Saia-Burgess Controls AG
Bahnhofstrasse 18 I CH-3280 Murten I Schweiz
T +41 26 580 30 00 I F +41 26 580 34 99
Assembly and operating instructions Type ALE3D5FM10
65 A Three-phase active power energy meter with M-Bus interface, Pic. 1
Description
Energy meter with M-Bus interface enables the reading of
all relevant data like meter reading, electricity, voltage and
power (active and reactive).
Indicating elements
(Pic. 4)
T1total (kWh)
■
Shows total consumption Tariff 1
T1part. (kWh)
■
Shows partial consumption for
Tari 1, this value is resettable
T2total (kWh)
■
Shows total consumption Tariff 2
T2part. (kWh)
■
Shows partial consumption for
Tariff 2, this value is resettable
P(kW)
■
Shows the instantaneous power
per phase or all phases
U(V)
■
Shows the voltage per phase
I(A)
■
Shows the current per phase
kWh
■
Shows the unit kWh when the
consumption is displayed
L1 / L2 / L3
■
For P-, U-, I- or Error display, the
corresponding phase is displayed
Error
■
In case of missing phase or wrong
current direction. The correspond-
ing phase is additionally displayed.
Technical data
Connection
■
Pic. 2
diagram
Dimensions
■
Pic. 3
Accuracy class
■
B according to EN50470-3,
1 according to IEC62053-21
Reference, Maxi-
■
Iref = 10 A, Imax = 65 A, Ist = 40 mA
mum, initial current
operating voltage
■
3 × 230/400 VAC, 50 Hz
Tolerance −20%/+15%
Counting range
■
00 000,00…999 999,9 kWh
LED-Ouptut
■
1000 Imp/kWh
Connections
■
Conductor cross-section 1,516 mm
2
,
Main circuit screwdriver pozi no. 1, slot n
o. 2,
torque 1,52 Nm
Connections
■
Conductor cross-section max. 2,5 mm
2
,
Control circuit screwdriver pozi no. 0, slot no. 2,
torque 0,8 Nm
Operating
■
−25…+55°C (noncondensing
temperature according standard EN50470)
Environment
■
Mechanical M2
Electromagnetic E2
Notes before connecting
1. Do not connect L1, L2 or L3 to N
2. In order to avoid moisture in the meter due to conden-
sate build-up, acclimatise the meter at room temperature
for about half an hour before connecting.
3. N must always be connected.
Attention!
These devices must only be installed by a professional
electrician, otherwise there is the risk of re or the risk of
an electric shock.
Declaration of Conformity CE
We, Saia-Burgess Controls AG, CH 3280 Murten (Switzer-
land), herewith declare, on our own responsibility that
the products:
■
ALE3D5FM10C3A00
which this certicate refer to, are in accordance with the
directive 2014/32/EU (MID) and the following standards:
■
EN50470 parts 1 and 3 (electronic meter), of
October 2006.
■
Directive 2014/30/EG (EMC)
■
Directive 2014/35/EG (LVD)
Conformity Assessment Body:
METAS-Cert, Nr. 1259
CH-3003 Bern-Wabern
Murten, in September 2016
Signed: Urs Tanner, Site Quality Leader
English
Installation instructions
The three-phase energy meter can be attached to a 35 mm
rail (EN60715TH35).
The meter can be used only in installation cabinets.
Operation of the LCD display
See page with LCD menu navigation
4 319 5104 0I 03.2017 Subject to change without notice
Technical data M-Bus
Bus system M-Bus
Standard EN13757
Bus length According to M-Bus specication
Transmission rates 300, 2400, 9600 Bd (factory setting: 2400 Bd).
The transmission rate can be changed via display/M-Bus.
Response time Write: up to 60 ms
(System response) Read: up to 60 ms
Data transfer
■
When reading out the values, all values are transferred in a telegram.
■
It supports the following telegrams:
• Initialisation SND_NKE Response: ACK
• Reading meter REQ_UD2 Response: RSP_UD
• Changing primary address SND_UD Response: ACK
• Reset T
part
SND_UD Response: ACK
• Slave selection for secondary addressing SND_UD Response: ACK
• The transmission rate is changeable SND_UD Response: ACK
(Further information you will nd on the website www.sbc-support.com under the document PP26-520).
■
The device does not respond to unknown queries.
■
The device has a voltage monitor. In the case of a power failure, all the registers in the EEPROM are saved.
Changing the M-Bus primary address
■
In order to change the M-Bus primary address, hold down ► touch for 3 sec, then press ► again.
■
In the following menu, ▼ increases the address by 10,
► increases the primary address by 1.
■
When the desired address is set, wait until the main display appears again.
Secondary addressing
■
It is possible to communicate with the energy meter using the secondary address, according to EN13757
■
The use of Wild Cards is possible
Changing the baud rate:
Variant 1 (local keys and LCD):
■
In order to change the M-Bus baud rate, hold down ► touch for 3 sec, then press ▼ again, and then press ►.
■
In the following menu, ▼ changes the baud rate from 300 to 9600 baud and 2400.
■
When the desired M-Bus baud rate is set, wait until the main display appears again.
Variante 2 (using M-Bus):
■
Send: 9600 Telegram: 0x68 0x03 0x03 0x68 0x43 <addr> 0xBD <cs> 0x16
2400 Telegram: 0x68 0x03 0x03 0x68 0x43 <addr> 0xBB <cs> 0x16
300 Telegram: 0x68 0x03 0x03 0x68 0x43 <addr> 0xB8 <cs> 0x16
■
Response: 0xE5 (sent with the baud rate).
■
A M-Bus master must communicate within 10 minutes to the M-Bus slave on the new baudrate to validate and save the
baud rate change permament (EN13757-3).
English
Unit with multiplier ALE3
I (Current) 0.1 [ A ]
U (Voltage) 1 [ V ]
P
active
(Power) 0.01 [ kW ]
P
reactive
(Reactive Power) 0.01 [ kVAR ]
E (Consumption) 0.01 [ kWh ]
Telegram structure
0x68 0x92 0x92 0x68 0x08 PAdr 0x72 ID 0x43 0x4c DEV
02 ACC STAT 0 0 0x8c 0x10 VIF EtoT1 0x8c 0x11
VIF EpaT1 0x8c 0x20 VIF EtoT2 0x8c 0x21 VIF EpaT2 0x02
0xFD 0xC9 0xFF 0x01 Vph1 0x02 0xFD VIFE 0xFF 0x01 lph1
0x02 VIF 0x 0x01 Pph1 0x82 0x40 VIF 0xFF 0x01 Prph1
0x02 0xFD 0xC9 0xFF 0x02 Vph2 0x02 0xFD VIFE 0xFF 0x02
Iph2 0x02 VIF 0xFF 0x02 Pph2 0x82 0x40 VIF 0xFF 0x02
Prph2 0x02 0xFD 0xC9 0xFF 0x03 Vph3 0x02 0xFD VIFE 0xFF
0x03 lph3 0x02 VIF 0xFF 0x03 Pph3 0x82 0x40 VIF 0xFF
0x03 Prph3 0x02 0xFF 0x68 RappW 0x02 VIF 0xFF 0x00 Ptot
0x82 0x40 VIF 0xFF 0x00 Prtot 0x01 0xFF 0x13 Cur_Tar Csum
0x16
Variable at 1, 2 or 4 bytes
Byte Content Type Description Manufacturer-specic
23 – 26 EtoT1 = x 4 b. BCD T1 total
30 – 33 EpaT1 = x 4 b. BCD T1 partial
37 – 40 EtoT2 = x 4 b. BCD T2 total
44 – 47 EpaT2 = x 4 b. BCD T2 partial
53 – 54 Vph1 = x 2b. Integer Voltage phase 1
60 – 61 Iph1 = x 2b. Integer Current phase 1
66 – 67 Pph1 = x 2b. Integer Power phase 1
73 – 74 Prph1 = x 2b. Integer Reactive power phase 1
80 – 81 Vph2 = x 2b. Integer Voltage phase 2
87 – 88 Iph2 = x 2b. Integer Current phase 2
93 – 94 Pph2 = x 2b. Integer Power phase 2
100 – 101 Prph2 = x 2b. Integer Reactive Power phase 2
107 – 108 Vph3 = x 2b. Integer Voltage phase 3
114 – 115 Iph3 = x 2b. Integer Current phase 3
120 – 121 Pph3 = x 2b. Integer Power phase 3
127 – 128 Prph3 = x 2b. Integer Reactive power phase 3
132 – 133 RappW = 0 2b. Integer Transformer ratio
138 – 139 Ptot = x 2b. Integer Power total
145 – 146 Prtot = x 2b. Integer Reaction power total
150 Cur_Tar = x 1b. Integer Current tari