A230E-Handheld - Camille Bauer AG

Operating instructions Issue 12.08 

A230E-Handheld 

3-phase power analyzer with load profile recorder 

ATTENTION: 

These operating instructions supplement the ´SINEAX A230/A230s´ operating 

instructions with the specific properties of a portable handheld design. In 

particular, the maximum permissible connection values of the measuring inputs, 

the connection images and the power supply differ from the installed device 

SINEAX A230s. In addition, there are no pulse / limit value outputs. These operating 

instructions also show deviating technical data. 

4 

3 

8 

1 2 

9 

5 

6 

7 

Operating, display and connection elements 

[1] Connection sockets for measuring 

(for current clamp with current output) 

[2] Connection sockets for voltage measuring inputs 

[3] ON/Off switch of the device 

[4] Symbol ”Attention, observe documentation” 

[5] Symbol ”Integrated double or reinforced insulation 

(protective insulation)” 

[6] LED green: Battery is being charged (turns off after 

charging process ) 

[7] LED green, yellow and red: State of battery charge 

[8] Ethernet interface for PC connection 

[9] Mains adapter connection socket 

Observe safety instructions in chapter II

Contents 

I Initial inspection 

II Safety instructions 

1 Accessory 

1.1 Accessory included in delivery 

1.2 Available accessory 

2 Commissioning 

2.1 Switching on 

2.2 Power connection 

3 Measuring circuit for performance / energy analyses 

3.1 Measuring connection 

3.1.1 Measurement in 4 wire 3 phase asymmetric load - full connection 

3.1.2 Measurement in 4 wire 3 phase asymmetric load – Open-Y circuit 

3.1.3 Measurement in 4 wire 3 phase symmetric load 


3.1.5 Measurement in 3 wire 3 phase asymmetric load - Aron circuit 


3.1.7 Measurement in single phase AC system 

4 Technical data 

4.1 Power supply 

4.2 Mechanical structure 

5 Maintenance and repair work 

5.1 Housing 

5.2 Fuses in the power measuring circuit 

5.3 Rechargeable Li-Ion battery 

6. Repair, support and spare part service 

- 2 -

I Initial inspection 

Unpack the device and the supplied accessories immediately upon receipt and examine for completeness: 

Unpacking 

Apart from the usual diligence in handling electronic devices, no particular precautionary measures are required in 

handling the device when unpacking. The transport packaging provides for sufficient protection from the usual intransit 

wear. Use equivalent packaging materials when repacking. 

Visual inspection 

Compare the order number/type identification on the packaging and/or device with the details on the shipping documents. 

Determine whether all accessories have been delivered (1.1 Accessories included in delivery) 

Examine the packaging as well as the mechanics of device and accessories for possible transport damage. 

Complaints 

In case any damages are noted, a complaint should be filed with the transport company immediately (keep the packaging!). 

In case of any other deficiencies or if repairing the device is necessary, please inform the responsible representation 

or directly contact the address stated on the last page. 

II Safety instructions 

Read this section carefully. It contains the most important safety instructions for handling the device. 

WARNING: An operating instruction, a practical application, etc. which must absolutely be observed in order to 

maintain the safety protection of the device and to avoid injury of persons. 

ATTENTION: An operating instruction, a practical application, etc. which must absolutely be observed in order to 

avoid damage of the device and safeguard proper operation. The most important safety instructions are summarized 

below. These warnings are referred to in the relevant passages of the operating instructions. 

WARNING 1 

Power connection only to be made via the mains adapter included in delivery. Operation with other mains adapters 

may result in dangerous differences of potential. 

WARNING 2 

Do not alter the output voltage of the supplied mains adapter. Otherwise, the operator assumes the responsibility. In 

case of a defect caused by this, any guaranty claims will be rejected. 

WARNING 3 

The device may only be operated by persons capable of recognizing the dangers of contact and taking precautionary 

measures. The danger of contact exists wherever voltages larger than 50 V can occur. 

WARNING 4 

When measurements are conducted in which there is the danger of contact, avoid working alone. In this case, call in 

another person. 

WARNING 5 

The maximum permissible potential of the current or voltage measuring inputs, respectively, against earth is as follows: 

– for connection to an overvoltage category III circuit: 300 V 

– for connection to an overvoltage category II circuit: 600 V 

The current clamp used must also be rated for this level. 

ATTENTION 

Make absolutely sure that the measuring inputs are not exposed to more than the permissible load. The maximum 

permissible levels are: 

– at the voltage measuring inputs ”U” against ”N”, 346 V, respectively 

– at the voltage measuring inputs ”U” against ”U”, 600 V, respectively 

– at the current measuring inputs ”I”, 1.2A, respectively (current clamp WZ11 A max. 240A corresponds to 240mA at 

the device) 

WARNING 6 

Do not perform any measurements with this device in circuits with corona discharge (high voltage). 

WARNING 7 

You may only perform measurements in a 50 or 60 Hz grid without any DC portion. 

- 3 -

WARNING 8 

Always anticipate measured objects (e.g. defective devices) to show unforeseen voltages. Capacitors, for example, 

can be dangerously charged. 

WARNING 9 

Measurements in humid ambient conditions are not permissible. The device must not be exposed to moisture. 

WARNING 10 

Keep the measuring cables in immaculate condition, e.g. no damage of insulation, no interruption of cables, connectors, 

etc. 

WARNING 11 

Connect the measuring lines to the measuring instrument before connecting the electric load. 

WARNING 12 

If it is assumable that the instrument can no longer be employed safely, it has to be put out of commission and secured 

against unintentional use. Safe operation can no longer be expected: 

– if the device is visibly damaged, 

– if the device does not function, 

– after longer periods of storage under unfavorable conditions, 

– after severe in-transit wear. 

WARNING 13 

Do not open the housing cover. This might uncover current-carrying parts. Maintenance and repair work may only be 

carried out by our service department. 

WARNING 14 

Make sure the device is switched off when not used for longer periods. Excessive discharge of the battery may impair 

its serviceable life. 

- 4 -

1 Accessory 

1.1 Accessory included in delivery 

The A230E-HANDHELD scope of delivery includes: 

1 A230E-HANDHELD power analyzer incl. Li-Ion battery 

1 Cable set for the voltage measuring inputs, consisting of 4 measuring cables 

4 Attachable alligator crimps 

3 200A current clamps WZ11 A 

1 Mains adapter 

1 Ethernet interface cable 

1 Transport case for device and accessories 

1 CD containing PC software 

1 A230E-HANDHELD and SINEAX A230/A230s instruction manual 

1 WZ11 A current clamp instruction manual 

1.2 Available accessory 

Further current clamp variants on request 

2 Commissioning 

2.1 Switching on 

Use the On/Off switch [3] to switch the device on/off. The integrated LEDs [7] indicate the active status or the charging 

status of the battery : 

- LED green: Battery fully charged (approx.100- 85% of capacity) 

- LED green + LED yellow: Battery half charged (approx.85- 40% of capacity) 

- LED yellow + LED red : Battery empty soon (approx.40- 0% of capacity) 

- LED red: Battery empty (display is not illuminated) 

- no LEDs illuminated: Low discharge of battery (with device switched on) 

When switched on, the control unit of the device runs an initialization routine. 

During this routine, the LED display [14] shows the following information: 

- the device name 

- the version of integrated device software, e.g. V 1.04 

Then the device changes to the function of the rendition used last. 

2.2 Power connection (observe WARNING 1!) 

The use of the mains adapter requires a power supply of 100 to 240 VAC. Connection to the mains is made via the 

socket installed in the bottom of the device. 

- 5 -

3 Measuring circuit for performance / energy analyses 

3.1 Measuring connection 

The A230E-HANDHELD has the voltage measuring inputs UL1, UL2, UL3 and N. Measurements in a mediumvoltage 

power grid must generally be conducted via a voltage converter installed in the plant! Their conversion ratio 

can be adopted from the setup menu U-I inP. 

Voltage is usually connected to the measured object by means of the provided measuring cables with 4 mm safety 

connectors and probes. The measuring inputs are designed for connection to overvoltage category III circuits up to 

300 V (or CAT.II up to 600V). If the device is used in grids of this category, the measuring accessories used (e.g. 

current clamp, measuring cables, etc.) must comply at least with this category too. See the respective specifications 

for accessory categories. The low potential of the respective voltage and current path must be connected with corresponding 

socket (black). The conversion ratios of current clamps and of possibly existing voltage converters have to 

be accurate (setup menu U-I inP). 

Interchanging the connectors results in misinterpretation. The display does not provide any information on the complete 

and correct connection of measured objects. For instance, a phase not connected in a three-phase measurement 

can result in misinterpretation of the three-wire measured variables (e.g. U13, U23, U31). 

Inputs not connected are rated 0 (zero) and entered in the calculation accordingly. 

Therefore, you should pay attention to the plausibility of measuring results at the beginning of your measurements. 

Check 

- the correct setting of conversion ratios on basis of the magnitude of the values U and I 

- the correct polarity of the connectors on basis of the polarity of the P values measured 


3.1.2 Measurement in 4 wire 3 phase asymmetric load – Open-Y circuit 

- 6 - 

In 4 wire 3 phase grids with asymmetric load 

and for harmonics analysis in the voltage 

paths, three voltage measuring systems have 

to be connected. Current is measured in the 

phases L1, L2 and L3, and voltage between 

the phases L1, L2, L3 and neutral, respectively. 

Set the grid type to 4 wire asymmetric 

load (4Lu) in the setup menu (U-I inP). 

In general, 4 wire 3 phase grids are lowvoltage 

grids (115/200 or 230/400 Volt) so 

that no voltage converter is required. 

In 4 wire 3 phase grids without zero shift voltage, 

the voltage measurement in phase L2 

can be omitted. Current is measured in phases 

L1, L2 and L3, and voltage between phases 

L1, L3 and neutral, respectively. 

Set the grid type to 4 wire asymmetric load 

open Y (4Lu.O) in the setup menu (U-I inP) of 

the A230E-Handheld. 

In general, 4 wire 3 phase grids are lowvoltage 

grids (115/200 or 230/400 Volt) so 

that no voltage converter is required.



3.1.5 Measurement in 3 wire 3 phase asymmetric load - Aron circuit 

- 7 - 

In 4 wire 3 phase grids, one current measuring 

system and one voltage measuring system are 

sufficient. Current is usually measured in 

phase L1, voltage between phase L1 and 

neutral. Set the grid type to 4 wire symmetric 

load (4Lb) in the setup menu (U-I inP). 

For measurement in 3 wire 3 phase grids with 

one phase load or for harmonics analysis in 

the voltage paths, three voltage measuring 

systems have to be connected. Voltage is 

measured in the three voltage paths against 

an artificial zero point. 


(3Lu) in the setup menu (U-I inP) of the 

A230E-Handheld. 

The 3 wire 3 phase grids are used in the medium 

and high voltage range. In some cases 

they are also found as special grid types in the 

low voltage range. 

For measurements in 3 wire 3 phase grids, two 

current measuring systems are usually sufficient 

(two wattmeter method / Aron circuit). 

Current is usually measured in L1 and L3. The 

absence of a neutral conductor current is utilised. 

Voltage is measured in the three voltage 

paths against an artificial zero point. 


Aron circuit (3Lu.A) in the setup menu (U-I 

inP). 

The 3 wire 3 phase grids are used in the medium 

and high voltage range. In some cases 

they are also found as special grid types in the 

low voltage range.


3.1.7 Measurement in single phase AC system 

4 Technical data 

For measurement in 3 wire 3 phase symmetric 

load grids, one current measuring system is 

sufficient. Current is usually measured in L1. 

Voltage is measured in the three voltage paths 

against an artificial zero point. 

Set the grid type to 3 wire symmetric load 

(3Lb) in the setup menu (U-I inP). 

Set the grid type to single phase AC grid (1L) 

in the setup menu (U-I inP). 

Power supply Rechargeable Li-Ion battery and mains adapter 

Autonomy at max. display brightness Approx. 24 hours (depending on active display elements and ambient temperature) 

Autonomy at min. display brightness Approx. 90 hours (depending on active display elements and ambient temperature) 

Connection types Single phase, 3 / 4 wire balanced and unbalanced 

Voltage range L-L max.: 0-500V, L-N max. : 0-290V 

Current range max. 3 x 0-240A over current clamps WZ11 A (240mA at the device) 

max. 1.2A at the device (suitable current clamps on request) 

EN 61010-1 safety standard 

(pollution level 2) 

CAT III 300V~; CAT II 600V~ 

Accuracy (without current clamps) 

U, I 

P, Q, S, PF 

F 

A230E-Handheld 

0.2% 

0.5% 

0.02Hz 

14mm LED display 4 digits + sign 

- 8 -

4.1 Power supply 

Mains adapter 100VAC – 240VAC (47…63Hz), Protection class II according to EN 60950 

4.2 Mechanical structure 

Housing IP40 

Connections IP20 

Dimensions 260 x 120 x 65 mm 

Weight without accessories 0.7 kg 

5 Maintenance and repair work 

5.1 Housing 

Special maintenance of the housing is not necessary. Keep the surface clean. Use a moist cloth for cleaning. Do not 

use cleaning agents and abrasives. 

5.2 Fuses in the power measuring circuit 

These fuses are located within the device and may only be replaced by our service department. 

5.3 Rechargeable Li-Ion battery 

The device has a premium Li-Ion battery for autonomous power supply. This cell only needs replacing if you note 

materially decreased capacity. If handled correctly, this should only be the case after several years of use. Replacement 

may only be performed by our service department. After such period, we recommend a general overhaul of the 

device. 

6. Repair, support and spare part service 

Please contact our respective representations or branches in case of need. 

Camille Bauer AG 

Aargauerstrasse 7 

CH-5610 Wohlen / Switzerland 

Phone:+41 56 618 21 11 - Fax: +41 56 618 24 58 

www.camillebauer.com - info@camillebauer.com 

Subject to changes 

- 9 -

- 10 -

Operating Instructions 

Multifunctional Power 

Monitor with System Analysis 

SINEAX A 230 / A 230s 

Camille Bauer LTD 


CH-5610 Wohlen/Switzerland 

Phone +41 56 618 21 11 

Fax +41 56 618 35 35 

e-mail: info@camillebauer.com 

http://www.camillebauer.com 

Safety notes 

A 230 / A230s Be 154 807-05 08.08 

The instruments must only be disposed of in the 

correct way! 

The installation and commissioning should only be carried out by trained 

personnel. 

Check the following points before commissioning: 

– that the maximum values for all the connections are not exceeded, see 

the “Technical data” section, 

– that the connection wires are not damaged, and that they are not live 

during wiring, 

– that the power fl ow direction, and the phase rotation are correct. 

The instrument must be taken out of service if safe operation is no longer 

possible (e.g. visible damage). In this case, all the connections must 

be switched off. The instrument must be returned to the factory or to an 

authorized service dealer. 

It is forbidden to open the housing and to make modifi cations to the instrument. 

The instrument is not equipped with an integrated circuit breaker. 

During installation check that a labeled switch is installed and that it can 

easily be reached by the operators. 

Unauthorized repair or alteration of the unit invalidates the warranty. 

Contents Page 

Brief description 2 

Technical data 2 

Commissioning 2 

Electrical connections 3 

Measured value display 4 

Operation 8 

Display window 9 

Programming 12 

Programming charts 18 

Dimensional drawing 20 

1

Brief description 

Panel mounting instrument A230 with dimensions 144x144x46 mm 

resp. A230s with dimensions 96 x 96 x 46 mm. Four-quadrant measurement 

for power system and consumption analysis in single and 

multi-phase AC systems. Three large LED displays with four digits 

plus sign. The converter data are included for direct display and 

further processing. Confi gurable display settings for user specifi c 

presentation, integrated energy meters, impulse counters, and limit 

value indication. Comprehensive average value and max./min. value 

functions. Harmonic analysis and THD measurement. Determination 

of the neutral wire current. Asymmetry factor and neutral point voltage 

shift. Two switched outputs for the control of impulse counters, 

or for signalling limit alarms. 

Technical data 

(for more detailed information please see datasheet, download under 

www.camillebauer.com) 

Measuring inputs 

Nominal frequency: 50, 60 Hz 

Nominal input voltage: Phase-phase: 500 V 

Phase - N: 290 V 

Nominal input current: 5 A or 1 A 

Continuous thermal rating of inputs 

2 

10 A at 346 V in single-phase AC system 

10 A at 600 V in three-phase system 

Short-time thermal rating of inputs 

Input variable 

Number of 

inputs 

Duration 

of 

overloads 

577 V LN 10 1 s 10 s 

100 A 10 1 s 100 s 

100 A 5 3 s 5 min 

Interval between 

two overloads 

Measuring ranges 

U, I, S: ≤ 120% of nominal value 

P, Q: ≤ ± 120% of nominal value 

F: 45 to 65 Hz 

cosϕ: ± 1 

Display 

The measurement display is 4 digit (frequency) and right justifi ed. 

Energy values are displayed with 8 digits. 

Zero value suppression 

PF resp cosϕ: Display ---, if Sx < 0.2% Snenn 

Currents: Display 0, if Ix < 0.1% Inenn 

unb. U: Display 0, if Ø U < 5% Unenn 

Pulse/Limit value outputs 

Depending on the function selected, the two digital outputs can 

be used either as pulse outputs for actual and reactive energy or 

as limit signals. 

The outputs are passive, and are galvanically isolated from all the 

other circuits by opto-couplers. They are suitable to drive tariff 

devices (S0-standard DIN 43 864), or 24 V relais. 

U ≤ 40 V DC (OFF: leakage current ≤ 0.1 mA) 

ext 

≤ 150 mA (ON: terminal voltage ≤ 1.2 V) 

I L 

SO2 

SO1 

20 

21 

22 

U ext 

Limit value outputs 

The measured values can be freely allocated. 

RL 

RL 

U 

U 

t 

e.g. energy import 

e.g. limit value output 

Pulse outputs 

Active and reactive energy pulses can be generated for the control 

of electronic and electromechanical counters. 

Power supply* 

DC-, AC power pack 45 to 400 Hz 

85 to 253 V AC/DC or 

20 to 70 V AC/DC 

Power consumption: < 3 VA (without extension module) 

* For power supplies > 125 V the auxiliary circuit should include an 

external fuse. 

Reference conditions 

acc. to IEC 688 resp EN 60 688 

Sine 50 - 60 Hz, 15 - 30°, application group II 

Measurement accuracy (related to nominal value) 

Current, voltage ± 0.2% 

Power ± 0.5% 

Power factor ± 0.5% 

Energy ± 0.5% 

Frequency 

Environmental conditions 

± 0.02 Hz (abs.) 

Operating temperature: -10 to +55 °C 

Storage temperature: -25 to +70 °C 

Humidity relative: ≤ 75% 

Altitude: 

Indoor use statement 

2000 m max. 

Safety 

Protection class: II (voltage inputs with protection 

impedances) 

Measuring category: III 

Pollution degree: 2 

Measurement voltage: 300 V 

Test voltage: Between current inputs, power 

supply, digital outputs, terminals 

of the plugged-in module: 3700 V / 

50 Hz / 1 min. 

On voltage inputs: 

4.25 kV 1.2/50 μs 

Module connections: The pin rail at the back is connected 

to the voltage inputs via a protection 

impedance. Only the permitted 

modules can be plugged-in! 

Enclosure protection: Front IP 66, terminals IP 20 

Commissioning 

The multifunctional power monitor is made operational by switching 

on the power supply. The following appears sequentially on the 

display: 

1. Segment tests: all the segments of the displays and all the LEDs 

are lit for 2 s.

2. Version of the software: e.g. A 230 1.04 

3. The 3 line voltages at switching on. 

Loss of the power supply 

All the values confi gured remain during a loss of the power supply. 

On reconnecting the power supply, the last mode selected is displayed. 

Note of maintenance 

No maintenance is required. 

Electrical connections 

(the electrical connections are identical for the SINEAX A 230 and 

A 230s). 

Measuring input, acc. to measuring mode 

I1 

U1 

1 2 3 4 

I1 U1 I1 I2 

500V 5A 45-50Hz 

SO 

1 2 

22 21 20 

Pulse / 

Limit value output 

LOCK 

I2 

U2 

5 

U2 

SINEAX A230 

1 2 + 

Connecting modes 

System/ 

application 

Single phase 

AC system 

3-wire 

3-phase 

symmetric 

load 

I: L1 

L1 

N 

L1 

N 

L1 

L2 

L3 

u 

3,7 

U 

6 

I2 

I3 

U3 

N 


Switzerland 14 15 

Jumper 

7 

I3 

2 11 1 3 

v 

V 

8 

U3 

9 

I3 

11 

N 

Mat: 123456 / 1234567 / 123 

85-253V AC/DC 

45-450Hz 3VA 

k l 

K L 

2 5 8 1 3 

u 

v 

U V 

L1 

L2 

L3 

2 11 1 

3 

2 5 8 1 3 

u 

U 

v 

V 

k 

K L 

Power supply 

Terminals 

l 

L1 

N 

L1 

L2 

L3 

No. 1 

2 11 1 3 

k l 

K L 

2 5 8 1 3 

k l 

K L 

Connect the voltage according to the following 

table for current measurement in L2 or L3: 

Current 

transf. 

Terminals 2 5 8 

L2 1 3 L2 L3 L1 

L3 1 3 L3 L1 L2 

System/ 

application 

4-wire 

3-phase 

symmetric 

load 

I: L1 

3-wire 

3-phase 

asymmetric 

load 

3-wire 

3-phase 

asymmetric 

load, 

Aron 

L1 

L2 

L3 

N 

L1 

L2 

L3 

N 

L1 

L2 

L3 

L1 

L2 

L3 

L1 

L2 

L3 

Terminals 

2 5 8 1 3 7 9 

u 

v 

U V 

L1 

L2 

L3 

2 

u 

U 

2 5 8 1 3 7 9 

u 

11 1 3 

2 11 1 3 

U 

v 

V 

v 

V 

k l 

K L 

k l 

k l 

K L 

K L k l 

K L 

k l 

K L 

L1 

L2 

L3 

2 5 8 1 3 4 6 7 9 

2 5 8 1 3 4 6 7 9 

N 

L1 

L2 

L3 

L1 

L2 

L3 

k l 

K L 

2 5 8 1 3 7 9 

u 

x 

2 11 1 3 

u 

x 

u 

x 

X X X 

U U U 

k l 

K L 

Connect the voltage according to the following 

table for current measurement in L2 or L3: 

Current transf. Terminals 2 11 

L2 1 3 L2 N 

L3 1 3 L3 N 

L1 

L2 

L3 

2 5 8 11 1 3 4 6 7 9 

u 

x 

u 

x 

u 

x 

X X X 

U U U 

k l 

K L 

k l 

K L 

k l 

K L 

3 single-pole insulated voltage transformers in 

high-voltage system 

k l 

K L k l 

k l 

K L 

2 5 8 1 3 7 9 

K L k l 

K L 

3

System/ 

application 

Measured value display 

4 

4-wire 

3-phase 

asymmetric 

load 

L1 

L2 

L3 

N 

L1 

L2 

L3 

L1 

L2 

L3 

N 

u 

x 

u 

x 

u 

x 

X X X 

U U U 

Abbreviations and symbols 

N 

Terminals 

2 5 8 11 1 3 4 6 7 9 

2 5 8 11 1 3 4 6 7 9 

Maximum 

Sign 

k l 

K L 

k l 

K L 

Minimum 

Left LED 

group 

k l 

K L 

k l 

K L 

k l 

K L 

2 5 8 11 1 3 4 6 7 9 

k l 

K L 

3 single-pole insulated voltage transformers 

in high-voltage system 

7-segment 

top 

oL Overload, out of range indicator 

U.nE Neutral point voltage shift (U neutral-earth) 

unb.U Voltage asymmetry factor (unbalance U) 

in Neutral current 

SYSt. System power 

x.xx i ϕ Power factor incoming inductive 

x.xx c ϕ Power factor incoming capacitive 

- x.xx i ϕ Power factor outgoing inductive 

- x.xx c ϕ Power factor outgoing capacitive 

inc Incoming 

out Outgoing 

P 

7-segment 

centre 

Display Clear 

System/ 

application 

4-wire 

3-phase 

asymmetric 

load, 

Open-Y 

7-segment 

bottom 

k: Kilo 

M: Mega 

M+k: Giga 

2 3 

Bottom LED group 

L1 

L2 

L3 

N 

L1 

L2 

L3 

N 

2 8 11 1 3 4 6 7 9 

u u 

x x 

X X 

U U 

cos-Phi 

Average value 

Sum or system 

value 

k 

Right LED 

group 

Bimetal symbol (I-avg) 

Delta voltage 

Integration symbol 

(interval average value) 

Phase 3 

Phase 2 

Phase 1 

k l 

K L 

l 

Terminals 

k l 

K L 

Low-voltage system 

K L L 

k 

K L 

l 

k l 

K L 

1 2 3 4 5 6 7 8 9 11 

k 

K L 

2 single-pole insulated voltage transformers 

in high-voltage system 

ind Inductive 

CAP Capacitive 

.H Energy high tariff 

.L Energy low tariff 

thd.U THD-U 

thd.i THD-I 

trnd Interval power: Trend 

t-0…t-4 Interval power: last to fi fth last interval 

H2.U…H15.U 2 nd - 15 th harmonic U 

H2.i…H15.i 2 nd - 15 th harmonic I 

l

Available measurement data 

(at connection mode 4-wire asymmetric load) 

LED 

group 

left 

Example 

7-segm. 

display 

Example 

7-segm. 

display 

Example 

7-segm. 

display 

LED 

group 

right 

LED 

group 

bottom 

(t c b) top centre bottom 

Phase voltages: U1, U2, U3 230.2 231.1 229.9 V L1 L2 L3 

Maximum values: U1-max, U2-max, U3-max 235.1 236.4 231.2 V L1 L2 L3 

Minimum values: U1-min, U2-min, U3-min 227.8 226.6 225.7 V L1 L2 L3 

Delta voltages: U12, U23, U31 400.0 402.5 398.4 V Δ 

Maximum values: U12-max, U23-max, U31-max 405.2 406.4 403.3 V Δ 

Minimum values: U12-min, U23-min, U31-min 395.5 397.4 396.8 V 

Neutral point voltage shift: UNE and UNE-max U.nE 2.3 8.6 V 

Voltage asymmetry factor (unbalanced U) unb.U 1.4 6.2 % 

Phase currents: I1,I2, I3 11.54 10.98 10.23 A L1 L2 L3 

Maximum values: I1-max, I2-max, I3-max 12.65 11.86 11.07 A L1 L2 L3 

Average values: I1avg, I2avg, I3avg 

(bimetal-15minutes) 

7.23 6.86 6.46 A L1 L2 L3 

Max. average values: I1avg-max, I2avg-max, 

I3avg-max (slave pointer -15 minutes) 

7.98 7.48 6.98 A L1 L2 L3 

Neutral current: IN and IN-max in 1.13 2.75 A 

Active power: P1, P2, P3 a) 2240 2032 1491 W L1 L2 L3 

Maximum values: P1-max, P2-max, P3-max a) 2554 2825 2482 W L1 L2 L3 

Active power system: P and P-max a) SYSt. 5.76 7.86 kW 

Reactive power: Q1, Q2, Q3 b) 1078 393 721 VAr L1 L2 L3 

Maximum values: Q1-max, Q2-max, Q3-max b) 1704 561 1027 VAr L1 L2 L3 

Reactive power system: Q and Q-max b) SYSt. 2.19 3.29 kVAr 

Apparent powers: S1, S2, S3 2281 2157 2089 VA L1 L2 L3 

Maximum values: S1-max, S2-max, S3-max 3066 2874 2682 VA L1 L2 L3 

Apparent power system: S and S-max SYSt. 6.64 8.11 kVA 

Power factors: PF1, PF2, PF3 a) 0.82c 0.97c 0.92c ϕ L1 L2 L3 

PF-system, PF-min-inductive-incoming, 

PF-min-capacitive-incoming 

a) 0.90c – – – i 0.72c ϕ 

PF-system, PF-min-inductive-outgoing, 

PF-min-capacitive-outgoing 

a) 

– – 

0.90c – – – i – – – c ϕ 

Frequency: F-max, F-actual, F-min 50.14 50.03 49.78 Hz 

Active power incoming EP high tariff 4589 2356 inc.H kWh ∑ 

Active power incoming EP low tariff c) 1234 5678 inc.L kWh ∑ 

Active power outgoing EP high tariff 4589 2356 out.H kWh ∑ 

Active power outgoing EP low tariff c) 1234 5678 out.L kWh ∑ 

Reactive power inductive EQ high tariff d) 9876 5432 ind.H kVarh ∑ 

Reactive power inductive EQ low tariff c) d) 1234 9876 ind.L kVarh ∑ 

Reactive power capacitive EQ high tariff d) 76 5432 CAP.H kVarh ∑ 

Reactive power capacitive EQ low tariff c) d) 234 9876 CAP.L kVarh ∑ 

Reactive power incoming EQ high tariff e) 9876 5432 inc.H kVarh ∑ 

Reactive power incoming EQ low tariff c) e) 1234 9876 inc.L kVarh ∑ 

Reactive power outgoing EQ high tariff e) 76 5432 out.H kVarh ∑ 

Reactive power outgoing EQ low tariff c) e) 234 9876 out.L kVarh ∑ 

P-system, Q-system, S-system 5.76 2.19 6.64 kW kVAr kVA 

Average U1-U2-U3, average I1-I2-I3, P-system 230.4 10.92 5.76 VØ AØ kW 

PF-system, P-system, Q-system 0.90c 5.76 2.19 ϕ kW kVAr 

P-system, S-system, frequency 5.76 6.64 50.03 kW kVA Hz 

P1, Q1, S1 2240 1078 2485 W VAr VA L1 

P2, Q2, S2 2032 393 2070 W VAr VA L2 

P3, Q3, S3 1491 721 2089 W VAr VA L3 

U1, I1, P1 230.2 11.54 2240 V A W L1 

U2, I2, P2 231.1 10.98 2032 V A W L2 

U3, I3, P3 229.9 10.23 1491 V A W L3 

Continuation see next page! 

5



6 

LED 

group 

left 

Example 

7-segm. 

display 

Example 

7-segm. 

display 

Example 

7-segm. 

display 

LED 

group 

right 

LED 

group 

bottom 


THD-U1, THD-U1-max thd.U 2.5 8.0 % L1 



THD-I1, THD-I1-max thd.I 2.4 10.8 % L1 



Interval active power: Trend-incoming P.inc 5.23 trnd kW ∑ 

Interval active power: Maximum-incoming 

Minimum-incoming 

P.inc 6.02 1.56 kW ∑ 

Interval active power: last interval (t-0) incoming 

P.inc 3.91 t–0 kW ∑ 

to 

to 

fi fth last interval (t-4) incoming 

P.inc 5.52 t–4 kW ∑ 

Interval active power: Trend-outgoing P.out 0.00 trnd kW ∑ 

Interval active power: Maximum-outgoing 

Minimum-outgoing 

P.out 0.00 0.00 kW ∑ 

Interval active power: last interval (t-0) outgoing 

P.out 0.00 t–0 kW ∑ 

to 

to 

fi fth last interval (t-4) outgoing 

P.out 0.00 t–4 kW ∑ 

Interval react. power: Trend-inductive d) Q.ind 0.00 trnd kVAr ∑ 

Interval react. power: Maximum-inductive 

Minimum-inductive 

d) 

Q.ind 0.00 0.00 kVAr ∑ 

Interval react. power: last interval (t-0) inductive d) 

Q.ind 0.00 t–0 kVAr ∑ 

to 

to 

fi fth last interval (t-4) inductive 

Q.ind 0.00 t–4 kVAr ∑ 

Interval react. power: Trend-capacitive d) Q.cap 2.17 trnd kVAr ∑ 

Interval react. power: Maximum-cap.,Minimum-cap. d) Q.cap 2.53 0.78 kVAr ∑ 

Interval react. power: last interval (t-0) capacitive d) 

Q.cap 1.41 t–0 kVAr ∑ 

to 

to 

fi fth last interval (t-4) capacitive 

Q.cap 1.14 t–4 kVAr ∑ 

Interval react. power: Trend-incoming e) Q.inc 2.17 trnd kVAr ∑ 

Interval react. power: Maximum-incoming 

Minimum-incoming 

e) 

Q.inc 2.53 0.78 kVAr ∑ 

Interval react. power: last interval (t-0) incoming e) 

Q.inc 1.41 t–0 kVAr ∑ 

to 

to 

fi fth last interval (t-4) incoming 

Q.inc 1.14 t–4 kVAr ∑ 

Interval react. power: Trend-outgoing e) Q.out 0.00 trnd kVAr ∑ 

Interval react. power: Maximum-outgoing 

Minimum-outgoing 

e) 

Q.out 0.00 0.00 kVAr ∑ 

Interval react. power: last interval (t-0) outgoing e) 

Q.out 0.00 t–0 kVAr ∑ 

to 

to 

fi fth last interval (t-4) outgoing 

Q.out 0.00 t–4 kVAr ∑ 

Interval appar. power: Trend S 5.23 trnd kVA ∑ 

Interval appar. power: Maximum, Minimum S 6.02 1.56 kVA ∑ 

Interval appar. power: last interval (t-0) 

S 3.91 t–0 kVA ∑ 

to 

to 

fi fth last interval (t-4) 

S 5.52 t–4 kVA ∑ 

2nd harmonic U1: H2-U1, H2-U1-max 

H2.U 0.1 1.2 % 

L1 

to 

to 

15th harmonic U1: H15-U1, H15-U1-max 

H15.U 0.5 1.8 % 

L1 


H2.U 0.1 0.4 % 

L2 

to 

to 


H15.U 0.7 2.0 % 

L2 


H2.U 0.2 1.5 % 

L2 

to 

to 


H15.U 1.5 2.8 % 

L2 

Continuation see next page!



2nd harmonic I1: H2-I1, 

to 

H2-I1-max 

15th harmonic I1: H15-I1, H15-I1-max 


to 

H2-I2-max 



to 

H2-I3-max 


Example: Power factor 4 quadrant display 

P 

Display Clear 

P 

Display Clear 

P 

Display Clear 

2 3 

LED 

group 

left 

a) incoming: no sign Outgoing: sign – 

b) incoming inductive, outgoing capacitive: no sign 

incoming capacitive, outgoing inductive: sign – 

c) Tariff switching via digital input or controlled via the bus only (optional 

extension module required) 

Example 

7-segm. 

display 

Example 

7-segm. 

display 

PF-L1, PF-L2, PF-L3 actual 

(Matrix table 4-wire asymmetric load: fi eld a-6) 

Actual power factors per phase: 

top: PF L1 = incoming / capacitive / 0.352 

centre: PF L2 = outgoing / inductive / 0.875 

bottom: PF L3 = cannot be measured 

d) only active if the Q defi nition is set to “ind/cap” (display confi guration 

7 : Q.tot) 

e) only active if the Q defi nition is set to “inc/out” (display confi guration 

7 : Q.tot) 

(---: apparent power < 1% of nominal input power 

→ PF cannot be measured 

PF-system-actual and PF-min-incoming 

(Matrix table 4-wire asymmetric load: fi eld b-6) 

top: PF system actual = outgoing / capacitive / 0.153 



centre: PF minimum incoming inductive = no measuring value 

bottom: PF minimum incoming capacitive = 0.352 

(minimum: lowest value of PF1, PF2 or PF3) 

(---: no measured value in the quadrants concerned) 

PF-system-actual and PF-min-outgoing 

(Matrix table 4-wire asymmetric load: fi eld c-6) 

top: PF system actual = incoming / ––– / 1.000 



centre: PF minimum outgoing inductive = 0.486 

bottom: PF minimum outgoing capacitive = 0.617 

(Minimum: lowest value of PF1, PF2 or PF3) 

(---: no measured value in the quadrants concerned) 

Example 

7-segm. 

display 


H2.I 

to 

0.4 2.2 % 

H15.I 0.9 4.8 % 

H2.I 

to 

0.3 1.8 % 

H15.I 0.8 5.2 % 

H2.I 

to 

0.5 3.2 % 

H15.I 1.1 5.8 % 

LED 

group 

right 

L1 

L1 

L2 

L2 

L2 

L2 

LED 

group 

bottom 

Determination of measured quantities 

The calculation of the measurements is made in accordance with DIN 40 110, with the exception of the reactive power. This is calculated by the 

SINEAX A 230/A 230s as a signed value. Transducers and displays can possibly display different values for the reactive power in the same power 

system. The reason is the different calculation methods. 

Trend values display the predicted value for the current interval. 

7

Display modes 

8 

All the display values in accordance with the matrix 

tables can be displayed (factory setting). 

Only the pre-confi gured display values are displayed. 

The factory pre-confi gured values are shown 

in the matrix tables with a gray-background. 

Automatically changing display. The display time, 

and the values to be displayed are pre-confi gurable. 

The factory pre-confi gured values are shown in the 

matrix tables with a bold outline. The factory setting 

for the display time is 4 seconds. 

Preferred display 

You may select a preferred display which is displayed 

automatically after a certain time without 

user interaction. So the normal appearance of the 

device is always the same. There are two different 

possibilities to defi ne a preferred display. 

Preferred display in Loop mode 

In Loop mode a display can be set which should be 

displayed normally all the time. In addition, any other 

value can be selected as for the full mode. After the 

reset time period (2 - 32 s), the display automatically 

returns to the preferred display. 

Confi guration 

The Loop mode is blocked with the mode lock 17 . 

The reset time is confi gured with the display interval 

confi guration 18 . Set the required window to “on” in 

the display confi guration under No. 20 (Menu Disp). 

Set all the other display elements to “off”. 

Preferred display in User-Modus 

Only the User mode is active. Out of the displayable 

displays a preferred display can be selected, which 

is automatically displayed after a predefi ned time 

without user interaction. All other display contents 

may be directly displayed using the keys. The delay 

until the preferred display is shown is 4 min. for 

version 4.00 resp. 10 min. starting from version 4.01 

of the basic device. 

Confi guration 

The User mode is blocked with the mode lock 17 . 

Use the keys to show the display which should serve 

as the preferred display and set it as the prefereed 

display by pressing the keys P and at the 

same time. The same procedure may be used to 

switch-off the preferred display. The displays which 

should be displayable in the User mode may be set 

to “on” in the menu Menu Disp under No. 21 . All 

other elements hould be set to “off”. 

Duration of the display 

It may be diffi cult to read the measured values when 

they change quickly. Therefore the write interval can 

be increased in the menu “Display settings”. 

Operation 

Changing the display mode 

By simultaneously pressing the buttons P and (display) for 

a longer time, the display mode changes and then remains in the 

last mode displayed when the buttons are released (factory setting: 

FULL). If the mode cannot be changed, the mode lock is switched 

on. 

Locking In the display confi guration menu (Menu Disp), 

changing the display modes can be blocked with 

the mode lock 16 . 

Navigation 

X axis 

(a, b, c, ...) 

Y axis 

(1, 2, 3, ...) 

For each pressing of the P button, the displayed 

value changes in accordance with the preconfi guration 

and matrix table one window towards the right 

and loops back to the beginning. 

For each pressing of the or buttons, the 

displayed value changes in accordance with the 

preconfi guration and matrix table one window upwards 

as far as the top window or respectively one 

window downwards as far as the bottom window. 

Brightness (13 levels) 

brighter Press the key for a longer time. 

darker Press the key for a longer time. 

Deletion of the max./min. values and meters 

Simultaneous longer pressing of the and buttons (clear) 

deletes the max. respectively min. values of the measured value 

displayed and the associated values. The energy meters are reset 

in the same way. 

Locking The reset function for the energy meters can be 

locked by setting the jumper at the rear of the instrument 

to the position LOCK.

Display window = Maximum, = Minimum 

Matrix table 4L, asymmetric load 

Q measured values are in italics: depending on the Q defi nition 7 , either the values for incoming/outgoing or the values for inductive/ 

capacitive are displayed. 

1 U1 

U2 

U3 

2 I1 

I2 

I3 

3 P1 

P2 

P3 

4 Q1 

Q2 

Q3 

5 S1 

S2 

S3 

6 PF1 

PF2 

PF3 

7 F 

F 

F 

8 ……… 

EP_inc HT 

9 ……… 

EQ inc/ind HT 

10 P 

Q 

S 

11 P1 

Q1 

S1 

12 thd.U1 

thd.U1 

13 thd.I1 

thd.I1 

P 

a b c d e f g h 

U1 

U2 

U3 

I1 

I2 

I3 

P1 

P2 

P3 

Q1 

Q2 

Q3 

S1 

S2 

S3 

PF 

PF -inc-ind 

PF -inc-cap 

14 P.inc-int-Trend 

……… 

EP_inc LT 

……… 

EQ inc/ind LT 

U Ø 

I Ø 

P 

P2 

Q2 

S2 

thd.U2 

thd.U2 

thd.I2 

thd.I2 

P.inc-int- 

P.inc-int- 

15 P.out-int-Trend P.out-int- 

P.out-int- 

16 Q.inc/ind-int- Q.inc/ind-int- 

Trend 

Q.inc/ind-int- 

17 Q.out/cap-int- Q.out/cap-int- 

Trend 

Q.out/cap-int- 

18 S.int-Trend S.int- 

S.int- 

19 H2.U1 

H2 .U1 

20 H2.U2 

H2 .U2 

21 H2.U3 

H2 .U3 

22 H2.I1 

H2 .I1 

23 H2.I2 

H2 .I2 

24 H2.I3 

H2 .I3 

U1 

U2 

U3 

I1avg 

I2avg 

I3avg 

P 

P 

Q 

Q 

S 

S 

PF 

PF -out-ind 

PF -out-cap 

U12 

U23 

U31 

I1avg 

I2avg 

I3avg 

U12 

U23 

U31 

IN 

IN 

U12 

U23 

U31 

UNE 

UNE 

……… ……… 

EP_out HT EP_out LT 

……… ……… 

EQ out/cap HT EQ out/cap LT 

PF 

P 

P 

S 

Q 

F 

P3 

U1 

U2 

U3 

Q3 

I1 

I2 

I3 

S2 

thd.U3 

thd.U3 

thd.I3 

thd.I3 

P1 

P2 

P3 

P.inc-int t-0 P.inc-int t-1 P.inc-int t-2 P.inc-int t-3 P.inc-int t-4 

P.out-int t-0 P.out-int t-1 P.out-int t-2 P.out-int t-3 P.out-int t-4 

Q.inc/ind-int t-0 Q.inc/ind-int t-1 Q.inc/ind-int t-2 Q.inc/ind-int t-3 Q.inc/ind-int t-4 

Q.out/cap-int t-0 Q.out/cap-int t-1 Q.out/cap-int t-2 Q.out/cap-int t-3 Q.out/cap-int t-4 

S.int t-0 S.int t-1 S.int t-2 S.int t-3 S.int t-4 

P 

unb. U 

unb. U 

a b c d e f g h i j k l m n 

H3.U1 

H3 .U1 

H3.U2 

H3 .U2 

H3.U3 

H3 .U3 

H3.I1 

H3 .I1 

H3.I2 

H3 .I2 

H3.I3 

H3 .I3 

H4.U1 

H4 .U1 

H4.U2 

H4 .U2 

H4.U3 

H4 .U3 

H4.I1 

H4 .I1 

H4.I2 

H4 .I2 

H4.I3 

H4 .I3 

H5.U1 

H5 .U1 

H5.U2 

H5 .U2 

H5.U3 

H5 .U3 

H5.I1 

H5 .I1 

H5.I2 

H5 .I2 

H5.I3 

H5 .I3 

H6.U1 

H6 .U1 

H6.U2 

H6 .U2 

H6.U3 

H6 .U3 

H6.I1 

H6 .I1 

H6.I2 

H6 .I2 

H6.I3 

H6 .I3 

H7.U1 

H7 .U1 

H7.U2 

H7 .U2 

H7.U3 

H7 .U3 

H7.I1 

H7 .I1 

H7.I2 

H7 .I2 

H7.I3 

H7 .I3 

H8.U1 

H8 .U1 

H8.U2 

H8 .U2 

H8.U3 

H8 .U3 

H8.I1 

H8 .I1 

H8.I2 

H8 .I2 

H8.I3 

H8 .I3 

H9.U1 

H9 .U1 

H9.U2 

H9 .U2 

H9.U3 

H9 .U3 

H9.I1 

H9 .I1 

H9.I2 

H9 .I2 

H9.I3 

H9 .I3 

H10.U1 

H10 .U1 

H10.U2 

H10 .U2 

H10.U3 

H10 .U3 

H10.I1 

H10 .I1 

H10.I2 

H10 .I2 

H10.I3 

H10 .I3 

H11.U1 

H11 .U1 

H11.U2 

H11 .U2 

H11.U3 

H11 .U3 

H11.I1 

H11 .I1 

H11.I2 

H11 .I2 

H11.I3 

H11 .I3 

H12.U1 

H12 .U1 

H12.U2 

H12 .U2 

H12.U3 

H12 .U3 

H12.I1 

H12 .I1 

H12.I2 

H12 .I2 

H12.I3 

H12 .I3 

H13.U1 

H13 .U1 

H13.U2 

H13 .U2 

H13.U3 

H13 .U3 

H13.I1 

H13 .I1 

H13.I2 

H13 .I2 

H13.I3 

H13 .I3 

H14.U1 

H14 .U1 

H14.U2 

H14 .U2 

H14.U3 

H14 .U3 

H14.I1 

H14 .I1 

H14.I2 

H14 .I2 

H14.I3 

H14 .I3 

H15.U1 

H15 .U1 

H15.U2 

H15 .U2 

H15.U3 

H15 .U3 

H15.I1 

H15 .I1 

H15.I2 

H15 .I2 

H15.I3 

H15 .I3 

9

Matrix table 3L, asymmetric load = Maximum, = Minimum 



10 

1 U12 

U23 

U31 

2 I1 

I2 

I3 

3 P 

P 

4 Q 

Q 

5 S 

S 

6 PF 

PF -inc-ind 

PF -inc-cap 

7 F 

F 

F 

8 ……… 

EP_inc HT 

9 ……… 

EQ inc/ind HT 

10 P 

Q 

S 

11 thd.U12 

thd.U12 

12 thd.I1 

thd.I1 

P 

a b c d e f g 

U12 

U23 

U31 

I1 

I2 

I3 

PF 

PF -out-ind 

PF -out-cap 

……… 

EP_inc LT 

……… 

EQ inc/ind LT 

U Ø 

I Ø 

P 

thd.U23 

thd.U23 

thd.I2 

thd.I2 

13 P.inc-int-Trend P.inc-int- 

P.inc-int- 


P.out-int- 

15 Q.inc/ind-int- 

Trend 

16 Q.out/cap-int- 

Trend 


S.int- 





U12 

U23 

U31 

I1avg 

I2avg 

I3avg 

……… 

EP_out HT 

……… 

EQ out/cap HT 

PF 

P 

Q 

thd.U31 

thd.U31 

thd.I3 

thd.I3 

I1avg 

I2avg 

I3avg 

……… 

EP_out LT 

……… 

EQ out/cap LT 

P 

S 

F 







18 H2.U12 H3.U12 H4.U12 H5.U12 H6.U12 H7.U12 H8.U12 H9.U12 H10.U12 H11.U12 H12.U12 H13.U12 H14.U12 H15.U12 

H2 .U12 H3 .U12 H4 .U12 H5 .U12 H6 .U12 H7 .U12 H8 .U12 H9 .U12 H10 .U12 H11 .U12 H12 .U12 H13 .U12 H14 .U12 H15 .U12 





21 H2.I1 H3.I1 H4.I1 H5.I1 H6.I1 H7.I1 H8.I1 H9.I1 H10.I1 H11.I1 H12.I1 H13.I1 H14.I1 H15.I1 

H2 .I1 H3 .I1 H4 .I1 H5 .I1 H6 .I1 H7 .I1 H8 .I1 H9 .I1 H10 .I1 H11 .I1 H12 .I1 H13 .I1 H14 .I1 H15 .I1 





P

Matrix table single phase, 3L and 4L symmetric load = Maximum, = Minimum 



1 U 

U 

U 

2 I 

I 

3 P 

P 

4 Q 

Q 

5 S 

S 

6 PF 

PF -inc-ind 

PF -inc-cap 

7 F 

F 

F 

8 ……… 

EP_inc HT 

9 ……… 

EQ inc/ind HT 

10 P 

Q 

S 

11 thd.U 

thd.U 

12 thd.I 

thd.I 

P 

a b c d e f g 

Iavg 

Iavg 

PF 

PF -out-ind 

PF -out-cap 

……… 

EP_inc LT 

……… 

EQ inc/ind LT 

U 

I 

P 

13 P.inc-int-Trend P.inc-int- 

P.inc-int- 


P.out-int- 

15 Q.inc/ind-int- 

Trend 

16 Q.out/cap-int- 

Trend 


S.int- 

18 H2.U 

H2 .U 

19 H2.I 

H2 .I 





……… 

EP_out HT 

……… 

EQ out/cap HT 

PF 

P 

Q 

……… 

EP_out LT 

……… 

EQ out/cap LT 

P 

S 

F 






P 


H3.U 

H3 .U 

H3.I 

H3 .I 

H4.U 

H4 .U 

H4.I 

H4 .I 

H5.U 

H5 .U 

H5.I 

H5 .I 

H6.U 

H6 .U 

H6.I 

H6 .I 

H7.U 

H7 .U 

H7.I 

H7 .I 

H8.U 

H8 .U 

H8.I 

H8 .I 

H9.U 

H9 .U 

H9.I 

H9 .I 

H10.U 

H10 .U 

H10.I 

H10 .I 

H11.U 

H11 .U 

H11.I 

H11 .I 

H12.U 

H12 .U 

H12.I 

H12 .I 

H13.U 

H13 .U 

H13.I 

H13 .I 

H14.U 

H14 .U 

H14.I 

H14 .I 

H15.U 

H15 .U 

H15.I 

H15 .I 

11

Programming (Programming diagram on page 18) 

All parameter may be displayed at any time. For modifi cations the 

jumper on the backside of the device must be removed (not on 

position LOCK). 

(1) Change from the display level to the menu level by pressing the 

P button for a longer time. 

(2) Select the required menu item by pressing the P button for a 

shorter time. 

(3) Use to enter the level where the desired parameter is displayed. 

(4) Pressing P shortly will force the selectable element to fl ash. 

(5) The fl ashing content may be modifi ed using the keys or 

. 

(6) To acknowledge, shortly press the P button. 

(7) If the next 7-segment display, the decimal point, or a unit fl ashes: 

continue at (5). 

(8) If additional parameters are to be modifi ed at the same menu 

item, change to the required parameter with the or 

buttons and continue at (4). 

(9) If modifi cations are to be made in other menu columns, return 

to the menu level with the button, and continue at (2). 

(10) Return to the display level by pressing the P button for a longer 

time. 

The navigation steps for the selection of display elements under 

“Menu Disp” differ from the above description between points (4) 

and (8) (see confi guration diagram Nos. 20 and 22 ). 

Overview of the parameters 

The following table gives all the parameters together with their adjustable ranges or the possible selections. The numbers with a black background 

( xx ) give a reference to the corresponding positions in the navigation diagram on page 18. 

12 

No. Topmost display Undermost display Meaning Hints 

1 

2 

3 

4 

5 

6 

100 V to 999 kV 

100 V to 999 V 

1.00 A to 999 kA 

0.1 A to 9,99 A 

System confi guration 

4-line system, unbalanced load, 

Open-Y 

(4 lines unbalanced, Open-Y) 

4-line system, unbalanced load (4 lines unbalanced) 

3-line system, unbalanced load, Aron (3 lines unbalanced, Aron) 

3-line system, unbalanced load (3 lines unbalanced 

4-line system, balanced load (4 lines balanced) 

3-line system, balanced load (3 lines balanced) 

Single-line system (1 line) 

Load type for energy recovery: 

Mathematical 

Load type for energy recovery: 

Electrical 

Primary voltage of an external 

transformer on the voltage input 

(line-to-line voltage) 

Secondary voltage of an external 

transformer on the voltage input 

(line-to-line voltage) 

Primary current of an external 

transformer on the current input 

Secondary current of an external 

transformer on the current input 

Hints 

All settings will remain non-volatile stored even in case of powerfail. 

First you have to set the system confi guration, the transformer ratios 

and the Q defi nition because further measurand selections, alarm 

limit settings etc. will depend on them. 

As an alternative to the confi guration of the various options with 

the display buttons, they can be confi gured comfortably with the 

A200plus software (with the extension module EMMOD 201 and 

EMMOD 203). The data can be stored on the PC and used later. 

Locking the confi guration 

LOCK 

Place the jumper in the LOCK position. 

The confi guration of all parameters is disabled. 

Factory Default 

Jumper: not in the LOCK position 

Connecting mode: 4-wire asymmetric load 

Transformer ratio: 1:1 

Q defi nition: inductive / capacitive 

Limit value / S01: Off 

Limit value / S02: Off 

Synchronizing 

interval: 15 min. 

Display mode: FULL, duration of the display 0.0 s 

Brightness: middle value 

4 quadrant display, ind-cap-ind-cap 

4 quadrant display, ind-ind-cap-cap 

First you enter any 3-digit number followed by 

the appropriate power unit selection in steps of 

factor 10.


7 

Q defi nition for meters, pulse outputs 

and power average values 

(Q-totalizers) 

8 

/ 

Q-incoming 

Q-outgoing 

Q-inductive 

Q-capacitive 

Operating mode of both digital outputs 

“out.1” and “out.2” 

(incoming) 

(outgoing) 

(inductive) 

(capacitive) 

(Mode) 

Output switched-off Simulation via interface module is still possible 

Energy pulse output 

Alarm output 

9 Alarm supervision source 

resp. 

resp. 

resp. 

Q interval (Reactive power interval) 

(cap./outg. to Q-defi nition 7 ) Trend 

P interval (Active power interval) 

outgoing (Outgoing) Trend 

S interval (Apparent power 

interval) Trend 


(ind./inc. to Q-defi nition 7 ) Trend 


incoming (Incoming) Trend 


(cap./outg. to Q-defi nition 7 ) 


outgoing (Outgoing) 

unbalance U (Voltage asymmetry 

factor) 

U neutral-earth (Neutral point voltage 

shift) 

THD current 

THD voltage 

Frequency 

The output generates energy pulses depending 

on the rate set under 14 . The meter measurands 

to output may be selected under 13 . 

If the alarm limit 10 is exceeded the output will 

be active (current fl ows). If the measurand is 

below limit 11 the output will be passive. The 

source of the monitored is selected under 9 . 

This selection is presented only if operating 

mode 8 is set to ALM previously. 

Line type 

‘1L‘ 

‘3Lb‘ 

‘4Lb‘ 

‘3Lu‘ 

‘3Lu.A‘ 

‘4Lu‘ 

‘4Lu.0‘ 

13

14 


9 

10 

11 

12 

13 

resp. 

Alarm supervision source 

(continuation) 

I neutral (Neutral current) 

S interval (Apparent power 

interval) 


(ind./inc. to Q-defi nition 7 ) 


incoming (incoming) 

Power factor (cos-phi) 

Apparent power 

Reactive power 

Active power 

Voltage 

U Line-Neutral (Phase voltage) 

U Line-Line (Line to line voltage) 

I Average (Phase current bimetal) 

Phase current 

‘1L‘ 

‘3Lb‘ 

‘4Lb‘ 

Line type 

‘3Lu‘ 

‘3Lu.A‘ 

‘4Lu‘ 

‘4Lu.0‘ 

: ‘A.on‘ = OR-operation of line-measurands 

‘A.off‘ = AND-operation of line-measurands 

/ Alarm unit for ON-state The maximum values of the alarm limits depend 

on the possible measuring range (fi xed by hardware), 

converted into possible primary values 

/ Alarm unit for OFF-state 

given by the selected systemconfi guration and 

transformation ratios.. 

/ 

/ 

resp. 

resp. 

resp. 

resp. 

Switch-in and Dropout delay of the 

alarm 

Source of energy meters for pulse 

output 

Reactive energy capacitive / 

outgoing low tariff 

Reactive energy capacitive / 

outgoing high tariff 

Reactive energy inductive / 

incoming low tariff 

Reactive energy inductive / 

incoming high tariff 

Range: 0.3 … 999.9 s 

(Reactive energy acc. to Q defi nition 7 ) 

(capacitive low tariff) 

(outgoing low tariff) 

(capacitive high tariff) 

(outgoing high tariff) 

(inductive low tariff) 

(incoming low tariff) 

(inductive high tariff) 

(incoming high tariff) 

Active energy outgoing low tariff (outgoing low tariff) 

Active energy outgoing high tariff (outgoing high tariff) 

Active energy incoming low tariff (incoming low tariff) 

Active energy incoming high tariff (incoming high tariff)


14 

15 

16 

17 

18 

/ 

1 to 5000 / 

Wh to GWh 

1 to 60 minutes 

0.0 to 7.5 

seconds 

2 – 32 sec. 

Number of pulses per displayed energy 

unit. After entering a number from 1 

to 5000 you may be input the scaling: 

Basic unit (-), kilog (k), Mega (M) or Giga 

(Mk) 

Time interval in minutes for the calculation 

of power intervals 

0 = Interval controlled via the bus 

Duration of the display 

To stabilize the display, the duration can 

be set to max. 7.5 s; in steps of 0.5 s 

Locking the change of the display mode 

Only the Loop mode is enabled 

(energy rate) 

For external synchronization, the value displayed 

is not relevant 

The set duration only affects the display. 

Loop: Automatically changing pre-confi gured 

display values 

Only the User mode is enabled User: Pre-confi gured display values 

Only the Full mode is enabled Full: Full display values 

All display modes are enabled 

Display time in Loop mode 

19 Confi guration of the display values 

in Loop mode Enter 20 : Press de key P shortly 

20 

Position in the matrix table 

Display element on/off 

See “matrix table” (page 9 to 11) 

Navigation X: Press P shortly 

Navigation Y: Press or shortly 

on/off: Press 

time 

and for a longer 

Exit: Press P for a longer time 

(back to 17 ) 

21 Confi guration of the display values in 

User mode Enter 22 : Press P shortly 

22 

Position in the matrix table 

Display element on/off 

See “matrix table” (page 9 to 11 11) 

Navigation X: Press P shortly 

Navigation Y: Press or shortly 

on/off: Press 

time 

and for a longer 

Exit: Press P for a longer time 

(back to 21 ) 

15

Examples 

Example 1: Programming the system confi guration 

(3-line, unbalanced load) 

16 

1. Press P > 2 s 

2. Press (present setting is displayed) 

3. Press P (alterable parameter fl ashes) 

4. Press / to select desired setting 

5. Press P (takes over new setting). 

Display stops fl ashing 

6. Press P > 2 s to return to display level 

Example 2: Programming voltage transformer ratio and 

synchronization interval 

1. Press P > 2 s 

2. Press P (transformer ratio menu) 

3. Press (present setting of primary voltage) 

4. Press P (leftmost digit fl ashes) 

5. Press / until desired number appears 

6. Press P (middle digit fl ashes) 


8. Press P (rightmost digit fl ashes) 


10. Press P (decimal point fl ashes) 

11. Press / until the decimal point is on the 

desired position and the kilo/Mega display is correct 

12. Press P (takes over new value). 

The display stops fl ashing 

13. Press (present setting of secondary voltage) 

14. Programming procedure same as for primary voltage 

(1 to 12)

15. Press until the topmost display 

Declaration of conformity SINEAX A230 Declaration of conformity SINEAX A230s 

EG - KONFORMITÄTSERKLÄRUNG 

DECLARATION OF CONFORMITY 

Dokument-Nr./ 

Document.No.: 

A230.DOC 

Hersteller/ Camille Bauer AG 

Manufacturer: Switzerland 

Anschrift / Aargauerstrasse 7 

Address: CH-5610 Wohlen 

Produktbezeichnung/ Multifunktionales Leistungsmessgerät mit Netzanalyse 

Product name: Multifunctional Power Monitor with System Analysis 

Typ / Type: SINEAX A 230 

Das bezeichnete Produkt stimmt mit den Vorschriften folgender Europäischer Richtlinien überein, 

nachgewiesen durch die Einhaltung folgender Normen: 

The above mentioned product has been manufactured according to the regulations of the following 

European directives proven through compliance with the following standards: 

Nr. / No. Richtlinie / Directive 

89/336/EWG 

89/336/EEC 

EMV / 

EMC 

Störaussendung / 

Emission 

Störfestigkeit / 

Immunity 

as shown 

16. Press P four times 

17. Press (present setting of synchronization interval 

in minutes) 

18. Press P (left digit fl ashes) 

Elektromagnetische Verträglichkeit - EMV - Richtlinie 

Electromagnetic compatibility -EMC directive 

Fachgrundnorm / 

Messverfahren / 

Generic Standard 

Measurement methods 

EN 50 081-2 : 1993 EN 55011 : 1998 + A1 : 1999 

EN 61000-6-2 : 2001 

IEC 61000-4-2 : 1995+A1:1998+A2:2000 

IEC 61000-4-3 : 1995+A1:1998+A2:2000 

IEC 61000-4-4 : 1995+A1:2000 

IEC 61000-4-5 : 1995+A1:2000 

IEC 61000-4-6 : 1996+A1:2000 

IEC 61000-4-8 : 1993+A1:2000 

IEC 61000-4-11:1994+A1:2000 


73/23/EWG 

Elektrische Betriebsmittel zur Verwendung innerhalb bestimmter Spannungsgrenzen 

- Niederspannungsrichtlinie - CE-Kennzeichnung : 95 

73/23/EEC 

Electrical equipment for use within certain voltage limits - Low Voltage Directive 

- Attachment of CE mark : 95 

EN/Norm/Standard IEC/Norm/Standard 

EN 61 010-1 : 1993 IEC 1010-1 : 1990 + A1 : 1992 

Ort, Datum / 

Place, date: Wohlen, den 21. Juli 2003 

Unterschrift / M.Ulrich 

Signature: Leiter Technik 

Diese Erklärung bescheinigt die Übereinstimmung mit den This declaration certifies compliance with the above mentioned 

genannten Richtlinien, beinhaltet jedoch keine Zusicherung directives but does not include a property assurance. 

von Eigenschaften. Die Sicherheitshinweise der mitgelieferten The safety notes given in the product documentations, which are 

Produktdokumentationen sind zu beachten. part of the supply, must be observed. 


20. Press P (right digit fl ashes) 


22. Press P (takes over new value). 

The display stops fl ashing 

23. Press P > 2 s (return to display level) 



Dokument-Nr./ 

Document.No.: 

A230S.DOC 





Produktbezeichnung/ Multifunktionales Leistungsmessgerät mit Netzanalyse 

Product name: Multifunctional Power Monitor with System Analysis 

Typ / Type: SINEAX A 230S 

Das bezeichnete Produkt stimmt mit den Vorschriften folgender Europäischer Richtlinien überein, 

nachgewiesen durch die Einhaltung folgender Normen: 




89/336/EWG 

89/336/EEC 

EMV / 

EMC 


Emission 


Immunity 







EN 50 081-2 : 1993 EN 55011 : 1998 + A1 : 1999 

EN 61000-6-2 : 2001 

IEC 61000-4-2 : 1995+A1:1998+A2:2000 

IEC 61000-4-3 : 1995+A1:1998+A2:2000 

IEC 61000-4-4 : 1995+A1:2000 

IEC 61000-4-5 : 1995+A1:2000 

IEC 61000-4-6 : 1996+A1:2000 

IEC 61000-4-8 : 1993+A1:2000 

IEC 61000-4-11:1994+A1:2000 


73/23/EWG 


- Niederspannungsrichtlinie - CE-Kennzeichnung : 95 

73/23/EEC 

Electrical equipment for use within certain voltage limits - Low Voltage Directive 

- Attachment of CE mark : 95 


EN 61 010-1 : 1993 IEC 1010-1 : 1990 + A1 : 1992 

Ort, Datum / 

Place, date: Wohlen, den 29. März 2004 

Unterschrift / M.Ulrich 

Signature: Leiter Technik 

Diese Erklärung bescheinigt die Übereinstimmung mit den This declaration certifies compliance with the above mentioned 

genannten Richtlinien, beinhaltet jedoch keine Zusicherung directives but does not include a property assurance. 

von Eigenschaften. Die Sicherheitshinweise der mitgelieferten The safety notes given in the product documentations, which are 

Produktdokumentationen sind zu beachten. part of the supply, must be observed. 

17

18 

1 

2 

Measurands display 

System configuration Transformer ratios Q definition 

Output 1/Output 2 

configurable element 

P 

< 2s 

P P 

P 

3 

4 

5 

6 

7 8 

9 

10 

11 

12 

P 

< 2s 

8 

13 

14 

Back from any 

other display 

P

Power interval Display settings 

Parameters of the respective 

extension modules 

15 16 

P 

17 

18 

P 

> 2s 

P P 

< 2s 

19 20 

P 

> 2s 

P 

< 2s 

21 22 

P 

Display 

level 

Menu 

level 

Parameter 

level 

19

Dimensional drawing SINEAX A 230 

20 

144 

144 

151 

Dimensional drawing SINEAX A 230s 

96 

96 

107 

≤ 65* 

2 – 25.4 

≤ 65* 

2 – 25.4 

46 5 

* with extension module 

46 5 

* with extension module 

Panel cutout 

+1 

138 

min. 6 

All dimensions in mm 

Panel cutout 

+0.8 

92 

min. 4 

138 

+1 

92 

All dimensions in mm 

+0.8 

min. 6 

min. 12

Betriebsanleitung 

Erweiterungs-Modul 

EMMOD 203 für A2xx-Geräte 

Mode d’emploi 

du module d’extension 

EMMOD 203 pour 

appareils A2xx 

Operating Instructions 

Extension module EMMOD 203 

for A2xx devices 

Geräte dürfen nur 

fachgerecht 

entsorgt werden! 

Sicherheitshinweise 

Die Installation und Inbetriebnahme 

darf nur durch 

geschultes Personal erfolgen. 

Überprüfen Sie vor der Inbetriebnahme, 

dass: 

– die maximalen Werte aller Anschlüsse 

nicht überschritten werden, 

siehe Kapitel «Technische Daten», 

– die Anschlussleitungen nicht beschädigt 

und bei der Verdrahtung 

spannungsfrei sind. 

Das Gerät muss ausser Betrieb gesetzt 

werden, wenn ein gefahrloser 

Betrieb (z.B. sichtbare Beschädigungen) 

nicht mehr möglich ist. Dabei 

sind alle Anschlüsse abzuschalten. 

Das Gerät ist an unser Werk bzw. an 

eine durch uns autorisierte Servicestelle 

zu schicken. 

Leiterplatte und Kontakte 

nicht berühren! 

Elektrostatische Aufl adung 

kann elektronische Bauteile 

zerstören. 

Bei einem Eingriff in das Gerät erlischt 

der Garantieanspruch. 

Inhaltsverzeichnis 

1. Kurzbeschreibung ........................2 

2. Lieferumfang ................................2 

3. Technische Daten .........................2 

4. Montage/Demontage ...................4 

5. Elektrische Anschlüsse ................5 

6. Isolation ........................................6 

7. Inbetriebnahme ............................7 

8. Konformitätserklärung ...............16 



CH-5610 Wohlen/Switzerland 

Telefon +41 56 618 21 11 

Telefax +41 56 618 35 35 

e-mail: info@camillebauer.com 

http://www.camillebauer.com 

Les appareils ne 

peuvent être éliminés 

que de façon 

appropriée! 

Consignes de sécurité 

L’installation et la mise en 

service ne doivent uniquement 

être effectuées que 

par du personnel qualifi é. 

Avant la mise en service, vérifi ez que: 

– les val. max. de tous les raccordements 

ne sont pas dépassées, voir 

chap. «Caractéristiques techniques», 

– les câbles de raccordement ne sont 

pas endommagés et sont hors tension 

pendant le câblage. 

L’appareil doit être mis hors tension si 

un fonctionnement sans danger (par 

ex. dégâts visibles) n’est plus possible. 

Il faudra alors déconnecter tous les 

raccordements. L’appareil doit être 

réexpédié à notre usine ou à un point 

de service après-vente recommandé 

par nous. 

Evitez de toucher la carte 

de circuits imprimés et 

les contacts! Une charge 

élec trostatique risque de 

dé truire les composants 

électroniques. 

Vous perdez tout droit à la garantie 

en cas d’intervention à l’intérieur de 

l’appareil. 

Sommaire 

1. Description abrégée .....................2 

2. Etendue de la fourniture ...............2 

3. Caractéristiques techniques ........2 

4. Montage/démontage ...................4 

5. Raccordements électriques .........5 

6. Isolation ........................................6 

7. Mise en service ............................7 

8. Certifi cat de conformité .............16 

EMMOD203 Bd-f-e 156 308-03 12.08 

Safety instructions 

The instruments 

must only be 

disposed of in the 

correct way! 

Installation and commissioning 

may only be carried 

out by trained staff. 

Prior to commissioning, make sure 

that: 

– the maximum values of all connections 

are not exceeded, see the 

“Technical data” section, 

– the connection cables are not damaged 

and that there is no potential 

during wiring. 

The instrument must be taken out of 

service if safe operation is no longer 

possible (e.g. visible damage). In this 

case, all the connections must be 

disconnected. The instrument must 

be returned to the factory or to an 

authorized service dealer. 

Do not touch the PCB or 

the contacts! 

Electrostatic charge can 

damage electronic components. 

The guaranty claims shall lapse if you 

tamper with the unit. 

Contents 

1. Brief description ...........................2 

2. Scope of delivery .........................2 

3. Technical data ..............................2 

4. Assembly/disassembly ................4 

5. Electrical connections ..................5 

6. Insulation ......................................6 

7. Commissioning ............................7 

8. Declaration of conformity ...........16 

1

1. Kurzbeschreibung 

Das Erweiterungs-Modul EMMOD 203 

ergänzt die Funktionalität sowie Flexibilität 

des Grundgerätes A2xx um eine 

Ethernet-Schnittstelle, einen Datenlogger 

und eine Echtzeituhr. 

Es ermöglicht einen Datenaustausch 

mit einem Leitsystem mittels MODBUS/ 

TCP und HTTP und ist ohne Eingriff in 

das Grundgerät nachrüstbar. 

Der nichtfl üchtige Datenspeicher und 

die Echtzeituhr ermöglichen Mittelwertund 

Lastprofi l-Aufzeichnung mit Zeitstempel. 

Mit dieser Funktion ermitteln 

Sie z.B. Ihre Werte für die Lastprofi le. Die 

2 Digitaleingänge können für die Hoch-/ 

Niedertarifumschaltung und für die 

Zeitsynchronisation (50/60 Hz) verwendet 

werden. 

Zur Konfi guration des Grundgerätes 

A2xx wird die Software A200plus (ab 

V1.20) und ein netzwerkfähiger PC 

benötigt. 

2. Lieferumfang 

1 Erweiterungs-Modul 

EMMOD 203 

4 Kunststoff-Spreiznieten 

1 Betriebsanleitung deutsch/französisch/englisch 

Je 1 Zusatzschild Eingang und Ausgang/Hilfsenergie 

3. Technische Daten 

Hilfsenergie 

Das EMMOD 203 wird vom Grundgerät 

A2xx versorgt. 

Die Leistungsaufnahme des Grundgerätes 

steigt um ca. 1 W bei aufgestecktem 

EMMOD 203. 

Umgebungsbedingungen 

Betriebstemperatur: 

– 10 bis + 55 °C 

Lagertemperatur: 

– 25 bis + 70 °C 

Relative 

Feuchtigkeit im 

Jahresmittel: ≤ 75% 

Betriebshöhe: bis 2000 m 

Nur in Innenräumen zu verwenden. 

2 

1. Description abrégée 

Le module d’extension EMMOD 203 

complète la fonctionnalité et la souplesse 

de l’appareil de base A2xx par 

une interface Ethernet, un enregistreur 

de données et une horloge à temps 

réel. 

Le module permet l’échange des données 

sous protocole MODBUS/TCP et 

HTTP. Il peut être rajouté après coup 

à un appareil de la gamme A2xx sans 

opération particulière. 

La mémoire de données non volatile 

et l’horloge temps réel permettent 

de faire des enregistrements de moyennes 

et de profi ls de charge avec un 

horodateur. Avec cette fonction, vous 

déterminez par exemple vos valeurs 

pour les profi ls de charge. Les 2 entrées 

numériques peuvent être utilisées pour 

la commutation entre tarif haut et tarif 

bas, et pour la synchronisation horaire 

(50/60 Hz). 

Pour la confi guration de l’appareil de 

base A2xx, il faut disposer du logiciel 

A200plus (à partir de la version 

V1.20) et d’un PC apte à fonctionner 

en réseau. 

2. Etendue de la fourniture 

1 Module d’extension 

EMMOD 203 

4 Rivets expansibles en matière 

plastique 

1 Mode d’emploi en allemand/français/anglais 

1 Etiquette supplémentaire pour 

l’entrée et la sortie/l’énergie auxiliaire 

3. Caractéristiques 

techniques 

Energie auxiliaire 

Le EMMOD 203 est alimenté par 

l’appa reil de base A2xx. 

La puissance absorbée de l’appareil de 

base est accrue d’environ 1 W lorsque 

le EMMOD 203 est enfi ché. 

Conditions d’environnement 

Température 

de service: – 10 à + 55 °C 

Temp. d’entreposage: 

– 25 à + 70 °C 

Humidité relative 

en moyenne 

annuelle: ≤ 75% 

Altitude de 

service: jusqu’à 2000 m 

A utiliser exclusivement en intérieur. 

1. Brief description 

The EMMOD 203 expansion module 

supplements the functionality as well 

as the fl exibility of the basic device, 

A2xx, by an Ethernet interface, a data 

logger and a real time clock. 

It facilitates data exchange with a 

control system via MODBUS/TCP and 

HTTP and can be retro-fi tted without 

alteration of the basic unit. 

The non-volatile data storage and the 

real time clock facilitate mean value and 

load profi le recording with time stamp. 

This function e.g. lets you determine 

the values for the load profi les. The 

2 digital inputs can be used for the 

switchover of high/low tariffs and time 

synchronisation (50/60 Hz). 

The configuration of the basic unit 

A2xx, requires the A200plus (up to 

V1.20) software and a network-compatible 

computer. 

2. Scope of delivery 

1 EMMOD 203 expansion module 

4 Plastic rivets 

1 Operating instructions German/ 

French/English 

1 Additional label each for input and 

output/power supply 

3. Technical data 

Power supply 

The EMMOD 203 is powered by the 

basic unit A2xx. 

The power consumption of the basic 

unit is increased by approx. 1 W when 

the EMMOD 203 connected. 

Ambient conditions 

Operating 

temperature: – 10 to + 55 °C 

Storage 

temperature: – 25 to + 70 °C 

Annual mean 

relative 

humidity: ≤ 75% 

Operating 

altitude: up to 2000 m 

Use only indoors.

Echtzeituhr 

Batterie: Li-Batterie 48 mAh 

Renata CR1225 

mit Batteriehalter 

Gang- 

Reserve: 2 Jahre 

Gang- 

Genauigkeit: ±30ppm–0,042 ppm/K2 justierbar 

Synchronisation: 

TIMEP (RFC738) 

SNTP (RFC2030) 

Netzfrequenz 50/60 Hz 

Rundsteuersignal 

Logger 

Werte: P inc/out 

Q ind/cap 

S 

zusätzlich für A230: 

9 Grössen frei wählbar, 

Q inc/out 

Format: Binär (ASN. 1 BER) 

URL: http:///log.dat 

Speicher: 2 MByte bestückt 

15min-Werte: ca. 8 Grössen 

für 1 Jahr 

Netzwerk 

Schnittstelle: RJ45 Buchse 

Ethernet 100BaseTX 

Mode: 10/100 MBit/s 

Voll-/Halbduplex 

Autonegotiation 

Protokoll: MODBUS/TCP 

HTTP, SNTP 

Digitaleingänge 

Die digitalen Weitbereichseingänge 

akzeptieren Signalpegel gemäss der 

folgenden Tabelle. Die Pegel gelten 

sowohl für die Hoch-/Niedertarifumschaltung, 

als auch für die Synchronisation 

der Echtzeituhr. In gestörter 

Umgebung müssen die Leitungen verdrillt 

und geschirmt werden. 

VRMS min max Einheit 

UH 5 300 V 

UL – 300 2 V 

IH 1,0 1,5 mA 

IL – 50 100 μA 

U H: Spannungspegel High 

U L: Spannungspegel Low 

I H: Strompegel High 

I L: Strompegel Low 

Horloge temps réel 

Batterie: Batterie au lithium 

48 mAh 

Renata CR1225 avec 

logement de batteries 

Réserve de 

marche: 2 ans 

Précision de 

marche: ±30ppm–0,042 ppm/K2 réglable 




Fréquence du réseau 

50/60 Hz 

signal de télécommande 

centralisée 

Enregistreur de données (logger) 

Valeurs: P inc/out 

Q ind/cap 

S 

En outre, pour A230: 

9 variables disponibles 

au choix, 

Q inc/out 

Format: binaire (ASN. 1 BER) 


Mémoire: 2 MByte équipé 

Valeurs à 

15min: ca. 8 variables 

pour 1 année 

Réseau 

Interface: Connecteur RJ45 


Mode: 10/100 MBits/s 

en duplex intégral/ 

semi-duplex 

Autonégociation 

Protocoles: MODBUS/TCP 

HTTP, SNTP 

Entrées numériques 

Les entrées numériques à large plage 

acceptent des niveaux de signaux 

conformes au tableau ci-après. Ces 

niveaux s’appliquent à la fois à la commutation 

entre tarif haut et tarif bas, 

et à la synchronisation de l’horloge 

temps réel. Dans un environnement 

perturbé, les conducteurs doivent être 

torsadés et blindés. 

VRMS min max Unité 

UH 5 300 V 

UL – 300 2 V 

IH 1,0 1,5 mA 

IL – 50 100 μA 

U H: Niveau de tension haut 

U L: Niveau de tension bas 

I H: Niveau d’intensité haut 

I L: Niveau d’intensité bas 

Real time clock 

Battery: Li battery 48 mAh 

Renata CR1225 

with battery holder 

Power 

reserve: 2 years 

Accuracy: ±30ppm–0,042 ppm/K2 adjustable 




Power frequency 

50/60 Hz 

Ripple control signal 

Logger 

Values: P inc/out 

Q ind/cap 

S 

Additionally for A230: 

9 variables freely 

selectable, 

Q inc/out 

Format: Binary (ASN. 1 BER) 


Memory: 2 MByte assembled 

15minvalues: 

approx. 8 variables 

for 1 year 

Network 

Interface: RJ45 connector 


Mode: 10/100 MBit/s 

Full/half duplex 

Auto-negotiation 

Protocol: MODBUS/TCP 

HTTP, SNTP 

Digital inputs 

The digital wide-range inputs accept 

signal levels according to the following 

table. The levels apply both to high/ 

low tariff switchover and the real time 

clock synchronisation. In an environment 

with interference, the wires have 

to be twisted and shielded. 

VRMS min max Unit 

UH 5 300 V 

UL – 300 2 V 

IH 1,0 1,5 mA 

IL – 50 100 μA 

U H: High voltage level 

U L: Low voltage level 

I H: High current level 

I L: Low current level 

3

4 

Synchronisationseingang: Nieder-/Hochtarif-Eingang: 

Entrée de synchronisation: Entrées à tarif haut/tarif bas: 

Synchronisation input: Low/high tariff input: 

31 

(+) 

(–) 

32 

Frequenz 

Fréquence 

Frequency 

Teiler 

Diviseur 

Splitter 

4. Montage / Demontage 

Grundgerät A2xx 

abschalten. 

Erweiterungs-Modul (1) einfach auf 

der Rückseite des Grundgeräts aufstecken 

(Bild 1). Dabei beachten, dass 

Steckerleiste (3) und Steckbuchse (2), 

aufeinander passen. 

Achtung! Leiterplatte und 

Kontakte nicht berühren. 

Elektrostatische Aufladung 

kann elektronische 

Bauteile beschädigen. 

Zur mechanischen Sicherung die vier 

mitgelieferten Kunststoff-Spreiznieten 

(5) in die dafür vorgesehenen Löcher 

(4) eindrücken (Bild 2). 

(4) 

(2) 

(3) 

Echtzeituhr 

Horloge en 

temps réel 

Real time 

clock 

33 

(+) 

(–) 

34 

4. Montage / démontage 

Mettre l’appareil de base 

A2xx hors tension. 

Enfi cher simplement le module d’extension 

(1) sur la face arrière de l’appareil 

de base (Figure 1). Veiller à ce que la 

réglette à broches (3) et la fi che femelle 

(2) soient adaptées l’une à l’autre. 

Attention: Eviter de 

toucher la carte à circuits 

imprimés et les contacts. 

Une chaque électrostatique 

peut endommager 

les composants électroniques. 

Pour le verrouillage mécanique des 

quatre rivets expansibles en matière 

plastique inclus dans la fourniture (5), 

il faut les pousser dans les trous (4) 

prévus à cet effet (Figure 2). 

Bild 1 / Fig. 1 Bild 2 / Fig. 2 

(1) 

(4) 

(5) 

Energiezähler 

Compteur d’énergie 

Energy counter 

Low 

Basse 

High 

Elevée 

4. Assembly / disassembly 

Switch off basic unit A2xx. 

Simply attach the expansion module 

(1) to the back of the basic unit 

(Fig. 1). Make sure the connector (3) 

and the socket (2) fi t together. 

Caution! Do not touch 

the PCB or the contacts! 

Electrostatic charge can 

damage electronic components. 

For mechanical safety press the 

4 supplied plastic rivets (5) into the 

holes provided for them (4) (Fig. 2).

Die Zusatzschilder Eingang (6) und 

Ausgang/Hilfsenergie (7) nach Bild 3 

aufkleben. 

Bild 3 / Fig. 3 

Zum Demontieren den gerändelten 

Kopf (8) der Kunststoff-Spreiznieten 

mit den Fingern herausziehen (Bild 4). 

Das Erweiterungs-Modul (1) lässt sich 

jetzt abnehmen. 

Bild 4 / Fig. 4 

Coller les étiquettes des panneaux 

d’entrée (6) et de sortie/énergie auxiliaire 

(7) selon la Figure 3. 

(6) 

Pour le démontage, extraire avec les 

doigts la tête moletée (8) des rivets expansibles 

en matière plastique (Figure 

4). Vous pouvez alors extraire le module 

d’extension (1). 

5. Elektrische Anschlüsse 5. Raccordements 

électriques 

Bild 5. 

Klemmen 31 bis 34: 

Steck-Schraubklemmen 

Querschnitt eindrähtig: 0,5 – 2,5 mm 2 

Querschnitt feindrähtig: 0,5 – 1,5 mm 2 

1 Netzwerk-Anschluss 

Die Standard RJ45-Buchse dient 

dem direkten Anschluss eines 

Cat. 5 UTP-Kabels. Bei einer DTE- 

Verbindung muss ein gekreuztes 

Kabel verwendet werden. 

2 3 

(8) (1) 

Figure 5. 

31 à 34: Bornes à vis enfi chables, 

section transversale monofi laire: 

0,5 – 2,5 mm 2 

conducteur à brins fi ns: 0,5 – 1,5 mm 2 

1 Raccordement au secteur 

Le connecteur RJ45 standard sert 

au raccordement direct d’un câble 

UTP de cat. 5. En cas de liaison 

DTE, il faudra utiliser un câble 

croisé. 

1 

Apply the additional labels Input (6) and 

Output/Power supply (7) according to 

Fig. 3. 

(7) 

For disassembly, pull out the knurled 

head (8) of the plastic rivets with your 

fi ngers (Fig. 4). The expansion module 

(1) may now be taken off. 

5. Electrical connections 

4 

Fig. 5. 

31 to 34: Plugable screw-type terminal 

Cross section unifi lar: 0.5 – 2.5 mm 2 

Cross section fi nely stranded: 

0.5 – 1.5 mm 2 

1 Network connection 

The standard RJ45 connector 

serves the direct connection of 

a Cat. 5 UTP cable. In case of a 

DTE connection, a crossed cable 

has to be used. 

5

2 Synchronisations-Anschluss 

Der Anschluss dient der Syn chronisation 

der Uhr auf ein 50/60 Hz- 

Versorgungsnetz oder auf ein 

externes Rundsteuersignal. Die 

Konfi guration erfolgt nur über die 

WEB-Page. 

3 Nieder-/Hochtarif-Anschluss 

Der Nieder-/Hochtarif-Eingang 

dient zur Umschaltung der internen 

Zähler zwischen Hoch- und 

Niedertarif. Der Tarifeingang kann 

direkt mit dem 50/60 Hz-Versorgungsnetz 

oder mit DC angesteuert 

werden. 

4 Status der Ethernetverbindung 

(Link-Rx/Tx) 

Die 4 LEDs zeigen in Matrixform 

den Netz werkmode. Beispiele: 

LED oben links: Vollduplex mit 

10 MBit/s, LED oben rechts: Vollduplex 

mit 100 MBit/s. 

LED leuchtet: Statusanzeige 

LED blinkt: Kommunikation 

LED leuchtet nicht: keine Verbindung 

vorhanden 

6 

2 Raccordement de synchronisation 

Le raccordement sert à la synchronisation 

de l’horloge avec un 

réseau d’alimentation à 50/60 Hz 

ou avec un signal de télécommande 

centralisée externe. La 

confi guration se fait uniquement 

par la page Web. 

3 Commutation tarif haut/tarif 

bas 

Entrées à tarif bas/tarif haut sert 

à la commutation des compteurs 

internes entre le tarif haut et le 

tarif bas. L’entrée de tarif peut être 

directement pilotée par le réseau 

d’alimentation à 50/60 Hz ou par 

c.c. 

4 Etat de la liaison Ethernet 

(lien Rx/Tx) 

Les 4 DEL indiquent sous forme 

de matrice le mode réseau. 

Exemples : DEL en haut à gauche: 

duplex intégral à 10 Mbits. 

DEL en haut à droite: duplex 

intégral à 100 Mbits/s. 

La DEL s’allume : affi chage d’état 

La DEL clignote : communication 

La DEL ne s’allume pas : il n’y a 

pas de liaison 

6. Isolation 6. Isolation 6. Insulation 

Installationsspannung 

VACRMS (50 Hz) 

INPUT-BASIC 2200 

LAN-BASIC 2200 

INPUT-INPUT 500 

ACHTUNG! Beim Anschluss 

einer berührungsgefährlichen 

Spannung an eine der beiden 

Digitaleingänge gelten beide 

Anschlüsse als berührungsgefährdet! 

Opto-Coupler 

Sync 

50/60 

HI 

LO 

RJ12 

UART 

Transformer 

RJ45 

100BaseTX 

Tension 

d’alimentation 





ATTENTION! Lors du raccordement 

d’une tension pouvant 

être dangereuse à l’une 

des deux entrées numériques, 

les deux raccordements sont 

considérés comme dangereux! 

2 Synchronisation connection 

The connection serves the synchronisation 

of the clock with a 

50/60 Hz power supply or an external 

standardised control signal. 

Confi guration occurs only via the 

WEB page. 

3 Low/high tariff connection 

The low/high tariff input serves 

switching over the internal counter 

between high tariff and low tariff. 

The tariff input can be actuated 

directly by the 50/60 Hz power 

supply or by DC. 

4 Status of Ethernet connection 

(Link-Rx/Tx) 

The 4 LEDs indicate network 

mode in matrix form. Examples: 

Top left LED: Full duplex with 

10 MBit/s, top right LED: Full 

duplex with 100 MBit/s. 

LED illuminated: 

Status indication 

LED fl ickers: Communication 

LED not illuminated: no connection 

available 

INPUT 

BASIC 

LAN 

Installation 

voltage 





CAUTION! When connecting 

shock hazardous voltage to 

one of the two digital inputs, 

both connections are considered 

shock hazardous!

7. Inbetriebnahme 

7.1 Anbindung des Gerätes ans 

Ethernet-Netzwerk 

Die Software A200plus (ab V1.20) und 

ein netzwerkfähiger PC werden benötigt. 

- A200plus Software installieren 

(Download via Homepage 

http://www.camillebauer.com) 

- Verbinden Sie das Gerät mit dem 

PC. Erfolgt die Verbindung direkt 

(ohne Netzwerk) ist ein gekreuztes 

Ethernet-Kabel erforderlich. 

- Falls der PC nicht in einem Netzwerk 

betrieben wird, muss geprüft werden, 

ob er eine gültige IP-Adresse 

hat. Dies kann z.B. über den DOS- 

Befehl ‚ipconfi g‘ gemacht werden. 

Hinweis: Die Gateway-Adresse ist nicht 

relevant und kann leer sein. 

Bei PC’s ohne Netzwerk-Anschluss 

kann es eine Weile dauern bis sich 

eine gültige IP-Adresse einstellt. Es 

muss normalerweise ein Gerät an 

die Ethernet-Schnittstelle des PC’s 

angeschlossen sein. Stellt sich keine 

IP-Adresse ein, muss dies manuell 

über Systemsteuerung | Netzwerkverbindungen 

erfolgen: 

7. Mise en service 

7.1 Connexion de l’appareil au 

réseau Ethernet 

Le logiciel A200plus (à partir de la version 

V1.20) et un PC pouvant connecté 

à un réseau sont nécessaires. 

- Installer le logiciel A200plus 

(à télécharger sur le site 


- Raccorder le périphérique au PC. Si 

la connexion s’effectue directement 

(sans réseau), un câble Ethernet 

croisé est nécessaire. 

- Si le PC ne fonctionne pas en réseau, 

vérifi er qu’il dispose d’une adresse 

IP valide. Pour ce faire, il est possible 

de passer par la commande DOS 

‘ipconfi g’. 

Remarque: l’adresse de passerelle 

n’est pas pertinente ici, aussi peutelle 

rester vide. 

Pour les PC sans connexion réseau, 

l’affi chage d’une adresse IP valide peut 

prendre un certain temps. Un périphérique 

doit normalement être connecté 

à l’interface Ethernet du PC. Si aucune 

adresse IP n’apparaît, il faut alors procéder 

manuellement par le biais de la 

séquence Panneau de confi guration | 

Connexions réseau: 

7. Commissioning 

7.1 Connecting the device to 

the Ethernet network 

The software A200plus (from V1.20) 

and a network capable computer are 

required. 

- Install the A200plus software 

(download via homepage 


- Connect the device to the PC. If 

the connection is direct (no network) 

a cross-wired Ethernet cable is required. 

- If the computer is not part of a network, 

you have to check if it has 

a valid IP address. This can be 

done e.g. using the DOS command 

‘ipconfi g’. 

Hint: The gateway address is irrelevant 

and may be empty. 

For PCs without network connectivity it 

may take a while until a valid IP adress 

is adjusted. Normally a device must be 

connected to the Ethernet interface of 

the computer. If no IP address is adjusted 

this must be done manually via 

Control panel | Network connections: 

7

- A200plus-Software starten und 

Schnittstelle wählen 

– Geräteliste prüfen – Vérifi er la liste d’appareils – Check device list 

Alle Geräte im lokalen Netz werden 

aufgelistet. Die Geräte sind anhand der 

ID eindeutig identifi ziert. 

Hinweis: Bei der Suche nach Geräten 

im lokalen Netz wird mit UDP- 

Broadcast Telegrammen gearbeitet. 

Dies funktioniert auch wenn die Netzwerkeinstellungen 

des PC’s und der 

angeschlossenen Geräte völlig unterschiedlich 

sind. 

8 

1 Menupunkt „Kommunikations- 

Schnittstelle“ auswählen 

2 Schnittstellentyp „Ethernet via 

EMMOD 203“ wählen 

1 

- Démarrer le logiciel A200plus et 

sélectionner l’interface 

2 

1 Choisir le point du menu „Interface 

de communication“ 

2 Choisir le type d’interface „Ethernet 

via EMMOD 203“ 

On dresse la liste de tous les appareils 

du réseau local. Ces appareils sont 

identifi és sans équivoque grâce à leur 

ID. 

Remarque: la recherche de périphériques 

sur le réseau local s’effectue sur 

la base de transmissions en broadcast 

UDP. Cela fonctionne également 

lorsque les paramètres réseau du PC 

et des périphériques connectés sont 

totalement différents. 

- Start the A200plus software and 

select the interface 

1 Select menu option „Communication 

interface“ 

2 Select interface type „Ethernet 

via EMMOD 203” 

All devices in the local network are 

listed. The devices are unambiguously 

identifi ed according to their ID. 

Hint: When searching for devices in 

the local network UDP broadcast messages 

are used. This works even if the 

network settings of the computer and 

the connected devices are completely 

different.

- Einbindung ins Netzwerk 

Geräte in Ethernet-Netzwerken 

werden normalerweise über die IP- 

Adresse des Gerätes angesprochen. 

Damit der Datenaustausch via Modbus/TCP-Protokoll 

oder Browser 

möglich wird, müssen die Geräte im 

gleichen Netz wie der PC sein. 

1 Geräte anwählen 

2 gültige IP-Adresse, Maske und 

Gateway vergeben 

3 Gerätenamen vergeben 

4 Änderungen speichern oder 

verwenden 

5 zurück zum Hauptmenu 

Gültige IP-Adresse 

Jedes Gerät muss eine einmalige / 

eindeutige IP Adresse besitzen. Für 

private Netze muss die Adresse im 

Bereich 10.x.x.x/8, 172.16.x.x/12 oder 

192.168.x.x/16 liegen. Öffentliche 

Adressen (Internet-Adressen) werden 

vom Internet-Provider zugewiesen. 

Die erste und letzte Adresse eines 

Netzes ist für „Broadcast“ reserviert 

und darf von keinem Gerät verwendet 

werden. 

Netzwerk-Adressen werden normalerweise 

vom Netzwerk-Administrator 

vergeben, da er weiss welche Adressen 

frei sind und welche bereits vergeben 

sind. 

1 

- Intégration au réseau: 

En règle générale, les périphériques 

connectés à des réseaux Ethernet 

sont contactés par le biais de leur 

adresse IP. Pour permettre l’échange 

de données par protocole Modbus/TCP 

ou par le navigateur, les 

périphériques doivent être connectés 

au même réseau que le PC. 

1 Sélectionner les app. valables 

2 Attribuer l’adresse IP valable, le 

masque et la passerelle 

3 Attribuer le nom 

4 Sauvegarder ou refuser les modifi 

cations 

5 Retour à la fenêtre principale 

Adresse IP valable 

Chaque appareil doit disposer d’une 

adresse IP unique/sans équivoque. 

Pour les réseaux privés, l’adresse doit 

se situer dans l’intervalle 10.x.x.x/8, 

172.16.x.x/12 ou 192.168.x.x/16. Dans 

les adresses publiques (adresses Internet), 

cette adresse est attribuée par le 

fournisseur d’accès Internet. 

La première et la dernière adresse d’un 

réseau sont réservées au ‚Broadcast‘ 

(diffusion) et ne doivent être utilisées 

par aucun appareil. 

Les adresses réseau sont généralement 

attribuées par l’administrateur 

réseau, dans la mesure où il connaît 

les adresses disponibles et celles qui 

ont déjà été assignées. 

Beispiel / Exemple / Example IP EMMOD203 

Computer: 192.168.58.120 

Subnet: 255.255.255.0 

Gateway: 192.168.58.4 

- Integration into network 

Devices in Ethernet networks normally 

are accessed via the IP address 

of the device. To allow data 

transfer via Modbus/TCP-protocol 

or browser, the devices have to be in 

the same network as the computer. 

1 Select devices 

192.168.58.1 ... 192.168.58.3, 

192.168.58.5 ... 192.168.58.119, 

192.168.58.121 ... 192.168.58.254 

4 

2 

3 

5 

2 Assign valid IP address, mask 

and gateway 

3 Assign name 

4 Save or discard changes 

5 Back to main window 

Valid IP address 

Each device must have a unique / 

unambiguous IP address. For private 

networks, the address must be in the 

area of 10.x.x.x/8, 172.16.x.x/12 or 

192.168.x.x/16. Public addresses (Internet 

addresses) are assigned by the 

internet provider. 

The fi rst and last address of a network 

is reserved for „Broadcast“ and must 

not be used by any device. 

Network addresses are normally provided 

by the network administrator, because 

he knows which addresses are 

free and which are already assigned. 

9

– Gerät konfi gurieren – Confi gurer l’appareil – Confi gure device 

1 Geräte-Namen wählen 

2 Gerät auslesen 

Parameter ändern 

3 Parameter ins Gerät speichern 

7.2 Konfi guration via Web 

Browser 

Folgende Funktionen stehen mittels 

eines Web Browsers, wie dem Internet 

Explorer zur Verfügung. 

Messwertanzeigen: 

– aktuelle Messwerte 

– Oberwellen U, I 

– Zähler 

Anzeigen und Einstellen von Parametern: 

– Geräte-Identifi kation 

– Netzwerkeinstellungen 

– Schnittstellen-Tool MODBUS 

– Synchronisation der Uhrzeit (nur 

über den Web Browser möglich) 

– Rücksetzen auf Werkseinstellung 

– Firmware update 

Geräte in Ethernet-Netzwerken werden 

normalerweise über die IP-Adresse 

des Gerätes angesprochen. Für 

die Kommunikation via Web-Browser 

müssen die Geräte im gleichen Netz 

wie der PC sein. 

10 

3 

2 

1 Sélectionner le nom de l’appareil 

2 Lire l’appareil 

modifi er les paramètres 

3 Sauvegarder les paramètres 

dans l’appareil 

7.2 Confi guration par Web 

Browser 

Vous disposez des fonctions suivantes 

grâce à un Web Browser (navigateur 

Web) tel que Internet Explorer. 

Affi chages des valeurs mesurées: 

– valeurs mesurées actuelles 

– Ondes harmoniques U, I 

– Compteurs 

Affi chages et réglage des paramètres: 

– Identification d’appareil 

– Réglages du réseau 

– Outil d’interface MODBUS 

– Synchronisation de l’heure (uniquement 

possible par le Web Browser) 

– Réinitialisation pour rétablir le réglage 

d’usine 

– Actualiser le fi rmware (microprogramme) 

En règle générale, les périphériques 

connectés à des réseaux Ethernet sont 

contactés par le biais de leur adresse 

IP. Pour permettre l’échange de données 

par le navigateur, les périphériques 

doivent être connectés au même 

réseau que le PC. 

1 

1 Select device name 

2 Readout device 

change parameters 

3 Save parameters to the device 

7.2 Confi guration via web 

browser 

The following functions are available 

using web browsers such as Internet 

Explorer. 

Display of measured values: 

– Current measured values 

– Harmonics U, I 

– Meters 

Display and setting of parameters: 

– Device identifi cation 

– Network settings 

– Interface tool MODBUS 

– Synchronisation of clock (only possible 

via web browser) 

– Reset of default settings 

– Firmware update 

Devices in Ethernet networks normally 

are accessed via the IP address of 

the device. For the communication via 

WEB browser the devices have to be in 

the same network as the computer.

7.2.1 Öffnen des Web Browsers 

Starten Sie Ihren Web Browser und 

geben Sie die IP-Adresse des EMMOD 

203 in das Adressfeld ein 

oder 

Klicken Sie mit der rechten Maustaste 

auf das Gerät im Fenster “Kommunikations-Schnittstelle“ 

1 rechter Mausklick auf das Gerät 

2 „Konfi guration via Browser“ 

anwählen 

3 löscht das markierte 

EMMOD 203 aus der Liste 

4 EMMOD 203 hinzufügen. 

Diese Funktion ermöglicht das 

Hinzufügen eines EMMOD 203 

über die MAC-Adresse. Diese ist 

identisch mit den ID-Daten auf 

dem Typenschild (siehe Seite 8). 

Das folgende Fenster erscheint: 

7.2.2 Anzeige von Messwerten 

Klicken Sie auf „Monitor“. 

Sie können sich die aktuellen Messwerte 

„Present“, die Zähler „Meters“ 

oder die Oberwellen für U und I „Harmonics“ 

anzeigen lassen. 

7.2.1 Ouverture du Web Browser 

Lancez votre Web Browser et saisissez 

l’adresse IP du EMMOD 203 dans la 

zone adresse 

ou 

Cliquez avec le bouton droit de la souris 

sur l’appareil dans la fenêtre “Interface 

de communication“ 

1 Cliquer avec le bouton droit de la 

souris sur l’appareil 

2 Sélectionner „Configuration via 

Browser“ 

3 Efface de la liste le EMMOD 203 

marqué. 

4 Ajouter le EMMOD 203. 

Cette fonction permet d’ajouter 

un EMMOD 203 par l’adresse 

MAC. Celle-ci est identique aux 

données d’ID fi gurant sur la plaque 

signalétique (voir page 8). 

La fenêtre ci-après est affi chée: 

7.2.2 Affi chage de valeurs 

mesurées 

Cliquez sur „Monitor“. 

Vous pouvez vous faire affi cher les valeurs 

mesurées actuelles „Present“,les 

compteurs „Meters“ ou les ondes harmoniques 

pour U et I „Harmonics“. 

7.2.1 Opening the web browser 

Start your web browser and enter 

the IP-address of EMMOD 203 in the 

address fi eld 

or 

Click the device in the “Communication 

interface” window with the right mouse 

button 

1 Right mouse click on the device 

2 Select „Confi guration via 

browser” 

3 deletes the selected EMMOD 

203 from the list 

4 Add EMMOD 203. 

This function allows adding an 

EMMOD 203 via the MAC 

address. It is identical with the ID 

data on the rating plate (see page 

8). 

The following window appears: 

7.2.2 Display of measured values 

Click „Monitor“. 

You can view the current measured 

values „Present“, the meters „Meters“ 

or the harmonics for U and I „Harmonics“. 

11

7.2.3 Anzeige und Einstellen von 

Parametern 

Alle geänderten Parameter werden mit 

„save settings“ im Gerät nur fl üchtig 

gespeichert. 

Zum defi nitiven Abspeichern in das 

Gerät müssen Sie die Schaltfl äche 

„Activate“ unter „Admin“ anklicken. 

Für diese Funktion benötigen Sie den 

Benutzernamen und das Passwort 

(Einrichten eines Passwortes siehe 

Kapitel Verwaltung „Admin“). 

Geräteeinstellungen: „Device“ 

Diese Einstellung zeigt Ihnen die Identifi 

kation „ID“, den Namen „Name“, den 

Standort „Location“ und die Beschreibung 

„Description“ des Gerätes. 

12 

7.2.3 Affi chage et réglage de 

para mètres 

Tous les paramètres modifi és ne sont 

sauvegardés que de manière transitoire 

avec „save settings“ (sauvegarder 

les réglages) dans l’appareil. 

Pour la sauvegarde définitive dans 

l‘appareil, vous devez cliquer sur le 

bouton „Activate“ sous „Admin“. Pour 

cette fonction, vous avez besoin du 

nom d’utilisateur et du mot de passe 

(création d’un mot de passe : voir chapitre 

Administration „Admin“). 

Réglages d’appareil: „Device“ 

Ce réglage vous fournit l’identification 

„ID“, le nom „Name“, l’emplacement 

„Location“ et la description „Description“ 

de l’appareil. 

7.2.3 Display and setting of 

parameters 

All changed parameters are stored 

only temporarily in the device with 

“save settings”. 

To store them permanently in the device, 

click the „Activate“ button under 

„Admin“. You need the user name and 

password for this function. (For assigning 

a password see the chapter on 

administration „Admin“). 

Device settings: „Device“ 

This setting shows you the identifi cation 

“ID”, the “Name”, the “Location” 

and the “Description” of the device.

Zusätzlich erhalten Sie Informationen 

über das Basisgerät A2xx und das 

Modul EMMOD 203 bezüglich Hardware 

„HW“ und Software „SW“-Stände. 

Änderungen, die seit Inbetriebnahme 

erfolgten, erkennen Sie unter „Rev“. 

In dieser Darstellung können Sie die 

Felder „Name“, „Location“ und „Description“ 

gemäss der Anwendung ausfüllen. 

Netzwerkeinstellungen: „Network“ 

In die Felder unter Properties tragen Sie 

die IP Adresse „IP“, sowie die Adressen 

für „Netmask“ und „Gateway“ ein. 

„IP“: 

Jedes Gerät muss eine einmalige/eindeutige 

IP Adresse besitzen. Wird eine 

IP Adresse doppelt vergeben, kann 

dies zu unvorhersehbaren Problemen 

führen. 

„Netmask“: 

Die Netzmaske unterteilt die IP-Adresse 

in eine Geräte-Adresse und in die 

Netzadresse (auch Sub-Netzadresse 

genannt). Das Gerät kann nur im lokalen 

Netz direkt (ohne Router/Gateway) 

angesprochen werden. 

„Gateway“: 

Die Gateway Adresse wird nur benötigt, 

wenn das Gerät aus einem anderen 

Netz angesprochen wird (z.B. Internet). 

Die Gateway Adresse muss mit der 

Adresse des verbindenden Routers 

(z.B. ADSL-Router) konfi guriert werden. 

Vous obtenez par ailleurs des informations 

sur l’appareil de base A2xx et 

sur le module EMMOD 203 à propos 

des versions du matériel „HW“ et du 

logiciel „SW“. 

Les modifi cations qui ont été apportées 

depuis la mise en service vous 

sont signalées par „Rev“. 

Dans cette représentation, vous 

pou vez remplir les champs „Name“, 

„Location“ et „Description“ en fonction 

de l’application. 

Réglages de réseau: „Network“ 

Dans les champs sous Properties vous 

inscrivez l’adresse IP „IP“, ainsi que 

les adresses pour „Netmask“ et „Gateway“. 

„IP“: 

Chaque appareil doit disposer d’une 

adresse IP unique/sans équivoque. Si 

une adresse IP est attribuée deux fois, 

il peut en résulter des problèmes qu’il 

est diffi cile de mesurer. 


Le masque de réseau subdivise l’adresse 

IP en une adresse d’appareil et en 

l’adresse de réseau (également appelée 

sous-adresse de réseau). Vous ne 

pouvez activer directement l’appareil 

que dans le réseau local (sans routeur/ 

passerelle). 


L’adresse passerelle est uniquement 

nécessaire si vous activez l’appareil depuis 

un autre réseau (par ex. Internet). 

L’adresse passerelle doit être confi gurée 

avec l’adresse du routeur qui établit 

la liaison (par ex. routeur ADSL). 

In addition, you get information 

about the basic device A2xx and the 

EMMOD 203 module regarding hardware 

„HW“ and software „SW“ versions. 

Changes made after commissioning 

can be seen under „Rev“. 

In this window you can complete the 

„Name“, „Location“ and „Des cription“ 

fi elds according to the application. 

Network settings: „Network“ 

Type the IP address „IP“ as well as the 

addresses for „Netmask“ and „Gateway“ 

in the fi elds under Properties. 

„IP“: 

Each device must have a unique/unambiguous 

IP address. If an IP address 

is assigned twice, this can result in 

unpredictable problems. 


The netmask divides the IP address 

into a device address and the network 

address (also called subnet address). 

The device can only be addressed directly 

(without router/gateway) in the 

local network. 


The gateway address is only required 

if the device is addressed from another 

network (e.g. the Internet). The 

gateway address has to be confi gured 

with the address of the connecting router 

(e.g. ADSL router). 

13

„DNS“: 

Das EMMOD 203 verwendet keine 

URL sondern nur IP Adressen. Dieses 

Feld ist zurzeit ausser Funktion. 

Unter Services können Sie die Dienste 

„HTTP“, „MODBUS“, „TELNET“ und 

„SNMP“ aktivieren „enable“ und den 

„Port“ festlegen. 

Einstellen und Synchronisation der 

Echtzeituhr: „Time“ 

Das EMMOD 203 besitzt eine batteriegestützte 

Uhr. Die Zeit geht somit bei 

einem Stromausfall nicht verloren. Die 

Uhr wird im „Refresh“-Intervall um die 

entsprechende Korrektur nachgestellt 

(mindestens 1 sec.). 

Das EMMOD 203 arbeitet mit der 

„Greenwich Mean Time“ (GMT) bzw. 

„Universal Time“ (UTC) und besitzt 

somit weder Zeitzone noch Sommer-/ 

Winterzeit-Umschaltung. Diese Zeit 

ist im Feld local time im UTC Format 

dargestellt. 

Die Darstellung/Umrechnung in die 

entsprechende lokale Zeit wird vom 

Browser bzw. von der A200plus- 

Software automatisch vorgenommen. 

Diese Zeit wird als device time bezeichnet. 

Die Werkseinstellung erfolgt über einen 

Zeitserver und wird über die interne 

Batterie gepuffert. 

Unter „Time“ und „Date“ können Sie 

die gewünschte Zeit einstellen. 

14 

„DNS“: 

Le EMMOD 203 n’utilise pas de URL, 

mais seulement des adresses IP. Ce 

champ est actuellement hors fonction. 

Sous Services vous pouvez activer les 

services „HTTP“, „MODBUS“, „TEL- 

NET“ et „SNMP“, „enable“ et déterminer 

le „Port“. 

Réglage et Synchronisation der 

horloge temps réel: „Time“ 

Le EMMOD 203 dispose d’une horloge 

alimentée par pile. Ainsi, vous ne 

perdez pas l’heure en cas de panne 

de courant. La correction correspondante 

est faite à chaque intervalle 

de rafraîchissement („Refresh“) en 

vue de la remise à l’heure (au moins 

1 seconde). 

Le EMMOD 203 est réglé sur la 

„Greenwich Mean Time“ (GMT) ou la 

„Universal Time“ (UTC) et ne dispose 

donc ainsi ni des fuseaux horaires, ni 

d’une commutation heure d’été/ heure 

d’hiver. Cette heure est indiquée dans 

le champ local time au format UTC. 

L’affi chage/ la conversion en heure 

locale correspondante est automatiquement 

faite par le brow-ser ou par 

le logiciel A200plus. Cette heure est 

désignée par le terme de device time. 

Le réglage d’usine est fait par un serveur 

de temps et il est mis en mémoire 

tampon par la pile interne. 

„DNS“: 

EMMOD 203 does not use any URL 

but only IP addresses. This fi eld has 

no function at present. 

Under Services you can „enable“ 

the services of „HTTP“, „MODBUS“, 

„TELNET“ and „SNMP“ and assign the 

„Port“. 

Setting and synchronising the real 

time clock: „Time“ 

EMMOD 203 has a battery-buffered 

clock. The time setting is thus not lost 

in case of a power failure. The clock is 

reset by the respective correction (at 

least 1 sec) in „Refresh“ intervals. 

EMMOD 203 uses „Greenwich Mean 

Time“ (GMT) or „Universal Time“ (UTC) 

and thus does feature time zones or 

changeover from daylight saving time 

to winter time. This time is shown in the 

local time fi eld in UTC format. 

The representation/conversion into the 

respective local time is done automatically 

by the browser or the A200plus- 

Software. This time is called device 

time. 

Default setting is done via a time server 

and is buffered by the internal battery. 

You can set the desired time under 

„Time“ and „Date“.

Unter Synchronization können Sie die 

Art der Uhrsynchronisation wählen: 

„TIME“: 

Time Server nach RFC 738 

„NTP“: 

Net Time protocol 

Hierzu benötigen Sie die Adresse eines 

Zeitservers nach RFC 2030, die Sie in 

die Felder eintragen müssen. 

„EXT“: 

Mittels Rundsteuersignal 

„LINE“: 

Extern mittels z.B. der Frequenz 

50/60 Hz eines 230 V Versorgungsnetzes. 

Anschluss an die Klemmen 

31/32. Beachten Sie hierzu das Kapitel 

3. Technische Daten. 

„NO“: 

Über den internen Quarz. +/- Ganggenauigkeit 

„Correction“ einstellbar in 

ppm 

Verwaltung: „Admin“ 

Bevor Sie eine Funktion ausführen, 

müssen Sie den Namen und das 

Passwort eingeben. Zur Vergabe des 

ersten Passwortes wählen Sie „Set 

Password“ (siehe nächste Seite). 

Unter login können Sie folgende Funktionen 

„function“ wählen und mit der 

gleichnamigen Schaltfl äche abspeichern. 

„Activate settings“: 

Alle Ihre Einstellungen werden beim 

Anklicken der Schaltfl äche „Activate 

settings“ unverlierbar im EMMOD 203 

gespeichert. 

Sous Synchronization vous pouvez 

choisir la nature de la synchronisation 

d’horloge 

„TIME“: 

Time Server selon RFC 738 

„NTP“: 


Vous avez besoin pour cela de l’adresse 

d’un serveur de temps selon RFC 

2030, que vous devez saisir dans les 

champs. 

„EXT“: 

Par un signal de télécommande centralisée 

(“ripple control signal”). 

„LINE“: 

Externe, par exemple par la fréquence 

de 50/60 Hz d’un réseau d’alimentation 

électrique à 230 V. Raccordement aux 

bornes 31/32. Respectez à ce propos 

le chapitre 3. Caractéristiques techniques. 

„NO“: 

Par quartz interne. Réglage +/- de la 

précision „Correction“ en ppm. 

Administration: „Admin“ 

Avant d’exécuter une fonction, vous 

devez saisir votre nom et votre mot 

de passe. Pour l’attribution du premier 

mot de passe, sélectionnez „Set Password“ 

(voir page suivante). 

Sous login, vous pouvez sélectionner 

les fonctions „functions“ suivantes et 

les sauvegarder avec le bouton portant 

le même nom. 


Tous vos réglages sont sauvegardés 

de manière imperdable dans le 

EMMOD 203 si vous cliquez sur le bouton 

„Activate settings“. 

You can select the type of clock synchronisation 

under Synchronization: 

„TIME“: 

Time Server according to RFC 738 

„NTP“: 


For this you need the address of a time 

server according to RFC 2030, which 

you have to type into the fi elds. 

„EXT“: 

Using a standardised control signal 

„LINE“: 

Externally by means of e.g. the 

50/60 Hz frequency of a 230 V power 

supply. Connect to terminals 31/32. 

See chapter 3. Technical data. 

„NO“: 

Via internal quartz. +/- accuracy adjustable 

in ppm by „Correction“ 

Administration: „Admin“ 

You have to enter the name and password 

before executing any functions. 

To assign the fi rst password, select 

„Set Password“ (see next page). 

Select and store functions using the 

„function“ button under login. 


Upon clicking „Activate settings“ 

all your settings are stored to the 

EMMOD 203 where they cannot be 

lost. 

15

„Set Password“: 

Admin Password: Hier können Sie 

ein Administratorrecht vergeben. Die 

Werkseinstellung ist EMMOD203. 

User name: Geben Sie einen Benutzernamen 

ein. 

User Password: Geben Sie ein Passwort 

ein. 

Beim Klicken auf die Schaltfl äche „Set 

Passwort“ werden die Daten unverlierbar 

gespeichert. 

„Set factory default“: 

Beim Klicken auf die Schaltfl äche „Set 

factory default“ wird das Gerät auf die 

Werkseinstellungen zurückgesetzt. 

„Reboot system“: 

Bei Klicken auf die Schaltfl äche „Reboot 

system“ erfolgt ein Neustart im 

Gerät. 

„Firmware update“: 

Bei Klicken auf die Schaltfl äche „Firmware 

update“ können Sie die interne 

Firmware aktualisieren. Hierzu benötigen 

Sie das Admin Password und ein 

Firmeware fi le in einem Hex-Code. 

Unter up date können Sie bei „Firmware“ 

den Filenamen eingeben oder 

nach einem File suchen. Die Schaltfl 

äche „Shell“ informiert Sie über den 

Ablauf des up dates mit einem Telnet 

prompt. 

16 


Admin Password (Mot de passe 

Admin): Ici, vous pouvez accorder un 

droit d’administrateur. Le réglage 

d‘usine est EMMOD203. 

User name (Nom d’utilisateur): Saisissez 

un nom d’utilisateur. 

User Password (Mot de passe d’utilisateur): 

Saisissez un mot de passe. 

Si vous cliquez sur le bouton „Set Passwort“, 

les données sont sauvegardées 

de manière imperdable. 


Si vous cliquez sur le bouton „Set factory 

default“, l’appareil est réinitialisé 

sur les réglages d’usine. 


Si vous cliquez sur le bouton „Reboot 

system“, l’appareil est réinitialisé. 

„Actualiser Firmware“: 

En cliquant sur le bouton „Actualiser 

le fi rmware“ vous pouvez actualiser 

le fi rmware interne. A cette fi n, vous 

avez besoin du mot de passe Admin 

et d’un fi chier de fi rmeware en code 

hexadécimal. 

Sous up date, vous pouvez saisir le 

nom de fi chier pour le „Firmware“ ou 

chercher un fi chier. Le bouton „Shell“ 

vous informe du déroulement de la 

mise à jour par une invite (“prompt”) 

Telnet. 


Admin Password: Here you can assign 

an administrator right. Default setting 

is EMMOD203. 

User name: Enter a user name. 

User Password: Enter a user password. 

Upon clicking the „Set Passwort“ button, 

the data is saved and cannot be 

lost. 


The device‘s factory default settings 

are restored when you click the „Set 

factory default“ button. 


Clicking the „Reboot system“ button 

restarts the device. 

„Firmware update“: 

Update the internal fi rmware by clicking 

the „Firmware update“ button. You 

need the Admin password and a fi rmware 

fi le in Hex-Code. 

You can enter the fi le name or browse 

for a fi le under up date „Firmware“. The 

„Shell“ button informs you on the expiry 

of the update by a Telnet prompt. 

8. Konformitätserklärung / Certifi cat de conformité / Declaration of conformity 



Dokument-Nr./ 

Document.No.: 

EMMOD203.DOC 





Produktbezeichnung/ Erweiterungsmodul für A2xx-Geräte / Ethernet-Schnittstelle. 

Product name: Extension module for A2xx device / Ethernet interface. 

Typ / Type: EMMOD203 

Das bezeichnete Produkt stimmt mit den Vorschriften folgender Europäischer Richtlinien 

überein, nachgewiesen durch die Einhaltung folgender Normen: 




2004/108/EG 

2004/108/EC 

EMV / 

EMC 


Emission 


Immunity 







EN 61000-6-4 : 2007 EN 55011 : 2007+A2:2007 

EN 61000-6-2 : 2005 IEC 61000-4-2: 1995+A1:1998+A2:2001 

IEC 61000-4-3: 2002+A1:2002 

IEC 61000-4-4: 2004 

IEC 61000-4-5: 2005 

IEC 61000-4-6: 1996+A1:2001 

IEC 61000-4-11: 2004 


2006/95/EG 


– Niederspannungsrichtlinie – CE-Kennzeichnung : 95 

2006/95/EC 

Electrical equipment for use within certain voltage limits – Low Voltage Directive 

– Attachment of CE mark : 95 


EN 61 010-1 : 2001 IEC 1010-1 : 2001 

Ort, Datum / 

Place, date: 

Unterschrift / signature: 

Wohlen, 2.Oktober.2008 

M. Ulrich J. Brem 

Leiter Technik Qualitätsmanager

A230E-Handheld - Camille Bauer AG

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