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YTL 5300, DDS353H, 5281, 5282 MODBUS registers: read online

Connect YTL to the computer through a USB-to-serial or RS485 adapter and read its registers in your browser: click "Read register values online" under the model (Chrome or Edge, nothing to install). The tables below list the MODBUS offset, unit, data type and scale of every register shown. For logging 24/7 into a database, CSV files or Excel, use the Advanced Serial Data Logger (for MODBUS RTU) or Advanced TCP/IP Data Logger (for MODBUS TCP): they poll the complete map of every model on this page and provide continuous YTL data logging and capture.

Do you not know the meter address? Scan the device address online

YTL (5300) - MODBUS Registers

Connection and addressing notes

Default baud rate
9600 bps
Baud rate options
1200, 2400, 4800 bps
Data bits
8
Stop bits
1
Parity
even
Default device address
1
Character frame
11 bits
Frame composition
1 start bit, 8 data bits, 1 even check bit, 1 stop bit
CRC
2 bytes
Function codes
03 read
Register addressing
hexadecimal
Data format
float
Float size
4 bytes (2 registers)

Registers in the map: 91 (the first 50 are listed below; the browser reader and the data loggers use the complete map). function 3 (holding registers). byte order big-endian. data types: single.

MODBUS offsetDescriptionUnitsData typeScale
4Software version single 
6Hardware version single 
0Serial number single 
2Meter ID single 
9S0 output rate single 
11Combined code single 
12HOLIDAY-WEEKEND T single 
13Cycle time single 
14L1 voltage single 
16L2 voltage single 
18L3 voltage single 
20Grid frequency single 
22L1 current single 
24L2 current single 
26L3 current single 
28Total active power single 
30L1 active power single 
32L2 active power single 
34L3 active power single 
36Total reactive power single 
38L1 reactive power single 
40L2 reactive power single 
42L3 reactive power single 
44Total apparent power single 
46L1 apparent power single 
48L2 apparent power single 
50L3 apparent power single 
52Total power factor single 
54Power factor single 
56Power factor single 
58Power factor single 
60Time single 
64Season ON/OFF single 
65CRC CODE single 
256Total active energy single 
258L1 total active energy single 
260L2 total active energy single 
262L3 total active energy single 
264Forward active energy single 
266L1 forward active energy single 
268L2 forward active energy single 
270L3 forward active energy single 
272Reverse active energy single 
274L1 reverse active energy single 
276L2 reverse active energy single 
278L3 reverse active energy single 
280Total reactive energy single 
282L1 reactive energy single 
284L2 reactive energy single 
286L3 reactive energy single 

This is not the complete map: 50 of 91 registers are listed above. Click "Read register values online" to read any register of your device in the browser, or download the program to log the complete map.

YTL (DDS353H,5281,5282,5283) - Measurement Data

Connection and addressing notes

Protocol
Modbus RTU
Default baud rate
9600 bps
Data bits
8
Stop bits
1
Parity
none
Function codes
03H read
Register addressing
hexadecimal
Multi-register layout
lower address holds the high byte (L address is High Byte Data)
Basic parameter area
from 130H
Multi-tariff data area
A000H-AFFFH
Real time data area
9000H-9FFFH (reserved)
Data format
ULONG (4 bytes)
Scale
ULONG values use 0.01 scaling

Registers in the map: 38. function 3 (holding registers). byte order big-endian. data types: dword, integer, smallint, word.

MODBUS offsetDescriptionUnitsData typeScale
304Frequency FHzword×0.01
305Phase voltage V1Vword×0.01
306Phase voltage V2Vword×0.01
307Phase voltage V3Vword×0.01
313Phase (wire) current I1Aword×0.001
315Phase (wire) current I2Aword×0.001
317Phase (wire) current I3Aword×0.001
320Active power P1 (Phase a)kWinteger×0.001
322Active power P2 (Phase b)kWinteger×0.001
324Active power P3 (Phase c)kWinteger×0.001
326System active power psumkWinteger×0.001
328Reactive power Q1 (Phase a)kvarinteger×0.001
330Reactive power Q2 (Phase b)kvarinteger×0.001
332Reactive power Q3 (Phase c)kvarinteger×0.001
334System active power qsumkvarinteger×0.001
336Apparent power S1 (Phase a)kVAinteger×0.001
338Apparent power S2 (Phase b)kVAinteger×0.001
340Apparent power S3 (Phase c)kVAinteger×0.001
342System apparent power ssumkVAinteger×0.001
344Power factor PF1 (Phase a) smallint×0.001
345Power factor PF2 (Phase b) smallint×0.001
346Power factor PF3 (Phase c) smallint×0.001
347System power factorPFsmallint×0.001
40960(Present) total active energykWhdword×0.01
40962(Present) T1 active energykWhdword×0.01
40964(Present) T2 active energykWhdword×0.01
40966(Present) T3 active energykWhdword×0.01
40968(Present) T4 active energykWhdword×0.01
40990(Present) total reactive energykvarhdword×0.01
40992(Present) T1 reactive energykvarhdword×0.01
40994(Present) T2 reactive energykvarhdword×0.01
40996(Present) T3 reactive energykvarhdword×0.01
40998(Present) T4 reactive energykvarhdword×0.01
41008Last 1 month demand dword 
41010Last 2 months demand dword 
65280Temperature smallint 
65281Time offset smallint 
65520Energy smallint 

Related MODBUS registers maps

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MODBUS COM Port Connection