SATEC PM296 Communication Driver's Save Contents and Output Address by READ/WRITE Type

 

SATEC PM296 driver's (MODBUS protocol) saved contents and save address by READ/WRITE type are as follows.

Memory Save Address,
Output Address		 Contents Unit Range modbus
address		 Write
Save Addr + 0 ~ 2 L1~L3/L12 ~ L31 voltage V 0 ~ Vmax 256 ~ 258 -
Save Addr + 3 ~ 5 L1 ~ L3 current A 0 ~ Imax 259 ~ 261
Save Addr + 6 ~ 8 L1 ~ L3 watt(KW) KW -Pmax ~ Pmax 262 ~ 264
Save Addr + 9 ~ 11 L1 ~ L3 Kvar Kvar 265 ~ 267
Save Addr + 12 ~ 14 L1 ~ L3 KVA KVA 268 ~ 270
Save Addr + 15 ~ 17 L1 ~ L3 Power Factor - -1 ~ 1 271 ~ 273
Save Addr + 18 Power Factor Total 274
Save Addr + 19 KW Total KW -Pmax ~ Pmax 275
Save Addr + 20 Kvar Total Kvar 276
Save Addr + 21 KVA Total KVA 277
Save Addr + 22 Unbalanced current A 0 ~ Imax 278
Save Addr + 23 Frequency HZ 45 ~ 65 279
Save Addr + 24 Sliding window maximum KW demand KW -Pmax ~ Pmax 280 Possible
Save Addr + 25 Accumulated KW demand 281
Save Addr + 26 Sliding window maximum KVA demand KVA 282
Save Addr + 27 Accumulated KVA demand 283
Save Addr + 28 ~ 30 Maximum current demand L1 ~ L3 A 0 ~ Imax 284 ~ 286
Save Addr + 31 ~ 32 KWh Import Low/High Word KWh 0 ~ 9999 287 ~ 288
Save Addr + 33 KWh Export Low Word 289
Save Addr + 34 KWh Export High Word 0 ~ 999 290
Save Addr + 35 ~ 36 Kvarh Import Low/High Word Kvarh 0 ~ 9999 291 ~ 292
Save Addr + 37 ~ 38 Kvarh Export Low/High Word 293 ~ 294
Save Addr + 39 ~ 41 L1~L3/L12 ~ L31 THD voltage % 0 ~ 999.9 295 ~ 397 -
Save Addr + 42 ~ 44 L1~L3 THD current 398 ~ 300
Save Addr + 45 ~ 46 KVAh Low/High Word KVAh 0 ~ 9999 301 ~ 302 Possible
Save Addr + 47 Sliding window KW demand KW -Pmax ~ Pmax 303 -
Save Addr + 48 Sliding window KVA demand KVA 304
Save Addr + 49 Reserved (Don't care) - - 305
Save Addr + 50 ~ 52 L1 ~ L3 TDD current % 0 ~ 100 306 ~ 308
<Table 1> Memory save address and contents of DATA Read/Write
Memory Save Address,
Output Address		 Contents Unit

Range

 modbus address Write
Save Addr + 0 Wiring mode -

0 ~ 6,

(0 = 3OP2,

1 = 4LN3,

2 = 3DIR2,

3 = 4LL3,

4 = 3OP3,

5 = 3LN3,

6 = 3LL3)

 2304 Possible
Save Addr + 1 PT Ratio

1.0 ~ 6500.0

 2305
Save Addr + 2 CT Primary current A

1 ~ 50000

 2306
Save Addr + 3 Demand interval min

1, 2, 5, 10, 15, 20, 30, 60,

255 = Outside Sync

 2307
Save Addr + 4 Volt/Ampere Demand interval sec

0 ~ 1800

 2308
Save Addr + 5 Buf size of average -

8, 16, 32

 2309
Save Addr + 6 Reset Enable/Disable

0 = Disable,

1 = Enable

 2310
Save Addr + 7 Auxiliary CT Primary current A/mA

1 ~ 5000

 2311
Save Addr + 8 The number of Demand Periods  

1 ~ 15

 2312
Save Addr + 9 Thermal Demand Time Constant Sec

10 ~ 36000 (0.1 Sec)

 2313
Save Addr + 10 The Number of Pre-event Cycles for Waveform Recoder -

1 ~ 8

 2314
Save Addr + 11 Nominal frequency HZ

50, 60

 2315
Save Addr + 12 Max. Demand Load Current A

0 ~ 10000

 2316
Save Addr + 13 Reserved -

 

2317  
Save Addr + 14 DC Volt Offset

0 ~ 9999 (Default : 0)

 2318 Possible
Save Addr + 15 DC Volt Full Scale

0 ~ 9999 (Default : 20100 or 300)

 2319
Save Addr + 16 The Number of Cycles in a Waveform Series

0 ~ 2560

 2320
<Table 2> Memory save address and contents of SETUP Read/Write
Memory Save Address,
Output Address		 Contents

Range

 modbus address Write
Save Addr + 0 Instrument reset register

0 = Read,

65535 = Write (Warm reset)

 2560 Possible
Save Addr + 1 Reserved

Always 0

 2561 -
Save Addr + 2 Relay status

0 ~ 5  Bit : Always 1,

6      Bit : Relay 2 status,

7      Bit : Relay 1 status,

8 ~ 15 Bit : Always 0,

 

* Relay status

0 = Operated,

1 = Released

 2562
Save Addr + 3 Reserved

Always 0

 2563
Save Addr + 4 Status Inputs

0~3Bit : Status Input 1~4,

4~15Bit : Always 0

 

* Relay status

0 = Open,

1 = Close

 2564
Save Addr + 5 Firmware version number

0 ~ 65535

 2565
Save Addr + 6 Instrument Option 1

0  Bit : 120V Option,

1  Bit : 690V Option,

2 ~ 4  Bit : Reserved,

5  Bit : 50% current over range option,

6  Bit : Analog Output 0/4 ~ 20mA Option,

7  Bit : Analog Output 0 ~ 1mA Option,

8  Bit : Analog Output -1 ~ +1mA Option,

9  Bit : Relays Option,

10 Bit : Digital Inputs Option,

11 ~ 15 Bit : Reserved

 2566
Save Addr + 7 Instrument Option 2

0 ~ 1 Bit : Number of Relays - 1,

2 ~ 6 Bit : Number of Digital Inputs - 1,

7 ~ 15  Bit : Reserved,

 2567
<Table 3> Memory save address and contents of STATUS Read/Write
Memory Save Address Read/Write Address Contents

Range

 modbus
address
Save Addr + 0 0 No.1 AO allocation register parameter ID

0 ~ 5659

(Refer to SATEC communication manual)

 3148
Save Addr + 1 1 No.1 AO zero scale (0/4 mA) 3149
Save Addr + 2 2 No.1 AO full scale (20/1 mA) 3150
Save Addr + 3 ~ 5 3 ~ 5 No.2 AO ID, zero/full scale 3151 ~ 3153
<Table 4> Memory save address and contents of AO_SET Read/Write
Memory Save Address Read/Write Address Contents

Range

modbus address
Save Addr + 0 0 No.1 ACH allocation register parameter ID

0 ~ 5659

(Refer to SATEC communication manual)

3196
Save Addr + 1 1 No.1 ACH zero scale (0/4 mA)

3197
Save Addr + 2 2 No.1 ACH full scale (20 mA)

3198
Save Addr + 3 ~ 5 3 ~ 5 No.2 ACH ID, zero/full scale

3199 ~ 3201
Save Addr + 6 ~ 8 6 ~ 8 No.3 ACH ID, zero/full scale

3202 ~ 3204
Save Addr + 9 ~ 38 9 ~ 38 No.4 ~ No.13 ACH ID, zero/full scale

3205 ~ 3234
Save Addr + 39 ~ 41 39 ~ 41 No.14 ACH ID, zero/full scale

3235 ~ 3237
<Table 5> Memory save address and contents of AO_EXP Read/Write
Memory Save Address Read/Write Address Contents

Range

 modbus ddress
Save Addr + 0 0 No.1 Relay Control status

0 = Normal Operation,

1 = Force Operate,

2 = Force Release.

 3244
Save Addr + 1 ~ 5 1 ~ 5 No.2 ~ No.6 Relay Control status 3245 ~ 3249
<Table 6> Memory save address and contents of RELAY Read/Write
Memory Save Address Read/Write Address

Contents

Range

 modbus address
Save Addr + 0 0

Relay No.1 Pulsing setpoint Parameter ID

0 ~ 7

(0 = none,

1 = KWh import,

2 = KWh export,

4 = Kvarh import(inductive),

5 = Kvarh export(capacitive),

6 = Kvarh total,

7 = KVA total)

 2892
Save Addr + 1 1

Relay No.1 Pulsing setpoint

The number of Pulse per unit time

Energy pulsing  = 1 ~ 9999

Etc = 0.

 2893
Save Addr + 2 ~ 11 2 ~ 11

Relay No.2 ~ No.5 Parameter ID,

The number of Pulse per unit time

Same with Relay No.1

 2894 ~2903
<Table 7> Memory save address and contents of PULSE Read/Write
Memory Save Address Read/Write Address Contents Range Modbus address
Save Addr + 0 0 Current time Sec (sec) 0 ~ 59 4352
Save Addr + 1 1 Current time Min (min) 0 ~ 59 4353
Save Addr + 2 2 Current time Hour (hour) 0 ~ 23 4354
Save Addr + 3 3 Current date Day (day) 1 ~ 31 4355
Save Addr + 4 4 Current date Month (month) 1 ~ 12 4356
Save Addr + 5 5 Current date Year (year) 0 ~ 99 4357
Save Addr + 6 6 Current date Week (day of the week) 1 ~ 7 (1 = Sunday, …) 4358
<Table 8> Memory save address and contents of RTC Read/Write
Memory Save Address Read/Write Address

Contents

Range

 modbus address
Save Addr + 0 ~ 119 0 ~ 119

User-Define

Register 0 ~ 119

(Modbus address of SATEC Power Meter)

 120 ~ 239
<Table 9> Memory save address and contents of DEFINE Read/Write
Memory Save Address,
Output Address		 Contents Range modbus address Write
Save Addr + 0 ~ 119 User-Definable Data 0 ~ 119 According to mapped(<Table 9>) Register number(modbus address) 0 ~ 119 According to mapped address
<Table 10> Memory save address and contents of MAP Read/Write
Memory Save Address,
Output Address		 Contents

Range

 COMM1 address COMM2 address Write
Save Addr + 0 Reserved

Always 65535

 2344 2352 -
Save Addr + 1 Interface

1 = RS422,

2 = RS485

 2345 2353 Possible
Save Addr + 2 Address

0 ~ 247

 2346 2354
Save Addr + 3 Baud rate

0 = 110,

1 = 300,

2 = 600,

3 = 1200,

4 = 2400,

5 = 4800,

6 = 9600,

7 = 19200

 2347 2355
Save Addr + 4 Data format

0 = 7 data bits/even parity,

1 = 8 data bits/no parity,

2 = 8 data bits/even parity

 2348 2356
Save Addr + 5 Incoming Flow Control
(COM1 only)

0 = No,

1 = XOn/XOff,

2 = CTS

 2349 2357
Save Addr +6 Output Flow Control
(COM1 only)

0 = RTS not Used,

1 = RTS Permanently Asserted,

2 = RTS During Communication

 2350 2358
<Table 11> Memory save address and contents of COMM Read/Write

* DIRECT – MODBUS direct address(Specific address : Real MODBUS address) READ/WRITE executes the READ/WRITE by entering above <Table 1> ~ <Table 19> modbus address direct address.

 

Reference) SATEC PM296 communication driver's WRITE sends the 2 BYTE(1 WORD) data to Power Meter, at a time.

 

There is more READ/WRITE area of SATEC PM296 communication driver besides above <Table 1> ~ <Table 11>.

Refer to SATEC PM296 communication protocol manual for contents and instructions about each area.