ProMinent PROFIBUS DP DULCOMETER diaLog DACb Wiring diagram

DULCOMETER®
Multi-parameter controller diaLog DACb
Supplementary instructions: PROFIBUS® DP
A2666
EN
Target group: trained electronics technicians982134 BA DM 230 09/18 EN
Please carefully read these operating instructions before use. · Do not discard.
The operator shall be liable for any damage caused by installation or operating errors.
The latest version of the operating instructions are available on our homepage.

In order to make it easier to read, this document uses the male
form in grammatical structures but with an implied neutral sense. It
is aimed equally at both men and women. We kindly ask female
readers for their understanding in this simplification of the text.
Please read the supplementary information in its entirety.
Information
This provides important information relating to the
correct operation of the unit or is intended to make
your work easier.
Warning information
Warning information include detailed descriptions of the hazardous
situation.
The following symbols are used to highlight instructions, links, lists,
results and other elements in this document:
Tab. 1: More symbols
Symbol Description
Action, step by step.
⇨Outcome of an action.
Links to elements or sections of these instructions or other applicable documents.
nList without set order.
[Button] Display element (e.g. indicators).
Operating element (e.g. button, switch).
‘Display /GUI’ Screen elements (e.g. buttons, assignment of function keys).
CODE Presentation of software elements and/or texts.
General non-discriminatory approach
Supplementary information
Supplemental directives
2

Table of contents
1Supplementary instructions PROFIBUS® DP....................... 4
1.1 Requirements............................................................... 4
1.2 Adjusting the controller................................................. 4
1.2.1 General...................................................................... 4
1.2.2 Configuring the PROFIBUS® DP............................... 4
1.3 Special features in active PROFIBUS® DP opera‐
tion................................................................................ 5
1.3.1 General...................................................................... 5
1.3.2 Display....................................................................... 5
1.3.3 LEDs on the PROFIBUS® DP module....................... 6
1.4 Installation..................................................................... 6
1.5 Operation...................................................................... 8
1.5.1 General...................................................................... 8
1.5.2 GSD file..................................................................... 8
1.6 Bit field definitions....................................................... 16
1.6.1 Status of the channel............................................... 16
1.6.2 Error of the channel................................................. 18
1.6.3 Warning of the channel............................................ 19
1.6.4 Potential-free relay................................................... 20
1.6.5 Settings of the channel configuration....................... 21
1.7 Diagnostic messages.................................................. 22
Table of contents
3

1 Supplementary instructions PROFIBUS® DP
1.1 Requirements
Personnel must be familiar with the contents of the "Assembly and
Operating Instructions for DULCOMETER® Multi-parameter Con‐
troller diaLog DACa".
The controller must have a PROFIBUS® DP module.
These supplementary instructions are only valid when used in con‐
junction with the operating instructions for the multi-parameter con‐
troller diaLog DACb.
1.2 Adjusting the controller
1.2.1 General
The controller with PROFIBUS® DP functionality is adjusted in the
same way as the standard controller, with the addition of the bus
functionality.
Adjustment process cancelled
In the event of a pause longer than 60 s, the
adjustment process is cancelled.
1.2.2 Configuring the PROFIBUS® DP
In order to control the controller using the PROFIBUS® DP, you
must activate the PROFIBUS® DP in the controller operating menu
(see the controller operating instructions).
While the PROFIBUS® DP is active, all external inputs will function.
The external inputs lead to the expected reactions as in the case of
the controller without PROFIBUS® DP functionality (see controller
operating instructions). The controller sends corresponding infor‐
mation over the PROFIBUS® DP to the master (PLC, PC etc.).
Even if the fieldbus is set to inactive, the master is able to read-
access the controller data defined in its GSD file.
If the PROFIBUS® DP is inactive or set to inactive, the settings for
the operating mode selected prior to "inactive" status are reloaded
in the controller.
If the controller is switched to another operating mode, it stops and
can only be restarted using the
[Stop/Start] key.
1. To access the ‘Menu’ : press the [Menu] key
2. Use the cursor keys to select the menu item ‘Setup’ and
confirm with the [OK] key
ðThe menu
‘Device setup’ appears.
Validity of the supplementary instruc‐
tions
Supplementary instructions PROFIBUS® DP
4

3. Use the cursor keys to select the menu item ‘Bus
Configuration ’ and confirm with the [OK] key
ðThe
‘Configuration’ menu appears.
4. In the ‘Configuration’ menu, you can:
n
‘Remote configuration’
– Activating/deactivating remote configuration.
n ‘Address’
– Here you can set the address at which the controller
in the bus can be accessed.
n ‘Termination’
– Here you can set whether the controller is the last
device in the bus and whether or not the terminating
resistance is activated.
1.3 Special features in active PROFIBUS® DP operation
1.3.1 General
Setting and programming
In PROFIBUS® DP operation, the controller cannot
be manually set or programmed. To set or pro‐
gramme the controller, set the PROFIBUS® DP to
‘inactive’ .
nWhen PROFIBUS® DP operation is selected, the settings from
the last operating mode without PROFIBUS® DP are applied.
By contrast, the settings made via the PROFIBUS® DP are not
saved. These only apply as long as the controller is linked to
the PROFIBUS® DP.
nIf the controller is set to PROFIBUS® DP operation, it stops.
The controller can be controlled again by pressing the
[Stop/Start] key. The start command is given via the PRO‐
FIBUS® DP module.
1.3.2 Display
In running PROFIBUS® DP operation there are further identifiers in
the operating indicator.
Common identifiers
The common identifiers are described in the con‐
troller operating instructions.
Supplementary instructions PROFIBUS® DP
5

1.3.3 LEDs on the PROFIBUS® DP module
Signal Cause
Off The module has no supply voltage or connection.
Green The module and the master are exchanging information.
Green flashing The module has been initialised.
Red flashing Error in pump parametrisation
Red flashing, double Error in PROFIBUS configuration
Signal Cause
Off The module has not been initialised.
Green The module has been initialised.
Green flashing The module has been initialised and there are diagnostic mes‐
sages.
Red Serious exception error
1.4 Installation
All devices that are members of the bus system must be connected
in a line. There are up to 32 possible stations (master, slaves,
repeaters).
At both the beginning and end of the cable, the bus must be termi‐
nated with a terminating resistance.
LED 1 (left) - module operating status
LED 2 (right) - module status
Bus installation
Supplementary instructions PROFIBUS® DP
6

For the PROFIBUS® DP cable, use a screened, twisted-pair cable
conforming to EN 50170 (cable type A).
Earthed shielding
Using shielding which is earthed at one end pre‐
vents low-frequency ground loops. Shielding
earthed at one end is not effective in countering
HF magnetic pick-up. Shielding earthed at both
ends as well as twisted conductors are effective in
countering magnetic HF pick-up but are not effec‐
tive against electrical HF pick-up.
For PROFIBUS®, we would recommend establishing a bilateral,
low-inductance (i.e. large area and low-impedance) connection
with the protective earth.
Tab. 2: The maximum overall length of the bus cabling without repeaters varies according to the desired data
transmission rate:
Maximum length of bus cabling Data transmission rate
m kBit/s
100 12000
100 6000
100 3000
200 1500
400 500
1000 187.5
1200 93.75
1200 19.2
1200 9.6
The PROFIBUS® DP cable is fitted directly on the terminals of the
PROFIBUS® DP module.
An installation conforming to IP 67 is possible because the cabling
is carried out using the appropriate assembly accessories (cable
passages etc.) directly on the controller terminal.
CAUTION!
Degree of protection IP 67
– IP 67 degree of protection only applies if the
appropriate assembly accessories (cable pas‐
sages etc.) have been correctly installed (see
controller assembly and operating instructions).
If the controller is the last bus device connected to the PROFIBUS®
DP cable, it must be connected as a termination using the PRO‐
FIBUS® DP module (see EN 50170). The terminating resistance
required for this can be activated internally using the ‘Termination’
operating menu (network termination). No external terminating
resistance is required.
Plugs and cables
Note for achieving IP 67 degree of
protection
Supplementary instructions PROFIBUS® DP
7

A1173
Communication Communication
external connector
Socket M12x1 female
4-pin (D-coded)
green (A)
red (B)
green (A)
red (B)
external
communication
Plug M8x1
ext. connector
2x socket M12x1
Female 4-pin
(D-coded)
Switch
alternative
ext. WLAN router
e.g. TP link
TL-WR702N
Communication
2 x plugs
M8x1 (male)
Fig. 1: Terminal diagram of the communication modules
1.5 Operation
1.5.1 General
Using the connected PROFIBUS® DP module, the PROFIBUS® DP
controller represents a device with slave functionality in conformity
with DP V1. This means that the payload is transferred both cycli‐
cally and acyclically.
1.5.2 GSD file
The GSD file must be used for configuring the master. The GSD
file describes all of the features of the pump in PROFIBUS® DP
operation (keywords, diagnosis, modules, slots). The GSD file can
be downloaded from the PROFIBUS® website and from the ProMi‐
nent website. The file name is clearly indicated: DACB101C.gsd .
Supplementary instructions PROFIBUS® DP
8

1.5.2.1 Description of the DACa data objects
Tab. 3: Output data
Slot Index Name Module name Identifier Data type Byte
count
Total:
Output data
Channel 1 ‘Channel 1’
0xC0.0x80
.0xC7
1 2 Measured
value
FLOAT 4
1 3 Controller
control var‐
iable
INT16 2
1 4 Tempera‐
ture
INT16 2 0.1 °C
1 5 Setpoint FLOAT 4
1 6 Channel
status
UINT16 2
Ä Chapter
1.6.1
‘Status of
the channel’
on page 16
1 7 Warnings UINT16 2
Ä Chapter
1.6.3
‘Warning of
the channel’
on page 19
Channel 2 ‘Channel 2’
0xC0.0x80
.0xC7
2 2 Measured
value
FLOAT 4
2 3 Controller
control var‐
iable
INT16 2
2 4 Tempera‐
ture
INT16 2 0.1 °C
2 5 Setpoint FLOAT 4
2 6 Channel
status
UINT16 2
Ä Chapter
1.6.1
‘Status of
the channel’
on page 16
2 7 Warnings UINT16 2
Ä Chapter
1.6.3
‘Warning of
the channel’
on page 19
Supplementary instructions PROFIBUS® DP
9

Slot Index Name Module name Identifier Data type Byte
count
Total:
Channel 3 ‘Channel 3’
0xC0.0x80
.0xC7
3 2 Measured
value
FLOAT 4
3 3 Controller
control var‐
iable
INT16 2
3 4 Tempera‐
ture
INT16 2 0.1 °C
3 5 Setpoint FLOAT 4
3 6 Channel
status
UINT16 2
Ä Chapter
1.6.1
‘Status of
the channel’
on page 16
3 7 Warnings UINT16 2
Ä Chapter
1.6.3
‘Warning of
the channel’
on page 19
Channel 4
(differen‐
tial
channel)
‘Channel 4’
0x40.0xC3
4 1 Measured
value
FLOAT 4
4 2 Channel
status
UINT16 2
Ä Chapter
1.6.1
‘Status of
the channel’
on page 16
4 3 Warnings UINT16 2
Ä Chapter
1.6.3
‘Warning of
the channel’
on page 19
Digital out‐
puts
‘Digital output’
0x40.0xC4
5 1 Relay UINT16 2
Ä Chapter
1.6.4
‘Potential-
free relay’
on page 20
5 2 MosFET 1 UINT16 2 Frequency
5 3 MosFET 2 UINT16 2 Frequency
Supplementary instructions PROFIBUS® DP
10

Slot Index Name Module name Identifier Data type Byte
count
Total:
5 4 MosFET 3 UINT16 2 Frequency
5 5 MosFET 4 UINT16 2 Frequency
Errors ‘Errors’
0x40.0xC6
6 1 Error
channel 1
UINT32 4
Ä Chapter
1.6.2 ‘Error
of the
channel’
on page 18
6 2 Error
channel 2
UINT32 4
Ä Chapter
1.6.2 ‘Error
of the
channel’
on page 18
6 3 Error
channel 3
UINT16 4
Ä Chapter
1.6.2 ‘Error
of the
channel’
on page 18
6 4 Error
channel 4
UINT16 2
Ä Chapter
1.6.2 ‘Error
of the
channel’
on page 18
Supplementary instructions PROFIBUS® DP
11

Tab. 4: Input data
Slot Index Name Module name Identifier Data type Byte
count
Total:
Input data
Stop /
Pause
(belongs
to the
‘Channel1/
Channel2/
Channel3’
module)
1 1 ‘Channel 1’ Stop /
Pause
channel 1
UINT8 1 Bit 7 = Stop
Bit 1 =
Pause/
HOLD
Bit 0 =
Pause
2 1 ‘Channel 2’ Stop /
Pause
channel 2
UINT8 1 Bit 7 = Stop
Bit 1 =
Pause/
HOLD
Bit 0 =
Pause
3 1 ‘Channel 3’ Stop /
Pause
channel 3
UINT8 1 Bit 7 = Stop
Bit 1 =
Pause/
HOLD
Bit 0 =
Pause
Controller
channel 1
‘Controller
channel 1’
0x80.0xC8
7 1 Configura‐
tion
UINT16 2
Ä Chapter
1.6.5 ‘Set‐
tings of the
channel
configura‐
tion’
on page 21
(Parameter
via bus,
mode, limit
value direc‐
tion, control
time)
7 2 Limit value
1 value
FLOAT 4
7 3 Limit value
2 value
FLOAT 4
7 4 Remote
setpoint 1
FLOAT 4
Supplementary instructions PROFIBUS® DP
12

Slot Index Name Module name Identifier Data type Byte
count
Total:
7 5 Xp FLOAT 4
Controller
channel 2
‘Controller
channel 2’
0x80.0xC8
8 1 Configura‐
tion
UINT16 2
Ä Chapter
1.6.5 ‘Set‐
tings of the
channel
configura‐
tion’
on page 21
(Parameter
via bus,
mode, limit
value direc‐
tion, control
time)
8 2 Limit value
1 value
FLOAT 4
8 3 Limit value
2 value
FLOAT 4
8 4 Remote
setpoint 1
FLOAT 4
8 5 Xp FLOAT 4
Controller
channel 3
‘Controller
channel 3’
0x80.0xC8
9 1 Configura‐
tion
UINT16 2
Ä Chapter
1.6.5 ‘Set‐
tings of the
channel
configura‐
tion’
on page 21
(Parameter
via bus,
mode, limit
value direc‐
tion, control
time)
9 2 Limit value
1 value
FLOAT 4
9 3 Limit value
2 value
FLOAT 4
9 4 Remote
setpoint 1
FLOAT 4
9 5 Xp FLOAT 4
Error con‐
firmation
‘Error
confirmation’
0x80.0xC6
Supplementary instructions PROFIBUS® DP
13

Slot Index Name Module name Identifier Data type Byte
count
Total:
10 1 Error
channel 1
UINT32 4 0xFFFFFFF
F *
=> all
pending
errors have
been con‐
firmed
Ä Chapter
1.6.2 ‘Error
of the
channel’
on page 18
10 2 Error
channel 2
UINT32 4 0xFFFFFFF
F *
=> all
pending
errors have
been con‐
firmed
Ä Chapter
1.6.2 ‘Error
of the
channel’
on page 18
10 3 Error
channel 3
UINT32 4 0xFFFFFFF
F *
=> all
pending
errors have
been con‐
firmed
Ä Chapter
1.6.2 ‘Error
of the
channel’
on page 18
10 4 Error
channel 4
UINT16 2 0xFFFF *
=> all
pending
errors have
been con‐
firmed
Ä Chapter
1.6.2 ‘Error
of the
channel’
on page 18
* These errors can also be deleted/acknowledged individually.
Acyclic data
Controller
parameter
channel 1
‘Controller
parameter ch1’
0x80.0xC5
Supplementary instructions PROFIBUS® DP
14

Slot Index Name Module name Identifier Data type Byte
count
Total:
11 1 Additive
basic load
INT16 2
11 2 Control
variable
limit
UINT16 2
11 3 Delay after
stop
UINT16 2
11 4 Delay after
restart
UINT16 2
11 5 Remote
setpoint 2
FLOAT 4 Only with
neutral zone
control
Controller
parameter
channel 2
‘Controller
parameter ch2’
0x80.0xC5
12 1 Additive
basic load
INT16 2
12 2 Control
variable
limit
UINT16 2
12 3 Delay after
stop
UINT16 2
12 4 Delay after
restart
UINT16 2
12 5 Remote
setpoint 2
FLOAT 4 Only with
neutral zone
control
Controller
parameter
channel 3
‘Controller
parameter ch3’
0x80.0xC5
13 1 Additive
basic load
INT16 2
13 2 Control
variable
limit
UINT16 2
13 3 Delay after
stop
UINT16 2
13 4 Delay after
restart
UINT16 2
13 5 Remote
setpoint 2
FLOAT 4 Only with
neutral zone
control
Device
informa‐
tion
‘Device
information’
0x40.0xC7
Supplementary instructions PROFIBUS® DP
15

Slot Index Name Module name Identifier Data type Byte
count
Total:
14 1 Firmware UINT32 4 In hexadec‐
imal format
14 2 Firmware
IOS
UINT32 4 In hexadec‐
imal format
14 3 Device
serial
number
UINT32 4 In hexadec‐
imal format
14 4 Revision UINT16 2 In hexadec‐
imal format
14 5 Revision
IOS
UINT16 2 In hexadec‐
imal format
Identity
code
‘Identity code’
0x40.0xCB
15 1 Identity
code
0-3
UINT32 4
15 2 Identity
code
4-7
UINT32 4
15 3 Identity
code
8-11
UINT32 4
15 4 Identity
code
12-15
UINT32 4
15 5 Identity
code
16-20
UINT32 4
15 6 Identity
code
21-24
UINT32 4
1.6 Bit field definitions
1.6.1 Status of the channel
Bit Description
15 1 = channel uses bus control parameters; 0 = channel uses internal parameters
14
13 1 = error exists; 0 = no error
12 1 = warning exists; 0 = no warning
11 1 = SD card full; 0 = SD card not full
10 1 = SD card free < 20%; 0 = SD card free ≧ 20%
Supplementary instructions PROFIBUS® DP
16

Bit Description
9 1 = SD card exists; 0 = no SD card
8 1 = local control rate 2 active; 0 = local control rate 1 active
7
6
5
4
3
2
1 1 = local stop active; 0 = no local stop active
0 1 = channel active; 0 = channel inactive (or cannot be connected)
Supplementary instructions PROFIBUS® DP
17

1.6.2 Error of the channel
Bit Description
31 Error 99: There is a system error; [A system error exists]
30
29
28
27
26
25
24
23
22
21
20 Error 88: The connection to the extension module is faulty;
[The connection to the expansion module is faulty ]
19 Error 34: Incorrect correction variable; [Incorrect correction variable ]
18 Error 19: The liquid level in storage tank 3 is too low; [The level in tank 3 is too low ]
17 Error 18: The liquid level in storage tank 2 is too low; [The level in tank 2 is too low ]
16 Error 17: The liquid level in storage tank 1 is too low; [The level in tank 1 is too low ]
15 Error 16: The mA input is overloaded; [The mA input is overloaded]
14 Error 15: The mA input supply is overloaded; [The mA input supply is overloaded]
13 Error 14: The status of the controller is pause / hold [PAUSE / HOLD] ;
[The controller is in the state PAUSE / HOLD]
12 Error 13: The status of the controller is pause [PAUSE] ; [The controller is in the state PAUSE]
11 Error 12: There is a sample water fault e.g. no flow; [Error sample water exists, e. g. no flow]
10 Error 11: After elapse of the delay period, a limit value error still exists;
[After elapsing of the delay time a limit error still exists]
9 Error 10: The mA input current is less than 4 mA; [The mA input current is less than 4 mA ]
8 Error 9: The mA input current is greater than 20 mA;
[The mA input current is greater than 20 mA ]
7 Error 8: The check time was infringed; [The checkout time was infringed]
6 Error 7: Check the mechanical condition (glass breakage) of the sensor;
[Check the mechanical status of the sensor Glass break is possible]
5 Error 6: No sensor available; [No sensor is available ]
4 Error 5: Calibration error exists; [A calibration error exists]
3 Error 4: The temperature is too high; [The temperature is too high]
2 Error 3: The temperature is too low; [The temperature is too low ]
1 Error 2: The mV input voltage is too high; [The mV input voltage is too high ]
0 Error 1: The mV input voltage is too low; [The mV input voltage is too low ]
Supplementary instructions PROFIBUS® DP
18

1.6.3 Warning of the channel
Bit Description
15
14
13
12
11
10
9
8
7
6 Warning 73: The fan has a fault; [The fan has an error]
5 Warning 72 The time must be checked; [The time must be checked]
4 Warning 71 The battery needs to be replaced; [The battery must be replace]
3 Warning 4 The measuring channel is not yet calibrated;
[The measuring channel is not yet calibrated]
2 Warning 3 The wash timer has timed out. Maintenance is required;
[The wash timer has timed out. Maintenance is necessary]
1 Warning 2 The limit value was exceeded; [The limit was exceeded ]
0 Warning 1 The limit value was not reached; [The limit was undershot]
Supplementary instructions PROFIBUS® DP
19

1.6.4 Potential-free relay
If relay output is active, then according bit is used.
Bit Description
15
14
13
12
11
10
9
8
7
6
5
4
3
2 Configuring alarm relay (XR3)
1 Relay 2 (XR2)
0 Relay 1 (XR1)
Supplementary instructions PROFIBUS® DP
20