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Grp
Energy
ΣL In
Wh
(T1+T2)
ΣL Out Wh
(T1+T2)
ΣL In
Wh
(T1)
1
ΣL In
Wh
(T2)
ΣL Out Wh
(T1)
ΣL Out Wh
(T2)
ΣL In kVARh (T1+T2)
ΣL Out kVARh (T1+T2)
ΣL In kVARh (T1)
2
ΣL In kVARh (T2)
ΣL Out kVARh (T1)
ΣL Out kVARh (T2)
L1 In Wh
(T1)
L1 In Wh
(T2)
L1 Out Wh
(T1)
L1 Out Wh
(T2)
3
L1 In kVARh (T1)
L1 In kVARh (T2)
L1 Out kVARh (T1)
L1 Out kVARh (T2)
L2 In Wh
(T1)
L2 In Wh
(T2)
L2 Out Wh
(T1)
L2 Out Wh
(T2)
4
L2 In kVARh (T1)
L2 In kVARh (T2)
L2 Out kVARh (T1)
L2 Out kVARh (T2)
L3 In Wh
(T1)
L3 In Wh
(T2)
L3 Out Wh
(T1)
L3 Out Wh
(T2)
5
L3 In kVARh (T1)
L3 In kVARh (T2)
L3 Out kVARh (T1)
L3 Out kVARh (T2)
Grp
Energy
In Wh
(T1+T2)
Out Wh
(T1+T2)
In Wh
(T1)
1
In Wh
(T2)
Out Wh
(T1)
Out Wh
(T2)
In kVARh (T1+T2)
Out kVARh (T1+T2)
In kVARh (T1)
2
In kVARh (T2)
Out kVARh (T1)
Out kVARh (T2)
(acc. To EN300.220 V3.1.1, EN 301 489, EN 62368-1:2018)
RF features
Mode
(acc. to EN300.220 V3.1.1)
Chip Rate:
Max RF Output Power
Range
Frequency band
(*) in free air, depending on antenna choice and environmental conditions.
DIN-rail mounting
Housing
(acc. to DIN 43380 and EN60715)
DIN-rail
Module depth
Power supply
Operating Voltage
Power consumption
Operating Frequency
Wiring Connection
screw head Z +/-
Solid wire min (max) section
Stranded wire min (max) section
Wires acc. to IEC 60332-1-2 if section>= 0.5 mm2, acc. to IEC 60332-2-2 for smaller sections
Electric Safety
Pollution degree
(acc. to EN 62368-1:2018)
Overvoltage category
Working Voltage
Flammability (acc. to UL 94)
Insulation
II
(acc. to IEC 61140)
Insulation between Main supply and accessible parts
(antenna and USB connector) = 5kV. Each single equipment is tested in production
@4.5kV for 1s (electric strength test)
Environmental conditions
Operating Temperature
Storage Temperature
Relative Humidity not condensing yearly average
on 30 days per year
Installation
Altitude
Degree of Protection
(*) The metering equipment must be installed inside a cabinet with IP rating IP51 or better.and with a Flammability degree V0 (according
to UL-94) or better
Usb Interface
micro USB 2.0
Voltage 5Vdc (min 4.4 Vdc – max 5.25 Vdc)
Current consumption <= 60 mA
Power consumption <= 315 mW
Two poles disconnect device with a contact separation of at least 3 mm.
Cartridge Fuse 5X20mm, Certified according to IEC 60127-2. Medium Acting.
Operating current 500 mA. Max voltage rating 250 Vac. Minimum Interrupting rating 200 A
Both fuse and fuse holder must have a minimum creepage distance of 4mm and minimum clearance distance of 3 mm
between poles. The fuse breaks the Phase wire current. The fuse holder is DIN-rail mounting and must be mounted closely
to the device.
Available Energy Groups for a 3-phase Meter
DIF
DIFE
0x06
-
0x86
0x40
0x86
0x10
0x86
0x20
0x86
0x50
0x86
0x60
0x04
--
0x84
0x40
0x84
0x10
0x84
0x20
0x84
0x50
0x84
0x60
0xC6
0x10
0xC6
0x20
0xC6
0x50
0xC6
0x60
0xC4
0x10
0xC4
0x20
0xC4
0x50
0xC4
0x60
0x86
0x11
0x86
0x21
0x86
0x51
0x86
0x61
0x84
0x11
0x84
0x21
0x84
0x51
0x84
0x61
0xC6
0x11
0xC6
0x21
0xC6
0x51
0xC6
0x61
0xC4
0x11
0xC4
0x21
0xC4
0x51
0xC4
0x61
Available Energy Groups for a Single phase Meter
DIF
DIFE
0x06
-
0x86
0x40
0x86
0x10
0x86
0x20
0x86
0x50
0x86
0x60
0x04
--
0x84
0x40
0x84
0x10
0x84
0x20
0x84
0x50
0x84
0x60
Technical Specification
(symbol IEC 60417-5172 (2003-02)
VIF
VIFE
Data
0x03
-
6 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0x03
-
6 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
0xFB
0x02
4 bytes
VIF
VIFE
0x03
-
0x03
-
0x03
-
0x03
-
0x03
-
0x03
-
0xFB
0x02
0xFB
0x02
0xFB
0x02
0xFB
0x02
0xFB
0x02
0xFB
0x02
S1-m or T1
32768 cps (S1-m) or 100 kcps (T1)
12 dBm
up to 2000 m (*)
868.0...868.6 MHz (S1-m mode)
868.7...869.2 MHz (T1 mode)
1 module (18 mm)
35 mm
70 mm
92-276 V~
<=1.5 VA
45-65 Hz
POZIDRIV PZ0
0.15 (2.5) mm
2
0,15 (4) mm
2
2
III
300 V
class V0
0 °C - +55 °C
-25 °C - +75 °C
<= 75 %
<= 95 %
Indoor
<=2000 m
IP20 (*)
Tariff
Phase
ΣL
T1+T2
ΣL
T1+T2
ΣL
T1
ΣL
T2
ΣL
T1
ΣL
T2
ΣL
T1+T2
ΣL
T1+T2
ΣL
T1
ΣL
T2
ΣL
T1
ΣL
T2
T1
L1
T2
L1
T1
L1
T2
L1
L1
T1
T2
L1
T1
L1
T2
L1
T1
L2
T2
L2
T1
L2
T2
L2
L2
T1
T2
L2
T1
L2
T2
L2
T1
L3
T2
L3
T1
L3
T2
L3
L3
T1
T2
L3
T1
L3
T2
L3
Data
Tariff
6 bytes
T1+T2
6 bytes
T1+T2
6 bytes
T1
6 bytes
T2
6 bytes
T1
6 bytes
T2
4 bytes
T1+T2
4 bytes
T1+T2
4 bytes
T1
4 bytes
T2
4 bytes
T1
4 bytes
T2
Dimensions
Wiring Diagram
Herholdt Controls S.r.l.
Via Mestre 13 – 20132 Milano, Italy – www.hhcontrols.com
Imp/Exp
Unit
IMP
Wh
EXP
Wh
IMP
Wh
IMP
Wh
EXP
Wh
EXP
Wh
IMP
kVARh
EXP
kVARh
IMP
kVARh
IMP
kVARh
EXP
kVARh
EXP
kVARh
IMP
Wh
IMP
Wh
EXP
Wh
EXP
Wh
IMP
kVARh
IMP
kVARh
EXP
kVARh
EXP
kVARh
IMP
Wh
IMP
Wh
EXP
Wh
EXP
Wh
IMP
kVARh
IMP
kVARh
EXP
kVARh
EXP
kVARh
IMP
Wh
IMP
Wh
EXP
Wh
EXP
Wh
IMP
kVARh
IMP
kVARh
EXP
kVARh
EXP
kVARh
Imp/Exp
Unit
IMP
Wh
EXP
Wh
IMP
Wh
IMP
Wh
EXP
Wh
EXP
Wh
IMP
kVARh
EXP
kVARh
IMP
kVARh
IMP
kVARh
EXP
kVARh
EXP
kVARh
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