+' +HDY\'XW\N: )UHTXHQF\FRQYHUWHU 4XLFNUHIHUHQFH

+'
+HDY\'XW\N:
)UHTXHQF\FRQYHUWHU
4XLFNUHIHUHQFH
216mm
CAN
RS232
HD 7500
H1
H2
H3
CLOSE
COM
OPEN
GND
Out1
Out2
Out3
+24V
In1
In2
306mm
In3
In4
GND
AGND
+24V
PWM Out
PWM In
Ana Out
Ana In
10V Ref
U
V
W
PE
PE
L+
RB
L-
PE
L1
L2
L3
&$87,21
Risk of Electric Shock.
The electrical connection
remain life for at least 5
min. after main separation.
PTC
Version: 13.09.2005 - 1 -

7DEOHRIFRQWHQWV
29(59,(:
,QWURGXFWLRQ
1.1.1 General 4
1.1.2 Block diagram 4
&KDUDFWHULVWLFV
1.2.1 Major characteristics 5
1.2.2 Capability characteristic 5
1.2.3 Protection features 5
7HFKQLFDOVSHFLILFDWLRQ
,167$//$7,21
,QWURGXFWLRQ
,QVWDOODWLRQRSWLRQV
2.2.1 Installation thermal separated 7
2.2.2 Installation with “Cold Plate“ 7
(OHFWULFDOLQVWDOODWLRQ
7HUPLQDODVVLJQPHQW
2.4.1 Terminal description 8
2.4.2 Pin description of X1 9
2.4.3 Pin description of X2 9
2.4.4 Pin description of X3 9
2.4.5 Pin description of H1 – H4 10
2.4.6 Pin description of T1 – T4 10
2.4.7 Pin description of CAN 10
2.4.8 Pin description of RS232 10
(0&FRPSDWLEOHLQVWDOODWLRQ
,1,7,$/67$5783
6HULDOLQWHUIDFHSURWRFRO
3.1.1 Control operation 12
3.1.2 Programming parameters 13
3.1.3 Coding of variables 15
+'7RRO6RIWZDUH
3.2.1 Description 17
3.2.2 Installation 17
3.2.3 Start the program 17
3.2.4 After start 18
3.2.5 Communication with frequency converter 18
3.2.6 Basic functions 19
3.2.7 Input of new parameters 19
3.2.8 Error messages 19
Version: 13.09.2005 - 2 -

6

2YHUYLHZ
,QWURGXFWLRQ
This short reference describes the most important characteristics of the frequency
converter HD7500 and should be read carefully before the first starting. It serves the
learned user to the fast assembly and starting of the converter. In additionally, the
function, the connections, the installation and the parameter settings are described.
*HQHUDO
The major task is the electronic speed setting of an asynchronous motor.
%ORFNGLDJUDP
Version: 13.09.2005 - 4 -

&KDUDFWHULVWLFV
0DMRUFKDUDFWHULVWLFV
• Rugged design
• Vibration safe
• Simple installation and startup
• Parameter setting using a PC
• Isolated control input:
o serial interface (12V level, RS232, RS485, CAN, IrDA)
o 4 digital outputs
o 4 digital inputs
o 1 PWM input up to 1,6kHz
o 1 PWM output up to 1,6kHz
o 1 Analog output 0-10V/8bit
o 1 Analog input 0-10V/10 bit
o Relay output
• U/f- characteristic, acceleration and deceleration ramps
• integrated brake chopper
• Wide input voltage range: 340 - 520VAC / 47 - 63Hz
&DSDELOLW\FKDUDFWHULVWLF
• Overload 150% for 30 seconds
3URWHFWLRQIHDWXUHV
• Motor protection
• Over current protection
• Over temperature protection
• Short-circuit-protection phase against phase and/or phase against earth
• Over and under voltage monitoring
• I²t - monitoring
• Motor over temperature protection
• phase loss detection
• Status indication on 3 LEDs
Version: 13.09.2005 - 5 -

7HFKQLFDOVSHFLILFDWLRQ
Type
Input voltage
Rated input frequency
Motor rating
Output voltage
Rated output current
Output frequency
Switching frequency
Continuous brake
power
Pulse brake power
HD7500
400V -15% + 30%, 3ph
47 – 63Hz
7,5kW
3 x 0..400V
17A
1 – 100Hz
8kHz
200W
2kW für/for 1sec
Storage temperature -40°C – 85°C
Ambient humidity
95% (non-condensing)
Ambient temperature -20 – 50°C
Maximum Altitude
bis 2000m / up to 2000m
Type
Height
Width
Length
Weight
HD7500
306mm
216mm
164mm
~9kg
Version: 13.09.2005 - 6 -

,QVWDOODWLRQ
,QWURGXFWLRQ
All installation operations shell be carried out after disconnection of the electrical
supply. Risk of electrical shock. The frequency converter and the electrical
connections remain life for up to 5min. after mains separation.
Ensure correct earthing connection of the frequency converter. An inappropriate earth
connection can destroy the frequency converter and causes risk of electrical shock for
persons.
,QVWDOODWLRQRSWLRQV
,QVWDOODWLRQWKHUPDOVHSDUDWHG
For thermal separated installation the standard heat sink is mounted in the
installation wall.
,QVWDOODWLRQZLWK³&ROG3ODWH³
The HD 7500 frequency converters is available with „Cold Plate“ and can be mounted
directly to an external heat sink or on an enclosure. The area of contact should be as
big as the cold plate of the frequency converter.
Version: 13.09.2005 - 7 -

(OHFWULFDOLQVWDOODWLRQ
7HUPLQDODVVLJQPHQW
216mm
CAN
RS232
HD 7500
H1
H2
H3
CLOSE
COM
OPEN
GND
Out1
Out2
Out3
+24V
In1
In2
;
306mm
;
In3
In4
GND
AGND
+24V
PWM Out
PWM In
Ana Out
Ana In
10V Ref
U
V
W
PE
PE
L+
RB
L-
PE
L1
L2
L3
Risk of Electric Shock.
The electrical connection
remain life for at least 5
min. after main separation.
PTC
+
7
7
&$87,21
7
7
;
7HUPLQDOGHVFULSWLRQ
¢¡¤£¦¥ §¤¥©¨¤
X1
X2
X3
H1 – H4
T1 – T4
CAN
RS232
power supply, motor and brake resistor terminal of the frequency converter
control terminal of the frequency converter
terminal for motor protection
status indication
control panel
terminal for CAN connection
terminal for serial interface
Version: 13.09.2005 - 8 -

3LQGHVFULSWLRQRI;
¢¡¤£¦¥ ¥©¤¥ §¤¥©¨¤
U, V, W - motor terminal, voltage output of the frequency converter
PE - earth terminal of the frequency converter
L+ - positive DC bus link
RB - connection for brake resistor
L- - negative DC bus link
L1 - L3
3 ~ AC,
340..520V
3LQGHVFULSWLRQRI;
power supply terminal of the frequency converter
CLOSE
COM
OPEN
125 Vac / 0.3 A
60 Vdc / 0.5A
30 Vdc / 1 A
relay closer
relay common
relay output opener
¢¡¤£¦¥ ¥©¤¥ ¥¨ ©
GND 0V reference potential for digital outputs
Out1
Out2
Out3
Output Voltage:
+5V, +15V or
+24V
max. 10mA
digital I/O 1, internal pull up (10k
digital I/O 2, internal pull up (10k
digital I/O 3, internal pull up (10k
+24V +20 .. 26V power supply for digital inputs
In1
digital input 1, internal pull up (10k
In2
In3
HIGH(+10 ...
+32V)
LOW(0 ... +2V)
digital input 2, internal pull up (10k
digital input 3, internal pull up (10k
In4
digital input 4, internal pull up (10k
GND 0V reference potential for digital inputs
AGND 0V reference potential for analog inputs
+24V +20 .. 26V power supply for digital inputs
PWM out 0 .. +10V PWM output up to 1,6kHz
PWM in 0 .. +10V PWM input up to 1,6kHz
Ana out 0 .. +10V analog output
Ana in 0 .. +10V analog input
+10V Ref +10V Reference for analog Input
3LQGHVFULSWLRQRI;
PTC Resistive input for motor thermal protection device (PTC, Klixon)
Version: 13.09.2005 - 9 -

3LQGHVFULSWLRQRI+±+
H1 red warning or error
H2 amber operation
H3 green power on
H4 - 7-segment Display
3LQGHVFULSWLRQRI7±7
T1 Ok select or Ok
T2 ESC escape or delete
T3 Up up or increment
T4 Down down or decrement
3LQGHVFULSWLRQRI&$1
Pin1 +5V +5V power supply
Pin2 CANL CAN low line
Pin3 CANG Shield for CAN connection
Pin4 NC Not connected
Pin5 NC Not connected
Pin6 GND Ground for CAN connection
Pin7 CANH CAN high line
Pin8 NC Not connected
Pin9 +5V +5V power supply
3LQGHVFULSWLRQRI56
Pin1 +15V +15V power supply
Pin2 TxD Transmit, 9600 baud, 8,N,1, start bit 10V
Pin3 RxD Receive, 9600 baud, 8,N,1, start bit 10V
Pin4 DTR power control for in circuit programming ICT Programming
Pin5 GND reference potential
Pin6 24V +24V power supply, Hardware selectable
Pin7 NC Not connected
Pin8 A Output A for RS485, optional 12V TTL serial output (Hardware selectable)
Pin9 B Output B for RS485, optional 12V TTL serial input (Hardware selectable)
Version: 13.09.2005 - 10 -

(0&FRPSDWLEOHLQVWDOODWLRQ
Connect the frequency converter to the mounting plate with lock washer. If the
mounting plate is varnished, remove the varnish in mounting area.
Lay motor, power line and signal cables as far away from each other as possible and
separately. Crossing of power cables and control cable should be at an angle of 90
degree.
It is recommended that the motor cable is screened. Connect the shielding on both
sides.
Lay the cable as close as possible to the reference potential.
Version: 13.09.2005 - 11 -

,QLWLDOVWDUWXS
6HULDOLQWHUIDFHSURWRFRO
&RQWURORSHUDWLRQ
+RVW)8
¡ ©!© ¥ ¨¢
" ¢§
¥¤$%©¥ &¤' #
¥¤$%©¥ &( #
)¢¥¢*+¨%¤£
10110100b B4h
1xxxxxxxb
xxxxxxx according to variable coding HD7500
for normal operation coding is 10000000b
FFFFFFFFb FFFFFFF, target frequency of the motor in 1 Hz steps
FFFF000Rb
FFFFFFF, target frequency of the motor in 1/16 Hz steps
R direction of rotation (0..left, 1..right)
xxxxxxxxb start byte + (coding rotate left 1) + (frequency1 rotate left 2) + (frequency2 rotate left 2)
)8+RVW
¨¢ ¡ ©!© ¥
¢§ "
¡, ©¨©-.¥,'
01001011b
0xxxxxxxb
AAAAAAAAb
4Bh
xxxxxx according to variable coding HD7500
for normal operation coding is 00000000b
the requested coding will be answered
¡ ©¨¢-.¥ ¢2 ¥¤$%¢¥©¨¢ ¥¤§3©§ "¦4 ¨¤¥¢¥657 '©7 5¤8
////////10
for normal operation with coding 00000000b, the answer is the Failflag register.
00000000b -> no error
¡, ©¨©-.¥, (
////////10 ¡ ©¨¢-.¥ ¢2 ¥¤$%¢¥©¨¢ ¥¤§3©§ "¦4 ¨¤¥¢¥657 '©7 5¤8
AAAAAAAAb for normal operation with coding 00000000b, the answer is the Failflag register.
00000000b -> no error
xxxxxxxxb start byte + (coding rotate left 1) + (answer1 rotate left 2) + (answer2 rotate left 2)
)¢¥¢*+¨%¤£
Version: 13.09.2005 - 12 -

3URJUDPPLQJSDUDPHWHUV
'DWD+RVW)8
¨¢ ¡ ©!© ¥
¡¤§§ ¥¨¢¨
11010xxxb
xxxxxxxxb
xxxxxxxxb
11011010b
D3h – WRITE
D4h – READ
D5h – ERASE
WRITE xxxxxx according to parameter address
READ xxxxxx according to parameter address
address for ERASE E²PROM
¡© ¡,'
xxxxxxxxb
00000000b
01011011b
WRITE – data for address high
READ
ERASE
¡© ¡¢(
xxxxxxxxb
00000000b
01011011b
WRITE – data for address low
READ
ERASE
xxxxxxxxb start byte + (address rotate left 1) + (data1 rotate left 2) + (data2 rotate left 2)
)¢¥¢*+¨%¤£
'DWD)8±+RVW
00101100b
xxxxxxxxb
2Ch
WRITE xxxxxx according to parameter address
¨¢ ¡ ©!© ¥
xxxxxxxxb
11011010b
READ xxxxxx according to parameter address
address for ERASE E²PROM
¡¤§§ ¥¨¢¨
xxxxxxxxb
xxxxxxxxb
WRITE – data for address high
READ – data for address high
¡© ¡,'
00000000 ERASE
xxxxxxxxb
WRITE – data for address low
¡© ¡¢(
xxxxxxxxb
0000000x
READ – data for address low
ERASE
0 erasing ok
1 error at erasing
xxxxxxxxb start byte + (address rotate left 1) + (data1 rotate left 2) + (data2 rotate left 2)
)¢¥¢*+¨%¤£
Version: 13.09.2005 - 13 -

Version: 13.09.2005 - 14 -

&RGLQJRIYDULDEOHV
¤" ¡, §¥¨ ©
¢,§ ¤¡, ¥
b15 stop motor
b14 not used
b13 rectifier temperatur alarm
b12 power module temperature alarm
b11 motor temperatur alarm
b10 Brake overload
b9 I²t error
0 Failflag
b8 over current
b7 DC Line error
b6 Phase error
b5 input voltage high
b4 input voltage low
b3 fault high side
1 SystemStartUp
2 SystemWarning
3
Reset Status
Register
b2 fault phase W
b1 fault phase V
b0 fault phase U
b15 not used
b14 not used
b13 not used
b12 not used
b11 not used
b10 not used
b9 Ventilation On
b8 Brake On
b7 StartUpOk
b6 RectifierOn
b5 UzkLoadOk
b4 UzkHOk
b3 UzkOk
b2 ElkoLoad
b1 PhaseOk
b0 HardwareOk
b15 not used
b14 not used
b13 not used
b12 SerialTimeout
b11 I²tCount
b10 CurrentReferencWarning
b9 Current overrated
b8 GLTempWarning
b7 IPMTEmpWarning
b6 MotorTempWarning
b5 UzkHOutofRange
b4 UzkOutofRange
b3 L3Fail
b2 L2Fail
b1 L1Fail
b0 Varistor Fail
.7 power On reset (POR)
.6 external reset (Pin)
.5 watchdog (COP)
.4 illegal opcode (ILOP)
.3 illegal address reset (ILAD)
.1 low voltage inhibit reset (LVI)
4 Version Software Version xx.xx
5 Bulid Bulid
Version: 13.09.2005 - 15 -

6 GLTemp Rectifier Temperature measurement point in °C
7 IPMTemp IPM Temperature measurement point in °C
8 MTemp Resistance of motor temperature sensor
9 Uzk main DC voltage 1bit ~ 4V
10 UzkH half main DC voltage 1bit ~ 4V
11 Izk main DC current 1bit ~ 20mA
12 IzkR Reference 128bit
13 IzkM Main DC Current with reference 128bit
14 AnaIn Analog input value in bit
15 - Not used
16 I²t high
17 I²t low byte
maximum load integral
18 BrakeI²t high
19 BrakeI²t low Brake load integral
20 Brake PWM
21 SerialTarget target output frequency serial
22 CANTarget target output frequency CAN
23 DigitalTarget target output frequency digital
24 PWMTarget target output frequency PWM
25 AnalogTarget target output frequency analog
26 TastTarget target output frequency switches
27 SerTimeOutCounter serial timeout counter
28 CANTimeOutCounter CAN timeout counter
29 PWMPeriode period of PWM signal
30 PWMPuls width of PWM signal high
31 PWMBuffer buffer for PWM signal
32 coding serial interface coding
33 Notstop emergency stop active
34 target frequency target output frequency
35 actual frequency actual output frequency
36 Direction direction of rotation
37 motor voltage output voltage to motor
38 SinStep step width in sin table
39 Pout output power
40 BootTime bootstrap timer
41 GenTime time of dynamic operation
42 StopTime timer for emergency stop or brake
43 L1FailTime time of operation without L1
44 L2FailTime time of operation without L1
45 L3FailTime time of operation without L1
46 VFailTime time of operation without varistor
47 MainFlag main loop timer
48 Flag flag variable
49 CycleTime cycle timer
50 CountTime counter
51 MTempADC ADC value of motor resistor
52 GLTempADC ADC value of temp sensor
53 IPMTempADC ADC value of temp sensor
54 IOMode
bit 15 – 12 Digital Inputs, bit 11 – 8 button inputs,
low byte port output
55 Uzkload main DC voltage at turn on
56 BrakeGLI overload line brake
Version: 13.09.2005 - 16 -

+'7RRO6RIWZDUH
'HVFULSWLRQ
The PC software “HD7500Tool” supports the parameter setting. This graphic user
interface offers fast and simple access to the FU-parameters. With the software the
parameter lists can be stored or loaded from disk.
,QVWDOODWLRQ
Insert the “HD7500Tool CD” into CD-Rom drive. The Setup program starts
automatically. If this should not be the case, start the setup file in the root directory of
the CD and follow the instructions at the screen. During the installation, a directory C:\
HD7500Tool with parameter lists is created.
6WDUWWKHSURJUDP
Start “HD7500Tool” in your start menu.
Version: 13.09.2005 - 17 -

$IWHUVWDUW
&RPPXQLFDWLRQZLWKIUHTXHQF\FRQYHUWHU
For correct communication between frequency converter and PC the frequency
converter must be connected to mains voltage. The serial connection between PC and
frequency converter must be made either by the options print or a peripheral interface
adapter. Select the COM port on the user interface.
Version: 13.09.2005 - 18 -

%DVLFIXQFWLRQV
New
Open File
Save File
Print
DOWNLOAD
UPLOAD
Clear FU
The existing parameter list is replaced by empty default table.
Opens a saved parameter list.
ATTENTION: parameter lists are “.csv” files.
Saves the parameter list.
ATTENTION: parameter lists are “.csv” files.
Prints the parameter list.
Downloads the parameter list of the connected frequency converter.
ATTENTION: Works only if frequency converter is cleared.
Uploads the parameter list to the connected frequency converter.
Clears the parameter in connected frequency converter.
EXIT
Terminates the program.
&20±LQWHUIDFHEXWWRQ
Define the serial communication port to be used.
,QSXWRIQHZSDUDPHWHUV
The area DESCRITPION, COSTUMER and PROJEKT are for additional definitions of
the parameter list. The additional information is stored in the “.csv” file. To the
frequency converter only changes in column value become operative. This column
value is updated at download and is sent to the frequency converter at upload.
(UURUPHVVDJHV
9DOXHRXWRIUDQJH
During download this area shows the index of the value which is out of range. If a
value is out of range during uploading the parameter is replaced with a standard
value.
Recommended system requirements:
Pentium III, Celeron 600 MHz or equivalent, 256MB RAM, 1024x768 pixel resolutions,
16 Bit color depth, 30MB free disk space
Microsoft Windows 98/ME/2000/NT 4.0 with SP 6/XP
Version: 13.09.2005 - 19 -

6\VWHPSDUDPHWHUV
3DUDPHWHUWDEOHDQGGHVFULSWLRQ
¤§¤¥©9 ¢¡ ¡£:¥© ¥; ©¡£:¥ ¡,,,7 %, ¡, ¢"¥ ¡¤"¤¥
0.0 line input voltage minimum Uinmin [V] 400 - 560 480 0,257
0.1 line input voltage maximum Uinmax [V] 560 – 750 735 0,257
0.2 line input voltage hysteresis Uinhys [V] 0-10 2 0,257
for control of line input voltage the sine peak voltage is used
for DC input use the corresponding values.
0.3 Rated DC link voltage Uzksoll [V] 400 – 750 560 0,257
Rated value of DC link voltage reference for motor control
(This value is only a reference for motor control and should be 560V)
0.4 DC link voltage minimum Uzkmin [V] 400 – 560 480 0,257
0.5 DC link voltage maximum Uzkmax [V] 560 – 750 735 0,257
0.6 DC link voltage hysteresis Uzkhyst [V] 0-10 4 0,257
¢= ¤©¡, ¡£¦¥ ¥,2 =%©,%©%, ¥, ©
1.0 Rated current Inenn [A] 0-50 17 0,64
1.1 Over current Iover [A] 0-50 25 0,64
1.2 Reduction factor Ired [%] 101-130 105 1
1.3 Maximum load integral GLI [A²s] 0 0
(Iover*0,64)² -
(Inenn*0,64)²
Set rated motor current (Inenn) and over current (Iover) should be maximum 150% of rated current.
From rated current and over current the maximum load integral is calculated.
The reduction factor gives the recovery time when overshooting the rated current. As shown in the diagram, with a
reduction factor of 1,05 the frequency converter recovers in approximately 700 seconds from an overshooting
during 30 seconds with Over current.
Version: 13.09.2005 - 20 -

¢ ©¤¢¡ ¡£:¥© ¥2 %©? 2)¢¡ ¡¢@ ¥, ¨¢
2.0 U/f – characteristic IxR (eff) IxR [V] 0-50 20 0,64
2.1 U/f – characteristic fx fx [Hz] 0-100 25 1
2.2 U/f – characteristic Ux (eff) Ux [V] 0-400 200 0,64
2.3 U/f – characteristic feck feck [Hz] 0-100 50 0,64
2.4 U/f – characteristic Ueck(eff) Ueck [V] 0-400 400 0,64
2.5 U/f – characteristic fmax fmax [Hz] 0-100 50 1
2.6 U/f – characteristic Umax (eff) Umax [V] 0-400 400 0,64
2.7 U/f – characteristic ramp + Ramp1+ [Hz/s] 1-100 5 1,28
2.8 U/f – characteristic ramp - Ramp- [Hz/s] 1-100 5 1,28
2.9 U/f – characteristic ramp + Ramp2+ [Hz/s] 1-100 5 1,28
2.10 U/f – characteristic fxramp fxramp [Hz] 1-100 5 1
2.11 U/f – characteristic fmin fmin [Hz] 1-100 0 1
Ramp1 + for frequencies between 0 Hz and fxramp, Ramp2+ for frequencies between fxramp and fmax.
fmin is the minimal frequency at startup.
¢ © ¢¢¡, ¡£:¥© ¥,2 ¡*@¥
3.0 DC link voltage, brake on Uzkbon [V] 700 – 800 750 0,257
3.1 DC link voltage, brake off Uzkboff [V] 700 – 800 740 0,257
3.2 Brake resistor value Rbrake [Ohm] 60 – 500 150 1
3.3 Brake resistor nominal power Pbrake [W] 50 – 1000 300 1
3.4 Brake resistor peak power Ppeakbrake [W] 100 – 5000 1000 1
3.5 Time to mean nominal Pb Tbrakenom [s] 10 – 240 10 1
Version: 13.09.2005 - 21 -

©= ©¤©¡, ¡¤£¦¥© ¥,2 2 ¥ §:-.¥©¡,*+¥, "A ¡ ¤"¥
4.0 Pout max in field weakening range Poutmax [W] 100-2000 500 1
4.1
P-part of controller in field weakening
[10 -
Kp
range
Hz/W]
0-50 7,9 2,52
4.2
I-part of controller in field weakening
[10 -
Ki
range
Hz/Ws]
0-1000 396,5 0,013
At operation in field weakening range (feck to fmax) the output power is regulated to Poutmax.
¢ © ¢¢¡, ¡£:¥© ¥,2 ¥©9¢ ¥ ¤§¥¢§¦2%, ¤@ = ¨
5.0 Maximum time for dynamic operation tgen [ms] 0-1000 500 0,2
Maximum time for dynamic operation during deceleration.
5.1 Duration of stop brake tstop [ms] 0-5000 2500 0,2
A stop brake with IxR for tstop after deceleration. To deactivate set to 0.
5.2 On-time emergency stop brake Tnotstop [s] 0-10 5 200
5.3 DC brake power for emergency stop Pnotstop [W] 0-500 260 25
¢ © ¤¢¡, ¡£:¥© ¥¤2 ¤ ¥¢ B2 ¥¢¡©% ¥¨
6.0
Motor temperature monitoring
(0..MotorPTC, 1..switch contact)
Mschutz [sel] 0-1 0 1
6.1 Minimum PTC resistance Rptcmin [Ohm] 0-500 0 1
6.2 Maximum PTC resistance Rptcmax [Ohm] 10-10000 747 1
6.3 Warning PTC resistance Rptcwarn [Ohm] 10-10000 500 1
6.4 Hysterics PTC resistance PTChys [%] 0-20 2 2,56
Parameter for monitoring of motor PTC. With Mschutz a motor PTC monitoring or switching contact can be selected
6.5 Minimum electronic temperature Etmin [°C] -20-20 0 1
6.6 Maximum electronic temperature Etmax [°C] 30-100 78 1
6.7 Warning electronic temperature Ewarn [°C] 30-100 70 1
6.8 Hysterics electronic temperature Ethys [%] 0-20 0,8% 2,56
Parameter for monitoring of electronic temperature.
Version: 13.09.2005 - 22 -

¢ © ¢¢¡, ¡£:¥© ¥,2 ¥¤$%¢¥, ¢©!6¨¤¥ ¢"
9.0 Target frequency Sollvor [sel] 0-3 0 1
0.. target frequency using serial communication
1.. target frequency using CAN
2.. target frequency using digital I/Os
3.. target frequency using PWM I/Os
4.. target frequency using Analog I/Os
5.. target frequency using tastatur
¢= ¤©¡, ¡£¦¥ ¥,2 ¨¢¥ ¡©¢,£3£A%, , ©¡© =
10.0 communication timeout Timeout [ms] 10 – 10000 100 0,2
10.1 enable IrDA communication IrDA [sel] 0-1 0 1
After communication Timeout the motor is turned off.
If IrDA is set to 1, the IR communication port is enabled.
¢= ¤©¡, ¡£¦¥ ¥,2 =C /ED ¢,£3£A%, ©¡© =
11.0 CANMode CANMode [sel] 0-1 0 1
11.1 CANSpeed CANSpeed [sel] 0-3 0 1
11.2 CANAddress CANAdd [sel] 0-63 0 1
CANMode
0.. inactive
1.. active
CANSpeed
0.. 125kbit/s
1.. 250kbit/s
2.. 500kbit/s
3.. 1Mbit/s
CANAddress (Node_ID)
Version: 13.09.2005 - 23 -

¢= ¤©¡, ¡£:¥© ¥,2 ;; " ¡,©F ? G¨
12.0 digital mode Digmode [sel] 0-3 0 1
12.1 fix frequency f0 f0 [Hz] 0-100 0 256
12.2 fix frequency f1 f1 [Hz] 0-100 0 256
12.3 fix frequency f2 f2 [Hz] 0-100 0 256
12.4 fix frequency f3 f3 [Hz] 0-100 0 256
12.5 fix frequency f4 f4 [Hz] 0-100 0 256
12.6 fix frequency f5 f5 [Hz] 0-100 0 256
12.7 fix frequency f6 f6 [Hz] 0-100 0 256
12.8 fix frequency f7 f7 [Hz] 0-100 0 256
12.9 output voltage Uout [sel] 0-3 0 1
12.10 Output mode Outmode [sel] 0-1 0 1
Digital mode:
0.. fix frequency with In4 = start/stop
1.. fix frequency with In3 = left/right, In4 = start/stop
2.. digital potentiometer with In3 = left/right, In4 = start/stop, In1 = up, In2 = down
In3 In2 In1 frequency
0 0 0 f0
0 0 1 f1
0 1 0 f2
0 1 1 f3
1 0 0 f4
1 0 1 f5
1 1 0 f6
1 1 1 f7
3.. Test mode Out1 = In1, Out2 = In2, Out3 = In3, Relay = In4
Output voltage: 0.. 24V, 1..15V, 2..5V, 3..PullUp inactive (logic inverted)
Output mode: 0.. Out1 = H1, Out2 = H2, Out3 = H3
1.. Out1 = under voltage warning
Out2 = H2, Out3 = H1
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13.0 PWM mode PWMmode [sel] 0-1 0 1
For duty cycles from 0 to 100% set PWMmode to 0 and for 10% to 90% to 1.
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14.0 analog input mode Anainmode [sel] 0-3 0
0.. input 0-5V
1.. input 0 -10V
2.. input 0-20mA
3.. input 4-20mA
14.1 analog output mode Anaoutmode [sel] 0-1 0
0.. output 0-5V
1.. output 0 -10V
Version: 13.09.2005 - 24 -

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off
on
off off no supply or error
X on in circuit programming is active
off
off
not ready for operation
on
Error (see Error table)
off
motor runs
blink blink motor runs, Warning (see Warning table)
on
motor runs, Error (see Error table)
off
ready for operation
on
blink ready for operation, Warning (see Warning table)
on
ready for operation, Error (see Error table)
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1 no parameter setting
2 electronic temperature
3 motor temperature
4 brake overload
5 I²t overload
6 over current
7 DC Line
8 phase error
9 input voltage to high
10 input voltage to low
11 high side fail
12 phase W fail
13 phase V fail
14 phase U fail
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1 output current over rated
2 electronic temperature goes high
3 motor temperature goes high
4 varistors are not more connected
Version: 13.09.2005 - 25 -

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To ensure safe and faultless operation of the frequency converter, appropriate
transport, correct storage, assembly and installation as well as careful handling is
required.
In operation the frequency converter has life unisolated parts, as well as hot surfaces.
In case of improper use, wrong installation or maloperation, there is the danger of
serious personal injury and damage to property.
All operations are to be carried out by skilled technical personnel. For proposes of
these basic safety instructions, “skilled technical personnel” means persons who are
familiar with the installation, mounting, commissioning and operation of the product
and have the qualifications need for such installation.
After disconnection of the frequency converter from the voltage supply, live appliance
parts and power terminals must not be touched immediately because of possible
energized capacitors. Wait at least 5min before touching the frequency converter.
Version: 13.09.2005 - 26 -