Variable Speed Drive

Application Manual
PUMPS
 Variable Speed Drive
Application Manual
PUMPS

Edition: March 2011

SD70MTAP01BI Rev. B
 SD700 POWER ELECTRONICS

2
POWER ELECTRONICS SD700

SAFETY SYMBOLS
Always follow safety instructions to prevent accidents and potential hazards from occurring.

WARNING This symbol means improper operation may results in serious personal
injury or death.

Identifies shock hazards under certain conditions. Particular attention should

CAUTION be given because dangerous voltage may be present. Maintenance
operation should be done by qualified personnel

Identifies potential hazards under certain conditions. Read the message and
follow the instructions carefully.

Identifies shock hazards under certain conditions. Particular attention should

be given because dangerous voltage may be present.

Edition of March 2011

This publication could present technical imprecision or misprints. The information here included will be
periodically modified and updated, and all those modifications will be incorporated in later editions.
To consult the most updated information of this product you might access through our website
www.power-electronics.com where the latest version of this manual can be downloaded.

3
 SD700 POWER ELECTRONICS

Revisions
Date Revision Description

08 / 01 / 2010 A First edition. SW version 2.0 (2.3)

31 / 03 / 2011 B Software version updating and misprinting errors.
SW Version 2.0 (26)

4
 POWER ELECTRONICS SD700

INDEX
SAFETY INSTRUCTIONS ........................................................................................................... 7

1. INTRODUCTION .................................................................................................................. 11

2. VISUALIZATION AND STATUS PARAMETER. GROUP 0 ................................................. 12

2.1. Parameters SV.5 – Programmable Parameters ......................................................... 12
2.2. Parameters SV.8 – Pump Control .............................................................................. 13

3. DESCRIPTION OF PROGRAMMING PARAMETERS ........................................................ 15

3.1. Group 1 – G1: Options Menu ..................................................................................... 15
3.2. Group 4 – G4: Inputs.................................................................................................. 16
3.3. Group 8 – G8: Outputs ............................................................................................... 19
3.4. Group 12 – G12: Auto Reset...................................................................................... 20
3.5. Group 13 – G13: Fault History ................................................................................... 21
3.6. Group 25 – G25: Pump Control ................................................................................. 22

4. MODBUS COMMUNICATION .............................................................................................. 40

4.1. Remote Control Functions ......................................................................................... 40
4.2. Summary of Modbus Addresses ................................................................................ 41

5. FAULT MESSAGES. DESCRIPTION AND ACTIONS ........................................................ 46

5.1. Descripción of Fault List ............................................................................................. 46
5.2. Procedure for Fault Solutions ..................................................................................... 46

6. COMMONLY USED CONFIGURATIONS ............................................................................ 47

6.1. Pressure Group Control with 3 Auxiliarey Pumps, Start and Stop on Demand .......... 47
6.2. Pressure Group Control with Eight Pressure References .......................................... 49

7. CONFIGURATION REGISTER ............................................................................................ 52

8. CE CERTIFICATE ................................................................................................................ 58

INDEX 5
SD700 POWER ELECTRONICS

6 INDEX
 POWER ELECTRONICS SD700

SAFETY INSTRUCTIONS
IMPORTANT!
 Read this manual carefully to maximise the performance of this product and to ensure its safe
use.
 In this manual, safety messages are classified as follows:

WARNING

Do not remove the cover while the power is applied or the unit is in operation.
Otherwise electric shock could occur.

Do not run the drive with the front cover removed.

Otherwise you may get an electric shock due to the high voltage terminals or exposure of charged
capacitors.

Do not remove the cover except for periodic inspections or wiring, even if the input power is not
applied. Otherwise you may access the charged circuits and get an electric shock.

Wiring and periodic inspections should be performed at least 10 minutes after disconnecting the
input power and after checking the DC Link voltage is discharged with a meter (below 30VDC).
Otherwise you may get an electric shock.

Operate the switches with dry hands.

Otherwise you may get an electric shock.

Do not use cables with damaged insulation.

Otherwise you may get an electric shock.

Do not subject the cables to abrasions, excessive stress, heavy loads or pinching.
Otherwise, you may get an electric shock.

SAFETY INSTRUCTIONS 7
 SD700 POWER ELECTRONICS

CAUTION

Install the drive on a non-flammable surface. Do not place flammable material nearby.
Otherwise fire could occur.

Disconnect the input power if the drive gets damaged.

Otherwise it could result in a secondary accident or fire.

After the input power is applied or removed, the drive will remain hot for a couple of minutes.
Touching hot parts may result in skin burns.

Do not apply power to a damaged drive or to a drive with parts missing even if the installation is
complete.
Otherwise you may get an electric shock.

Do not allow lint, paper, wood chips, dust, metallic chips or other foreign matter into the drive.
Otherwise fire or accident could occur.

WARNINGS

RECEPTION
 The SD700 is carefully tested and perfectly packed before leaving the factory.
 In the even of transport damage, please ensure that you notify the transport agency and POWER
ELECTRONICS: 902 40 20 70 (International +34 96 136 65 57) or your nearest agent, within
24hrs from receipt of the goods.

UNPACKING
 Make sure model and serial number of the variable speed drive are the same on the box, delivery
note and unit.
 Each variable speed drive is supplied with a SD700 technical manual.

RECYCLING
 Packing of the equipments should be recycled. For this, it is necessary to separate different
materials included (plastic, paper, cardboard, wood, ...) and deposit them on proper banks.
 Waste products of electric and electronic devices should be selectively collected for their correct
environmental management.

EMC
 This type of PDS (Power Device System) is not intended to be used on a low-voltage public network
which supplies domestic premises.
 Radio frequency interference is expected if used on such a network.

8 SAFETY INSTRUCTIONS
POWER ELECTRONICS SD700

SAFETY
 Before operating the drive, read this manual thoroughly to gain and understanding of the unit. If
any doubt exists then please contact POWER ELECTRONICS, (902 40 20 70 / +34 96 136 65
57) or your nearest agent.
 Wear safety glasses when operating the drive with power applied and the front cover is
removed.
 Handle the drive with care according to its weight.
 Install the drive according to the instructions within this manual.
 Do not place heavy objects on the drive.
 Ensure that the mounting orientation is correct.
 Do not drop the drive or subject it to impact.
 The SD700 drives contain static sensitive printed circuits boards. Use static safety procedures
when handling these boards.
 Avoid installing the drive in conditions that differ from those described in the Technical
Characteristics section.

CONNECTION PRECAUTIONS
 To ensure correct operation of the drive it is recommended to use a SCREENED CABLE for the
control wiring.
 For EMERGENCY STOP, make sure supply circuitry is open.
 Do not disconnect motor cables if input power supply remains connected. The internal circuits of
the SD700 Series will be damaged if the incoming power is connected and applied to output
terminals (U, V, W).
 It is not recommended to use a 3-wire cable for long distances. Due to increased leakage
capacitance between conductors, over-current protective feature may not operate correctly.
 Do not use power factor correction capacitors, surge suppressors, or RFI filters on the output
side of the drive. Doing so may damage these components.
 Always check whether the DC Link LED is OFF before wiring terminals. The capacitors may
hold high-voltage even after the input power is disconnected. Use caution to prevent the
possibility of personal injury.

TRIAL RUN
 Verify all parameters before operating the drive. Alteration of parameters may be required
depending on application and load.
 Always apply voltage and current signals to each terminal that are within levels indicated within
this manual. Otherwise, damage to the drive may result.

SAFETY INSTRUCTIONS 9
 SD700 POWER ELECTRONICS

OPERATION PRECAUTIONS
 When the Auto Restart function is enabled, keep clear of driven equipment, as the motor will
restart suddenly after a fault is reset.
 The “STOP / RESET” key on the keypad is active only if the appropriate function setting has been
made. For this reason, install a separate EMERGENCY STOP push button that can be operated
at the equipment.
 If a fault reset is made with the reference signal still present then a restart will occur. Verify that it
is permissible for this to happen, otherwise an accident may occur.
 Do not modify or alter anything within the drive.
 Before programming or operating the SD700 Series, initialise all parameters back to factory
default values.

EARTH CONNECTION
 The drive is a high frequency switching device and leakage current may flow. Ground the drive to
avoid electrical shock. Use caution to prevent the possibility of personal injury.
 Connect only to the dedicated ground terminal of the drive. Do not use the case or the chassis
screw for grounding.
 When installing, grounding wire should be connected first and removed last.
 The earth cable must have a minimal cross sectional area that meets local country electrical
regulations.
 Motor ground must be connected to the drive ground terminal and not to the installation‟s ground.
We recommend that the section of the ground connection cable should be equal or higher than
the active conductor.
 Installation ground must be connected to the drive ground terminal.

10 SAFETY INSTRUCTIONS
 POWER ELECTRONICS SD700

1. INTRODUCTION
The information included in this manual is only linked with the parameters related to Pump Macro software.

For additional information about the parameters and the programming of SD700, refer to „Software and
Programming Manual‟.

For additional information about the hardware of the equipment and its installation, refer to „Hardware and
Installation Manual‟.

INTRODUCTION 11
 SD700 POWER ELECTRONICS

2. VISUALIZATION AND STATUS

PARAMETERS. GROUP G0
2.1. Parameters SV.5 – Programmable Parameters
This group is not only a display group. Some parameters can be adjusted in this group. The
parameters of this group described in the following table affect to the pump macro.

Screen Units Description

PMP manSP=+0.0% % motor speed To set the value of the LOCAL manual speed reference. For additional details, check G25.1.3.
PMP MRe1=0.0% % motor speed To set the local reference 1 of PID. Multi-reference 1. For additional details, check G25.1.5.
PMP MRe2=0.0% % motor speed To set the local reference 2 of PID. Multi-reference 2. For additional details, check G25.1.6.
PMP MRe3=0.0% % motor speed To set the local reference 3 of PID. Multi-reference 3. For additional details, check G25.1.7.
PMP MRe4=0.0% % motor speed To set the local reference 4 of PID. Multi-reference 4. For additional details, check G25.1.8.
PMP MRe5=0.0% % motor speed To set the local reference 5 of PID. Multi-reference 5. For additional details, check G25.1.9.
PMP MRe6=0.0% % motor speed To set the local reference 6 of PID. Multi-reference 6. For additional details, check G25.1.10.
PMP MRe7=0.0% % motor speed To set the local reference 7 of PID. Multi-reference 7. For additional details, check G25.1.11.
PMP MRe8=0.0% % motor speed To set the local reference 8 of PID. Multi-reference 8. For additional details, check G25.1.12.
T AutOFF=OFF hours Time for Automatic Stop. For additional details, check G25.1.13.
TIME OFF=OFF min It shows the resting time in minutes, for the automatic stopping of the system.
MAX flow=1000l/s Eng. Units It allows setting a level for the maximum flow as in G25.10.2.
% Max range
RESET LEVL=+100% It allows setting a reset level for the flow control algorithm as in G25.10.4.
of sensor
SLEP FLO=0.0l/s Eng. Units It allows setting a flow level to sleep the drive as in G25.4.11.

12 VISUALIZATION AND STATUS PARAMETERS. GROUP G0

POWER ELECTRONICS SD700

2.2. Parameters SV.8 – Pump Control

Screen Units Description
Engineering It shows the PID reference value (left hand) and the sensor value which is sent by the
R=0.0Bar 0.0Bar
units feedback signal (right hand).
It shows the drive status during the pump control operation according to the following table:
Status Description
REGL Drive is regulating in PID mode.
PMAN The drive is at protected manual mode.
OMAN Drive is in manual mode, not protective mode.
Drive is stopped (pause) due to high pressure, according to
HIPP
the read data in the analogue input.
A fault due to high pressure has occurred according to the
HIPR
read data in the analogue input or in the digital input.
The drive has stopped (Pause status) due to No Flow
FLOD
detection.
NFLO The drive has tripped (Fault status) due to No Flow detection.
CAVS The drive has stopped (Pause status) due to Cavitation.
CAVI The drive has tripped (Fault status) due to Cavitation.
LOPR The drive has tripped due to low pressure fault.
The drive has tripped due to a fault detected in one of the
LOWA
digital inputs configured as „No Water‟
% sensor
REGL +0.0% +0.0% CYCL The drive has tripped due to excessive starting cycles.
range
The drive has tripped due to a fault in the irrigation equipment
IRFA which has been detected in the digital input configured in that
option.
FLOW The drive is limiting the speed to limit the flow.
OFF The drive has received the stop command.
SLEP The drive is in sleep mode because there is no flow demand.
The drive is forcing the speed after starting or stopping some
BYPA
of the fixed pumps.
RAMP Setpoint ramp activated.
The drive is running at reduced speed because Pipe Fill
FILL
function is active.
The time of automatic stop has expired and the drive is
COMP
stopped.
JOCK The Jockey pump is running.
PRIM Priming pump is connected.
FINP Fault occurred because the pressure switch is open.
Additionally, the reference in PID mode (as %) followed by feedback (as %) is shown.
The status of the fixed pumps 1-3 is shown according to the next information:
Status Description
OFF Pump disabled by keypad.
RDY Pump ready to start.
ON Pump started.
1OFF 2OFF 3OFF -
Pump in a fault status (input which controls the signal is
active).
FLT
Note: See digital input configuration in Pump Control mode.
G1.7 and G4.1.4 parameters are linked to this.

4OFF 5OFF - It shows the status for the fixed pumps 4-5 according to the above mentioned information.
Engineering It shows the present value read by the analogue input or by pulse input where sensor is
Flow = 0.0l/s
units connected.

VISUALIZATION AND STATUS PARAMETERS. GROUP G0 13

 SD700 POWER ELECTRONICS

Screen Units Description

In the visualization lines of the display, it is possible to select this option. In this way the
following messages are going to be shown according to the current program status:
Status Description
PID REGULATION Drive is regulating in PID mode.
PROTECTED MANUAL The drive is at protected manual mode.
OVERRIDE MANUAL Drive is in manual mode, not protective mode.
Drive is stopped (pause) due to high pressure,
HI PRESSURE PAUS
according to the read data in the analogue input.
A fault due to high pressure has occurred according to
HI PRESSURE FAUL
the read data in the analogue input or in the digital input.
The drive has stopped (Pause status) due to No Flow
NO FLOW PAUSE
detection.
The drive has tripped (Fault status) due to No Flow
NO FLOW FAULT
detection.
CAVITATION PAUSE The drive has stopped (Pause status) due to Cavitation.
CAVITATION FAULT The drive has tripped (Fault status) due to Cavitation.
LO PRESSURE FAUL The drive has tripped due to low pressure fault.
The drive has tripped due to a fault detected in one of
LO WATER FAULT
STATUS PUMP the digital inputs configured as „No Water‟
-
PROGRAM CYCLING FAULT The drive has tripped due to excessive starting cycles.
The drive has tripped due to a fault in the irrigation
IRRIGATOR FAULT equipment which has been detected in the digital input
configured in that option.
LIMITING FLOW The drive is limiting the speed to limit the flow.
PUMP STOP The drive has received the stop command.
The drive is in sleep mode because there is no flow
SLEPT NO DEMAND
demand.
The drive is forcing the speed after starting or stopping
BYPASSING SPEED
some of the fixed pumps.
SETPOINT RAMP Setpoint ramp activated.
The drive is running at reduced speed because Pipe Fill
PIPE FILLING
function is active.
The time of automatic stop has expired and the drive is
COMPLETED
stopped.
JOCKEY PUMP ON The Jockey pump is running.
PRIMING PUMP ON The Priming pump (suction filling) is connected.
PRESSU SWITCH ON The pressure switch is open.

14 VISUALIZATION AND STATUS PARAMETERS. GROUP G0

 POWER ELECTRONICS SD700

3. DESCRIPTION OF PROGRAMMING
PARAMETERS
The different parameters of the SD700 are displayed in the alphanumeric LCD. These parameters are
organized in groups (G1, G2, G3, …).

The most of parameters related to the pump control are included in Group 25, except for the settings of the
in puts and outputs, that are included in groups G4 and G8. Also, there are some visualizing parameters
included in visualization groups SV.5 and SV.8 described before.

Therefore, all the parameters that affect to the pump macro are listed below.

3.1. Group 1 – G1: Options Menu

Name / Set on
Parameter Range Function
Description RUN
It allows selection additional functionalities. If PUMP is selected, then
extended functionality for pumping control G25 will appear as available.
The group G25 will be hidden if the pump program is not active.
Once selected the pump program, a character will appear in the upper
line of the display, beside the drive status, indicating constantly that the
pump program is active. The letter “b” in Spanish and the letter “p” for
G1.7 / Program STANDARD English / German.
7 PROG= STANDARD YES
activation PUMP The most of parameters relative to the pump control are located in Group
25, excepting those setting relatives to inputs and outputs that can be
found in groups G4 and G7.
Additionally there are some visualization screens included in visualization
groups SV.5 and SV.8.
For additional information, see the „Pump Application Manual‟ for the
SD700.

3.1.1. Subgroup 1.10 – S1.10: Eloader (EEPROM Charger)

Parameter / Name / Set on
Range Function
Default Value Description RUN
When adjusting this value to Yes, the copy of parameters to the display starts,
saving the configuration of the drive.
A screen will appear showing the uploading progress:
G1.10.1 / Saves
UPLOADING…100%
the parameters N
UPLOAD=N When this process is over, the progress screen will automatically return to the NO
of the drive to the Y
main screen, set by default to No.
display.
Note: In order to carry out the parameter load correctly, the user should firstly
configure the digital inputs corncerning „STOP‟ functions before any other
function.
When adjusting this value to Yes, the copy of parameters stored in the display to
the drive will start modifying and programming the parameters of this new drive.
G1.10.2 / Saves A screen will appear showing the downloading progress:
the parameters N DOWNLOADING …100%
DOWNLOAD=N NO
of the display to Y When this process is over, the progress screen will automatically change to the
the drive. main screen, set by default to No.
Note: Before downloading, read carefully the note refered to the digital inputs
configuration in Subgroup [4.1].

DESCRIPTION OF PROGRAMMING PARAMETERS 15

 SD700 POWER ELECTRONICS

3.2. Group 4 – G4: Inputs

3.2.1. Subgroup 4.1 – S4.1: Digital Inputs
Pumps program activation, in G1.7 PROG = PUMP, requires the following considerations:

Some configuration options are available when the pump program is active, which can be set in the same
way that the options available in the standard program.
Nevertheless, when the pump program is active, the drive will assume that only the configurable options
from 50 to 75 (for G4.1.5 to G4.1.10) can be set, without taking into consideration the setting on parameter
„G4.1.4 DIGIT I MODE‟, which means a block setting.

This means that the user will configure the pump program freely, according to his requirements, selecting
the correct functionality and protections. For a correct programming of the digital inputs when the pump
program is active, there is additional information in G25 Pump Control.
Note: Digitial outputs should be configured in order to provide an optimum performance.
The following instructions should be followed:
o Step 1: Set the digital input 1 to the „50PMP.START/STP] option.
o Step 2: Whenever the user requires the use of PID multireferences, the user must carry
out the following configuration in the order described: set the digital output 2 as ‟63
SETPONT PIN1‟, the digital output 3 as ‟64 SETPONT PIN2‟ and the digital output 4 as
‟65 SETPONT PIN3‟.
o Step 3: Once steps 1 and 2 have been succesfully completed, the user may proceed
with the required functions programming.

Note: Selection of the pump program will set all the Digital Inputs to mode „00 – un used‟. If re-
programming is needed, it will be necessary to configure their functionality in a separate way again. So it
guarantees a safety installation operation, avoiding that hardware external to the equipment can cause any
kind of damage.
Note: The digital outputs will also be affected due to pump control activation.

To select one auxiliary pump it is necessary to act in the following way (If you do not want to
connect the input of auxiliary pump Fault Skip to step 2 directly) :
o Step 1: Set any free digital input to options „52 FIX PUMP1 FLT‟, „53 FIX PUMP2 FLT‟,
„54 FIX PUMP3 FLT‟, „55 FIX PUMP4 FLT‟ or „56 FIX PUMP5 FLT‟
o Step 2: To enable the control of the pump in the corresponding screen G25.9.1,
G25.9.2, G25.9.3, G25.9.4 and G25.9.5 respectively.
To remove this pump configuration and release the relay for another use, the user should:
o Disable the control of the pump in the corresponding screen G25.9.1, G25.9.2, G25.9.3,
G25.9.4 or G25.9.5 respectively.

16 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

Name / Set on
Parameter Range Function
Description RUN
Apart from the existing options described in „SW and Programming
Manual‟ of the SD700), when selecting the pump program from
parameter G1.7, the following options are also available:

OPT DESCRIPTION FUNCTION

G4.1.5 / Multi-
function Digital PMP
5 DIGITL IN 1=06 00 – 75 50 Automatic starting of the system. (NO)
Input 1 START/STP
configuration 51 FLOW PULSE Pulses input for the flowmeter. (NO)
FIX PUMP1
52 Auxiliary pump 1 fault. (NO).
FLT
FIX PUMP2
53 Auxiliary pump 2 fault. (NO).
FLT
FIX PUMP3
54 Auxiliary pump 3 fault. (NO).
FLT
FIX PUMP4
55 Auxiliary pump 4 fault. (NO).
FLT
FIX PUMP5
56 Auxiliary pump 5 fault. (NO).
G4.1.6 / Multi- FLT
function Digital MAN Manual starting including those
6 DIGITL IN 2=00 00 – 75 57
Input 2 PROTstart protections enabled by the user. (NO).
configuration 58 HI PRESS FLT High Pressure trip. (NC).
LO WATER
59 No Water trip. (NC).
FLT
LO PRESS To detect a Low Pressure situation.
60
FLT (NO).
FLOW To connect an external flow switch YES
61
SWITCH (open / closed). (NC).
To detect an external fault from the
62 IRRIGAT TRIP
irrigation equipment. (NO).
Configuration of the low, medium and
G4.1.7 / Multi- high bit respectively, for multiple PID
function Digital
7 DIGITL IN 3=00 00 – 75 SETPONT setpoints selection, according to the
Input 3 63
PIN1 following table:
configuration
DIGITAL INPUTS
PID
DI(z) DI(y) DI(x)
SETPOINT
=65 =64 =63
G25.1.5
0 0 0
„SETPT1‟
G25.1.6
0 0 X
SETPONT „SETPT2‟
64 G25.1.7
PIN2 0 X 0
„SETPT3‟
G25.1.8
0 X X
„SETPT4‟
G25.1.9
X 0 0
G4.1.8 / Multi- „SETPT5‟
function Digital G25.1.10
8 DIGITL IN 4=00 00 – 75 X 0 X
Input 4 „SETPT6‟
SETPONT G25.1.11
configuration 65 X X 0
PIN3 „SETPT7‟
G25.1.12
X X X
„SETPT8‟
They are NO contact.
Note: See following page.

DESCRIPTION OF PROGRAMMING PARAMETERS 17

 SD700 POWER ELECTRONICS

Name / Set on
Parameter Range Function
Description RUN

Note: Coming from the previous page.

OPT DESCRIPTION FUNCTION
G4.1.9 / Multi- To select the second source or the
function Digital 66 MAN REF 2 alternative source for the speed
9 DIGITL IN 5=00 00 – 75 YES
Input 5 reference. (NO).
configuration Manual starting without protections,
67 MAN OVR STAR
for testing starting. (NO).
Detection of the pressure existing in
PRESSUR
69 the system to be used with the
SWITC
Priming pump. (NO)
When it is activated the input
configured with this option, the
ALTER PID pump program will consider the
G4.1.10 / Multi- 70
STP alternative PID setpoint according to
function Digital
10 DIGITL IN 6=17 00 – 75 the setting of the parameter YES
Input 6
configuration G25.2.2. (NO).
It alternates the control mode in
A.MACRO
75 pump macro (see remote control
CTRL
functions).

3.2.2. Subgroup 4.4 – S4.4: Pulse Input

Name / Set on
Parameter Range Function
Description RUN
%
l/s
m³/s
l/m Allows selection of the units to measure the flow.
G4.4.1 / Sensor
m³/m Note: To use this input you should have a flowmeter with a digital pulse
1 Sensr U=l/s units of Pulse YES
l/h output of pulsewidth greater than 50ms.
Input
m³/h Used for flow limitation algorithm. See S25.10.
m/s
m/m
m/h
G4.4.2 / It allows setting the amount of the fluid per pulse received.
2 Pls/s = 100l/s 0 to 32760
Flowmeter For example, if setting is „2Pls/s=100l/s‟, and the present flow is 500l/s, 5 YES
LIQU AMOUNT/PULS Flow units
configuration pulses/sec will be received.
It allows user to set the maximum range of the flow meter. It is used to
calculate the reset level of the flow control algorithm.
G4.4.3 / Maximum
3 M Rng=1000l/s 0 to 32760 Parameter G25.10.4 is linked with the value set in this parameter.
range of flow YES
FLOW MAX RANGE Flow units Example: If you set a maximum range of 100 units „G4.4.3=100‟, and the
meter
reset level of the flow algorithm is desired below 30 units, you have to set
„G25.10.4=30%‟.

18 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

3.3. Group 8 – G8: Outputs

3.3.1. Subgroup 8.1 – S8.1: Output Relays
Name / Set on
Parameter Range Function
Description RUN
It configures the operation for each relay according to different available
options (see „SW and Programming Manual‟ of SD700). The options
described below affect to the pump macro.

OPT DESCRIPTION FUNCTION

Drive activates the relay to connect
28 PUMP CNTRL the fixed pump. See G25.9.1 to
G25.9.3.
For those periods of low demand if
the drive is in sleeping mode. This
JOCKEY
29 pump will stop when the pump of
PUMP
the drive is connected or when the
demand disappears.
G8.1.1 / Selection
To fill the suction pipe. This pump
1 SEL RELAY 1=02 of Relay 1 control 00 – 32 PRIMING YES
30 will stop when the suction is filled
source PUMP
and then the drive pump will start.
The relay commutates if the
equipment has the sleep conditions
fulfilled or not. Once the equipment
SLEEP
31 is stopping, the relay commutates
CONDIT
again. This function operates
together with the parameter
G25.4.28 (see this parameter).
The relay is energized when the
application state is “Pump Filling”.
33 PIPE FILLING
For further information see G25.7
PIPE FILLING

G8.1.5 / Selection
5 SEL RELAY 2=03 of Relay 2 control 00 – 32 Note: See parameter function of G8.1.1. YES
source
G8.1.9 / Selection
9 SEL RELAY 3=05 of Relay 3 control 00 – 32 Note: See parameter function of G8.1.1. YES
source

3.3.2. Subgroup 8.2 – S8.2: Analogue Outputs

Name / Set on
Parameter Range Function
Description RUN
Analogue input 1 is programmable according to several options (see „SW
and Programming Manual‟ of SD700). The options that affect to the pump
macro are described below:

OPT DESCR. FUNCTION UNITS

G8.2.1 / Mode Analogue signal
1 ANLG OUT1=01 selection for 00 – 27 CURRENT proportional to the read YES
20 %
Analogue Output 1 FLOW flow through analogue
input or pulse input.
0V = Pump OFF
MACRO
27 10V = Pump ON -
PUMP
See footnote.

G8.2.6 / Mode
Analogue output 2 is programmable. See parameter 'G8.2.1 ANLG OUT
6 ANLG OUT 2=02 selection 00 – 27 YES
1' for options table.
Analogue Output 2

Note: The option 27 it is not programmable by the user for any of the analogue outputs. This option is automatically set
for Analogue Input 1 when the user enables the fixed pump 4, and it will be automatically set to Analogue Input 2 when
the user enables the fixed pump 5. For both outputs, the configuration will always be from 0 to 10V, where 0V means
pump is OFF and 10V means pump connected.

DESCRIPTION OF PROGRAMMING PARAMETERS 19

 SD700 POWER ELECTRONICS

3.4. Group 12 – G12: Auto Reset

Name / Set on
Parameter Range Function
Description RUN
This function resets the drive automatically after a fault.
OPT. FUNCTION
N=NO Auto Reset is disabled.
Y=YES Auto Reset is enabled.
G12.1 / Auto N When this function is active, faults programmed in G12.5 to G12.8 will be
1 AUTO RESET=N YES
Reset S reset.

Caution: Auto Reset function can cause unexpected automatic

starts. Ensure the installation is configured for Auto Reset to prevent
damage to property or personnel.
Allows setting of the maximum number of Auto Reset attempts. Drive will
G12.2 / Number of
2 ATTEMP NUMBR=1 try to reset as many times as the number of attempts set in this screen
Auto Reset 1–5 YES
MAX ATTEMPT NUMB after a fault occurs. This parameter and „G12.4 RS COUNT‟ control the
attempts
drive to carry out Auto Reset function in a controlled manner.
3 R STR DEL=5s G12.3 / Delay time Allows setting of the time elapsed from the fault occurring before
5 – 120s YES
TIME BEFORE RESET before Auto Reset attempting auto reset.
Allows setting of the time that once elapsed will reset the Auto Reset
attempt counter to zero.
Two situations are possible:
G12.4 / Reset time
a) If the SD700 is successfully restarted and runs for a period exceeding
4 RS COUNT=15min for the counter of
1 – 60min the value set in this screen then the attempt counter G12.2 will be reset to YES
AUTORESET TIMOUT Auto Reset
zero.
attempts
b) If the total number of reset attempts is exceeded within this time period
the SD700 will fault on the last fault condition. The SD700 will remain in a
fault condition until the unit is manually reset.
If Auto Reset selection is enabled, the SD700 will automatically resets the
faults selected as reseteable. The faults are setting individually. The
G12.5 / Selection faults that affect to the pump macro are described below. For additional
5 F1 AUTO RST=0 of fault 1 to be 0 – 25 information about all the reseteable faults, refer to „SW and Programming YES
reset Manual‟ of SD700.

OPT. DESCRIPTION FUNCTION

1 ALL THE FLTS All faults will be reset automatically.
65 LOW
G12.6 / Selection 17 To reset fault F65, low pressure.
PRESSURE
6 F2 AUTO RST=0 of fault 2 to be 0 – 25 YES
66 HI To reset fault F66, maximum
reset 18
PRESSURE pressure.
67 LOW
19 Fault F67 is reset, low water.
WATER
68 To reset fault F68, cavitation /
23
G12.7 / Selection CAVIT/UNDERL underload trip.
7 F3 AUTO RST=0 of fault 3 to be 0 – 25 69 FLOW YES
24 To reset fault F69, „No Flow‟ trip.
reset SWITCH
70 IRRIGATOR
25 To reset fault F70, irrigator trip.
F

Caution: When the fault selection for auto reset is undertaken the
G12.8 / Selection user should pay special attention to option 1 „All the faults‟. In this case,
8 F4 AUTO RST=0 of fault 4 to be 0 – 25 the protections of the drive and motor will be disabled. It is not YES
reset recommended to select this option since the drive could try to reset
internal trips causing serious damage to the drive.

20 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

3.5. Group 13 – G13: Fault History

Name / Set on
Parameter Range Function
Description RUN
The first parameter of this group allows visualizing the information about
the last fault and additionally, it will be used as the first register of fault
1 F0 NO FAULT G13.1 / Register 1
- history. -
LAST FAULT=FXX of fault history
Drive shows this screen in the case of a trip. Pressing key approx
two seconds provides access to the extended information that shows the
order of fault: LAST FAULT=Fxx (when fault is reset). The equipment is
reset by pressing the STOP-RESET key from display or by using an
2 F0 NO FAULT G13.2 / Register 2
- external reset (if connected). Several faults can be reset automatically -
FIFTH FAULT=FXX of fault history
using Auto Reset (See group G12).

A list of the last six faults in chronological order is shown. The most
recent fault appears in first place (G13.1). Each time that a fault occurs,
3 F0 NO FAULT G13.3 / Register 3 the drive shows the fault in parameter G13.1. After the fault is solved and
- -
FOURTH FAULT=FXX of fault history reset, this fault will be shifted to the following position of fault register
(G13.2). The previous faults will shift down one position. The oldest fault
message (G13.6) will be lost.
Pressing key approx two seconds provides access to the extended
4 F0 NO FAULT G13.4 / Register 4 information that shows the order of fault:
- -
THIRD FAULT=FXX of fault history FIFTH FAULT=Fxx up to FIRST FAULT=Fxx

The faults that affect to the pump macro are listed in the following table.
For additional information about the remaining faults, see „SW and
5 F0 NO FAULT G13.5 / Register 5 Programming Manual‟ of SD700:
- -
SECOND FAULT=FXX of fault history
COD FAULT COD FAULT
F65 LOW
65 69 F69 FLOW SWITCH
PRESSURE
66 F66 HI PRESSURE 70 F70 IRRIGATOR FL
6 F0 NO FAULT G13.6 / Register 6
- 67 F67 LOW WATER 71 F71 CYCLING -
FIRST FAULT=FXX of fault history
68 F68 CAVIT/UNDERL 72 F72 IN PRES SW

OPT. FUNCTION
N=NO Function disabled.
G13.7 / Erase fault N
7 CLEAR FAULTS=N It erases fault history (last six faults). The screen YES
history Y
Y=YES returns to default value „NO‟, after all the faults
have been erased.

DESCRIPTION OF PROGRAMMING PARAMETERS 21

 SD700 POWER ELECTRONICS

3.6. Group 25 – G25: Pump Control

Parameter group accessible always that 'G1.7 PROG = PUMPS'.

3.6.1. Pumps Program General Description.

The objective of this functionality is to achieve a comprehensive control of the pumping systems
using variable speed drives of SD700 Series, using in that cases the minimum peripheral devices
as possible. The program comprises all that options which allows controlling the process
correctly, avoiding the use of those external auxiliary devices such as timers, relays, PLC, etc.

This program has been thought to control the drive and additionally to control up to 5 auxiliary fix
pumps. Apart of this there is the possibility of using one of this pumps as Jockey pump (it will
operate only under very low demand conditions in case of the drive is in sleep mode) or one
pump can be used as Priming pump (it will operate to fulfil the aspiration pipe if the system
requires this function).

3.6.2. Operation modes.

There are three operation modes basically:

 Manual Protected Mode: One of the digital inputs must be set as Automatic and a second
digital input must be set as Protected Manual. Both inputs must be closed to start. In this
operation mode the system protections are operative (for example, high pressure, cavitation,
etc.). A main speed reference source and an alternative speed reference source exist, they
are set by means of a digital input.
 Manual Non Protected Mode: This is an operation mode thought for commissioning and
test of the system. It is not recommended for a normal operation since the protections are not
active. There are two possibilities of configuring this mode:
o Manual non protected mode with exclusive control from the keypad.
o Manual non protected mode controlled by the digital inputs.
A main speed reference source and an alternative speed reference source exist, they are set
by means of a digital input.
 Pumps Mode: The drive will operate in regulation mode with all the available functions and
the protections will be operative.

3.6.3. General Descriptions of Protections.

In case of the pump program is active, the drive will function in three different ways depending on
the activated protections:

 Faults of the Drive (Standard Program): Here we can find those trips of the drive or trips of
the installation that have been configured in the standard program of the drive. In case of any
of these conditions occur, the motor controlled by the drive will stop, followed by the fixed
pumps and the display will show the corresponding fault message.
 Pause of the Pumps Program: Certain protections can be configured to stop the drive
temporary without tripping by fault. For all of them there is only one time to start after the
pause, and this time will start once the cause which provoked the pause disappears. The
protections which can be set in this way are:
o High Pressure: Configurable at Pause mode or at Fault mode. If it is set as Pause, the
displayed message will be „HI PRESSURE PAUS‟ but if this is set to Fault, the message
will be „F66 HI PRESSURE‟
o No Flow: Configurable at Pause mode or at Fault mode. If it is set as Pause, the
displayed message will be „NO PLOW PAUSE‟ but if this is set to Fault, the message will
be „F69 FLOW SWITCH‟

22 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

o Cavitation: Configurable at Pause mode or at Fault mode. If it is set as Pause, the

displayed message will be „CAVITATION PAUSE‟ but if this is set to Fault, the message
will be „F68 CAVIT/UNDERL‟

Note: The pauses are not faults, consequently the do not generate a fault code and they
will not be stored in the fault history.

 Faults of Pumps Program: That means the drive or installation faults that have been
configured from the pump program. In case of any of these conditions occur, the motor
controlled by the drive will stop, followed by the fixed pumps and the display will show the
corresponding fault message. These fault will be treated in the same way than the general
faults, some of them are:
o High Pressure Fault: It can be provoked through a digital input which has been
configured in this mode or by comparison of the received data of an analogue input. This
information will be compared with the setting realized in parameters G25.6.11 to
G25.6.13. The display will show „F66 HI PRESSURE‟.
o Low Pressure Fault: Pipe broken possibility. The display will show „F65 LOW
PRESSURE‟.
o No Water Fault: This is especially useful in the use of level proves at wells. The display
will show „F67 LOW WATER‟.
o Short Starting Cycle Fault: Produced when the drive tries to start before the
established time between a start and a stop has expired. For additional information, see
G25.6.20. In this case, the display will show „F71 CYCLING‟.
o Irrigation Equipment Fault: Produced by a digital input configured for this objective.
The display will show „F70 IRRIGATOR F‟.
o No Flow Fault: Produced by a digital input configured in this option. The display will
show „F69 FLOW SWITCH‟.
o Cavitation: Produced by operation on underload conditions. The display will show „F68
CAVIT/UNDERL‟.
o Pressure Switch: (Only with Priming pump). The Pressure switch is open out of the
allowed time, indicating a sudden pressure loss. The display will show „F72 IN PRES
SW‟.

3.6.4. Inputs Configuration.

For inputs configuration, it is necessary to consider some rules which will help in order to get a
correct system configuration.

 Digital input for flow acquisition by pulse counter.

All digital input can be configured in this option „51 FLOW PULSE‟. The parameters for
setting the flowmeter are located in the subgroup G4.4 Pulses Input.
The read flow can be used to limit the flow of the application, see group G25.10 Flow
Limitation Algorithm. An analogue output can be configured to show this information (by
setting the option ‟20 CURRENT FLOW‟), in this way this information can be used for the
PLC or even can be connected to the drive as a feedback signal in PID mode without
needing the use of external converter of pulses signal into 4-20mA signal.

 Inputs programming.
Pumps program activation, in G1.7 PROG = PUMP, requires the following considerations:

There are some configuration options available when the pump program is active, which can
be set in the same way that the options available in the standard program.
Nevertheless, when the pump program is active, the drive will assume that only the
configurable options from 50 to 69 (for G4.1.5 to G4.1.10) can be set, without taking into
consideration the setting on parameter „G4.1.4 DIGIT I MODE‟, which means a block setting.

All that means that the user will configure the pump program freely, according to his
requirements, selecting the correct functionality and protections.

The options for inputs configuration, standard program options as well as pump program
options have been detailed in the corresponding group G4.1 Digital Inputs.

DESCRIPTION OF PROGRAMMING PARAMETERS 23

 SD700 POWER ELECTRONICS

3.6.5. Inputs Configuration Rules.

It is necessary to have into consideration the following rules for a correct digital input configuration
when the Pump Program is active:
 Mutual Exclusion Rule:
o If the pump program is deactivated, the user can only set options from 0 to 24 for the
digital inputs, which are options for functionalities related to the standard program.
o If the pump program is active, the user can only set options from 50 to 75 for the digital
inputs, which are options for functionalities related to the pump program.
 System Start Terminal Rule (Automatic):
To ensure the start and the stop of the system, the user must first of all configure one of the
digital inputs as option „50 PMP START/STP‟. On the contrary, the drive does not allow
configuring any other option. Once this is done, it is possible to configure the resting inputs
as necessary (respecting always the configuration rules).
 Rule for Multiple References Selection:
With the pump program is possible to operate using up to 8 different regulation setpoints in
PID mode (settable in G25.1.5 to G25.1.12). To active each different setpoint 3 digital inputs
configured as options 63, 64 and 65 can be used. It is necessary to take into consideration
the following items:
o No Digital Input could be configured as ‟64 SETPONT PIN2‟ unless previously other
different input has been configured as ‟63 SETPONT PIN1‟.
o No Digital Input could be configured as „65 SETPONT PIN3‟ unless previously two
different inputs have been configured as options „63 SETPONT PIN1‟ and „64 SETPONT
PIN2‟.
 Rule for Selection / De-selection of Auxiliary Pumps:
For selecting one auxiliary pump it is necessary to act in the following way:
o Set any digital input to options „52 FIX PUMP1 FLT‟, „53 FIX PUMP2 FLT‟, „54 FIX
PUMP3 FLT‟, „55 FIX PUMP4 FLT‟ or „56 FIX PUMP5 FLT‟.
o To enable the control of the pump in the corresponding parameter G25.9.1, G25.9.2,
G25.9.3, G25.9.4 and G25.9.5 respectively.
To remove this fixed pump configuration and release the relay for another different use, it is
necessary to:
o To disable the control of the pump in the corresponding parameter G25.9.1, G25.9.2,
G25.9.3, G25.9.4 and G25.9.5 respectively.

3.6.6. Outputs Configuration.

Regarding to the outputs, it is useful to take into account some considerations which will help you
for the correct configuration of the system.

 Digital outputs.
There are some configuration options for the outputs that are only available if the pump
program is operative, but they cannot be used in the standard program: ‟28 PUMP CNTRL‟,
‟29 JOCKEY PUMP‟ and ‟30 PRIMING PUMP‟. The needed information has been detailed in
the corresponding group G8.1 Digital Outputs.

24 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

 Analogue outputs.
The options available in the standard program can also be used for the pump program, and
additionally the option ‟20 CURRENT FLOW‟, that can be configured to provide the read flow
at any of the analogue output formats.
o Example 1 for configuring the analogue output as read flow.
In case the flowmeter data configured in G4.4 are:
Units: litres
Pulses / second: 100l/s
Maximum Range: 1000 litres
Analogue output setting:
Format: 0 – 10V
Minimum Range: 0
Maximum Range: 100%
For a read flow of 500 litres, the analogue output will be:

Read value 10V 500 10

x 5V
Maximum Range 1000
o Example 2 for configuring the analogue output as read flow.
If the flowmeter data configured in G4.4 are:
Units: litres
Pulses / second: 100l/s
Maximum Range: 1000 litres
Analogue output setting:
Format: 4 – 20mA
Minimum Range: 0
Maximum Range: 100%
For a read flow of 500 litres, the analogue output is:

Re adValue 500
x 20 4 4 16 4 12mA
MaximumRange 1000
Additionally, it exists the option 27, that it is not directly settable by the user for any of the
analogue outputs. On the contrary, this option is automatically set for the program to the
Analogue Output 1 in case of the user enables the Fixed Pump 4, and it will be
automatically set for the Analogue Output 2 when the user enables the Fixed Pump 5. For
both outputs, the format configuration will always be 0 to 10V, where 0 means the Pump is
OFF and 10V means the Pump is ON.

DESCRIPTION OF PROGRAMMING PARAMETERS 25

 SD700 POWER ELECTRONICS

3.6.7. Subgroup 25.1 – S25.1: Setpoints

Name / Set on
Parameter Range Function
Description RUN
It allows to select the control mode according to the following information:
OPT. DESCRIPTION FUNCTION
To be used in the commissioning
and tests. It is not thought to be
used in permanent operation since
the protections are not enabled. In
this way the display will show
0 MANUAL „OVERRIDE MANUAL‟
G25.1.1 / Control With this option it is necessary to
1 CONTROL MODE=1 0–1 YES
mode operate from the keypad, but the
speed reference can be entered
using an analogue input or by
keypad.
The drive will start in pump control
mode. Selection of automatic
1 PUMP
operation in regulation mode (it
allows to control flow, pressure).

It allows to select the source for the manual speed reference when the
digital input configured as „MANUAL PROTECTED‟ or the „OVERRIDE
G25.1.2 / Source MANUAL‟ are closed according to the following table:
LOCAL OPT. FUNCTION
selection for
2 MAN SPD REF= LOCAL AI1 YES
speed reference in LOCAL Speed reference entered by keypad
AI2
manual mode AI1 Reference by Analogue Input 1
AI2 Reference by Analogue Input 2

It is set as % of the motor speed.

This parameter allows to set the value of the speed reference in manual
mode (protected or not) whether the speed reference is the main
reference or the alternative reference, always that we talk about LOCAL
mode. For that reason, it is possible to select one analogue input as main
G25.1.3 / Value of
speed reference in G25.1.2 (AI1) and configure one alternative speed
3 MAN SPEED=+0.0% speed reference -250% to
reference by keypad in G25.1.4 setting this parameter to „LOCAL‟. For YES
MANUAL SPEED for LOCAL source +250%
example, when the digital input configured as Alternative Manual Speed
in manual mode
is activated, the speed of the main pump will be the value set in this
parameter by keypad. This functionality is interchangeable between main
and alternative speed references, that means, we can select the main
speed reference by analogue input and the alternative by keypad and
vice versa.
It allows to select the source for the alternative speed reference between
the keypad or the analogue inputs, according to the following table:
G25.1.4 / Source
LOCAL OPT. FUNCTION
for the Alternative
4 ALT MAN S R=LOCAL AI1 NO
speed reference in LOCAL Speed reference introduced by keypad
AI2
manual mode AI1 Reference by Analogue Input 1
AI2 Reference by Analogue Input 2

26 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

Name / Set on
Parameter Range Function
Description RUN
5 SETPT1=0.0Bar G25.1.5 / Local In case of operation with only one local setpoint for PID, the value will be
the set value in G25.1.5. YES
LOCAL SETPOINT 1 setpoint 1 for PID
The applied speed in each case will depend on the activation status of
6 SETPT2=0.0Bar G25.1.6 / Local the digital inputs configured as options ‟63 SETPONT PIN1‟, ‟64
SETPONT PIN2‟ and ‟65 SETPONT PIN3‟. YES
LOCAL SETPOINT 2 setpoint 2 for PID

7 SETPT3=0.0Bar G25.1.7 / Local The assigned speed will be done according to the attached table: YES
LOCAL SETPOINT 3 setpoint 3 for PID
DIGITAL INPUTS
8 SETPT4=0.0Bar G25.1.8 / Local PID SETPOINTS
DI(z)=65 DI(y)=64 DI(x)=63 YES
LOCAL SETPOINT 4 setpoint 4 for PID 0 – 3276 0 0 0 G25.1.5 „SETPT1‟
Engineering 0 0 X G25.1.6 „SETPT2‟
9 SETPT5=0.0Bar G25.1.9 / Local Units
0 X 0 G25.1.7 „SETPT3‟ YES
LOCAL SETPOINT 5 setpoint 5 for PID
0 X X G25.1.8 „SETPT4‟
10 SETPT6=0.0Bar G25.1.10 / Local X 0 0 G25.1.9 „SETPT5‟ YES
LOCAL SETPOINT 6 setpoint 6 for PID X 0 X G25.1.10 „SETPT6‟
X X 0 G25.1.11 „SETPT7‟
11 SETPT7=0.0Bar G25.1.11 / Local
X X X G25.1.12 „SETPT8‟ YES
LOCAL SETPOINT 7 setpoint 7 for PID

12 SETPT8=0.0Bar G25.1.12 / Local Note: It is possible to operate with the following units %, l/s, m/s, l/min,
m³/min, l/h, m³/h, m/s, m/min, m/h, Bar, KPa, Psi, m, ºC, ºF, ºK, Hz, rpm. YES
LOCAL SETPOINT 8 setpoint 8 for PID
It depends on the units of the sensor used.
User can set a run time that once elapsed the drive will stop
automatically. When set this time value starts to elapse immediately and
the drive will stop once this time has expired. At that moment the
parameter value becomes OFF and the status of the program will change
to „COMPLETED‟. If you want to the drive to stop automatically again,
13 T AutOFF=OFF G25.1.13 / Time OFF, you must reset the stop time.
YES
AUTO-OFF DELAY for automatic stop 0.1 – 99.9h There are two visualization parameters related with this parameter:
„SV5.22 T AutOFF= OFF‟ it is directly the G25.1.13, translated to the
visualization group SV5.
„SV5.23 TIME OFF= OFF‟ that shows the remaining time in minutes for
the automatic stop of the system.

G25.1.14 / In order to be capable of starting and stopping the drive from

Y
14 Comms Cntrol= N Communications communications. Either via field bus or GSM-Modem (with graphic . YES
N
Control display).

DESCRIPTION OF PROGRAMMING PARAMETERS 27

 SD700 POWER ELECTRONICS

3.6.8. Subgroup 25.2 – S25.2: PID Setting

Name / Set on
Parameter Range Function
Description RUN
Selects the input source for the PID setpoint. See the following table:
LOCAL OPT. FUNCTION
G25.2.1 / PID
1 PID SETP=LOCAL AI1 LOCAL Reference signal from keypad. NO
setpoint source
AI2 AI1 Reference signal from Analogue Input 1.
AI2 Reference signal from Analogue Input 2.
Selects the input source to introduce the alternative PID setpoint. See the
following table:
G25.2.2 / LOCAL OPT. FUNCTION
2 PID aSTP=LOCAL Alternative PID AI1 NO
LOCAL Reference signal from keypad.
setpoint source AI2
AI1 Reference signal from Analogue Input 1.
AI2 Reference signal from Analogue Input 2.
Selects the input source for the system feedback signal. See the following
table:
AI1 OPT. FUNCTION
G25.2.3 / PID
3 PID FBK=AI2 AI2 NO
feedback source AI1 Feedback signal from Analogue Input 1.
PULSE
AI2 Feedback signal from Analogue Input 2.
PULSE Pulses from programmable digital input.
Allows the user to set the proportional gain value of the PID. If it is
G25.2.4 /
4 PID Kc=1.0 necessary to have a higher control response, then increase this value.
Proportional gain 0.1 – 20 NO
PROPORTIONAL PID Note: If this value is increased too much, a higher instability can be
of PID regulator
introduced in the system.
G25.2.5 / Integral Allows the user to set the integral time of the PID. If you need a higher
5 PID It=5.0s 0.1 – 999.9s,
time of PID accuracy you should increase this value. YES
INTEGRAL PID Max.
regulator Note: As this value is increased the system response will slow.
Allows the user to set the derivative time of the PID. A higher system
response can be achieved by increasing this value.
G25.2.6 /
6 PID Dt=0.0s Note: If this value is increased too much accuracy can be reduced
Derivation time of 0.0 – 250s YES
DIFFERENTIAL PID slightly.
PID regulator
Note: We recommend do not modify this value since the default setting is
suitable for most pump applications.
G25.2.7 / Error of Displays the difference between the setpoint 'G25.2.1 PID SETP' and the
7 PID ERR=+xx.x% +0 to +100% -
PID regulator process feedback signal 'G25.2.3 PID FBK' in percentage.
G25.2.8 / Error of Displays the difference between the reference 'G25.2.1 PID SETP' and
+0.0 to +3276
8 ERR=+xx.xxkPa PID regulator in the process feedback signal 'G25.2.3 PID FBK' in engineering units (Bar, -
Engin. Units
engineering units kPa, m³/s, etc.)
It is possible to get an inverse operation of the drive output in PID mode:
OPT. FUNCTION
In this case, the PID response if the feedback
decreases is an increasing of the output speed.
This is the standard setting when the PID is used
N=NO for an application of constant pressure control. If
the pressure decreases (feedback) due to a higher
demand, it is required to increase the pump speed
G25.2.9 / PID N
9 PID INVERT=N to keep constant the pressure in the system. YES
output inversion Y
In this case, the PID response when the feedback
signal is falling down is a reduction of the output
speed. For example, this operation is typical for a
Y=YES temperature control by means of PID mode. A
reduction of the temperature (feedback) due to a
lower demand requires that the speed of the fan is
reduced to keep the temperature.

28 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

3.6.9. Subgroup 25.3 – S25.3: Start Conditions

Name / Set on
Parameter Range Function
Description RUN
It allows setting the wake up level of the drive set as PID setpoint units.
1 LP Pon=0.0Bar G25.3.1 / Wake up 0.0 to That means, if the PID setpoint is 5Bar and the set value in this
YES
AWAKENING LEVEL level of the drive 3276Bar parameter is 2Bar, then we are placing the wake up level below 3Bar
(5Bar – 2Bar = 3Bar).
It set the drive speed for above of which the fixed pumps will start. This is
an optional condition that can be disabled. For that set here a value of
G25.3.2 / Start
2 FP SpON=+90.0% -250% to 0%, in that way any speed for above of this it is able to start the pumps,
speed for the fixed YES
FIX PMP STAR SPD +250% that means, the speed of drive it is not considered to start the fixed
pumps
pumps. This is equivalent to an obligation instead of a condition. It is set
as % of the motor speed.
To set the PID error above of which the fixed pumps will start. It is also
G25.3.3 / optional conditions that can be considered or not depending on the
3 FP ErON=+10.0% Minimum PID error OFF=0 to setting.
YES
FIX PMP STAR ERR to start the fixed +200% This parameter, allows user the possibility of having into consideration
pumps the PID error (%) when the fixed pumps must be started. If the error is set
to 0.0%, any value could start the fixed pumps.
G25.3.4 / Delay Set the delay time to start the fixed pump linked to the relay 1.
4 FP T1 ON=10s OFF=0 to
time to start fixed Note: If time is too short, overpressure can be generated in the system. If YES
FIX PMP1 STR DLY 6000
pump 1 (Relay 1) time is too long, under-pressure can be generated.
G25.3.5 / Delay Set the delay time to start the fixed pump linked to the relay 2.
5 FP T2 ON=10s OFF=0 to
time to start fixed Note: If time is too short, overpressure can be generated in the system. If YES
FIX PMP2 STR DLY 6000
pump 2 (Relay 2) time is too long, under-pressure can be generated.
G25.3.6 / Delay Set the delay time to start the fixed pump linked to the relay 3.
6 FP T3 ON=10s OFF=0 to
time to start fixed Note: If time is too short, overpressure can be generated in the system. If YES
FIX PMP3 STR DLY 6000
pump 3 (Relay 3) time is too long, under-pressure can be generated.
Set the delay time to start the fixed pump linked to the Analogue Output
G25.3.7 / Delay
7 FP T4 ON=10s OFF=0 to 1.
time to start fixed YES
FIX PMP4 STR DLY 6000 Note: If time is too short, overpressure can be generated in the system. If
pump 4 (AO1)
time is too long, under-pressure can be generated.
Set the delay time to start the fixed pump linked to the Analogue Output
G25.3.8 / Delay
8 FP T5 ON=10s OFF=0 to 2.
time to start fixed YES
FIX PMP5 STR DLY 6000 Note: If time is too short, overpressure can be generated in the system. If
pump 5 (AO2)
time is too long, under-pressure can be generated.

Note: General considerations for starting conditions. It must be take into account that, during the setpoint
ramp, neither the conditions for the activation of the fixed pumps nor the conditions for sleep mode will be
considered. Only when the drive is in regulation process (see G25.7.4 for additional information), those
conditions will be evaluated.
During the bypass process (fixed pumps connection) these conditions will be omitted too.

DESCRIPTION OF PROGRAMMING PARAMETERS 29

 SD700 POWER ELECTRONICS

3.6.10. Subgroup 25.4 – S25.4: Stop Conditions

Name / Set on
Parameter Range Function
Description RUN
This delay time is applicable to the following conditions: sleep speed, No
Flow input, flow measurement and sleep current. If either of them is
fulfilled, the time to activate the sleep mode will start elapsing.
G25.4.1 / Delay
Note: The SD700 is configured to go to sleep according to the conditions
1 LP T SLP=20s Time before OFF=0,
of the installation as factory setting. Nevertheless, all of the parameters YES
DRIVE SLEEP DELY activating sleep 1 – 999s
values described below have been checked according to each
mode
installation, to guarantee a correct functionality. If you do not want the
equipment goes in sleep mode, these parameters must be checked and
set for this purpose.
G25.4.2 /
2 SLPsp1=+40.0% +0.0 to It allows setting the sleep speed 1, below which the drive will go to sleep
Sleep speed for YES
DRV SLEEP SPEED1 +250% whenever local setpoint 1 is selected. It is set in % of motor speed.
local setpoint 1
G25.4.3 /
3 SLPsp2=+40.0% +0.0 to It allows setting the sleep speed 2, below which the drive will go to sleep
Sleep speed for YES
DRV SLEEP SPEED2 +250% whenever local setpoint 2 is selected. It is set in % of motor speed.
local setpoint 2
G25.4.4 /
4 SLPsp3=+40.0% +0.0 to It allows setting the sleep speed 3, below which the drive will go to sleep
Sleep speed for YES
DRV SLEEP SPEED3 +250% whenever local setpoint 3 is selected. It is set in % of motor speed.
local setpoint 3
G25.4.5 /
5 SLPsp4=+40.0% +0.0 to It allows setting the sleep speed 4, below which the drive will go to sleep
Sleep speed for YES
DRV SLEEP SPEED4 +250% whenever local setpoint 4 is selected. It is set in % of motor speed.
local setpoint 4
G25.4.6 /
6 SLPsp5=+40.0% +0.0 to It allows setting the sleep speed 5, below which the drive will go to sleep
Sleep speed for YES
DRV SLEEP SPEED5 +250% whenever local setpoint 5 is selected. It is set in % of motor speed.
local setpoint 5
G25.4.7 /
7 SLPsp6=+40.0% +0.0 to It allows setting the sleep speed 6, below which the drive will go to sleep
Sleep speed for YES
DRV SLEEP SPEED6 +250% whenever local setpoint 6 is selected. It is set in % of motor speed.
local setpoint 6
G25.4.8 /
8 SLPsp7=+40.0% +0.0 to It allows setting the sleep speed 7, below which the drive will go to sleep
Sleep speed for YES
DRV SLEEP SPEED7 +250% whenever local setpoint 7 is selected. It is set in % of motor speed.
local setpoint 7
G25.4.9 /
9 SLPsp8=+40.0% +0.0 to It allows setting the sleep speed 8, below which the drive will go to sleep
Sleep speed for YES
DRV SLEEP SPEED8 +250% whenever local setpoint 8 is selected. It is set in % of motor speed.
local setpoint 8
It allows enabling or disabling the NO FLOW input to sleep the drive. It
G25.4.10 / To operates when the drive speed is below the speed set in G25.6.17 NO
enable the NO N FLO/FILL=0.0%, above which, the NO FLOW input can only operate as
10 FLsw ENA=N YES
FLOW input to Y protection (PAUSE, FAULT).
sleep the drive If it has been enabled, by closing this input (activation of the NO FLOW
input) and after elapsing the set delay time, the drive goes in sleep mode.
The flow will be monitored and when it is below the level set here, sleep
time will start elapsing. Once elapsed this time, the equipment will go in
G25.4.11 / Flow sleep mode. So it allows setting the flow value or the flow read through
11 Fsl L=0.0l/s OFF=0.0 to
level to sleep the the pulse or analogue input, below which, a situation of „no demand‟ will YES
FLOW SLEEP LEVEL 3276units
drive be detected. This situation will send to sleep the drive. When this
parameter is set to OFF, it will be disabled. The source of flow reading is
set in G25.10.1.

30 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

Name / Set on
Parameter Range Function
Description RUN
Output current will be monitored and when it is below the level set here,
sleep time will start elapsing. Once elapsed this time, the equipment will
go in sleep mode. So it allows setting the level of the output current,
G25.4.12 / Output below which, a situation of „no demand‟ will be detected. This situation
12 I SLEEP=xxxA OFF=0 to
current level to will send to sleep the drive. When this parameter is set to OFF, it will be YES
CURR SLEEP LEVEL 1229A
sleep the drive disabled.
Note: The drive can go to sleep in all of the conditions simultaneously.
Any fulfilled condition will begin the sleep delay time or will keep it active
in case of the condition that began it disappears.
It sets the PID error below which, fixed pumps will be stopped. Any error
value more negative than the value set here will stop a fixed pump. This
condition is optional.
G25.4.13 / This parameter allows user the possibility of considering the PID error (%)
13 FP erOFF=+0.0% Maximum PID -250% to at the moment of stopping the fixed pumps. Additionally, the drive speed
YES
FPUMP STOP ERROR error to stop the +0.0% and a stop delay time for each fixed pump (whenever you want) will be
fixed pumps considered.
Note: PID error conditions, delay time and speed are optional and can be
configured to be considered or not, such as it has been explained for the
starting conditions of fixed pumps.
G25.4.14 /
To set the delay time for the fixed pump assigned to the relay 1.
14 FP T1 OF=10s Delay time to stop
0 – 6000s Note: It time is too short, under-pressure could occur in the system. If YES
FPUMP1 STP DELAY fixed pump 1
time is too long overpressure could occur.
(Relay 1)
G25.4.15 /
To set the delay time for the fixed pump assigned to the relay 2.
15 FP T2 OF=10s Delay time to stop
0 – 6000s Note: It time is too short, under-pressure could occur in the system. If YES
FPUMP2 STP DELAY fixed pump 2
time is too long overpressure could occur.
(Relay 2)
G25.4.16 /
To set the delay time for the fixed pump assigned to the relay 3.
16 FP T3 OF=10s Delay time to stop
0 – 6000s Note: It time is too short, under-pressure could occur in the system. If YES
FPUMP3 STP DELAY fixed pump 3
time is too long overpressure could occur.
(Relay 3)
G25.4.17 / To set the delay time for the fixed pump assigned to the Analogue Output
17 FP T4 OF=10s Delay time to stop 1.
0 – 6000s YES
FPUMP4 STP DELAY fixed pump 4 Note: It time is too short, under-pressure could occur in the system. If
(AO1) time is too long overpressure could occur.
G25.4.18 / To set the delay time for the fixed pump assigned to the Analogue Output
18 FP T5 OF=10s Delay time to stop 2.
0 – 6000s YES
FPUMP5 STP DELAY fixed pump 5 Note: It time is too short, under-pressure could occur in the system. If
(AO2) time is too long overpressure could occur.
It sets the speed below which the drive must remain for stopping a fixed
pump whenever the operating setpoint is the local setpoint 1 set in
G25.4.19 / Stop G25.1.5.
19 SPD1of=+70.0% +0.0% to
speed 1 for one If you want the speed condition is not considered for stopping the fixed YES
FPUMP STP SPEED1 +250%
fixed pump pumps, you must set a value that will be always above the drive speed,
so that, this condition is always fulfilled and therefore, it would stop being
a condition. This is applicable to all of the selected setpoints.
G25.4.20 / Stop It sets the speed below which the drive must remain for stopping a fixed
20 SPD2of=+70.0% +0.0% to
speed 2 for one pump whenever the operating setpoint is the local setpoint 2 set in YES
FPUMP STP SPEED2 +250%
fixed pump G25.1.6.
G25.4.21 / Stop It sets the speed below which the drive must remain for stopping a fixed
21 SPD3of=+70.0% +0.0% to
speed 3 for one pump whenever the operating setpoint is the local setpoint 3 set in YES
FPUMP STP SPEED3 +250%
fixed pump G25.1.7.
G25.4.22 / Stop It sets the speed below which the drive must remain for stopping a fixed
22 SPD4of=+70.0% +0.0% to
speed 4 for one pump whenever the operating setpoint is the local setpoint 4 set in YES
FPUMP STP SPEED4 +250%
fixed pump G25.1.8.
G25.4.23 / Stop It sets the speed below which the drive must remain for stopping a fixed
23 SPD5of=+70.0% +0.0% to
speed 5 for one pump whenever the operating setpoint is the local setpoint 5 set in YES
FPUMP STP SPEED5 +250%
fixed pump G25.1.9.

DESCRIPTION OF PROGRAMMING PARAMETERS 31

 SD700 POWER ELECTRONICS

Name / Set on
Parameter Range Function
Description RUN
G25.4.24 / Stop It sets the speed below which the drive must remain for stopping a fixed
24 SPD6of=+70.0% +0.0% to
speed 6 for one pump whenever the operating setpoint is the local setpoint 6 set in YES
FPUMP STP SPEED6 +250%
fixed pump G25.1.10.
G25.4.25 / Stop It sets the speed below which the drive must remain for stopping a fixed
25 SPD7of=+70.0% +0.0% to
speed 7 for one pump whenever the operating setpoint is the local setpoint 7 set in YES
FPUMP STP SPEED7 +250%
fixed pump G25.1.11.
G25.4.26 / Stop It sets the speed below which the drive must remain for stopping a fixed
26 SPD8of=+70.0% +0.0% to
speed 8 for one pump whenever the operating setpoint is the local setpoint 8 set in YES
FPUMP STP SPEED8 +250%
fixed pump G25.1.12.
G25.4.27 / Sleep Level below which, the drive will sleep when the PID of the application is
27 PIDiSL%=0.0%
level in inverse 0.0% to 250% inverted (setting of G25.2.9 PID INVERT = Y). It is set in % of drive YES
PID INVE SLEEP %
PID setpoint.
This parameter operates together with option ‟31 SLEEP CONDIT‟ of
parameter G8.1.1. User can disable the sleep option of the drive but a
PLC receives the warning of fulfilled sleep conditions through the output
G25.4.28 / To relay configured with option „31‟ and stops the system. See option „31‟ in
N
28 SLEEP?=Y enable sleep parameter G8.1.1. YES
Y
mode
OPT. FUNCTION
N=NO Sleep mode disabled.
Y=YES Sleep mode enabled.
G25.4.29 / Sleep
It allows setting the sleep speed 1 below which the drive will activate the
speed when
29 SLPspA=+40.0% +0.0% to sleep mode, whenever the setpoint is selected to be introduced through
setpoint is YES
SLEP SPD STP ANA +250% Analogue Input 1 or 2.
introduced through
It is adjusted as percentage of motor speed.
AI
If this parameter is set to „YES‟:
a) when the equipment receives the start command,
b) when it returns from a pause (cavitation, high pressure, …),
c) after resetting a fault,
G25.4.30 / Go to it checks if the line pressure is higher that the absolute level for waking
sleep mode when up, calculated with setting of the parameter G25.3.1, and in this case, the
N
30 GO SLEEP MO=N conditions are drive go to sleep mode without starting. On the other hand, if the pressure YES
Y
fulfilled, without is lower than that value (G25.3.1), or this parameter is set to „NO‟, the
starting drive normally starts.
OPT. FUNCTION
N=NO Disabled.
Y=YES Enabled.

3.6.11. Subgroup 25.5 – S25.5: Speed Bypass

Name / Set on
Parameter Range Function
Description RUN
G25.5.1 / Speed
The drive speed will be forced to the value set in this parameter during
1 BY SPon=+70.0% bypass at the +0.0% to
the time set in G25.5.2 to avoid over-pressure situations at the starting of YES
BYPASS ON SPEED starting of fixed +250%
a fixed pump.
pumps
G25.5.2 / Time of
2 BY T ON=10s speed bypass OFF=0 to During the time set here, the drive speed will be forced to the value set in
YES
BYPASS ON DELAY after starting fixed 999s G25.5.1 to avoid over-pressure situations at the starting of a fixed pump.
pumps
G25.5.3 / Speed
The drive speed will be forced to the value set in this parameter during
3 BY SPof=+90.0% bypass at the +0.0 to
the time set in G25.5.4 to avoid under-pressure situations at the stopping YES
BYPASS OFF SPEED stopping of fixed +250%
of a fixed pump.
pumps
G25.5.4 / Time of
During the time set here, the drive speed will be forced to the value set in
4 BY T OFF=5s speed bypass OFF=0 to
G25.5.3 to avoid under-pressure situations at the stopping of a fixed YES
BYPASS OFF DELAY after stopping 999s
pump.
fixed pumps

32 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

3.6.12. Subgroup 25.6 – S25.6: Protection

Name / Set on
Parameter Range Function
Description RUN
It allows setting a delay time value before the drive starts after stopping
by protection pause.
This delay time starts elapsing once the cause that produced the pause
disappears. For example: A pause was generated due to an over-
pressure. Once the over-pressure condition disappears, delay time set
here will start elapsing and when this time is elapsed, the SD700 will
G25.6.1 / Delay
1 PAUSE/DEL=10s start. This delay time will be applied to all of the pauses:
time after 0 to 999s YES
DELAY AFTER PAUS High pressure (analogue feedback), if it is set to PAUSE.
protection pause
Cavitation, if it is set to PAUSE.
No Flow switch, if it is set to PAUSE.
Note: In case of „Cavitation‟, when the equipment goes into Pause, it is
stopped and, therefore, it is not possible to continue monitoring values, so
that, as soon as the equipment stops, delay time starts elapsing and
when this time is elapsed the equipment will start.
It allows the possibility of protecting the pump from cavitation status.
OPT. FUNCTION
N=NO Cavitation protection disabled.
Y=YES Cavitation protection enabled.
To protect the pump by entering of cavitation status is necessary to follow
the next steps:
Set this parameter to „YES‟.
G25.6.2 / To Set a cavitation current value (in G25.6.4) below which the first detection
N
2 CAVITATION=N enable cavitation condition will be met. YES
Y
protection Set a cavitation speed value (in G25.6.5) above which the second
detection condition will be met.
Set a delay time to activate cavitation protection, once elapsed, last
cavitation condition will be activated.
Set a pause time to deactivate cavitation protection. In that moment, drive
will try to start again.
If three previous conditions are given, the drive will stop the pump to
protect it from cavitation status (no water).
It allows selecting the drive response from a cavitation situation.
OPT. FUNCTION
It will generate that the drive stops firstly, and
next, the fixed pumps. „CAVITATION PAUSE‟ will
G25.6.3 / PAUSE
PAUSE be displayed. Once elapsed the delay time after
3 CAV MODE=FAULT Response from YES
FAULT pause, the drive will start.
cavitation
It will generate a fault, and next, the fixed pumps
FAULT will stop. In this case, the visualization will be „F68
CAVIT/UNDERL‟.

Setting of the cavitation current below which the first detection condition
4 CAV CURR=___A G25.6.4 / (0.2 to
to activate the protection is met. This parameter operates together with YES
CAVITATION CURRE Cavitation current 1.50)·In
parameters G25.6.5 and G25.6.6. See note below.

This value depends on the drive size.

Note: To adjust cavitation parameters, Power Electronics recommends, whenever it is possible, follow the next steps:
 If the load is variable, adjust the application for the most frequent load value, for example, select a middle
consumption for an irrigation water pump.
 Start the drive at manual speed.
 Set the drive speed to the minimum functional speed (minimum flow in case of pumps) or to the minimum
operation level of your application.
 Make a note of the output current and the motor speed.
 Set the cavitation speed to the speed that you have made a note before.
 Set the cavitation current to 6% less than the current that you have made a note before.
 Set the desired activation time, for example, 10s.
 Check the system, if it is necessary, set the parameters for an optimum response again.

DESCRIPTION OF PROGRAMMING PARAMETERS 33

 SD700 POWER ELECTRONICS

Name / Set on
Parameter Range Function
Description RUN
Setting of the cavitation speed above which the second detection
5 CAV SPED=+100% G25.6.5 / +0.0% to
condition to activate the protection is met. This parameter operates
YES
CAVITATION SPEED Cavitation speed +250%
together with parameters G25.6.4 and G25.6.6. See note in the previous
footer.
G25.6.6 / Delay Setting of the delay time to activate the cavitation protection. The drive
6 CAV DELAY=10s time to activate will wait for this time before activating the protection and then will stop.
0 – 999s YES
CAVIT FLT DELAY cavitation This parameter operates together with parameters G25.6.4 and G25.6.5.
protection See note in the previous footer.
It allows the possibility of tripping because of low pressure fault 'F65 LOW
G25.6.7 / To PRESSURE' by stopping the pump.
enable low N
7 ENABLE LO PRE=N OPT. FUNCTION YES
pressure Y
N=NO Low pressure protection disabled.
protection
Y=YES Low pressure protection enabled.
OFF=0 to Setting of the pressure level below which the equipment will trip because
G25.6.9 /
9 LO PRE=5.0Bar 3276 of low pressure fault.
Minimum pressure YES
LO PRESSURE LEVL Engineering Note: Default units of measurement which are displayed depend on the
level
units selected engineering units.
During the delay time set here, the pressure remains below the minimum
pressure level set in G25.6.9 generating a drive trip because of low
pressure fault 'F65 LOW PRESSURE'.
Note: The minimum pressure protection is deactivated during pipe filling
G25.6.10 / Trip
process. If a pipe is broken during the pipe filling process or when the
delay time
10 Lop DLY=10.0s drive is stopped, then the pipe filling process does not finish by reached
because of 0 – 999s YES
LO PRESS FLT DLY pressure, but by time. Once finished the stage of pipe filling, the breakage
minimum pressure
detection will be activated and will trip after elapsing the set time.
fault
Additionally, it is necessary to consider, if enabled fixed pumps exist,
these ones must be connected for the minimum pressure conditions are
evaluated, otherwise, the drive executes the normal connection process
of pumps before tripping by minimum pressure.
It sets a minimum speed for the minimum pressure fault „F65 LOW
PRESSURE‟ (Possible broken pipe). Although Hardware or Software
G25.6.11 / conditions exist (favourable comparison) to trip by minimum pressure
11 Lop Msp=+0.0% Minimum speed +0.0% to fault, the trip is not produced while the present motor speed is not lower
YES
LO PRESS MIN SPED for minimum +250% than the speed set in this parameter, if any of the enabled fixed pumps is
pressure fault not started either. In short, it is an additional safety measurement to
guarantee the broken pipe detection with a higher reliability. It is set in %
of motor rated speed.
It allows selecting the drive response from an over-pressure situation.
OPT. FUNCTION
It will generate the stopping of the drive, and next,
the fixed pumps. „HI PRESSURE PAUS‟ will be
G25.6.12 / PAUSE visualized. Once the high pressure condition
PAUSE
12 HP MODE=PAUSE Response from disappears, if the delay time after pause has YES
FAULT
over-pressure elapsed, the drive will start.
It will cause a fault and next, the fixed pumps will
FAULT be stopped. In this case, „F66 HI PRESSURE‟ will
be visualized.

It allows setting the high pressure level above which the drive recognises
a level of high pressure by comparing with data received through
G25.6.13 / 0 – 3276
13 HP LEV=100Bar analogue input (reading of PID feedback sensor). Once exceeded the
Maximum Engineering YES
HIGH PRESS LEVEL detection threshold and elapsed the time set in G25.6.14, the drive will
pressure level units
stop by PAUSE or will trip by FAULT, according to the setting realized in
G25.6.12.
Setting of the trip time by high pressure. Once exceeded the detection
G25.6.14 / Trip
14 HIpr DLY=0.0s level set in G25.6.13 and elapsed the time set here, the drive will stop by
time because of 0 to 999s YES
HI PRESS FLT DLY PAUSE or will trip by FAULT according to the setting realized in
high pressure
G25.6.12.

34 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

Name / Set on
Parameter Range Function
Description RUN
It allows selecting the drive response from No Flow detection situation.
OPT. FUNCTION
It will generate the stopping of the drive, and next,
the fixed pumps. „NO FLOW‟ will be visualized.
G25.6.15 /
PAUSE PAUSE Once the no flow condition disappears, if the
15 FLO SWm=PAUSE Response from No YES
FAULT delay time after pause has elapsed, the drive will
Flow situation
start.
It will cause a fault and next, the fixed pumps will
FAULT be stopped. In this case, „F69 FLOW SWITCH‟
will be visualized.
It allows enabling or disabling No Flow switch to stop the drive during
pipe filling process, according to the mode selected in G25.6.14 (PAUSE
G25.6.16 / To or FAULT).
enable No Flow N OPT. FUNCTION
16 NO FLO/FILL=N YES
switch during pipe Y The drive will ignore No Flow input during pipe
N=NO
filling process filling process.
The drive considers No Flow input during pipe
Y=YES
filling process to stop.
Setting of a minimum stop speed of the drive when No Flow situation is
detected. When the motor speed is higher than the level set here, the No
Flow switch can generate a stopping by PAUSE or by FAULT, if the other
G25.6.17 / conditions above mentioned are fulfilled. On the other hand, when the
17 NO FLsp=+0.0% Minimum stop +0.0 to drive speed is lower than the level set here, the No Flow switch can
YES
NO FLOW MIN SPED speed because of +250% generate that the drive goes to sleep, whenever the other needed
No Flow detection conditions to activate the sleep mode are met. Therefore, when the drive
speed is lower than the level set here, the equipment will check the
setting of the parameter „G25.4.10 FLsw ENA ‟. If the setting is YES, then
the equipment will sleep if the other conditions are met.
During this time the No Flow input is ignored.
This time has only sense elapsed from the starting of the drive, whenever
the pipe filling process is not activated.
If the filling option is activated, then the SD700 will check the setting of
G25.6.18 / Bypass the parameter „G25.6.16 NO FLO/FILL‟ before.
18 NO FLbyp=0.0s
time for No Flow 0.0 to 999s If this parameter is set to YES, then No Flow option is active during the YES
NO FLO BYPAS DLY
switch pipe filling process. In this case, the bypass time will be counted although
pipe filling process is active.
On the other hand, if this parameter is set to NO, the No Flow option is
not activated during the pipe filling process. In this case, the bypass time
will start elapsing after pipe filling process finishes.
G25.6.19 / Trip
It sets the delay time from the No Flow switch is opened to the drive
19 NO FLdly=0.0s delay time
0.0 to 999s stops. In case of the bypass delay time is also configured, both delay YES
NO FLOW FLT DLY because of No
times will be considered.
Flow
Setting of the time that must elapse from the SD700 stops to starts again,
for the cycle counter G25.6.21 is reset.
This function is a protection from situations where keeping the pressure
level is difficult for the drive and, for example, the drive goes to sleep and
20 CYCLE TI=0m G25.6.20 / Cycle OFF=0 to wakes up immediately (a faulty check valve, incorrect setting of the
YES
CYCLE RESET DELY time of the drive 99m parameters or problems with measurement sensor). This function also
will operate together with cavitation protection avoiding that the drive
pump is starting and stopping continuously in cavitation pauses.
If the drive starts a number of times without relaxing for the time set here,
then it will trip by „F71 CYCLING‟, also stopping the fixed pumps.
Setting of the maximum allowed cycles without relaxing. If this number is
21 CYCLE CNT=5 G25.6.21 / Cycle
1 to 5 exceeded, trip will be generated. YES
MAX CYCLES ALLOW counter
Note: Go to sleep and wake up is also considered a cycle.

DESCRIPTION OF PROGRAMMING PARAMETERS 35

 SD700 POWER ELECTRONICS

3.6.13. Subgroup 25.7 – S25.7: Pipe filling / Setpoint Ramp

Name / Set on
Parameter Range Function
Description RUN
It allows selecting the source of the pressure reading for parameter
G25.7.3. See the following table:
G25.7.1 / PID OPT. FUNCTION
1 PRESSU SOU=PID Pressure reading AI1 NO
PID Pressure reading from feedback signal of the PID
source AI2
AI1 Pressure reading from Analogue Input 1
AI2 Pressure reading from Analogue Input 2
G25.7.2 / Speed OFF=0.0,
2 FILL SP=+70.0%
for pipe filling +0.1 to It sets the reference speed during the pipe filling process. YES
PIPE FILLING SPD
process +250%
It sets the pressure that determines the end of the pipe filling process.
G25.7.3 / The sleep function of the drive is disabled during pipe filling process.
0.0 – 3276
3 FILL P=2.0Bar Pressure for the Once the pipe filling process has finished, the drive goes to the stage of
Engineering YES
PFILL END PRESSU end of pipe filling setpoint ramp.
Units
process Note: Default units of measurement which are displayed depend on the
selected engineering units.
Setting of a safety time to force the end of the pipe filling process. The
condition that is met before (pressure or time) will force the end of the
G25.7.4 / Safety
4 FILL TIM=15m OFF=0, pipe filling process, changing the equipment from the filled status (FILL)
time for pipe filling YES
PFILL END DELAY 1 – 9999min to setpoint ramp (RAMP).
process
Note: If this time is set to „0‟, the drive will not execute the pipe filling
process.
Setting of the ramp applied to increase the setpoint.
After finishing the pipe filling process, or if this process has not been
realized from the beginning, or if the drive has just waking up, the drive
will adjust the setpoint value to the present value of the feedback signal
provisionally. Then, the setpoint will be increased according to the ramp
0.01 – 320.00
G25.7.5 / Setpoint set in this parameter up to a 5% below the real setpoint selected by user.
5 SPT RAMP=1.0Bar / s Engineering YES
ramp In that moment, the real regulation will start. During the setpoint ramp, the
Units / s
drive cannot go to sleep by no demand.
By setting a slow setpoint ramp, a smooth increase of the motor speed is
get.
Note: Default units of measurement which are displayed depend on the
selected engineering units.

3.6.14. Subgroup 25.8 – S25.8: Setpoint Compensation due to Pressure Loss

Name / Set on
Parameter Range Function
Description RUN
G25.8.1 /
Allows automatic compensation of the system setpoint to prevent
Compensation 0.0 – 3276
1 COMP 1=0.0Bar pressure loss in the pipe when 1 fixed speed pump is started.
pressure at the Engineering YES
SETPOINT COMPEN1 Note: Default units of measurement which are displayed depend on the
starting of 1 fixed units
selected engineering units.
pump
G25.8.2 /
Allows automatic compensation of the system setpoint to prevent
Compensation 0.0 – 3276
2 COMP 2=0.0Bar pressure loss in the pipe when 2 fixed speed pumps are started.
pressure at the Engineering YES
SETPOINT COMPEN2 Note: Default units of measurement which are displayed depend on the
starting of 2 fixed units
selected engineering units.
pumps
G25.8.3 /
Allows automatic compensation of the system setpoint to prevent
Compensation 0.0 – 3276
3 COMP 3=0.0Bar pressure loss in the pipe when 3 fixed speed pumps are started.
pressure at the Engineering YES
SETPOINT COMPEN3 Note: Default units of measurement which are displayed depend on the
starting of 3 fixed units
selected engineering units.
pumps
G25.8.4 /
Allows automatic compensation of the system setpoint to prevent
Compensation 0.0 – 3276
4 COMP 4=0.0Bar pressure loss in the pipe when 4 fixed speed pumps are started.
pressure at the Engineering YES
SETPOINT COMPEN4 Note: Default units of measurement which are displayed depend on the
starting of 4 fixed units
selected engineering units.
pumps
G25.8.5 /
Allows automatic compensation of the system setpoint to prevent
Compensation 0.0 – 3276
5 COMP 5=0.0Bar pressure loss in the pipe when 5 fixed speed pumps are started.
pressure at the Engineering YES
SETPOINT COMPEN5 Note: Default units of measurement which are displayed depend on the
starting of 5 fixed units
selected engineering units.
pumps

36 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

3.6.15. Subgroup 25.9 – S25.9: Fixed Pumps Control

Name / Set on
Parameter Range Function
Description RUN
When activating pump control the relay 1 is configured to '28 PUMP
CNTRL', to control fixed pumps. If the pump 1 associated to this relay is
not needed, we recommend you disable it from here. In this way, the
G25.9.1 / To relay can be configured for other uses.
enable fixed pump N OPT. FUNCTION
1 ENABLE PUMP1=N YES
associated to Y To disable the fixed pump associated to the relay
N=NO
output relay 1 1.
To enable the fixed pump associated to the relay
Y=YES 1. The relay is programmed to '28 PUMP CNTRL'
and free-configuration is not allowed for it.
When activating pump control the relay 2 is configured to '28 PUMP
CNTRL', to control fixed pumps. If the pump 2 associated to this relay is
not needed, we recommend you disable it from here. In this way, the
G25.9.2 / To relay can be configured for other uses.
enable fixed pump N OPT. FUNCTION
2 ENABLE PUMP2=N YES
associated to Y To disable the fixed pump associated to the relay
N=NO
output relay 2 2.
To enable the fixed pump associated to the relay 2.
Y=YES The relay is programmed to '28 PUMP CNTRL' and
free-configuration is not allowed for it.
When activating pump control the relay 3 is configured to '28 PUMP
CNTRL', to control fixed pumps. If the pump 3 associated to this relay is
not needed, we recommend you disable it from here. In this way, the
G25.9.3 / To relay can be configured for other uses.
enable fixed pump N OPT. FUNCTION
3 ENABLE PUMP3 =N YES
associated to Y To disable the fixed pump associated to the relay
N=NO
output relay 3 3.
To enable the fixed pump associated to the relay
Y=YES 3. The relay is programmed to '28 PUMP CNTRL'
and free-configuration is not allowed for it.
When activating pump control and selecting digital input as ‟55 FIX
PUMP4 FLT‟, and after enabling this parameter, the analogue output 1 is
configured to '27 MACRO PUMP', to control fixed pumps. If the pump 4
associated to this analogue output is not needed, we recommend you
disable it from here.
G25.9.4 / To In this way, the analogue output can be configured for other uses.
enable fixed pump N
4 ENABLE PUMP4=N OPT. FUNCTION YES
associated to Y
To disable the fixed pump associated to the relay
analogue output 1 N=NO
4.
To enable the fixed pump associated to the
Analogue Output 1. AO1 is programmed to '27
Y=YES
MACRO PUMP' and free-configuration is not
allowed for it.
When activating pump control and selecting digital input as ‟56 FIX
PUMP5 FLT‟, and after enabling this parameter, the analogue output 2 is
configured to '27 MACRO PUMP', to control fixed pumps. If the pump 5
associated to this analogue output is not needed, we recommend you
disable it from here.
G25.9.5 / To In this way, the analogue output can be configured for other uses.
enable fixed pump N
5 ENABLE PUMP5=N OPT. FUNCTION YES
associated to Y
To disable the fixed pump associated to the relay
analogue output 2 N=NO
5.
To enable the fixed pump associated to the
Analogue Output 2. AO2 is programmed to '27
Y=YES
MACRO PUMP' and free-configuration is not
allowed for it.

DESCRIPTION OF PROGRAMMING PARAMETERS 37

 SD700 POWER ELECTRONICS

Name / Set on
Parameter Range Function
Description RUN
It allows selecting the alternation mode of the fixed pumps.
OPT. DESCRIPTION FUNCTION
The drive will always start the fixed
pumps by following the same
0 LINEAR sequence 1, 2, 3 and will stop them
G25.9.6 /
in the same way 1, 2, 3 (no
6 FP ALTER MOD=0 Alternation mode 0–2 YES
alternation).
of fixed pumps
The first pump to start will be the
1 CYCLE
next one to the last stopped pump.
The drive will try to make the
2 DUTY SHARE operation times of all available
pumps equal.
It sets a pressure level below which, the Jockey pump will start. During
periods of very low demand (for example, tank filling process or opening
G25.9.7 / Starting 0.0 – 3276
7 JPon P=0.0Bar of a couple of taps) the Jockey pump will start to cover this demand. This
pressure of Engineering YES
JOCKEY ON PRESS pump will only start if the drive is sleeping and additionally there is some
Jockey pump units
relay configured in Jockey Pump mode. Consult configuration of the
outputs for additional information.
G25.9.8 / Start It allows setting a delay time for the starting of Jockey pump. This time
8 JPon DLY=20s delay time for 0 to 600s will start elapsing after the starting condition of this pump is met, this is, YES
JOCKEY ON DELAY
Jockey pump when the pressure is below the level set in G25.9.7.
G25.9.9 / Stopping 0.0 – 3276 Setting of the level above which Jockey pump will stop. If the drive pump
9 JPof P=0.0Bar pressure of Engineering starts, then the Jockey pump will stop automatically although this YES
JOCKEY OFF PRESS
Jockey pump units stopping pressure is not reached.
Once stopped the Priming pump and started the drive, if the input
configured as Pressure Switch is opened during this time, the fault „F72
G25.9.10 / Bypass
10 PRp BYP=300s IN PRES SW‟ will be produced.
time for Priming 0.1 – 6000s YES
PRIM.PUM.BYP.DLY Note: The fault F72 is only produced if there is some relay configured as
pump
‟30 PRIMING PUMP‟ and some digital input configured as ‟69 PRESSUR
SWITC‟.
If the Priming pump is connected and this time has elapsed from the
G25.9.11 / Trip starting of the same one without detecting pressure in the pressure
11 PRp DLY=OFF time of F72 during OFF=0, switch, the fault „F72 IN PRES SW‟ will be produced.
YES
PRIM PUM FLTdly Priming pump is 0.1 – 6000m Note: The fault F72 is only produced if there is some relay configured as
connected ‟30 PRIMING PUMP‟ and some digital input configured as ‟69 PRESSUR
SWITC‟.
It allows selecting the operating of the auxiliary pump selected with
configuring option for relay „30 PRIMING‟:
OPT. FUNCTION
The auxiliary pump starts before the drive
G25.9.12 / pump, helps in the filling process of the
0=PRIMING
Selection of aspiration and stops when this process is
12 SUPPLY PUMP=0 Auxiliary Pump as 0 to 1 finished. YES
Priming or Lift The auxiliary pump starts before the drive
Pump pump, helps in the filling process of the
1=LIFT aspiration and does not stop when this
process is finished. The auxiliary pump stops
when the main pump is stopped.

3.6.16. Subgroup 25.10 – S25.10: Flow Limitation Algorithm

Name / Set on
Parameter Range Function
Description RUN
It selects the PID reference source of the instantaneous flow.
OPT. FUNCTION
AI1
G25.10.1 / Flow AI1 Reference from Analogue Input 1
1 FLOW SEL=PULSE AI2 YES
reading source AI2 Reference from Analogue Input 2
PULSE
PULSE Pulses from a programmable digital input

38 DESCRIPTION OF PROGRAMMING PARAMETERS

POWER ELECTRONICS SD700

Name / Set on
Parameter Range Function
Description RUN
Setting of the maximum value of the allowed flow.
When the flow value is higher than the value set in (G25.10.2 +
G25.10.3), the flow control algorithm will be activated showing „FLOW‟ as
drive status.
At this point, the pump speed reference will start to decrease by using the
G25.10.2 / 0.0 – 3276 ramp set in G25.10.5. The speed reference will decrease until the present
2 MAX FLOW=1000 l/s
Maximum allowed Engineering flow is lower than the value set in G25.10.2 minus the margin set in YES
MAX ALLOWED FLOW
flow units G25.10.3. In that moment, the speed will remain constant until the
present flow is lower than the flow set in G25.10.4. From this moment on,
the PID regulator will take up the control again, and the drive will start to
regulate normally.
Note: Default units of measurement which are displayed depend on the
selected engineering units.
G25.10.3 / Offset
3 OFFSET=+0% +0% to Setting of the offset margin over the maximum allowed flow to activate
percentage over YES
OFFSET MAX FLOW +250% the algorithm (measured as % of G25.10.2).
maximum flow
Setting of the flow level to reset the flow limitation algorithm. When the
G25.10.4 / Flow level of the instantaneous flow read in the source set in G25.10.1 is below
4 FLO RES=+100% +0.0 to
percentage to the value set here, the flow limitation algorithm will give the PID the YES
FLOW RESET LEVEL +100%
reset algorithm control. It will be measured as % of the range of AI1, AI2 or G4.4.3 in
case of pulse signal.
G25.10.5 / Setting of the deceleration ramp to decrease the pump speed until the
5 DECrat=+2.0% / s +0.0 to
Deceleration ramp read flow is lower than the flow set as maximum minus the flow set as YES
FLOW DECEL RATE +250% /s
during algorithm offset margin in G25.10.2 and G25.10.3.
G25.10.6 / Units of
Read only parameter that shows the units of measurement of the
6 UNIT FLOW= l/s measurement of - -
instantaneous flow set in 'G25.10.1 FLOW SEL '.
instantaneous flow

3.6.17. Subgroup 25.11 – S25.11: Registers (Read only)

Name / Set on
Parameter Range Function
Description RUN
G25.11.1 /
1 P1 = -----0d -----0m Operated time by - -
Pump 1
G25.11.2 /
2 P2 = -----0d -----0m Operated time by - -
Pump 2
This subgroup shows the amount of minutes and days operated by each
G25.11.3 /
auxiliary pump. It is especially useful when the alternation mode 2 (DUTY
3 P3 = -----0d -----0m Operated time by - -
SHARE) is used to check if the operated times by the auxiliary pumps are
Pump 3
equal.
G25.11.4 /
4 P4 = -----0d -----0m Operated time by - -
Pump 4
G25.11.5 /
5 P5 = -----0d -----0m Operated time by - -
Pump 5
It resets the counters of the pumps.
OPT. FUNCTION
G25.11.9 / Reset N
TIME RESTORE=N N=NO The counters of the pumps are not reset. NO
counters Y
Y=YES All of the counters of the pumps will be reset.

DESCRIPTION OF PROGRAMMING PARAMETERS 39

 SD700 POWER ELECTRONICS

4. MODBUS COMMUNICATION
4.1. Remote Control Functions
ENABLE MACRO COMM CONTROL

Screen -
Range 0–1
Modbus Address 42419
Modbus Range 0 to 1
Read / Write YES
Set during RUN NO, furthermore, it only can be activated when the pump macro is active

Description It allows enabling the control of the drive (start and stop) when the pump macro is
enabled.

HOST START/STOP MACRO CONTROL

Screen -
Range 0–1
Modbus Address 42420
Modbus Range 0 to 1
Read / Write YES
Set during RUN Changes are only accepted when 42419 is “1”.

Description It allows giving the start command (set to 1) and the stop command (set to 0) to the
drive through communication network.

Operating Description

If there is not any digital input configured with option 75 (ALTERNATIVE MACRO CTRL):

 If parameter 42419 (Enables Control through communication network) is “1”, the drive only can
be controlled through communication network (address 43420).
 If parameter 42419 (Enables Control through communication network) is “0”, the drive only can
be controlled through digital inputs or in not protected manual mode from the display.
If there is any digital input configured with option 75 (ALTERNATIVE MACRO CTRL), and it is closed:
 If parameter 42419 (Enables Control through communication network) is “1”, the drive only can
be controlled through communication network (address 43420).
 If parameter 42419 (Enables Control through communication network) is “0”, the drive cannot
be started or stopped until the digital input is opened or the control through communication
network is enabled.
If there is any digital input configured with option 75 (ALTERNATIVE MACRO CTRL), and it is
opened:
 The drive only can be controlled by digital inputs or in not protected manual mode from the
display. Changes in addresses 42419 and 42420 will be ignored.

40 FAULT MESSAGES. DESCRIPTIONS AND ACTIONS

POWER ELECTRONICS SD700

4.2. Summary of Modbus Addresses

The parameters related to the pump macro and all the parameters included in the parameter group
for pump control G25 are listed below. Modbus address and setting range in Modbus for each
parameter appear in the following tables.

4.2.1. Programming Parameters

Parameter Screen Description Address Range Modbus Range
STANDARD
G1.7 7 PROG= STANDAR Program activation - -
PUMP
Saves the parameters of the drive to the N
G1.10.1 UPLOAD=N
display. Y
Saves the parameters of the display to the N
G1.10.2 DOWNLOAD=N
drive. Y
G4.1.5 5 DIGITL IN 1=06 Multi-function Digital Input 1 configuration 40032 00 to 75 0 to 75
G4.1.6 6 DIGITL IN 2=00 Multi-function Digital Input 2 configuration 40033 00 to 75 0 to 75
G4.1.7 7 DIGITL IN 3=00 Multi-function Digital Input 3 configuration 40034 00 to 75 0 to 75
G4.1.8 8 DIGITL IN 4=00 Multi-function Digital Input 4 configuration 40035 00 to 75 0 to 75
G4.1.9 9 DIGITL IN 5=00 Multi-function Digital Input 5 configuration 40036 00 to 75 0 to 75
G4.1.10 10 DIGITL IN6=17 Multi-function Digital Input 6 configuration 40037 00 to 75 0 to 75
%
l/s
m³/s
l/m
m³/m
G4.4.1 1 Sensr U=l/s Sensor units of Pulse Input 40581 0 to 9
l/h
m³/h
m/s
m/m
m/h
G4.4.2 2 Pls/s = 100l/s Flowmeter configuration 40582 0 to 32760 Flow Units 0 to 32760
G4.4.3 3 M Rng=1000l/s Maximum range of flow meter 40583 0 to 32760 Flow Units 0 to 32760
G8.1.1 1 SEL RELAY 1=02 Selection of Relay 1 control source 40362 00 to 40 0 to 40
G8.1.5 5 SEL RELAY 2=03 Selection of Relay 2 control source 40366 00 to 40 0 to 40
G8.1.9 9 SEL RELAY 3=05 Selection of Relay 3 control source 40370 00 to 40 0 to 40
G8.2.1 1 ANLG OUT1=01 Mode selection for Analogue Output 40342 00 to 27 0 to 27
G8.2.6 6 ANLG OUT 2=02 Mode selection Analogue Output 2 40347 00 to 27 0 to '27
N
G12.1 1 AUTO RESET=N Auto Reset 40571 0 to 1
Y
G12.2 2 ATTEMP NUMBR=1 Number of Auto Reset attempts 40572 1 to 5 1 to 5
G12.3 3 R STR DEL=5s Delay time before Auto Reset 40573 5 to 120s 5 to 120
Reset time for the counter of Auto Reset
G12.4 4 RS COUNT=15min 40574 1 to 60min 1 to 60
attempts
G12.5 5 F1 AUTO RST=0 Selection of fault 1 to be reset 40575 0 to 25 0 to 25
G12.6 6 F2 AUTO RST=0 Selection of fault 2 to be reset 40576 0 to 25 0 to 25
G12.7 7 F3 AUTO RST=0 Selection of fault 3 to be reset 40577 0 to 25 0 to 25
G12.8 8 F4 AUTO RST=0 Selection of fault 4 to be reset 40578 0 to 25 0 to 25
G13.1 1 F0 NO FAULT Register 1 of fault history 40432 - -
G13.2 2 F0 NO FAULT Register 2 of fault history 40433 - -
G13.3 3 F0 NO FAULT Register 3 of fault history 40434 - -
G13.4 4 F0 NO FAULT Register 4 of fault history 40435 - -
G13.5 5 F0 NO FAULT Register 5 of fault history 40436 - -
G13.6 6 F0 NO FAULT Register 6 of fault history 40437 - -
N
G13.7 7 CLEAR FAULTS=N G13.7 / Erase fault history 40438 0 to 1
Y

FAULT MESSAGES. DESCRIPTIONS AND ACTIONS 41

 SD700 POWER ELECTRONICS

Parameter Screen Description Address Range Modbus Range

G25.1.1 1 CONTROL MODE=1 Control mode 42035 0 to 1 0 to 1
LOCAL
Source selection for speed reference in
G25.1.2 2 MAN SPD REF= LOCAL 42041 AI1 0 to 2
manual mode
AI2
Value of speed reference for LOCAL source
G25.1.3 3 MAN SPEED=+0.0% 42042 -250% to +250% -20480 to +20480
in manual mode
LOCAL
Source for the Alternative speed reference in
G25.1.4 4 ALT MAN S R=LOCAL 42043 AI1 0 to 2
manual mode
AI2
0 to 3276
G25.1.5 5 SETPT1=0.0Bar Local setpoint 1 for PID 42151 0 to 32760
Engineering Units
0 to 3276
G25.1.6 6 SETPT2=0.0Bar Local setpoint 2 for PID 42152 0 to 32760
Engineering Units
0 to 3276
G25.1.7 7 SETPT3=0.0Bar Local setpoint 3 for PID 42153 0 to 32760
Engineering Units
0 to 3276
G25.1.8 8 SETPT4=0.0Bar Local setpoint 4 for PID 42154 0 to 32760
Engineering Units
0 to 3276
G25.1.9 9 SETPT5=0.0Bar Local setpoint 5 for PID 42155 0 to 32760
Engineering Units
0 to 3276
G25.1.10 10 SETPT6=0.0Bar Local setpoint 6 for PID 42156 0 to 32760
Engineering Units
0 to 3276
G25.1.11 11 SETPT7=0.0Bar Local setpoint 7 for PID 42157 0 to 32760
Engineering Units
0 to 3276
G25.1.12 12 SETPT8=0.0Bar Local setpoint 8 for PID 42158 0 to 32760
Engineering Units
G25.1.13 13 T AutOFF=OFF Time for automatic stop 42044 OFF; 0.1 to 99.9h 0 to 9999
LOCAL
G25.2.1 1 PID SETP=LOCAL PID setpoint source 42045 AI1 0 to 2
AI2
LOCAL
G25.2.2 2 PID aSTP=LOCAL Alternative PID setpoint source 42374 AI1 0 to 2
AI2
AI1
G25.2.3 3 PID FBK=AI2 PID feedback source 42046 AI2 0 to 2
PULSE
G25.2.4 4 PID Kc=1.0 Proportional gain of PID regulator 42047 0.1 to 20 1 to 200
G25.2.5 5 PID It=5.0s Integral time of PID regulator 42048 0.1 to 999.9s, Max. 1 to 9999; 10000
G25.2.6 6 PID Dt=0.0s Derivation time of PID regulator 42049 0.0 to 250s 0 to 2500
G25.2.7 7 PID ERR=+xx.x% Error of PID regulator 42050 +0 to +100% --32768 to 32768
+0.0 to +3276
G25.2.8 8 ERR=+xx.xxkPa Error of PID regulator in engineering units 42051 ---32768 to 32768
Engineering Units
N
G25.2.9 9 PID INVERT=N PID output inversion 42326 0 to 1
Y
G25.3.1 1 LP Pon=0.0% Wake up level of the drive 42064 0.0 to 3276Bar 0 to 32760
G25.3.2 2 FP SpON=+90.0% Start speed for the fixed pumps 42055 -250% to +250% -20480 to +20480
G25.3.3 3 FP ErON=+10.0% Minimum PID error to start the fixed pumps 42056 OFF=0 to +200% 0 to 16384
G25.3.4 4 FP T1 ON=10s Delay time to start fixed pump 1 (Relay 1) 42062 OFF=0 to 6000s 0 to 60000
G25.3.5 5 FP T2 ON=10s Delay time to start fixed pump 2 (Relay 2) 42065 OFF=0 to 6000s 0 to 60000
G25.3.6 6 FP T3 ON=10s Delay time to start fixed pump 3 (Relay 3) 42066 OFF=0 to 6000s 0 to 60000
G25.3.7 7 FP T4 ON=10s Delay time to start fixed pump 4 (AO1) 42067 OFF=0 to 6000s 0 to 60000
G25.3.8 8 FP T5 ON=10s Delay time to start fixed pump 5 (AO2) 42068 OFF=0 to 6000s 0 to 60000
G25.4.1 1 LP T SLP=20s Delay Time before activating sleep mode 42306 OFF=0; 1 to 999s 0 to 9990
G25.4.2 2 SLPsp1=+40.0% Sleep speed for local setpoint 1 42307 +0.0 to +250% 0 to 20480
G25.4.3 3 SLPsp2=+40.0% Sleep speed for local setpoint 2 42308 +0.0 to +250% 0 to 20480
G25.4.4 4 SLPsp3=+40.0% Sleep speed for local setpoint 3 42309 +0.0 to +250% 0 to 20480
G25.4.5 5 SLPsp4=+40.0% Sleep speed for local setpoint 4 42310 +0.0 to +250% 0 to 20480
G25.4.6 6 SLPsp5=+40.0% Sleep speed for local setpoint 5 42311 +0.0 to +250% 0 to 20480

42 FAULT MESSAGES. DESCRIPTIONS AND ACTIONS

POWER ELECTRONICS SD700

Parameter Screen Description Address Range Modbus Range

G25.4.7 7 SLPsp6=+40.0% Sleep speed for local setpoint 6 42312 +0.0 to +250% 0 to 20480
G25.4.8 8 SLPsp7=+40.0% Sleep speed for local setpoint 7 42313 +0.0 to +250% 0 to 20480
G25.4.9 9 SLPsp8=+40.0% Sleep speed for local setpoint 8 42314 +0.0 to +250% 0 to 20480
To enable the NO FLOW input to sleep the N
G25.4.10 10 FLsw ENA=N 42323 0 to 1
drive Y
G25.4.11 11 Fsl L=0.0l/s Flow level to sleep the drive 42324 OFF=0.0 to 3276Uds 0 to 32760
G25.4.12 12 I SLEEP=xxxA Output current level to sleep the drive 42325 OFF=0 to 1229A 0 to 12290
G25.4.13 13 FP erOFF=+0.0% Maximum PID error to stop the fixed pumps 42072 -250% to +0.0% -20480 to 0
G25.4.14 14 FP T1 OF=10s Delay time to stop fixed pump 1 (Relay 1) 42073 0 to 6000s 0 to 60000
G25.4.15 15 FP T2 OF=10s Delay time to stop fixed pump 2 (Relay 2) 42077 0 to 6000s 0 to 60000
G25.4.16 16 FP T3 OF=10s Delay time to stop fixed pump 3 (Relay 3) 42078 0 to 6000s 0 to 60000
G25.4.17 17 FP T4 OF=10s Delay time to stop fixed pump 4 (AO1) 42079 0 to 6000s 0 to 60000
G25.4.18 18 FP T5 OF=10s Delay time to stop fixed pump 5 (AO2) 42080 0 to 6000s 0 to 60000
G25.4.19 19 SPD1of=+70.0% Stop speed 1 for one fixed pump 42315 +0.0% to +250% 0 to 20480
G25.4.20 20 SPD2of=+70.0% Stop speed 2 for one fixed pump 42316 +0.0% to +250% 0 to 20480
G25.4.21 21 SPD3of=+70.0% Stop speed 3 for one fixed pump 42317 +0.0% to +250% 0 to 20480
G25.4.22 22 SPD4of=+70.0% Stop speed 4 for one fixed pump 42318 +0.0% to +250% 0 to 20480
G25.4.23 23 SPD5of=+70.0% Stop speed 5 for one fixed pump 42319 +0.0% to +250% 0 to 20480
G25.4.24 24 SPD6of=+70.0% Stop speed 6 for one fixed pump 42320 +0.0% to +250% 0 to 20480
G25.4.25 25 SPD7of=+70.0% Stop speed 7 for one fixed pump 42321 +0.0% to +250% 0 to 20480
G25.4.26 26 SPD8of=+70.0% Stop speed 8 for one fixed pump 42322 +0.0% to +250% 0 to 20480
G25.4.27 27 PIDiSL%=0.0% Sleep level in inverse PID 42327 0.0% to 250% 0 to 20480
N
G25.4.28 28 SLEEP?=Y To enable sleep mode 42358 0 to 1
Y
Sleep speed when setpoint is introduced
G25.4.29 29 SLPspA=+40.0% 42375 +0.0% to +250% 0 to 20480
through AI
Go to sleep mode when conditions are N
G25.4.30 30 GO SLEEP MO=N 42376 0 to 1
fulfilled without starting Y
G25.5.1 1 BY SPon=+70.0% Speed bypass at the starting of fixed pumps 42081 +0.0% to +250% 0 to 20480
Time of speed bypass after starting fixed
G25.5.2 2 BY T ON=10s 42082 OFF=0 to 999s 0 to 9999
pumps
G25.5.3 3 BY SPof=+90.0% Speed bypass at the stopping of fixed pumps 42083 +0.0 to +250% 0 to 20480
Time of speed bypass after stopping fixed
G25.5.4 4 BY T OFF=5s 42084 OFF=0 to 999s 0 to 9999
pumps
G25.6.1 1 PAUSE/DEL=10s Delay time after protection pause 42336 0 to 999s 0 to 9990
N
G25.6.2 2 CAVITATION=N To enable cavitation protection 42085 0 to 1
Y
PAUSE
G25.6.3 3 CAV MODE=FAULT Response from cavitation 42344 1 to 2
FAULT
G25.6.4 4 CAV CURR=___A Cavitation current 42086 (0.2 to 1.50)·In 0 to 12288
G25.6.5 5 CAV SPED=+100% Cavitation speed 42087 +0.0% to +250% 0 to 20480
G25.6.6 6 CAV DELAY=10s Delay time to activate cavitation protection 42088 0 to 999s 0 to 9990
N
G25.6.7 7 ENABLE LO PRE=N To enable low pressure protection 42090 0 to 1
Y
OFF=0 to 3276
G25.6.9 9 LO PRE=5.0Bar Minimum pressure level 42091 0 to 32760
Engineering Units
Trip delay time because of minimum pressure
G25.6.10 10 Lop DLY=10.0s 42092 0 to 999s 0 to 9990
fault
G25.6.11 11 Lop Msp=+0.0% Minimum speed for minimum pressure fault 42104 +0.0% to +250% 0 to 20480
PAUSE
G25.6.12 12 HP MODE=PAUSE Response from over-pressure 42337 1 to 2
FAULT
0 to 3276
G25.6.13 13 HP LEV=100Bar Maximum pressure level 42101 0 to 32760
Engineering Units
G25.6.14 14 HIpr DLY=0.0s Trip time because of high pressure 42339 0 to 999s 0 to 9990
PAUSE
G25.6.15 15 FLO SWm=PAUSE Response from No Flow situation 42348 1 to 2
FAULT
To enable No Flow switch during pipe filling N
G25.6.16 16 NO FLO/FILL=N 42352 0 to 1
process Y

FAULT MESSAGES. DESCRIPTIONS AND ACTIONS 43

 SD700 POWER ELECTRONICS

Parameter Screen Description Address Range Modbus Range

Minimum stop speed because of No Flow
G25.6.17 17 NO FLsp=+0.0% 42349 +0.0 to +250% 0 to 20480
detection
G25.6.18 18 NO FLbyp=0.0s Bypass time for No Flow switch 42350 0.0 to 999s 0 to 9990
G25.6.19 19 NO FLdly=0.0s Trip delay time because of No Flow 42351 0.0 to 999s 0 to 9990
G25.6.20 20 CYCLE TI=0m Cycle time of the drive 42353 OFF=0 to 99m 0 to 99
G25.6.21 21 CYCLE CNT=5 Cycle counter 42354 1 to 5 1 to 5
PID
G25.7.1 1 PRESSU SOU=PID Pressure reading source 42357 AI1 0 to 2
AI2
OFF=0.0; +0.1 to
G25.7.2 2 FILL SP=+70.0% Speed for pipe filling process 42116 0 to 20480
+250%
0.0 to 3276
G25.7.3 3 FILL P=2.0Bar Pressure for the end of pipe filling process 42117 0 to 32760
Engineering Units
G25.7.4 4 FILL TIM=15m Safety time for pipe filling process 42118 OFF=0; 1 to 9999min 0 to 9999
0.01 to 320.00
G25.7.5 5 SPT RAMP=1.0Bar / s Setpoint ramp 42119 0 to 32000
Engineering Units/s
Compensation pressure at the starting of 1 0.0 to 3276
G25.8.1 1 COMP 1=0.0Bar 42131 0 to 32760
fixed pump Engineering Units
Compensation pressure at the starting of 2 0.0 to 3276
G25.8.2 2 COMP 2=0.0Bar 42132 0 to 32760
fixed pumps Engineering Units
Compensation pressure at the starting of 3 0.0 to 3276
G25.8.3 3 COMP 3=0.0Bar 42133 0 to 32760
fixed pumps Engineering Units
Compensation pressure at the starting of 4 0.0 to 3276
G25.8.4 4 COMP 4=0.0Bar 42134 0 to 32760
fixed pumps Engineering Units
Compensation pressure at the starting of 5 0.0 to 3276
G25.8.5 5 COMP 5=0.0Bar 42135 0 to 32760
fixed pumps Engineering Units
To enable fixed pump associated to output N
G25.9.1 1 ENABLE PUMP1=N 42136 0 to 1
relay 1 Y
To enable fixed pump associated to output N
G25.9.2 2 ENABLE PUMP2=N 42137 0 to 1
relay 2 Y
To enable fixed pump associated to output N
G25.9.3 3 ENABLE PUMP3 =N 42138 0 to 1
relay 3 Y
To enable fixed pump associated to analogue N
G25.9.4 4 ENABLE PUMP4=N 42148 0 to 1
output 1 Y
To enable fixed pump associated to analogue N
G25.9.5 5 ENABLE PUMP5=N 42149 0 to 1
output 2 Y
G25.9.6 6 FP ALTER MOD=0 Alternation mode of fixed pumps 42139 0 to 2 0 to 2
0.0 to 3276
G25.9.7 7 JPon P=0.0Bar Starting pressure of Jockey pump 42371 0 to 32760
Engineering Units
G25.9.8 8 JPon DLY=20s Start delay time for Jockey pump 42372 0 to 600s 0 to 6000
0.0 to 3276
G25.9.9 9 JPof P=0.0Bar Stopping pressure of Jockey pump 42373 0 to 32760
Engineering Units
G25.9.10 10 PRp BYP=300s Bypass time for Priming pump 42102 0.1 to 6000s 0 to 60000
Trip time of F72 during Priming pump is
G25.9.11 11 PRp DLY=OFF 42103 OFF=0; 0.1 to 6000m 0 to 60000
connected
Selection of Auxiliary Pump as Priming or Lift
G25.9.12 12 SUPPLY PUMP=0 42418 0 to 1 0 to 1
Pump
AI1
G25.10.1 1 FLOW SEL=PULSE Flow reading source 42141 AI2 0 to 2
PULSE
0.0 to 3276
G25.10.2 2 MAX FLOW=1000 l/s Maximum allowed flow 42143 0 to 32760
Engineering Units
G25.10.3 3 OFFSET=+0% Offset percentage over maximum flow 42144 +0% to +250% 0 to 20480
G25.10.4 4 FLO RES=+100% Flow percentage to reset algorithm 42145 +0.0 to +100% 0 to 100
G25.10.5 5 DECrat=+2.0% / s Deceleration ramp during algorithm 42146 +0.0 to +250% /s 0 to 20480
G25.10.6 6 UNIT FLOW= l/s Units of measurement of instantaneous flow 42147 - 0 to 9
42011 – m
G25.11.1 1 P1 = -----0d -----0m Operated time by Pump 1 42014 – d
- Real value = Modbus value
42012 – m
G25.11.2 2 P2 = -----0d -----0m Operated time by Pump 2 42015 – d
- Real value = Modbus value
42013 – m
G25.11.3 3 P3 = -----0d -----0m Operated time by Pump 3 42016 – d
- Real value = Modbus value
42018 – m
G25.11.4 4 P4 = -----0d -----0m Operated time by Pump 4 42020 – d
- Real value = Modbus value
42019 – m
G25.11.5 5 P5 = -----0d -----0m Operated time by Pump 5 42021 – d
- Real value = Modbus value
N
G25.11.9 TIME RESTORE=N Reset counters 42017 0 to 1
Y

44 FAULT MESSAGES. DESCRIPTIONS AND ACTIONS

POWER ELECTRONICS SD700

4.2.2. Visualization Parameters

Parameter Screen Description Address Modbus Range
SV5.13 PMP manSP=+0.0% LOCAL manual speed reference. 42042 -20480 to 20480
SV5.14 PMP MRe1=0.0% Local setpoint 1 of PID. Multi-reference 1. 42151 0 to 32760
SV5.15 PMP MRe2=0.0% Local setpoint 2 of PID. Multi-reference 2. 42152 0 to 32760
SV5.16 PMP MRe3=0.0% Local setpoint 3 of PID. Multi-reference 3. 42153 0 to 32760
SV5.17 PMP MRe4=0.0% Local setpoint 4 of PID. Multi-reference 4. 42154 0 to 32760
SV5.18 PMP MRe5=0.0% Local setpoint 5 of PID. Multi-reference 5. 42155 0 to 32760
SV5.19 PMP MRe6=0.0% Local setpoint 6 of PID. Multi-reference 6. 42156 0 to 32760
SV5.20 PMP MRe7=0.0% Local setpoint 7 of PID. Multi-reference 7. 42157 0 to 32760
SV5.21 PMP MRe8=0.0% Local setpoint 8 of PID. Multi-reference 8. 42158 0 to 32760
SV5.22 T AutOFF=OFF Time for Automatic Stop. 42044 0 to 999
It shows the resting time in minutes for the
SV5.23 TIME OFF=OFF 42356 0 to 6000
automatic stopping of the system.
SV5.24 MAX flow=1000l/s Level of maximum flow. 42143 0 to 32760
SV5.25 RESET LEVL=+100% Reset level for the flow control algorithm. 42145 0 to 100
SV5.26 SLEP FLO=0.0l/s Flow level to sleep the drive. 42324 0 to 32760
42007  PID Ref
SV8.1 R=0.0Bar 0.0Bar PID setpoint value and feedback value. Real value = (Modbus value / 10)
42009  Feedbk
42002  Status
SV8.2 Drive status during pump control operation. 42006  PID Ref 0 to 22
REGL +0.0% +0.0%
42008  Feedbk
0  OFF
42003  FP1
SV8.3 Status of the fixed pumps 1-3. 42004  FP2 1  RDY
1OFF 2OFF 3OFF
42005  FP3 2  ON
3  FLT
0  OFF
42022  FP4 1  RDY
SV8.4 4OFF 5OFF Status of the fixed pumps 4-5.
42023  FP5 2  ON
3  FLT
Present value read by the analogue input or
SV8.5 Flow = 0.0l/s 42142 Real value = (Modbus value / 10)
pulse input where the sensor is connected.
In the visualization lines of the display,
SV8.6
STATUS PUMP
messages will be displayed according to the 42002 0 to 22
PROGRAM present status of pump program.

FAULT MESSAGES. DESCRIPTIONS AND ACTIONS 45

 SD700 POWER ELECTRONICS

5. FAULT MESSAGES. DESCRIPTIONS AND

ACTIONS
The faults that can be produced during the drive operation when pump program is active are described
below. In order to see the complete fault list of the drive, visualization and reset of them, refer to the „SW
and Programming Manual‟ of SD700.

5.1. Description of Fault List

DISPLAY DESCRIPTION
Active only when operating in Pump Control mode. Trip generated when the pressure level is lower than the
F65 LOW PRESSURE
minimum pressure level set in „G25.6.7 LoPre‟.
Active only when operating in Pump Control mode. External trip produced when digital input configured in this
F66 HI PRESSURE
option (Hi Pressure Switch) is closed.
External trip produced when Pump Program (G25) is activated and one of the digital inputs has been set as ‟59
F67 LOW WATER LO WATER FLT‟. Under these conditions, if a contact is opened on this digital input, this fault is generated
indicating that the pump is working with no load.
When the motor current is lower than the cavitation/underload current and the motor speed is higher or equal
than the cavitation/underload speed during the time set for that purpose, the fault or the pause is produced
F68 CAVIT/UNDERL
according to the setting done. This protection is to avoid that pump operates with no water or no load (detection
is done by underload).
The digital input configured as flow detection indicates flow absence according to the settings realized in the
F69 FLOW SWITCH
corresponding parameters. See the protections set in G25.6 to obtain more detailed information.
The digital input configured as ‟62 IRRIGAT TRIP‟ detects that an external fault in the irrigating equipment has
F70 IRRIGATOR F
been produced.
Conditions set in group G25.6 are not met regarding to the cycle time of the drive and the cycle counter. The
F71 CYCLING
SD700 has started a number of times higher than the allowed number without relaxing the established time.
This fault is produced because of two causes:
1. After starting the system, the time set in G25.9.11 has been exceeded without the digital input configured as
F72 IN PRES SW PRESSUR SWITC is activated.
2. After the Priming pump has stopped and the drive pump has started, the digital input configured as PRESSUR SWITC
is opened during the time set in G25.9.10.

5.2. Procedure for Fault Solutions

DISPLAY POSSIBLE CAUSE ACTIONS
Verify the setting of minimum pressure level.
F65 LOW Pressure reference is lower than the minimum pressure Check the operation of the low pressure switch detector.
PRESSURE level. Check the status of the analogue inputs 1 and 2 in
parameters SV3.1 and SV3.4 in displaying group G0.
Check if the pressure of the installation exceeds the set
An external trip has been produced by closing a contact
F66 HI PRESSURE on the digital input configured in this option.
limits.
Verify the wiring of digital input.
A contact has activated to indicate that there is a fault by
An external trip has been produced by opening a contact
F67 LOW WATER on the digital input.
lack of water. Verify the conditions of the installation.
Verify the wiring of digital input.
Check if the pump of the installation is not operating with no
The pump is operating with no load.
water or no load.
F68 CAVIT/UNDERL Verify the settings of the parameters referred to the
Settings of the drive in protections group G25.6 or G11
cavitation/underload protection depending on the
are incorrect.
installation.
Check if the pump has water.
The digital input configured as flow detection indicates Check if the flow detector has water and is connected
F69 FLOW SWITCH absence of the same one. correctly.
Check the settings in group G25.6.
Verify your irrigating equipment and check if the
An external trip to the drive has been produced by closing
F70 IRRIGATOR F a contact on the digital input configured as IRRIGAT TRIP.
connections between the drive and the irrigating equipment
are correct.
The drive shows several start / stop cycles (wake up / Verify possible leakages in the installation.
F71 CYCLING sleep) in a short time. Verify the settings of this protection in group G25.6.
Verify the water level in the aspiration circuit (well, tank,
F72 IN PRES SW Breakage or low water in aspiration circuit. etc.).
Verify the status of the pressure switch.

46 FAULT MESSAGES. DESCRIPTIONS AND ACTIONS

 POWER ELECTRONICS SD700

6. COMMONLY USED CONFIGURATIONS

6.1. Pressure Group Control with 3 Auxiliary Pumps, Start and
Stop on Demand
6.1.1. Parameters Configuration
Parameter Name / Description Value
G1: Options Menu.
4 LANG=ENGLISH G1.4 / Language selection ENGLISH
PUMP (It activates the extended functionality of the pump control in
7 PROG = PUMP G1.7 / Program Activation
group G25).
G2: Motor Nameplate.
1 MTR CURR=00.00A G2.1 / Motor rated current __A (Set according to motor nameplate).
2 MTR VOLT=400V G2.2 / Motor rated voltage __V (Set according to motor nameplate).
3 MTR PWR=00.0kW G2.3 / Motor rated power __kW (Set according to motor nameplate).
4 MTR RPM=1485 G2.4 / Motor rpm __rpm (Set according to motor nameplate).
5 MTR PFA=0.85 G2.5 / Cosine Phi __ (Set according to motor nameplate).
6 MTR FRQ=50Hz G2.6 / Motor frequency __Hz (Set according to motor nameplate).
Use the following values as a reference:
Submersible pumps and non-deflagrating motors  5%
7 MTR COOL=63% G2.7 / Motor cooling at zero speed
Self-cool motor  63%
Force-cooled motor  100%
G4: Inputs – S4.1: Digital Inputs.
G4.1.5 / Multi-function Digital Input 1
5 DIGITL IN 1=50 50  PMP START/STP (Automatic starting of the system).
configuration
G4.1.6 / Multi-function Digital Input 2 52  FIX PUMP1 FLT (Detection of auxiliary pump 1 in fault
6 DIGITL IN 2=52
configuration status).
G4.1.7 / Multi-function Digital Input 3 53  FIX PUMP2 FLT (Detection of auxiliary pump 2 in fault
7 DIGITL IN 3=53
configuration status).
G4.1.8 / Multi-function Digital Input 4 54  FIX PUMP3 FLT (Detection of auxiliary pump 3 in fault
8 DIGITL IN 4=54
configuration status).
G25: Pump Control - S25.1: Setpoints.
1 CONTROL MODE=1 G25.1.1 / Control mode 1  Pumps. The drive will start in pump control mode.
5 SETPT1=x.xBar G25.1.5 / Setpoint 1 for the PID x.xBar  Local setpoint 1. (Set according to the installation).
G25: Pump Control - S25.2: PID Setting.
1 PID SETP=LOCAL G25.2.1 / PID reference source LOCAL  Speed reference introduced by keypad.
3 PID FBK=AI2 G25.2.3 / PID feedback source AI2  Feedback signal connected to Analogue Input 2.
G25: Pump Control – S25.3: Start Conditions.
x.xBar  When demand decreases, the drive can go in sleep
1 Lp Pon=0.0Bar G25.3.1 / Wake up level of the drive mode. (It allows setting the wake up level for the drive. This value is
set as units of PID setpoint).
90.0%  It sets the drive speed above which fixed pumps will
2 FP SpON=90.0% G25.3.2 / Start speed for the fixed pumps
start. (Set according to the installation).
G25.3.3 / Minimum PID error to start fixed 10.0%  This parameter allows user to consider the PID error (%)
3 FP ErON=10.0%
pumps at the moment of starting fixed pumps.
10.0s  It sets the delay time to start the fixed pump associated to
4 FP T1 ON=10.0s G25.3.4 / Delay time to start fixed pump 1
the relay 1.
10.0s  It sets the delay time to start the fixed pump associated to
5 FP T2 ON=10.0s G25.3.5 / Delay time to start fixed pump 2
the relay 2.
10.0s  It sets the delay time to start the fixed pump associated to
6 FP T3 ON=10.0s G25.3.6 / Delay time to start fixed pump 3
the relay 3.

COMMONLY USED CONFIGURATIONS 47

 SD700 POWER ELECTRONICS

Parameter Name / Description Value

G25: Pump Control – S25.4: Stop Conditions.
20s  This delay time will be applied to any conditions that
G25.4.1 / Delay time before activating sleep
1 LP T SLP=20s activate the sleep mode. These conditions are: sleep speed, No
mode
Flow input, Flow measurement and sleep current.
+40.0%  The drive will sleep below the value set here whenever
2 SLPsp1=+40.0% G25.4.2 / Sleep speed for local setpoint 1
local setpoint 1 is selected.
0.0%  This parameter allows user to consider the PID error (%)
G25.4.13 / Maximum PID error to stop fixed
13 FP erOFF=+0.0% at the moment of stopping fixed pumps. (Set according to the
pumps
requirements).
10s  It sets the delay time to stop the fixed pump associated to
14 FP T1 OF=10s G25.4.14 / Delay time to stop fixed pump 1
the relay 1.
10s  It sets the delay time to stop the fixed pump associated to
15 FP T2 OF=10s G25.4.15 / Delay time to stop fixed pump 2
the relay 2.
10s  It sets the delay time to stop the fixed pump associated to
16 FP T3 OF=10s G25.4.16 / Delay time to stop fixed pump 3
the relay 3.
+70.0%  It sets the speed below which the drive must remain to
19 SPD1of=+70.0% G25.4.19 / Stop speed 1 for one fixed pump stop one fixed pump whenever the operating setpoint is local
setpoint 1 adjusted in G25.1.5.
G25: Pump Control – S25.9: Fixed Pumps Control.
Y=YES If setting is set to NO relay 1 will be free for user
G25.9.1 / To enable fixed pump associated
1 ENABLE PUMP1=Y configuration. If set to YES relay 1 will be pre-defined as fixed
to relay 1
speed pump 1.
Y=YES If setting is set to NO relay 2 will be free for user
G25.9.2 / To enable fixed pump associated
2 ENABLE PUMP2=Y configuration. If set to YES relay 2 will be pre-defined as fixed
to relay 2
speed pump 2.
Y=YES If setting is set to NO relay 3 will be free for user
G25.9.3 / To enable fixed pump associated
3 ENABLE PUMP3=Y configuration. If set to YES relay 3 will be pre-defined as fixed
to relay 3
speed pump 3.
G25.9.4 / To enable fixed pump alternation 1  Cycle (The pump that starts will be the next pump in
4 FP ALTER MOD=1
mode sequence to the last pump stopped).

6.1.2. Connections Drawing

There are several configuration options available when pump program is activated. These options
can be configured like in standard program.

Nevertheless, unlike standard program, when pump program is activated, the drive will only allow
setting the options of each digital input (from G4.1.5 to G4.1.10) and will not consider the setting
realized in parameter „G4.1.4 DIGIT I MODE‟, where digital inputs are set in groups.

This means that user will configure the pump program as he wants, by selecting the functionality
and protections that he needs. For a correct configuration of the inputs when pump program is
active, see chapter G25 Pump Control to get additional information.

Note: If the Pump Control program is selected and then de-selected, all of the Digital Inputs will
be reset to mode „00‟ (i.e. unused). It will be necessary to individually configure Digital Input
functionality to suit the application should this occur. This guarantees safe installation and
operation in order to prevent any external hardware causing damage to the equipment.

Note: Digital outputs will be affected by pump control activation.

To select an auxiliary pump you must proceed like this:
o Set any free digital input to the options „52 FIX PUMP1 FLT‟, „53 FIX PUMP2 FLT‟ or „54
FIX PUMP3 FLT‟.
o Enable the pump control in the corresponding parameter G25.9.1, G25.9.2 and G25.9.3
respectively.
To remove the configuration of that fixed pump and release the relay for other use you must:
Disable the pump control in the corresponding parameter G25.9.1, G25.9.2 and G25.9.3
respectively.

48 OPTIONAL EQUIPMENT
POWER ELECTRONICS SD700

Figure 6.1 Pressure Group Control with 3 Auxiliary Pumps, Start and Stop on demand
Note: Use screened cables for the controls and connect the screen to ground.

6.2. Pressure Group Control with Eight Pressure References

6.2.1. Parameters Configuration
Parameter Name / Description Value
G1: Options Menu.
4 LANG=ENGLISH G1.4 / Language selection ENGLISH
PUMP (It activates the extended functionality of the pump control in
7 PROG = PUMP G1.7 / Program activation
group G25).
G2: Motor Nameplate.
1 MTR CURR=00.00A G2.1 / Motor rated current __A (Set according to motor nameplate).
2 MTR VOLT=400V G2.2 / Motor rated voltage __V (Set according to motor nameplate).
3 MTR PWR=00.0kW G2.3 / Motor rated power __kW (Set according to motor nameplate).
4 MTR RPM=1485 G2.4 / Motor rpm __rpm (Set according to motor nameplate).
5 MTR PFA=0.85 G2.5 / Cosine Phi __ (Set according to motor nameplate).
6 MTR FRQ=50Hz G2.6 / Motor frequency __Hz (Set according to motor nameplate).
Use the following values as a reference:
Submersible pumps and non-deflagrating motors  5%
7 MTR COOL=63% G2.7 / Motor cooling at zero speed
Self-cool motor  63%
Force-cooled motor  100%
G3: References.
1 REF1 SPD=PID G3.1 / Speed reference source 1 PID  The reference value is set for PID functionality.

COMMONLY USED CONFIGURATIONS 49

 SD700 POWER ELECTRONICS

Parameter Name / Description Value

G4: Inputs – S4.1: Digital Inputs.
G4.1.5 / Multi-function Digital Input 1
5 DIGITL IN 1=50 50  PMP START/STP (Automatic starting of the system).
configuration
G4.1.6 / Multi-function Digital Input 2 63  SETPONT PIN1 (low bit configuration for the selection of
6 DIGITL IN 2=63
configuration multiple setpoints).
G4.1.7 / Multi-function Digital Input 3 64  SETPONT PIN2 (middle bit configuration for the selection of
7 DIGITL IN 3=64
configuration multiple setpoints).
G4.1.8 / Multi-function Digital Input 4 65  SETPONT PIN3 (high bit configuration for the selection of
8 DIGITL IN 4=65
configuration multiple setpoints).
G4: Inputs – S4.3: Analogue Input 2.
G4.3.1 / To enable sensor of Analogue Y=YES  Ii allows enabling the sensor of the analogue input 2
1 SENSOR 2 ?=S
Input 2 that will be used for PID feedback.
Bar  These units must be set according to type of sensor that
2 SENSOR 2=Bar G4.3.2 / Selection of sensor 2 units
user will use in the installation.
mA  These units must be set according to the type of sensor that
3 AIN2 FORMAT=mA G4.3.3 / Analogue Input 2 Format
user will use in the installation.
G4.3.4 / Minimum range of Analogue Input +4mA  These units must be set according to the type of sensor
4 INmin2=+4mA
2 that user will use in the installation.
+0.0Bar  This range must be set according to the type of sensor
5 Smi2=+0.0Bar G4.3.5 / Minimum range of sensor 2
that user will use in the installation.
G4.3.6 / Maximum range of Analogue Input +20mA  These units must be set according to the type of sensor
6INmax2=+20mA
2 that user will use in the installation.
+10.0Bar  This range must be set according to the type of
7 Sma2=+10.0Bar G4.3.7 / Maximum range of sensor 2
sensor that user will use in the installation.
G25: Pump Control – S25.1: Setpoints.
1 CONTROL MODE=1 G25.1.1 / Control mode 1  Pumps. The drive will start in pump control mode.
1.0Bar  It allows user to set the value of the speed reference 1
5 SETPT1=1.0Bar G25.1.5 / Local setpoint 1 for the PID
for the equipment. (Set according to the requirements of the applic.)
2.0Bar  It allows user to set the value of the speed reference 2
6 SETPT2=2.0Bar G25.1.6 / Local setpoint 2 for the PID
for the equipment. (Set according to the requirements of the applic.)
3.0Bar  It allows user to set the value of the speed reference 3
7 SETPT3=3.0Bar G25.1.7 / Local setpoint 3 for the PID
for the equipment. (Set according to the requirements of the applic.)
4.0Bar  It allows user to set the value of the speed reference 4
8 SETPT4=4.0Bar G25.1.8 / Local setpoint 4 for the PID
for the equipment. (Set according to the requirements of the applic.)
5.0Bar  It allows user to set the value of the speed reference 5
9 SETPT5=5.0Bar G25.1.9 / Local setpoint 5 for the PID
for the equipment. (Set according to the requirements of the applic.)
6.0Bar  It allows user to set the value of the speed reference 6
10 SETPT6=6.0Bar G25.1.10 / Local setpoint 6 for the PID
for the equipment. (Set according to the requirements of the applic.)
7.0Bar  It allows user to set the value of the speed reference 7
11 SETPT7=7.0Bar G25.1.11 / Local setpoint 7 for the PID
for the equipment. (Set according to the requirements of the applic.)
8.0Bar  It allows user to set the value of the speed reference 8
12 SETPT8=8.0Bar G25.1.12 / Local setpoint 8 for the PID
for the equipment. (Set according to the requirements of the applic.)
G25: Pump Control – S25.2: PID Setting.
AI2  It allows selecting Analogue Input 2 as feedback signal for
3 PID FBK=AI2 G25.2.3 / PID feedback source
PID regulator.
G25: Pump Control – S25.3: Start Conditions.
x.xBar  When demand decreases, the drive can go in sleep
1 LP Pon=0.0Bar G25.3.1 / Wake up level of the drive mode. (It allows setting the wake up level for the drive. This value is
set as units of PID setpoint).
G25: Pump Control – S25.4: Stop Conditions.
20s  This delay time will be applied to any conditions that
G25.4.1 / Delay time before activating sleep activate the sleep mode. These conditions are: sleep speed, No
1 LP T SLP=20s
mode Flow input, Flow measurement and sleep current. If anyone of them
is met, the time to activate sleep mode will start elapsing.
+40.0%  It allows setting the sleep speed 1 below which the
2 SLPsp1=+40.0% G25.4.2 / Sleep speed for local setpoint 1 drive will sleep whenever local setpoint 1 is selected. (Set
according to the installation).
+42.0%  It allows setting the sleep speed 2 below which the
3 SLPsp2=+42.0% G25.4.3 / Sleep speed for local setpoint 2 drive will sleep whenever local setpoint 2 is selected. (Set
according to the installation).
+44.0%  It allows setting the sleep speed 3 below which the
4 SLPsp3=+44.0% G25.4.4 / Sleep speed for local setpoint 3 drive will sleep whenever local setpoint 3 is selected. (Set
according to the installation).
+46.0%  It allows setting the sleep speed 4 below which the
5 SLPsp4=+46.0% G25.4.5 / Sleep speed for local setpoint 4 drive will sleep whenever local setpoint 4 is selected. (Set
according to the installation).
+48.0%  It allows setting the sleep speed 5 below which the
6 SLPsp=+48.0% G25.4.6 / Sleep speed for local setpoint 5 drive will sleep whenever local setpoint 5 is selected. (Set
according to the installation).

50 OPTIONAL EQUIPMENT
POWER ELECTRONICS SD700

Parameter Name / Description Value

+50.0%  It allows setting the sleep speed 6 below which the
7 SLPsp=+50.0% G25.4.7 / Sleep speed for local setpoint 6 drive will sleep whenever local setpoint 6 is selected. (Set
according to the installation).
+52.0%  It allows setting the sleep speed 7 below which the
8 SLPsp=+52.0% G25.4.8 / Sleep speed for local setpoint 7 drive will sleep whenever local setpoint 7 is selected. (Set
according to the installation).
+54.0%  It allows setting the sleep speed 8 below which the
9 SLPsp8=+54.0% G25.4.9 / Sleep speed for local setpoint 8 drive will sleep whenever local setpoint 8 is selected. (Set
according to the installation).

6.2.2. Connections Drawing

Terminals 1 and 2: start / stop command (NO status).
Terminals 1 and 3: setpoint pin 1 – PID mode (NO status).
Terminals 1 and 4: setpoint pin 2 – PID mode (NO status).
Terminals 1 and 5: setpoint pin 3 – PID mode (NO status).

SPEED SETPT Digital Input 4 Digital Input 3 Digital Input 2

SETPONT PIN3 SETPONT PIN2 SETPONT PIN 1
G25.1.5 =1.0Bar SETPT1 0 0 0
G25.1.6 =2.0Bar SETPT2 0 0 X
G25.1.7 =3.0Bar SETPT3 0 X 0
G25.1.8 =4.0Bar SETPT4 0 X X
G25.1.9 =5.0Bar SETPT5 X 0 0
G25.1.10 =6.0Bar SETPT6 X 0 X
G25.1.11 =7.0Bar SETPT7 X X 0
G25.1.12 =8.0Bar SETPT8 X X X
Note: 0: Not active and X: Active.

Figure 6.2 Pressure Group Control with Eight Pressure Setpoints

Note: Use screened cables for the control and connect the screen to ground.

COMMONLY USED CONFIGURATIONS 51

 SD700 POWER ELECTRONICS

7. CONFIGURATION REGISTER
VARIABLE SPEED DRIVE: SD700.
SERIAL Nº: MODEL:
APPLICATION:
DATE:
CUSTOMER:
NOTES:

PARAMETERS FACTORY SETTINGS SETTING 1 SETTING 2

G1: Options Menu

7 PROG = STANDARD STANDARD ___________________ ___________________

UPLOAD=N N ___________________ ___________________

DOWNLOAD=N N ___________________ ___________________

G4: Inputs – S4.1: Digital Inputs

5 DIGITL IN 1=06 06 ___________________ ___________________

6 DIGITL IN 2=00 00 ___________________ ___________________

7 DIGITL IN 3=00 00 ___________________ ___________________

8 DIGITL IN 4=00 00 ___________________ ___________________

9 DIGITL IN 5=00 00 ___________________ ___________________

10 DIGITL IN6=17 17 ___________________ ___________________

G4: Inputs – S4.4: Pulse Input

1 Sensr U=l/m l/m ___________________ ___________________

2 Pls/s = 100 l/s
LIQU AMOUNT/PULS 100l/s ___________________ ___________________
3 M Rng=1000 l/s
FLOW MAX RANGE 1000l/s ___________________ ___________________
G8: Outputs – S8.1: Output Relays

1 SEL RELAY 1=02 02 ___________________ ___________________

5 SEL RELAY 2=03 03 ___________________ ___________________

9 SEL RELAY 3=05 05 ___________________ ___________________

G8: Outputs – S8.2: Analogue Outputs

1 ANLG OUT 1=01 01 ___________________ ___________________

6 ANLG OUT 2=02 02 ___________________ ___________________

G12: Auto Reset

1 AUTORESET=N N ___________________ ___________________

2 ATTEMP NUMBR=1
MAX ATTEMPT NUMB 1 ___________________ ___________________
3 R STR DEL=5s
TIME BEFORE RESET 5s ___________________ ___________________
4 RS COUNT=15min
AUTORESET TIMOUT 15min ___________________ ___________________

5 F1 AUTO RST=0 0 ___________________ ___________________

6 F2 AUTO RST=0 0 ___________________ ___________________

52 CONFIGURATION REGISTER
POWER ELECTRONICS SD700

PARAMETERS FACTORY SETTINGS SETTING 1 SETTING 2

7 F3 AUTO RST=0 0 ___________________ ___________________

8 F4 AUTO RST=0 0 ___________________ ___________________
G13: Fault History
1 F0 NO FAULT
LAST FAULT=FXX - ___________________ ___________________
2 F0 NO FAULT
FIFTH FAULT=FXX - ___________________ ___________________
3 F0 NO FAULT
FOURTH FAULT=FXX - ___________________ ___________________
4 F0 NO FAULT
THIRD FAULT=FXX - ___________________ ___________________
5 F0 NO FAULT
SECOND FAULT=FXX - ___________________ ___________________
6 F0 NO FAULT
FIRST FAULT=FXX - ___________________ ___________________

7 CLEAR FAULTS=N N ___________________ ___________________

G25: Pump Control – S25.1 Setpoints

1 CONTROL MODE=1 1 ___________________ ___________________

2 MAN SPD REF= LOC LOC ___________________ ___________________

3 MAN SPEED=+0.0%
MANUAL SPEED +0.0% ___________________ ___________________

4 ALT MAN S R=LOCAL LOCAL ___________________ ___________________

5 SETPT1=0.0Bar
LOCAL SETPOINT 1 0.0Bar ___________________ ___________________
6 SETPT2=0.0Bar
LOCAL SETPOINT 2 0.0Bar ___________________ ___________________
7 SETPT3=0.0Bar
LOCAL SETPOINT 3 0.0Bar ___________________ ___________________
8 SETPT4=0.0Bar
LOCAL SETPOINT 4 0.0Bar ___________________ ___________________
9 SETPT5=0.0Bar
LOCAL SETPOINT 5 0.0Bar ___________________ ___________________
10 SETPT6=0.0Bar
LOCAL SETPOINT 6 0.0Bar ___________________ ___________________
11 SETPT7=0.0Bar
LOCAL SETPOINT 7 0.0Bar ___________________ ___________________
12 SETPT8=0.0Bar
LOCAL SETPOINT 8 0.0Bar ___________________ ___________________
13 T AutOFF=OFF
AUTO-OFF DELAY OFF ___________________ ___________________

14 CommsControl=N N ___________________ ___________________

G25: Pump Control – S25.2: PID Setting

1 PID SETP=LOCAL LOCAL ___________________ ___________________

2 PID aSTP=LOCAL LOCAL ___________________ ___________________

3 PID FBK=AI2 AI2 ___________________ ___________________

4 PID Kc=1.0
PROPORTIONAL PID 1.0 ___________________ ___________________
5 PID It=5.0s
INTEGRAL PID 5.0s ___________________ ___________________
6 PID Dt=0.0s
DIFFERENTIAL PID 0.0s ___________________ ___________________

7 PID ERR=+xx.x% - ___________________ ___________________

8 ERR=+xx.xxkPa - ___________________ ___________________

9 PID INVERT=N N ___________________ ___________________

CONFIGURATION REGISTER 53
 SD700 POWER ELECTRONICS

PARAMETERS FACTORY SETTINGS SETTING 1 SETTING 2

G25: Pump Control – S25.3: Start Conditions

1 LP Pon=0.0Bar
AWAKENING LEVEL 0.0Bar ___________________ ___________________
G25: Pump Control – S25.3: Start Conditions
2 FP SpON=+90.0%
FIX PMP STAR SPD +90.0% ___________________ ___________________
3 FP ErON=+10.0%
FIX PMP STAR ERR +10.0% ___________________ ___________________
4 FP T1 ON=10s
FIX PMP1 STR DLY 10s ___________________ ___________________
5 FP T2 ON=10s
FIX PMP2 STR DLY 10s ___________________ ___________________
6 FP T3 ON=10s
FIX PMP3 STR DLY 10s ___________________ ___________________
7 FP T4 ON=10s
FIX PMP4 STR DLY 10s ___________________ ___________________
8 FP T5 ON=10s
FIX PMP5 STR DLY 10s ___________________ ___________________
G25: Pump Control – S25.4: Stop Conditions
1 LP T SLP=20s
DRIVE SLEEP DELY 20s ___________________ ___________________
2 SLPsp1=+40.0%
DRV SLEEP SPEED1 +40.0% ___________________ ___________________
3 SLPsp2=+40.0%
DRV SLEEP SPEED2 +40.0% ___________________ ___________________
4 SLPsp3=+40.0%
DRV SLEEP SPEED3 +40.0% ___________________ ___________________
5 SLPsp4=+40.0%
DRV SLEEP SPEED4 +40.0% ___________________ ___________________
6 SLPsp5=+40.0%
DRV SLEEP SPEED5 +40.0% ___________________ ___________________
7 SLPsp6=+40.0%
DRV SLEEP SPEED6 +40.0% ___________________ ___________________
8 SLPsp7=+40.0%
DRV SLEEP SPEED7 +40.0% ___________________ ___________________
9 SLPsp8=+40.0%
DRV SLEEP SPEED8 +40.0% ___________________ ___________________

10 FLsw ENA=N N ___________________ ___________________

11 Fsl L=0.0l/s
FLOW SLEEP LEVEL 0.0l/s ___________________ ___________________
12 I SLEEP=xxxA
CURR SLEEP LEVEL xxxA ___________________ ___________________
13 FP erOFF=+0.0%
FPUMP STOP ERROR +0.0% ___________________ ___________________
14 FP T1 OF=10s
FPUMP1 STP DELAY 10s ___________________ ___________________
15 FP T2 OF=10s
FPUMP2 STP DELAY 10s ___________________ ___________________
16 FP T3 OF=10s
FPUMP3 STP DELAY 10s ___________________ ___________________
17 FP T4 OF=10s
FPUMP4 STP DELAY 10s ___________________ ___________________
18 FP T5 OF=10s
FPUMP5 STP DELAY 10s ___________________ ___________________
19 SPD1of=+70.0%
FPUMP STP SPEED1 +70.0% ___________________ ___________________
20 SPD2of=+70.0%
FPUMP STP SPEED2 +70.0% ___________________ ___________________
21 SPD3of=+70.0%
FPUMP STP SPEED3 +70.0% ___________________ ___________________
22 SPD4of=+70.0%
FPUMP STP SPEED4 +70.0% ___________________ ___________________
23 SPD5of=+70.0%
FPUMP STP SPEED5 +70.0% ___________________ ___________________

54 CONFIGURATION REGISTER
POWER ELECTRONICS SD700

PARAMETERS FACTORY SETTINGS SETTING 1 SETTING 2

24 SPD6of=+70.0%
FPUMP STP SPEED6 +70.0% ___________________ ___________________
25 SPD7of=+70.0%
FPUMP STP SPEED7 +70.0% ___________________ ___________________
26 SPD8of=+70.0%
FPUMP STP SPEED8 +70.0% ___________________ ___________________

G25: Pump Control – S25.4: Stop Conditions

27 PIDiSL%=0.0%
PID INVE SLEEP % 0.0% ___________________ ___________________

28 SLEEP?=Y Y ___________________ ___________________

29 SLPspA=+40.0%
SLEP SPD STP ANA +40.0% ___________________ ___________________

30 GO SLEEP MO=N N ___________________ ___________________

G25: Pump Control – S25.5: Speed Bypass
1 BY SPon=+70.0%
BYPASS ON SPEED +70.0% ___________________ ___________________
2 BY T ON=10s
BYPASS ON DELAY 10s ___________________ ___________________
3 BY SPof=+90.0%
BYPASS OFF SPEED +90% ___________________ ___________________
4 BY T OFF=5s
BYPASS OFF DELAY 5s ___________________ ___________________
G25: Pump Control – S25.6: Protection
1 PAUSE/DEL=20s
DELAY AFTER PAUS 20s ___________________ ___________________

2 CAVITATION=N N ___________________ ___________________

3 CAV MODE=FAULT FAULT ___________________ ___________________

4 CAV CURR=___A
CAVITATION CURRE ___A ___________________ ___________________
5 CAV SPED=+100%
CAVITATION SPEED +100% ___________________ ___________________
6 CAV DELAY=10s
CAVIT FLT DELAY 10s ___________________ ___________________

7 ENABLE LO PRE=N N ___________________ ___________________

9 LO PRE=5.0Bar
LO PRESSURE LEVL 5.0Bar ___________________ ___________________
10 Lop DLY=10.0s
LO PRESS FLT DLY 10.0s ___________________ ___________________
11 Lop Msp=+0.0%
LO PRESS MIN SPED +0.0% ___________________ ___________________

12 HP MODE=PAUSE PAUSE ___________________ ___________________

13 HP LEV=100Bar
HIFH PRESS LEVEL 100Bar ___________________ ___________________
14 HIpr DLY=0.0s
HI PRESS FLT DLY 0.0s ___________________ ___________________

15 FLO SWm=PAUSE PAUSE ___________________ ___________________

16 NO FLO/FILL=N N ___________________ ___________________

17 NO FLsp=+0.0%
NO FLOW MIN SPED +0.0% ___________________ ___________________
18 NO FLbyp=0.0s
NO FLO BYPAS DLY 0.0s ___________________ ___________________
19 NO FLdly=0.0s
NO FLOW FLT DLY 0.0s ___________________ ___________________
20 CYCLE TI=0m
CYCLE RESET DELY 0m ___________________ ___________________

CONFIGURATION REGISTER 55
 SD700 POWER ELECTRONICS

PARAMETERS FACTORY SETTINGS SETTING 1 SETTING 2

21 CYCLE CNT=5
MAX CYCLES ALLOW 5 ___________________ ___________________
G25: Pump Control – S25.7: Pipe Filling / Setpoint Ramp

1 PRESSU SOU=PID PID ___________________ ___________________

2 FILL SP=+70.0%
PIPE FILLING SPD +70% ___________________ ___________________
3 FILL P=2.0Bar
PFILL END PRESSU 2.0% ___________________ ___________________

G25: Pump Control – S25.7: Pipe Filling / Setpoint Ramp

4 FILL TIM=15m
PFILL END DELAY 15m ___________________ ___________________

5 SPT RAMP=1.0Bar / s 1.0Bar / s ___________________ ___________________

G25: Pump Control – S25.8: Setpoint Compensation due to Pressure Loss
1 COMP 1=0.0Bar
SETPOINT COMPEN1 0.0Bar ___________________ ___________________
2 COMP 2=0.0Bar
SETPOINT COMPEN2 0.0Bar ___________________ ___________________
3 COMP 3=0.0Bar
SETPOINT COMPEN3 0.0Bar ___________________ ___________________
4 COMP 4=0.0Bar
SETPOINT COMPEN4 0.0Bar ___________________ ___________________
5 COMP 5=0.0Bar
SETPOINT COMPEN5 0.0Bar ___________________ ___________________
G25: Pump Control – S25.9: Fixed Pumps Control

1 ENABLE PUMP 1=N N ___________________ ___________________

2 ENABLE PUMP2=N N ___________________ ___________________

3 ENABLE PUMP3 =N N ___________________ ___________________

4 ENABLE PUMP4=N N ___________________ ___________________

5 ENABLE PUMP5=N N ___________________ ___________________

6 FP ALTER MOD=0 0 ___________________ ___________________

7 JPon P=0.0Bar
JOCKEY ON PRESS 0.0Bar ___________________ ___________________
8 JPon DLY=20s
JOCKEY ON DELAY 20s ___________________ ___________________
9 JPof P=0.0Bar
JOCKEY OFF PRESS 0.0Bar ___________________ ___________________
10 PRp BYP=300s
PRIM.PUM.BYP.DLY 300s ___________________ ___________________
11 PRp DLY=OFF
PRIM PUM FLTdly OFF ___________________ ___________________

12 SUPPLY PUMP=0 0 ___________________ ___________________

G25: Pump Control – S25.10: Flow Limitation Algorithm
1 FLOW SEL=PULSE
PULSE ___________________ ___________________
2 MAX FLOW=1000 l/s
MAX ALLOWED FLOW 1000 l/s ___________________ ___________________
3 OFFSET=+0%
OFFSET MAX FLOW +0% ___________________ ___________________
4 FLO RES=+100%
FLOW RESET LEVEL +100% ___________________ ___________________
5 DECrat=+2.0% / s
FLOW DECEL RATE +2.0% / s ___________________ ___________________

6 UNIT FLOW= l/s l/s ___________________ ___________________

56 CONFIGURATION REGISTER
POWER ELECTRONICS SD700

PARAMETERS FACTORY SETTINGS SETTING 1 SETTING 2

G25: Pump Control – S25.11: Registers (Read only)

1 P1 = -----0d -----0m - ___________________ ___________________

2 P2 = -----0d -----0m - ___________________ ___________________

3 P3 = -----0d -----0m - ___________________ ___________________

4 P4 = -----0d -----0m - ___________________ ___________________

5 P5 = -----0d -----0m - ___________________ ___________________

TIME RESTORE=N N ___________________ ___________________

CONFIGURATION REGISTER 57
 DECLARATION OF CONFORMITY CE
The Company:

Name: POWER ELECTRONICS ESPAÑA, S.L.

Address: C/ Leonardo Da Vinci, 24-26, 46980 Paterna (Valencia)
Telephone: +34 96 136 65 57
Fax: +34 96 131 82 01

Declares under its own responsibility, that the product:

Variable Speed Drive for A.C. motors

Brand: Power Electronics

Model name: SD700 Series

Is in conformity with the following European Directives:

References Title
2006/95/CE Electrical Material intended to be used with certain limits of voltage
2004/108/CE Electromagnetic Compatibility

References of the harmonized technical norms applied under the Low Voltage Directive:

References Title
UNE EN 50178: 1998 Electronic equipment for use in power installations

References of the harmonized technical norms applied under the Electromagnetic

Compatibility Directive:

References Title
IEC 61800-3:2004 Adjustable speed electrical power drive systems. Part 3: EMC requirements and
specific test methods.

th
Paterna, January 17 2008

David Salvo
Executive Director
www.powerelectronics.es | www.power-electronics.com
24 Hours Technical Assistance 365 days a year +34 96 136 65 57

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