6619

410 PRP1 Parameter 1 in periodic registration; Range of programming: 0..521; 0 MO ^word U0, U1, S, P 6620













MacBAT IV

Data structure


January 2017

16


















440 EXT POW State of external supply; 0- disconnected; 1-external supply connected; 0 O ^byte 6650

441 EXT_POW_CHECK Checking state of external supply; 0 – do not check, 1 – check; 0 MO ^byte U0, U1, S, P 6651

442 CRC1 CRC_BOOTLOADER; 0 O ^dword 6652>6653

443 CRC2 CRC_MET; 0 O ^dword 6654>6655

444 CRC3 CRC_ALG; 0 O ^dword 6656>6657

445 CRC4 CRC_UI; 0 O ^dword 6658>6659

446 CRC5 CRC_STORAGE; 0 O ^dword 6660>6661

447 CRC6 CRC_TRANS_EXT; 0 O ^dword 6662>6663

448 CRC7 CRC_RTOS; 0 O ^dword 6664>6665

449 CRC8 CRC_BASE; 0 O ^dword 6666>6667

450 CRC9 CRC_DRIVERS; 0 O ^dword 6668>6669

451 CRC10 CRC_DIAGNOSTIC; 0 O ^dword 6670>6671

452 FRC1 Service parameter; 0 MO ^dword S, P 6672>6673

453 FSC1 Service parameter; 0 MO ^dword S, P 6674>6675

454 AFRC1 Service parameter; 0 MO ^dword S, P 6676>6677







461 sense Current value of parameter on SENSE input; 0 O ^short 6690>6691

462 sense V_in Current value of voltage on SENSE input; 0 V O ^short 6692>6693

463 sense min Graduation of parameter on SENSE input; Range of programming: -1e+04..1e+04; 0 MO ^short U1, U0, S, P 6694>6695

464 sense max Graduation of parameter on SENSE input; Range of programming: -1e+04..1e+04; 0 MO ^short U1, U0, S, P 6696>6697

465 sense a Calibration coefficient of sensor on SENSE input; Range of programming: -50..100; 0 MO ^short 1 U0, S, P 6698>6699

466 sense b Calibration coefficient of sensor on SENSE input; Range of programming: -50..100; 0 MO ^short 1 U0, S, P 6700>6701

467 sense on Switch of reserve SENSE input; 0-off, 1-on; Range of programming: 0..1; 0 MO ^byte U1, U0, S, P 6702

468 io Actual value of current on current output; 0 mA O ^short 6703>6704

469 io idx Index of parameter controlling current output; Range of programming: 0..521; 0 MO ^word U1, U0, S, P 6705

470 io min Graduation of parameter controlling current output; Range of programming: -1e+03..5e+06; 0 MO ^short U1, U0, S, P 6706>6707

471 io max Graduation of parameter controlling current output; Range of programming: -1e+03..5e+06; 0 MO ^short U1, U0, S, P 6708>6709

472 io a Calibration coefficient of current output; Range of programming: -50..100; 0 MO ^short 1 U0, S, P 6710>6711

MacBAT IV

Data structure


January 2017

17

473 io b Calibration coefficient of current output; Range of programming: -50..100; 0 MO ^short 1 U0, S, P 6712>6713

474 io on Switch of current output circuit LOOP; 0-off, 1-on; 0 MO ^byte U1, U0, S, P 6714

475 Calib Service parameter; 0 O ^byte 6715

476 SV1 Service parameter; 0 O ^word 6716

477 SV2 Service parameter; 0 O ^word 6717

478 UpCode Service parameter; 0 O ^dword 6718>6719

479 lock FW1 Blockade of software updating - administrative level; 0- lock off; 1- lock on; 0 MO ^byte 1 1 I, P 6720

480 lock FW2 Blockade of software updating - user level; 0- lock off; 1- lock on; Range of programming: 0..3; 0 MO ^byte U0, S, P 6721

481 SYS1 Service parameter; 0 RO ^dword 6722>6723

482 SYS2 Service parameter; 0 O ^dword 6724>6725





487 Hs min Range of superior calorific value; 0 MJ/m3 O ^long 6734>...>6737

488 Hs max Range of superior calorific value; 0 MJ/m3 O ^long 6738>...>6741

489 Erasing Service parameter; 0 MO ^byte 1 S, P 6742

490 BCT Repetition period of measuring cycle in battery mode; Range of programming: 1, 2, 3, 4, 5, 6,

10, 12, 15, 20, 30, 60; 0 s MO ^byte 1 U1, U0, S, P 6743

491 ECT Repetition period of measuring cycle in external supply mode; Range of programming: 1, 2, 3, 4,

5, 6, 10, 12, 15, 20, 30, 60; 0 s MO ^byte 1 U1, U0, S, P 6744

492 COM1 baudrate Baud rate of transmission port COM1; Range of programming: 2400, 4800, 9600, 19200, 38400,

57600, 115200; 0 bps MO ^dword U1, U0, S, P 6745>6746

493 COM1 address Address of transmission port COM1; Range of programming: 1..65534; 0 MO ^word U1, U0, S, P 6747

494 COM2 baudrate Baud rate of transmission port COM2; Range of programming: 2400, 4800, 9600, 19200, 38400,

57600, 115200; 0 bps MO ^dword U1, U0, S, P 6748>6749

495 COM2 address Address of transmission port COM2; Range of programming: 1..65534; 0 MO ^word U1, U0, S, P 6750

496 COM3 baudrate Baud rate of transmission port COM3 (OPTO); Range of programming: 2400, 4800, 9600, 19200,

38400, 57600, 115200; 0 bps MO ^dword U0, S, P 6751>6752

497 COM3 address Address of transmission port COM3 (OPTO); Range of programming: 1..65534; 0 MO ^word U0, S, P 6753

498 COM3 status State of OPTO-GAZ interface; active bits: b0- head connected; b1- channel active; 0 O ^byte 6754

499 dt_tm_comp Service parameter; 0 O ^string 6755>...>6766

500 Resources Language's resources description; 0 O ^string 6767>...>6778

501 Cycle Service parameter; 0 O ^word 6779

502 LogoutTm Time to automatic logout, after logging using transmission; Range of programming: 0..60; 0 min MO ^word U1, U0, S, P 6780

503 UC1 Service parameter; 0 O ^byte 6781















518 sys status system status 0 O ^dword 6796>6797

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519 Batt. cap Battery capacity. Range of programming: 10..25; 0 Ah MO ^word 1 U1, U0, S, P 6798

520 Batt. idx Battery count. Range of programming: 1..3; 0 MO ^byte 1 U1, U0, S, P 6799

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4.2. List of alarms –ZD table

Table which present structure of alarms in MacBAT IV device.

[code] – code of event of alarm used for example to configuration of binary outputs

[name] – name of alarm or event

[amount] – amount of parameters saved with alarm or event

[p1.. p14] – indexes of parameters from DP table saved with alarm or event

System alarm (main counters of device are stopped!)

Process alarm

Temporary event

Permanent event

code name amount p1 p2 p3 p4 p5 p6 p7 p8 p9 p10 p11 p12 p13 p14 Description

0 Device Startup 13 478 481 482 483 484 134 135 129 0 1 3 255 256 Start of device

1 Calculation error 9 16 17 0 1 3 255 256 292 294 Calculation error was detected

2 algZ range 9 16 17 0 1 3 255 256 292 294 Values of input parameters used to calculations of Z and Zb exceeded ranges specified for chosen algorithm

3 p1 limit 9 16 0 1 3 292 293 294 255 256 Value of pressure p1 is below l p1 (DP:200) or above u p1 (DP:201)

4 p2 limit 9 18 0 1 3 292 293 294 255 256 Value of pressure p2 is below l p2 (DP:202) or above u p2 (DP:203)

5 Time corrected 6 131 0 1 3 255 256 Time was changed for less than 10 minutes

6 Time auto set 5 0 1 3 255 256 Automatic change of summer/winter time

7 t limit 9 17 0 1 3 292 293 294 255 256 Value of temperature t is below l t (DP:204) or above u t (DP:205)

8 tamb error 9 238 0 1 3 292 293 294 255 256 Ambient temperature sensor is faulty

9 Qb limit 9 5 0 1 3 292 293 294 255 256 Value of flow rate Qb is below l Qb (DP:193) or above u Qb (DP:194)

10 Qm limit 9 6 0 1 3 292 293 294 255 256 Value of flow rate Qm is below l Qm (DP:195) or above u Qm (DP:196)

11 dVbh 3 limit 9 262 0 1 3 292 293 294 255 256 Current value of dVbh (DP:262) exceeded l dVbh 3 (DP:192)

12 cl dVbh 2 limit 9 262 0 1 3 292 293 294 255 256 Current value of dVbh (DP:262) exceeded cl dVbh 2 (DP:384)

13 cl dVbh 1 limit 9 262 0 1 3 292 293 294 255 256 Current value of dVbh (DP:262) exceeded cl dVbh 1 (DP:383)

14 Vm-V2 limit 9 2 0 1 3 292 293 294 255 256 Difference between counters Vm and V2 exceeded tolerance Vm-V2

(DP:197)

15 fLF range 9 6 0 1 3 292 293 294 255 256 Maximum frequency of LF pulses (2,5Hz) is exceeded

16 p1 range 9 16 235 0 1 3 255 256 292 294 Value of p1 pressure is out of range p1 min.. p1 max (DP:182..DP:183)

17 p2 range 10 18 236 0 1 3 292 293 294 255 256 Value of p2 pressure is out of range p2 min.. p2 max (DP:184..DP:185)

18 t range 9 17 237 0 1 3 255 256 292 294 Value of temperature t is out of range t min.. t max (DP:186..DP:187)

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19 Qm range 9 6 0 1 3 292 293 294 255 256 Value of flow rate Qm is out of range Qm min.. Qm max

(DP:180..DP:181)

20 HF/LF limit 10 123 6 0 1 3 292 293 294 255 256 Dynamically controlled HF/LF pulses ratio exceeded tolerance t HF/LF

(DP:199) according to l HF/LF (DP:198)

21 Time changed 6 131 0 1 3 255 256 Time was changed for more than 10 minutes

22 Calibration mode 10 131 16 17 0 1 3 255 256 255 256 Inactive event

23 Intrusion attempt 6 131 0 1 3 255 256 There were 3 unsuccessful login attempts. Blockade of device

programming for 3 minutes.

24 Vm changed 7 131 134 0 1 3 255 256 Inactive event

25 dtau changed 9 131 134 135 152 0 1 3 255 256 Inactive event

26 Configuration

changed 12 131 133 134 135 0 1 3 255 256 5 6 7 Change of pulses input configuration

27 Value changed 12 131 133 134 135 0 1 3 255 256 5 6 7 Change of value of parameter from DP table (number type)

28 Text changed 2 131 133 Change of value of parameter from DP table (text type)

29 F gas comp.

changed 14 131 67 61 60 49 50 0 1 3 255 256 5 6 7

Change of parameters connected with full gas composition

(DP:51..DP:73)

30 Substitute gas

comp. 11 131 43 49 16 17 0 1 3 255 256 5 Inactive event

31 Correction on 8 131 0 1 3 255 256 5 6 Inactive event

32 Software update 10 131 476 477 478 49 0 1 3 255 256 Device software was updated

33 Data erased 7 131 489 0 1 3 255 256 Performed erase of chosen archive of device

34 S1: 8 0 1 3 292 293 294 255 256 Detected change of status at signaling input S1



37 Ext. supply 8 0 1 3 292 293 294 255 256 Connection of external power supply

38 Ext. supply error 8 0 1 3 292 293 294 255 256 Fluctuation of voltage external power supply

39 Solar battery 8 0 1 3 292 293 294 255 256 Inactive event

40 Battery disconnected 9 21 0 1 3 255 256 5 6 7 Inactive event

41 Battery exchange 11 131 133 134 135 0 1 3 255 256 6 520 Battery exchange

42 Battery low 8 0 1 3 292 293 294 255 256 Battery charge is lower than 10%

43 Keyboard error 1 0 Keyboard fault

44 Counter overrun 8 133 134 135 0 1 3 255 256 Counter exceeded permissible maximum value (overrun)

45 Tamper switch 5 0 1 3 255 256 Tamper switch is open

46 lock CFG OFF 5 0 1 3 255 256 Blockade of configuration is turned off (PROG switch is in “OFF” position)

47 R1 limit 9 26 0 1 3 292 293 294 255 256 Value on input R1 is below l R1 (DP:206) or above u R1 (DP:207)




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51 R1 disconnected 9 26 0 1 3 292 293 294 255 256 Connection lost with device on input R1



54 Collective alarm B 3 129 130 385 Detected change of state in group of collective alarm B

55 Collective alarm A 3 129 130 385 Detected change of state in group of collective alarm A






61 dEh 1 limit 9 266 0 1 3 292 293 294 255 256 Current value of dEh (DP:266) exceeded l dEh 1 (DP:375)



64 System autotest 4 481 482 483 484 System error detected

65 eph Vb 1 limit 9 259 0 1 3 292 293 294 255 256 Current value of eph Vb (DP:259) exceeded l eph 1 (DP:390). Alarm will

be active to the end of current hour

66 eph Vb 2 limit 9 259 0 1 3 292 293 294 255 256 Current value of eph Vb (DP:259) exceeded l eph 2 (DP:391). Alarm will

be active to the end of current hour

67 Alarms cleared 5 131 387 0 1 3 Performed clearing of alarms

68 AlarmLOG full 11 387 127 16 0 1 3 292 293 294 255 256 Level of fulfillment of alarms memory has reached 100%. Alarms clearing

is required

69 AlarmLOG>80% 11 387 127 16 0 1 3 292 293 294 255 256 Level of fulfillment of alarms memory exceeded 80%. Alarms clearing is

recommended

70 tamb range 9 20 0 1 3 292 293 294 255 256 Value of ambient temperature is out of range tamb min.. tamb max

(DP:188.. DP:189)

71 Login 6 131 0 1 3 255 256 User login into device using keyboard

72 S gas comp.

changed 14 131 46 47 48 49 50 0 1 3 255 256 5 6 7

Change of parameters connected with simplified gas composition

(DP:46..DP:48)

73 Case open 8 0 1 3 292 293 294 255 256 Case open detected

74 Data update 11 131 486 476 477 0 1 3 255 256 5 6 Performed data update of device

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4.3. Table of main events (SetupLOG)

code name num p1 p2 p3 p4 p5 p6

1000 Software update 6 Vb E Account SV1 SV2 UpCode

1001 Data erased 4 Vb E Account Erasing

1002 Config. changed 6 Vb E Account last idx last v1 last v2

1003 Time changed 4 Vb E Account OTS

1004 Alarms cleared 4 Vb E Account Index A

1005 Intrusion attempt 3 Vb E Account

1006 reserved 0

1007 Battery exchange 3 Vb E Account

1008 SetupLog erased 3 Vb E Account

1009 reserved 0

1010 Data update 6 Vb E Account SV1 SV2 SYS6

ul. Wspólna 19, Ignatki 16-001 Kleosin, Poland tel. +48 85 749-70-00 fax +48 85 749-70-14

[email protected]

www.plummac.com

mailto:[email protected]

http://www.plummac.com/

Documents

MacBAT IV Gas volume converter - Plummac · MacBAT IV Data structure Document edition: 07 January 2017 2 1. Data sending in GAZ-MODEM protocol Using GAZ-MODEM protocol there is possibility