Janitza UMG507 Instructions d'utilisation et d'installation

Janitza electronics GmbH

Vor dem Polstück 1

35633 Lahnau

Support Tel. (06441) 9642-22

email: [email protected]

internet: http://www.janitza.de

Dok. Nr. 1.032.303.0

Universal Measuring Device

UMG507

Functional description

Profibus DP V0

Generals

Issue note:

18.11.2004 First edition / Wagner

The UMG507 supports the protocols Modbus RTU, Modbus TCP/IP, Modbus over TCP/IP (Modbus Gateway) or

Profibus DP V0, depending in the version. This functional description is an addition to the manual and describes the

configuration of the corresponding function step by step.

More functional descriptions can be found on the CD-ROM PSWbasic/professional. At present, the following functional

descriptions are available:

- UMG507 used as remote data display for external Modbus slaves

- OPC Server Port 502

- OPC Server Port 8000 (Modbus Gateway Function)

- The webserver of UMG507

- Description of the storage of UMG507

- Description of Profibus with examples

of the author. Any contraventions are punishable and will be prosecuted with all legal means.

No liability can be taken for the faultless condition of the manual or damage caused by the use of it. As failures

cannot be avoided completely, we shall be very grateful for any advice. We will try to remove any failures as soon

as possible. The mentioned software and hardware descriptions are registered trademarks in the most cases and

are subjected to the regulations by law. All registered trademarks are property of the corresponding companies

and are fully recognized by us.

Profibus

.The certified Profibus instrument UMG507P/EP supports Profibus DP V0 up to 1,5Mbaud.

The Profibus connection of the UMG507 is carried out as 9 pole Sub Dplug ausgeführt. For connection, we recommend

a 9 pole Profibus plug (Type: SUBCON-PLUS-ProfiB/AX/SC Manufacturer: Phoenix part no.: 27 44 38 0 or similar).

Profibus Profile

The UMG507 supports 24 Profibus profiles at the moment, where 20 are user defined configurable via PSWbasic/

professional. The assembly of the profiles is as follows:

UMG507P/EP Profibus plug SUBCON

390Ohm 220Ohm 390Ohm

ON OFF

VP (5)

GND (6)

Connection of the bus wires:

Connect the incoming bus wire always to the inputs 1A/1B (even at the beginning on a bus system!) The further

leading bus wire is always connected to the inputs 2A/2B. The terminal resistors will be activated by the switch at the

beginning and end of the bus system. At the same time the connection inputs (2A/2B) for the further leading bus wire

is disconnected.

1. Byte Profile number (0 - 24)

2. Byte Profibus flag (7 ... 0)

3 + 4. Byte(Short) Analogue output 1 (Parameter 9000)

4 + 5. Byte(Short) Analogue ouput 2 (Parameter 9002)

Profibus Profile number + Offset 128 = Measured values „low before high byte“.

( Example: Profile No.3 (Measured values „high before low byte“) + Offset 128

= Profile No. 131 (measured values „low before high byte“)

Output range of the PLC

1. Byte Feedback of profile number

2. Byte Trigger status

(Short interruptions)

3. Byte Status of digital inputs

4. Byte Status of digital outputs

5. Byte Contents of Profile

... ...

124. Byte

Input range PLC

Digital output 6

Bit

Profibus flag 1

Profibus flag 8

7 6 5 4 3 2 1 0

5 4 3 2 1 0

Bit

Digital output 1Digital output 6

4. Byte

2. Byte

Bit

U-L1N overvoltage

2. Byte (Trigger status). Follow-up time: 10sec

6 5 4 3 2 1 0

U-L2N overvoltage

U-L3N overvoltage

5 4 3 2 1 0

Bit

3. Byte

U-L1N overvoltage

U-L2N overvoltage

U-L3N overvoltage

Overcurrent L1/L2/L3

Internal functions are controlled by the

Profibus flags (set outputs, synchronize

clock, delete energy etc.)

Digital output 1

Profile 0 (high before low byte)

Format : Float 4 Byte unit

Reactive power Phase: L1 var

Reactive power Phase: L2 var

Reactive power Phase: L3 var

Apparent power Phase: L1 VA

Apparent power Phase: L2 VA

Apparent power Phase: L3 VA

Frequency Phase: L1 Hz

Voltage Phase: L1 V

Voltage Phase: L2 V

Voltage Phase: L3 V

Current Phase: L1 A

Current Phase: L2 A

Current Phase: L3 A

Real power Phase: L1 W

Real power Phase: L2 W

Real power Phase: L3 W

Cos-phi Phase: L1 -

Cos-phi Phase: L2 -

Cos-phi Phase: L3 -

Current THD Phase: L1 %

Current THD Phase: L2 %

Current THD Phase: L3 %

Voltage mean * THD Phase: L1 %

Voltage mean * THD Phase: L2 %

Voltage mean * THD Phase: L3 %

Profile 1(high before low byte)

Format : Float 4 Byte unit

Voltage Phase: L1 V

Voltage Phase: L2 V

Voltage Phase: L3 V

Current Phase: L1 A

Current Phase: L2 A

Current Phase: L3 A

Real power Phase: L1 W

Real power Phase: L2 W

Real power Phase: L3 W

Cos-phi Phase: L1 -

Cos-phi Phase: L2 -

Cos-phi Phase: L3 -

Frequency Phase: L1 Hz

Real power, sum W

Reactive power, sum var

Cos-phi, Sum -

Current in neutral A

Real energy, cons. (T0) Wh

Reactive energy ind. (T0) varh

Current THD Phase: L1 %

Current THD Phase: L2 %

Current THD Phase: L3 %

Voltage mean * THD Phase: L1 %

Voltage mean * THD Phase: L2 %

Voltage mean * THD Phase: L3 %

Voltage LL Phase: L12 V

Voltage LL Phase: L23 V

Voltage LL Phase: L31 V

Profile 2 (high before low byte)

Format : Float 4 Byte unit

Real power, sum W

Reactive power, sum var

Apparent power, sum VA

Cos-phi, Sum -

Current in neutral A

Real energy, cons. (T0) Wh

Real energy, cons. (T1) Wh

Real energy, cons. (T2) Wh

Reactive energy ind. (T0) varh

Reactive energy ind. (T1) varh

Reactive energy cap. (T2) varh

Real energy without rev. (T0) Wh

Reactive energy without rev. (T0) varh

Profile 3 (high before low byte)

Format : Float 4 Byte unit

Real energy Bezug (T0) Wh

Real energy supply (T0) Wh

Real energy without rev. (T0) Wh

Reactive energy ind. (T0) varh

Reactive energy cap. (T0) varh

*mean = mean value

The following four profiles are unchangeable set in the manufacturer’s settings:

"STD: 16 Word In, 2 Byte Out"

"STD: 24 Word In, 2 Byte Out"

"STD: 32 Word In, 2 Byte Out"

"STD: 48 Word In, 2 Byte Out"

"STD: 64 Word In, 2 Byte Out"

"STD: 128 Word In, 2 Byte Out"

"STD: 16 Word In, 1 Byte Out"

"STD: 24 Word In, 1 Byte Out"

"STD: 32 Word In, 1 Byte Out"

"STD: 48 Word In, 1 Byte Out"

"STD: 64 Word In, 1 Byte Out"

"STD: 128 Word In, 1 Byte Out"

"STD: 16 Word In, 6 Byte Out"

"STD: 24 Word In, 6 Byte Out"

"STD: 32 Word In, 6 Byte Out"

"STD: 48 Word In, 6 Byte Out"

"STD: 64 Word In, 6 Byte Out"

"STD: 128 Word In, 6 Byte Out"

GSD file

The GSD file is a device specific file, in which the transmission parameters and the kind of measured data between

the Profibus master and slave are determined. The Profibus slave in this case is the UMG507P/EP and the Profibus

master, for example, a PLC.

The GSD file of the UMG507P/EP can be found on the CD-ROM PSWbasic/professional or in the Downlaod area on

our homepage (www.janitza.de).

The GSD file of the UMG507P/EP supports the following modules:

Device address

If several devices are connected via the Profibus interface, the master (PC or PLC) can tell one instrument from the

other by their device address only. Within one network, each device UMG 507 must have its own device address.

Profibus supports device addresses in the range of 0...126. The device addresses are set at the instrument as follows:

Confirm key 1 two times Select flashes. With key „2“ cancel

selection. Confirm key „3“ three times

to call up display „device address“.

Using key „1“ you select the first digit

of the device address, which can be

changed with key „3“. The selected

digit flashes. When the desired

device address is set, confirm key

„1“ until no digit flashes anymore. By

long pressing of key „1“ you leave

configuration menu.

Display device address

Display voltage measurement Display current transformer

Display voltage transformer

Protocol setting

The RS485 interface of the UMG507P/EP is suitable for transmission of data over a distance up to 1200m. Up to 31

UMG507P/EP and a master (PC/PLC) can be connected. The RS485 interface of UMG507P/EP supports several

protocols, which can be selected directly at the device.

Interface type

Baud rate

Protocol

Display voltage measurement Display current transformer

Transmission protocols RS485

0 = Modbus RTU Slave

1 = Modbus RTU Master

2 = Profibus DPV0

Baud rates Modbus RTU

9.6 kBit/s

38.4 kBit/s

115.2 kBit/s

Baud rates Profibus DP V0

9.6 kBit/s

19.2 kBit/s

45.45 kBit/s

93.75 kBit/s

187.5 kBit/s

500 kBit/s

1.5 Mbit/s

Display RS485 interface

Confirm key 1 twice

Setting of the RS485 interface for Profibus

After selection of protocol no. 2, the baud rate is set to automatic mode. The baud rate is determined by the Profibus

master .

Select flashes. With key „2“

cancel selection. Confirm key „4“

three times to call up display

„RS485“.

With key „1“ select the third line, and

change to protocol 2 by key „3“. The

selected digit flashes. When the

desired protocol is set, confirm key

„1“ until no digit flashes anymore. By

long pressing of key „1“ you leave

configuration menu.

Display voltage transformer

Display device addressDisplay RS485 interface

Creating new profiles

The UMG507P/EP has four defined Profibus profiles. While using the delivered configuration program PSWbasic/

professional, new profiles can be created in the program part UMG507 „Configuration of profiles for Profibus“. The

measured values, which must be transmitted are selected and marked within the instrument. Install the software

PSWbasic/professional on your PC. After starting the software go to menu „Configuration Software“, „Define measuring

devices“. Connect the delivered RS232 interface cable to the RS 232 interface of the UMG507 and define the device

within the software.

Select the device type UMG

507 in the Drop Down field.

Press function „add

measuring device“.

Check the Com-Port settings next. Press Com-Port within

the measuring device list. In the manufacturer’s settings,

the configuration is as follows: Device address = 1, Baud

rate = 38400, Protocol = 0. If the device address was not

changed, the settings can be used unchanged.

Test transmission by clicking function „Device info“.

Only for the devices UMG507P and UMG507EP

the option Profibus is available. The other device

types do not support Profibus, and it is not possible

to release Profibus after sales.

Open the menu „Configure Profiles

for Profibus“ in menu UMG507. The

first four profiles are not changeable.

20 user defined profiles can be created. Select the profile

„user defined 1“ from the list.

On the right side the possible measured values can

be found. After the selection of a measured value,

please select the data format, floating point format or

integer format.

... At disposal:

- Measured value

- Mean value

- Minimum value

- Maximum value

For each user defined profile up to 64

entries are possible. The parameter

number provides the internal register

address (see address list UMG507).

Transmit the profile to the UMG507P/

EP.

Save the profile in a file and transmit it

to the device (Send configuration to

UMG507).

For integer values, the scale

must be set additionally. Go to

menu „Configure UMG507“ and

enter panel „Method of

measurement“. After changing

the scaling, it must be

transmitted to the UMG507P/

EP as well.

The solution or scaling must be chosen in a way, that the range of the integer format (e.g. - 32768 to 32767) is not

exceeded. Furthermore it must be selected in a way the solution is as high as possible. Apart from the energy values

(in kWh, kvarh) the measured values are transmitted in their basic units (V,W,VA etc.).

The data formats in integer format are as follows:

Apart from energy, all measured values in format WORD (2Byte) : -32768 to + 32767

Energy values in format LONG (4Byte): -2147483648 to + 2147483647

Some examples:

Example real power:

With a current transformer ratio of 200/5A and a voltage transformer ration of 400V/400V the maximum sum real

power can be 240kW. The transmitted value at a scale factor of „1“ would be 240.000. As the integer range is

exceeded by far, the scale should be set to „/10“. Using this scale, the UMG507P/EP would transmit 24.000 as a

maximum, which is within the integer range and provides the best solution. The measured value is calculated:

Measured value =Transmitted value * scale factor

Example voltage:

Value at display = 230,3V; Scale = *1 ;

Transmitted value in PLC = 230

Value at display = 230,3V; Scale = *10 ;

Transmitted value in PLC = 2303

Example Cos-phi:

Value at display = 0,995; Scale= *1 ;

Transmitted value in PLC = 0

Value at display = 0,90; Scale = *1000 ;

Transmitted value in PLC = 995

Example Frequency:

Value at display = 50.03; Scale = *1 ;

Transmitted value in PLC = 50

Value at display = 50.03; Scale = *100 ;

Transmitted value in PLC = 5003

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