4.6.1 Pulse rate
Use this to set the energy represented by each pulse.
Rate can be set to 1 pulse per
dFt/0.01/0.1/1/10/100 kWh/kVarh.
5 El:
rRl:E
:a
(lt shows 1 pulse = 1 0kWh/kVarh)
SE
1:
,. Rl: E
,n
IU
5 E 1:
,. RI: E
:a
From the set-up menu,
use
IQ
and
lli
bullons
to select the Pulse Rate
option.
Press
ll!ii
to enter the
selection routine. The
curren! setting will flash.
When it's dFt (default),it
means 2.5WhNarh.
Use
E
and
lli
buttons to choose pulse rate.
On completion of the entry procedure, press
ll!ii
to confirm
the setting and press
f1li
to return to the main set up menu.
4.6.2 Pulse Duration
The pulse width can be selected as 200 (non-MIO version meters only),
100 (default) ar 60ms.
5 El:
PULS
,nn
IUU
(lt shows pulse width of 100ms)
SE
l:
PUL 5
,nn
IUU
5 E 1:
PULS
,nn
IUU
From the set-up menu,
use
E
and
lli
buttons
to select the Pulse width
option.
Press
ll!ii
to enter the
selection routine. The
curren! setting will flash.
Use
IQ
and
lli
buttons to choose pulse width.
On completion of the entry procedure press
ll!ii
to confirm
the setting and press
f1li
to return to the main set up menu.
4. 7 Communication
*No! for SDM630-Pulse V2
There is RS485/Mbus port can be used far communication
Modbus RTU protocol. Far Modbus RTU, parameters are
selected from front panel.
4.7.1 RS485Address
*For SDM630-MT/-Standard/-Modbus V2
only
SE
l:
Rddr
[J [J
I
(The range is from 001 to 247)
5 El:
Rddr
nn,
uu'
5 El:
Rddr
,
n,
I
U 1
5 E 1:
Rddr
,n,
IU 1
From the set-up menu,
1H
and
lli
buttons to
select the address ID.
Press
ll!ii
bullan to enter
the selection routine. The
curren! selling will be
flashing.
Use
l!!II
and
lli
buttons to choose Modbus
address (001 to 247).
On completion of the entry procedure, press
ll!ii
bullan to
confirm the selling and press
f1li
bullan to return the main
set-up menu.
4. 7.2 Mbus address
'For SDM630-Mbus V2 only
5 El:
Rddr
nn,
uu'
5 E 1:
Rddr
,
n,
I
U 1
Id
9999
9999
Primary address:001 to 250
Use
IQ
and
lli
bullons
to select the address value.
Press
ll!ii
to enter the
selection routine. The
curren! setting will flash.
Secondary address:
00 00 00 01 to 99 99 99 99
On completion of the entry procedure, press
ll!ii
to confirm
the setting and press
f1li
to return to the main set up menu.
4. 7.3 Baud Rate
SE
1:
bRUd
9.6
5 El:
bRLJd
9.6
SEi:
bRUd
9.fi
k
k
k
From the set-up menu,
use
IQ
and
11i
bullons
to select the Baud Rate
option.
Press
ll!ii
to enter the
selection routine. The
curren! selling will flash.
Use
E
and
lli
buttons to choose Baud
rate.
On completion of the entry procedure, press
ll!ii
to confinm
the setting and press
f1li
to return to the main set up menu.
4. 7.4 Parity
5 E 1:
PRrl
fufíl
5 f
l:
PR,- I
fufíl
5 El:
PRrl
íl[Jílf
From the set-up menu, use
E
and
11i
buttons to
select the parity option.
Press
ll!ii
to enter the
selection routine. The
curren! selling will flash.
Use
E
and
lli
bullons
to choose parity (EVEN /
ODD / NONE).
On completion of the entry procedure, press
ll!ii
to confirm
the selling and press
f1li
to return to the main set up menu.
4. 7.5 Stop bits
SE 1:
51:oP
2
5 El:
51:oP
2
5 E 1:
51:oP
From the set-up menu, use
E
and
lli
buttons to
select the stop bit option.
Press
ll!ii
to enter the
selection routine. The
curren! setting will flash.
Use
E
and
lli
buttons to choose stop bit
(2 ar 1)
Note: Default is 1, and only when !he parity is
NONE that !he stop bit can be changed to 2.
On completion of the entry procedure, press
ll!ii
to confirm
the setting and press
f1li
to return to the main set up menu.
4.8 CLR
*Not for SDM630-Standard V2
The meter provides a function to reset the maximum demand
value of curren! and oower.
[l,-
MD
[l,-
From the set-up menu, use
IQ
and
lli
buttons to
select the reset option.
Press
ll!ii
to enter the
selection routine. The MD
will flash.
Press
ll!ii
to confirm the selling and press
f1li
to return to
the main set up menu.
5.Specifications
5.1 Measured Parameters
The unit can monitor and display the following parameters of a
single phase two wire (1 p2w), three phase three wire (3p3w) ar
three phase four wire (3p4w) system.
5.1.1 Voltage and Current
*Not for SDM630-Standard V2
• Phase to neutral voltages 100 to 289V a.c. (not for 3p3w
supplies).
• Voltages between phases 173 to 500V a.c. (3p supplies
only).
• Percentage total voltage harmonic distortion (THD%) far
each phase to N ( not far 3p3w supplies).
• Percentage voltage TH D% between phases (three phase
supplies only).
• Curren! THD% far each phase
5.1.2 Power factor and Frequency and
Max. Demand
'Not for SDM630-Standard V2
• Frequency in Hz
• lnstantaneous power:
• Power O to 99999 W
• Reactive power O to 99999 Var
• Volt-amps O to 99999 VA
• Maximum demandad power since last Demand reset
Power factor
• Maximum neutral demand curren!, since the las! Demand
reset (far three phase supplies only)
5.1.3 Energy Measurements
• lmport active energy
• Export reactive energy
• lmport active energy
• Export reactive energy
• Total active energy
• Total reactive energy
5.2 Measured lnputs
O to 999999.99 kWh
O to 999999.99 kVarh
O to 999999.99 kWh
O to 999999.99 kVarh
O to 999999. 99 kWh
O to 999999.99 kVarh
Voltage inputs through 4-way fixed connector with 25mm
2
stranded wire capacity. single phase two wire (1 p2w), three
phase three wire (3p3w) ar three phase tour wire (3p4w)
unbalanced. Line frequency measured from L 1 voltage ar
L3 voltage.
5.3 Interfaces for Externa/ Monitoring
Three interfaces are provided:
• RS485/Mbus communication channel that can be programmed
via protocol remotely. (not far SDM630-Pulse V2)
• Pulse output (pulse1) indicating real-time measured energy.
(configurable)
• Pulse output (pulse2) 400imp/kWh (not configurable)
The Modbus/Mbus configuration (baud rate etc) and the pulse
relay output assignments (kW/kVarh, import/export etc) are
configured through the set-up screens.
5.3.1 Pulse Output
The pulse output can be set to generate pulses to represen!
kWh or kVarh.
Rate can be set to generate 1 pulse per:
dFt (default) = 2.5 WhNarh
0.01 = 1 O WhNarh
0.1 = 100 WhNarh
1 = 1 kWh/kVarh
1 O = 1 O kWh/kVarh
1 00 = 1 00 kWh/kVarh
Pulse width 200/100/60 ms.
Pulse output 2 is non-configurable.lt is fixed up with active kWh.
lts constan! is 400imp/kWh.
5.3.2 RS485/Mbus Output for Modbus RTU
"For SDM630-MT/-Modbus/-Standard V2 only
For Modbus RTU, the following RS485 communication
parameters can be configured from the set-up menu:
Baud rate 2400, 4800, 9600, 19200, 38400
Parity none / odd / even
Stop bits 1 ar 2
RS485 network address nnn - 3-digit number, 001 to 247
'For SDM630-Mbus V2 only
For Mbus, the following communication parameters
can be configured from the set-up menu:
Baud rate 300,600,2400, 4800, 9600
Parity none/ odd / even
Stop bits 1 ar 2
Mbus network primary address nnn - 3-digit number,001 to 250
Mbus network secondary address 00 00 00 00 to 99 99 99 99
*lf the Modbus/Mbus protocol document is required,
please contact us for it.
5.4 Accuracy
• Voltage
• Curren!
• Frequency
• Power factor
• Active power (W)
• Reactive power (VAr)
• Apparent power (VA)
• Active energy (Wh)
• Reactive energy (VARh)
• Response time to step input
0.5% of range maximum
0.5% of nominal
0.2% of mid-frequency
1 % of unity (0.01)
± 1 % of range maximum
±
1 % of range maximum
±
1 % of range maximum
Class 1 IEC 62053-21
Class B EN504 70-3
±
1 % of range maximum
1s, typical, to >99% of
final reading, al 50 Hz.
5.5 Reference Conditions of lnfluence
Quantities
lnfluence Quantities are variables that affect measurement
errors to a minar degree. Accuracy is verified under nominal
value (within the specified tolerance) of these conditions.
• Ambient temperature
• Input frequency
23
º
C ± 2
º
C
50 Hz(MID)
50 or 60Hz ±2%(non-MID)
• Input waveform
Sinusoidal (distortion
factor < O. 005)
• Magnetic field of externa! origin Terrestrial flux
5.6 Environment
• Operating temperature
• Storage temperature
• Relative humidity
• Altitude
• Warm up time
• Vibration
• Shock
-25
º
C to +55
º
C*
-40
º
C to + 70
º
C'
O to 95%, non
condensing
Up to 2000m
1 minute
10Hz to 50Hz, IEC
60068-2-6, 2g
30g in 3 planes
• Maximum operating and storage temperatures are in the
context of typical daily and seasonal variation.
5. 7 Mechanics
• DIN rail dimensions
• Mounting
• Sealing
• Material
72 x 100 mm (WxH)
per DIN 43880
DIN rail (DIN 43880)
IP51 (indoor)
Self-extinguishing
Ul94 V -0
5.8 Declaration of Conformity(for the M/D
approved version meter only)
We Eas Electric Smart Technology S.L.U.
Declare under our sale responsibility as the manufacturer that the
poly phase multifuntion electrical meter "SDM630 100A V2 series"
correspond to the production model described in the EC-type
examination certificate and to the requirements of the Directive
2014/32/EU EC type examination certificate number 0120/SGS0151.
ldentification number of the N B0120
6.Dimensions
7.
Wiring diagram
, ................................... .
!
bw•1 bus2
-n.1-1-
-n.21- )
el O 00 0000: SDM630-MbusV2
1;
¡
1 nter fac
f��i ¡
-·· ··
¡;;-
···
;;,:
····
G
· ···:;:;:;�··· :::::::; SDM630-Modbus V2
Externa1(
··¡ O 00 0000 ¡ SDM630-StandardV2
Monitoring
i
¡ ········ ·············································_; SDM630-MTV2
L�
-n.,+ -n.21- i
· .... ?..?. ..
?..
0 0 0 0 1 SDM630-Pulse V2
7.1 single phase two wires
0000000
7.2 three phase three wires
ºººººº·º····-··
7.3 three phase four wires
L.. ...
o.o.o
0000
Eas Electric Smart Technology S.L.U.
Pol. Ind. San Carlos, Camino de la Sierra s/n,
Parc. 11
03370 Redov
á
n (Alicante) -
SPAIN
Web: www.easelectric.es
CE
.HS
MID
