Toshiba TOSVERT VF-AS1 Series User manual

E6581341⑩
TOSVERT VF-AS1 / VF-PS1
Expansion IO Card Option 2 Instruction manual
ETB004Z
Note
1.
Read this manual carefully before using the inverter. After reading, the user
should keep this manual at hand to use it for maintenance and inspection in the
future.
2. Please be informed that the contents of this document may be changed wit
hout
notice.

E6581341
1
Safety precautions
The items described in the instruction manual and on the inverter itself are very important
so that you can use safely the inverter, prevent injury to yourself and other people around
you as well as to prevent damage to property in the area. Thoroughly familiarize yourself
with the symbols and indications shown below and then continue to read the manual.
Make sure that you observe all warnings given.
Explanation of markings
Marking Meaning of marking
WARNING
Indicates that errors in operation may lead to death or serious injury.
CAUTION
Indicates that errors in operation will lead to injury*1 to people.
NOTICE
Indicates that errors in operation will cause damage to physical property *2
(*1) Such things as injury, burns or shock that will not require hospitalization or long periods of outpatient treatment.
(*2) Physical property damage refers to wide-ranging damage to assets and materials.
Meanings of symbols
Marking Meaning of marking
Indicates a prohibition (Do not do it).
Detailed information on the inhibition is described in illustration and text in or near the
symbol.
Indicates a mandatory action that must be followed.
Detailed information on the mandatory action is described in illustration and text in or
near the symbol.
Indicates a warning or caution.
Detailed information on the warning or caution is described in illustration and text in or
near the symbol.
 Limits in purpose
Safety precaution
▼ Never use this unit with any device other than TOSVERT VF-AS1/PS1 series inverters.
Doing so may cause an accident.
WARNING
Prohibition
▼ Never disassemble, modify or repair.
This can result in electric shock, fire and other injuries. Please call your Toshiba
distributor or service window for repairs.
▼ Do not remove this option or communication connectors from the inverter or set SW
while the power is on.
▼ Do not place or insert any kind of object (electrical wire cuttings, rods, wires etc.) inside
the inverter.
This will cause a short circuit and result in electric shock or fire.
▼ Do not allow water or any other fluid to come in contact with the inverter.
This will cause a short circuit and result in electric shock or fire.
Mandatory
action
▼Immediately turn the power off if the inverter begins to emit smoke, an unusual odor, or
unusual sounds.
Continuous use of the inverter in such a state will cause fire. If the inverter is left to be
turned on in that state, it can cause fire. Please call your Toshiba distributor service
window for repairs.
1

E6581341
2
Handling
CAUTION
Prohibition
▼Do not touch the sharp portions (such as leads of parts on the board, the corner of board,
or etc.) on this option. It will lead to injuries.
Transportation & installation
Warning
Prohibition
▼Do not install and operate the inverter if it is damaged or any of its components are
missing.
This will result in electric shock or fire. Please call your Toshiba distributor or service
window for repairs.
▼Do not place any inflammable object near the inverter.
If flame is emitted due to failure in the inverter, it will lead to fire.
▼Do not install the inverter in any location where the inverter could come into contact with
water or other fluids.
This will result in electric shock or fire.
Mandatory
action
▼An emergency stop device must be installed that is configured in accordance with the
system specifications.
If such an emergency stop device that can activate a mechanical brake by shutting off
the power supply is not installed, operation cannot be stopped immediately by the
inverter alone, thus resulting in an accident or injury.
Wiring
WARNING
Mandatory
action
▼Electrical construction work must be done by a qualified expert.
Erroneous connection of power supply by someone who does not have that expert
knowledge will result in fire or electric shock.
▼Before wiring, perform the following steps.
(1) Turn off the power to the inverter.
(2) Wait at least 15 minutes and verify that the charge lamp is no longer lit.
(3) Use a tester that can measure DC voltages (800 VDC or more) and verify that the
voltage to the DC power circuits between [PA/+] and [PC/-] is 45V or less.
Performing wiring without carrying out these steps can lead to electric shock.
▼Tighten the screws on the terminal block to specified torque.
If the screws are not tightened sufficiently to the specified torque, it will result in fire.
NOTICE
Prohibition
▼Do not apply a dropping shock or other physical shocks
Otherwise, damage or malfunction will result.
Mandatory
action
▼Before handling this product, always touch a grounded metal to remove static electricity
from your body. Otherwise, damage or malfunction will result.
▼Transport or install under the environmental conditions prescribed in the instruction manual.
Transporting or installing under any other conditions will result in failure.

E6581341
3
Operations
WARNING
Prohibition
▼ Do not touch switches when the hands are wet and do not try to clean the inverter with a
damp cloth.
Doing so will result in electric shock.
Mandatory
action
▼ Use an additional safety device with your VF-AS1/PS1 or system to prevent a serious
accident due to the unit malfunctions.
Usage without an additional safety device will cause an accident.
Disposal
CAUTION
Mandatory
action
▼ If you dispose of the inverter, have it done by a specialist in industry waste disposal*1.
If you dispose of the inverter by yourself, this can result in explosion of capacitor or
production of noxious gases, resulting in injury.
*1 Persons who specialize in the processing of waste are known as “industrial waste product collectors
and transporters” or “industrial waste disposal persons”. Please observe any applicable law, regulation,
rule or ordinance for industrial waste disposal.
Notes on use
Notes
▼Avoid installing in a place where ambient temperature or/and humidity change sharply.
▼Keep the control signal cable separate from the power cable of the inverter to prevent the inverter from
malfunctioning due to electromagnetic noise.
▼Insert a magne
tic contactor or similar device between the inverter and the power supply to ensure that
power is turned off if an emergency stop command is entered through the network.
NOTICE
Prohibition
▼Do not pull the cable connected to the terminal blocks.
This can result in damage or malfunction.

E6581341
4
Introduction
Thank you for purchasing a “Expansion IO card option 2” for industrial inverter TOSVERT
VF-AS1/PS1 inverter.
By the use of this option, the expansion of input/output terminal is possible. This
instruction manual describes connecting method and usage of the “Expansion IO card
option”. Read this manual carefully before using the unit.
Keep this manual near at hand of the operator who uses the “Expansion IO option” for
future reference in the maintenance and inspection.
Type of expansion IO option card
E T B 0 0 4 Z －0
Confirmation on accessories
Following accessory parts are included in the expansion IO card option.
Upon unpacking, confirm on the following parts.
(1) Expansion IO card option unit
(2) Instruction manual of expansion IO card option (this manual)
E6581341(English)
Without cable
Revision number
Model number of expansion IO card option
Expansion IO card option
Manual

E6581341
5
Contents
Safety precautions ......................................................................................................... 1
Notes on use .................................................................................................................. 3
Introduction .................................................................................................................... 4
Contents......................................................................................................................... 5
1. Name and function of each section............................................................................ 6
1.1. Appearance......................................................................................................... 6
1.2. Name of each section (terminal) ......................................................................... 6
2. Installing the IO card option in the VF-AS1/PS1 ........................................................ 7
2.1. Connection to the inverter................................................................................... 7
2.2. Wiring.................................................................................................................. 9
3. Functional description .............................................................................................. 11
3.1. Multi-function output terminal............................................................................ 11
3.2. Multi-function input terminal .............................................................................. 11
3.3. -10V power supply ............................................................................................ 12
3.4. Multi-function analog output.............................................................................. 12
3.5. Differential current input (AI1+, AI1-) ................................................................ 13
3.6. Analog input (AI2) ............................................................................................. 14
3.7. External thermal trip input (TH2+, TH2-)........................................................... 14
3.8. Pulse train input (RP)........................................................................................ 15
4. External diagram ...................................................................................................... 16
5. Specification............................................................................................................. 17
6. Warranty .................................................................................................................. 18

E6581341
6
1. Name and function of each section
Following figure shows appearance and name of each section of the expansion IO card
option.
1.1. Appearance
1.2. Name of each section (terminal)
R2A Programmable relay output 2
R2B Programmable relay output 2
T
B
1R2C Programmable relay output 2
N10 Analog input setting power output -10V
AI1+ Differential analog current input (+)
AI1- Differential analog current input (-)
AI2 Current or voltage analog input
CCA Analog input/output signal equipotential (0V)
MON1 Multifunction programmable analog output 1
T
B
2
MON2 Multifunction programmable analog output 2
P24/PLC Common terminal of extension terminal input
LI5 Extension terminal input LI5
LI6 Extension terminal input LI6
LI7 Extension terminal input LI7
LI8 Extension terminal input LI8
T
B
3
CC Digital signal equipotential (0V)
TH2+ PTC input terminal (+)
TH2- PTC input terminal (-)
RP Pulse train input terminal
OUT5 Multifunction programmable open collector output 5
OUT6
Multifunction programmable open collector output 6
NO2 Output 5 and 6 common terminal
T
B
4
CC Digital signal equipotential (0V)
TB4
Inverter cover hook for the fixation
SINK/SOURCE
Select SW
SINK(INT)
SOURCE
SINK(PLC)
TB1
TB2
TB3

E6581341
7
2. Installing the IO card option in the VF-AS1/PS1
Install the IO card option to VF-AS1/PS1 as follows:
*1 When this option is used together with the communication option, attach this option to the inverter side.
2.1. Connection to the inverter
(1) Turn off input power before installing.
WARNING
Mandatory
a
ction
Turn off the input power of VF-AS1/PS1 and wait for at least 15 minutes and then check
that the CHARGE lamp on VF-PS1 is no longer lit.
(2) Securing the option to the inverter
(A) For VFAS1/VFPS1 200V 45kW or less, 400V 75kW or less
a) Insert a flat-blade screwdriver in each of the two holes at the upper part of the
front panel, release the panel mounting tab by pushing the screwdriver down,
and remove the front panel cover.
b) Install the option in the inverter by fitting the tabs on the lower side of the option
into the slots at the lower part of the inverter front panel. *2
c) Make sure the option is securely attached to the inverter. Then, check whether
the plastic bosses on the inverter case have fitted in the holes at the upper and
lower parts of the option .
d) Insert the tabs at the lower part of the front cover into the slots at the lower part
of the inverter to attach the front cover to the inverter. *2
b)
c)
d)
Attach the front cover
Detach the front cover
Attach the option
a-1) a-2) a-3)
*2 Do not bend the connector pins when you install the option card and panel.
Connecter pins
Connecter pins

E6581341
8
(B) For VFAS1/VFPS1 200V 55kW or more, 400V 90kW or more
a) Insert a flat-blade screwdriver in each of the two holes at the upper part of the
front panel, release the panel mounting tab by pushing the screwdriver down,
and remove the front panel cover.
b) Push the hooks pointed by the arrows and remove the standard option case.
c) Install the option in the inverter by fitting the tabs on the lower side of the option
into the slots at the lower part of the inverter front panel. *1
d) Make sure the option is securely attached to the inverter. Then, check whether
the plastic bosses on the inverter case have fitted in the holes at the upper and
lower parts of the option .
e) Insert the tabs at the lower part of the front cover into the slots at the lower part
of the inverter to attach the front cover to the inverter. *1
a-1) a-2)
a-3)
b)
Attach the front cover
Detach the front cover
Detach the standard option case
Attach the option
e)d)
c)
Connecter pins
Connecter pins
*1 Do not bend the connector pins when you install the option card and panel.

E6581341
9
2.2. Wiring
When conducting wiring, follow the instructions below.
• Use shield wire for control signal line and ground the unit with shield wire
(Use twisted pair shield cable for wiring of the analog monitor output.)
• Never bind the signal line and main circuit connection wire together.
• To prevent the connector from detaching, make sure to consider means to avoid
applying tension to the connector such as by fixing the wire.
Terminal Block Applicable wire size The wire length of
peel off the end
Using screwdriver
(The blade tip)
Tightening
torque
TB1 0.2 to 2.5 mm
2
About 7mm 0.6mm thickness
and 3.5mm width. 0.5 to 0.6 N
・ m
TB2 to TB4 0.2 to 1.5mm
2
About 5mm 0.4mm thickness
and 2.5mm width. 0.22 to 0.25 N
・ m
 < Input/output terminal interface >
Terminal
symbol Function Electrical specification Internal circuit
R2A
R2B
R2C
Relay contact
point output
Configuration of 1C contact point
250Vac - 2A (cosφ=1)
250Vac - 1A (cosφ=0.4)
30Vdc - 1A
R2A
R2B
R2C
Ry
LI5
LI6
LI7
LI8
Contact point
input Changeover
of sink or source
No voltage contact input
24Vdc - 5mA
Sink input (common voltage 24V)
ON ：less than 10Vdc
OFF ：16Vdc or more
Source input
ON ：11Vdc or more
OFF ：less than 5Vdc
Note:
Even when an external power supply is
used (in sink logic mode i.e. when
SINK(PLC) is selected), connect the
reference potential-side (0V side) cable
from the power supply to the CC
terminal.
SINK Logic（SW =SINK(INT)）
SW
2.2kΩ
2.2k
Ω
CC
LI5
LI6
LI7
LI8
SOURCE
P24/
PLC
SINK(PLC)
SINK
(INT)
P24
SINK Logic (SW =SINK(PLC))
SW
2.2kΩ
2.2kΩ
CC
LI5
LI6
LI7
LI8
SOURCE
P24/
PLC
SINK(PLC)
SINK
(INT)
P24
SOURCE Logic (SW =SOURCE)
SW
SOURCE
2.2kΩ
P24/
PLC
2.2kΩ
CC
LI5
LI6
LI7
LI8
SINK(PLC)
SINK
(INT)
P24
PLC/
P24
24V power supply
24Vdc power output (when SW is
in any position other than PLC)
24V internal output terminal
24Vdc - 60mA max
Common terminal
for external power
supply
If SW is turned to the PLC position,
this terminal can be used as a
common terminal when an external
power supply is used.
Lan current signal.
Chose low current contacts to
avoid poor attaching.

E6581341
10
Terminal
symbol Function Electrical specification Internal circuit
TH2+
TH2-
Thermal trip input
The resistance between TH2+ and TH2-
Tripping value: about under 50 Ω
or over 3k Ω
Reset value: about 1.8k Ω
Voltage
detection
circuit
3kΩ
TH2+
P5
TH2-
10kΩ
N10 -10V power supply
DC-10V - 10mA
Ｎ10 OP
100Ω
OUT5
OUT6
NO2
Multifunction
programmable
open collector
output.
Open collector output
Drive current
External power supply used : 50mA
Internal power supply used : 20mA
Drive voltage
12V min - 30V max
Isolated other circuit.
20Ω
OUT5
OUT6
20Ω
NO2
CC Common to
input/output
Digital signal equipotential (0V) terminal
for the control circuit
AI1+
AI1-
Differential
current input
Current input :
Equal or under 20mA
Voltage :
Differential input voltage under 5V
Input voltage from –10V to 10V
AI1-
OP
AI1+
242Ω
AI2+
CCA
Analog input
Current input :
Equal or under 20mA
Voltage input :
0 to 10V
AI2
15kΩ
CCA
242Ω
16.2kΩ
MON1
MON2 Monitor output
Multifunction programmable analog
output.
-10V - 10V output
0V - 10V output
(Allowable load resistance
500 Ω or more)
0mA - 20mA output
(Allowable load resistance
500 Ω or less)
-10V - 10V
OP
MON1
MON2
121Ω
OP
121Ω
OP
68Ω
0 - 10V
0 - 20mA
RP Pulse train input
Input pulse
Voltage : 5Vmax
Current : 15mA max
Frequency : 30kHz max
Duty : 50±10%
The resistor is needed when input
voltage is over 5V to 30V if the current is
under maximum current.
235
CC
RP
R
Vf = 1.3
- 1.85V
(at 10mA)
Von
> 3.5V
Voff
< 1.2V
4700pF
* The version described on the nameplate and the version of ETB004Z displayed by the status monitor is different.
Ex.) When the version describe on the nameplate is “V1.1 IE07”, it displays “17.07” in the status
monitor. (In the hexadecimal number, it becomes “11.7”.)

E6581341
11
3. Functional description
In this section, functions added by the installation of this expansion IO card option, on top
of the standard inverter functions, are described.
Note: When power on or reset the inverter, the initialization of the ETB004Z terminal
inputs and outputs are delayed about 300ms from the inverter own terminals.
3.1. Multi-function output terminal
Two output terminals and one relay output can be added. Function is similar to that of the
output terminals of the inverter, so refer to the inverter instruction manual.
 Parameter
Title Function Adjustment range Default setting
f136

Output terminal function selection 7 (OUT5) 0 - 255 254 (Always OFF)
f137

Output terminal function selection 8 (OUT6) 0 - 255 254 (Always OFF)
f138

Output terminal function selection 9 (R2) 0 - 255 254 (Always OFF)
 Monitor
Refer to the description on status monitor mode of inverter’s instruction manual.
The output terminal status can be monitored by the output terminal status parameter
( fe07 ), and the parameter can be monitor by the serial communication.
fe07
bit No. 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Symbol --- --- --- --- --- --- --- R2 OUT6 OUT5 R1 OUT4 OUT3 FL OUT2 OUT1
Note: The OUT3, OUT4 and R1 are the terminal function of the expansion IO card option 1.
3.2. Multi-function input terminal
Four output terminals can be added. Function is similar to that of the input terminals of
the inverter, so refer to the inverter instruction manual.
 Parameter
Title Function Adjustment range Default setting
f123

Input terminal selection 13 (LI5) 0 - 155 0
f124

Input terminal selection 14 (LI6) 0 - 155 0
f125

Input terminal selection 15 (LI5) 0 - 155 0
f126

Input terminal selection 16 (LI5) 0 - 155 0
f145 *

Input terminal 13 - 20 response time selection 5 - 200ms 8
* This parameter for VF-PS1 exists for V654 or more.

E6581341
12
 Monitor
Refer to the description on status monitor mode of inverter’s instruction manual.
The input terminal status can be monitored by the input terminal status parameter
( fe06 ), and the parameter can be monitor by the serial communication.
fe06
bit No. 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Symbol LI8 LI7 LI6 LI5 LI4 LI3 LI2 LI1 S4 S3 S2 S1 RES ST R F
Note: The LI1 ~ LI4 are the terminal function of the expansion IO card option 1.
3.3. -10V power supply
The frequency command can be input from RX terminal with pulse and negative voltage
using N10(-10V) and PP(+10V) power.
Potentiometer
Center position: 0V command
Pulse side position: +10V command
Negative side position: -10V command
The recommended wiring cable length is
less than 1.5m with shielded cable.
3.4. Multi-function analog output
MON1, MON2 terminal output +/-10V, 0 - 10V, 0 - 20mA (4 - 20mA) analog signal.
Option Terminal
PP（+10）
RX
N10（-10V）
2kΩ
Inverter Terminal
Gain adjustment:
f673
-
10V
0%
100%
Gradient characteristics
(f689) is invalid when the
output setting is -10V - 10V.
Bias adjustment:
f690
Example : MON1output (-10V - 10V)
-
100%
10V
Gain adjustment:
f673
0V
0%
100%
Gradient
characteristics
f689
Bias adjustment:
f690
Example : MON1 output (0 - 10V)

E6581341
13
 Parameter
Title Function Adjustment range Default setting
f672

MON1 terminal meter selection 0 - 76
(4: Output voltage)
4
f673

MON1 terminal meter adjustment --- ---
f674

MON2 terminal meter selection 0 - 76
(5: Compensated frequency) 5
f675

MON2 terminal meter adjustment --- ---
f688 MON1 voltage/current output switching
0: Voltage -10 - 10V output
Note2
1: Voltage 0 - 10V output
2: Current 0 - 20mA output
1
f689 MON1 output gradient characteristic
0: Negative inclination
(downward slope)
Note1
1: Positive inclination
(upward slope)
1
f690 MON1 bias adjustment -10.0 - 100.0% 0.0
f691 MON2 voltage/current output switching
0: Voltage -10 - 10V output
Note2
1: Voltage 0 - 10V output
2: Current 0 - 20mA output
1
f692 MON2 output gradient characteristic
0: Negative inclination
(downward slope)
Note1
1: Positive inclination
(upward slope)
1
f693

MON2 bias adjustment -10.0 - 100.0% 0.0
Note1: When MON1 (MON2) setting is the voltage -10 - 10V output, f689 ( f 692 ) setting is invalid
and the MON1 (MON2) gradient characteristics becomes the positive inclination.
Note2: When MON1 (MON2) setting is -10 - 10V voltage output, f672 ( f674 ) should be set the
signed output.
3.5. Differential current input (AI1+, AI1-)
The frequency command can be input from the differential current input AI1 and AI2
terminal current. Keep each of the terminal voltages from CC terminal from -10V to 10V,
and keep voltage under 5V between each terminal.
 Parameter
Title Function Adjustment range Default setting
f222

AI1 input point 1 setting -100 - 100% 0
f223

AI1 input point 1 frequency 0.0 - fh Hz 0.0
f224

AI1 input point 2 setting -100 - 100% 100
f225

AI1 input point 2 frequency 0.0 - fh Hz 60.0
f226 * AI1 input point 1 rate -250 - 250%
(for torque control etc.) 0
f227 * AI1 input point 2 rate -250 - 250%
(for torque control etc.) 100
f476 Optional AI1 input bias 0 - 255 ---
f477 Optional AI1 input gain 0 - 255 ---
* VF-PS1 does not have these parameters.

E6581341
14
3.6. Analog input (AI2)
The frequency command can be input from the voltage or current analog input.
 Parameter
Title Function Adjustment range Default setting
f109

Analog AI2 (optional circuit board)
voltage/current switching
0: Voltage
1: Current 0
f228

AI2 input point 1 setting 0 - 100% 0
f229

AI2 input point 1 frequency 0.0 - fh Hz 0.0
f230

AI2 input point 1 setting 0 - 100% 100
f231 AI2 input point 1 frequency 0.0 - fh Hz 60 (or 50)
f478 Optional AI2 input bias 0 - 255 ---
f479 Optional AI2 input gain 0 - 255 ---
3.7. External thermal trip input (TH2+, TH2-)
By connecting the thermistor to TH2+ and TH2- terminal, when the thermistor value is
unusual, the inverter can be trip.
The resistor value
between TH2+ and TH2- Detect condition Movement
about under 50 Ω Thermistor short broken detection
oh2 trip
about 50 0- about 1.5k Ω Normal value ———
about 1.8k Ω Thermistor fault reset ———
about 3k Ω Thermistor fault detection
oh2 trip
 Parameter
Title Function Adjustment range Default setting
f638

PTC thermal selection 0: Deselect
1: Select 0
TH2+
TH2-
PTC
thermistor
Expansion IO card option
P5
3k
Voltage
detection
circuit
10k

E6581341
15
3.8. Pulse train input (RP)
The frequency command can be input from the pulse train input.
 Parameter
Title Function Adjustment range Default setting
fmod

Frequency setting mode selection 1 1 - 12
11: RP pulse input 2
f234

RP/high speed pulse input point 1 setting -100 - 100% 0
f235

RP/high speed pulse input point 1 frequency 0.0 - fh Hz 0.0
f236

RP/high speed pulse input point 2 setting 0 - 100% 100
f237 RP/high speed pulse input point 2 frequency 0.0 - fh Hz 60.0
f378 Number of RP terminal input pulses 1 - 9999 500
f660

Override additional input selection 0 - 12
11: RP pulse input 0
* Calculation of the reference frequency
The input pulse frequency is calculated to the percent base data. The calculated percent
data is converted to the frequency in accordance with 2 points setting (from f234 to
f237 ). Refer to the below figure.
Percent base data
f236
100％
f235
0Hz
f237
80Hz
f234
0％
Frequency
command
Percent base data
(%)100
frequencyMaximumpulsesinputterminalRPofNumber
frequnecypulseInput
databasePercent ×
×
=
Percent base data and frequency command value

E6581341
16
4. External diagram
Do not forget to reserve the space for the options at time of installation.
 External diagram of option (unit: mm)
Dimension of optional unit
The control panel depth increases about 21.6mm when the option is installed. Secure the
front space from the inverter control panel fully. The space which is necessary for the
option installation varies in the inverter capacity rate. Please refer to the inverter
instruction manual.

E6581341
17
5. Specification
<Environment Specification>
Item Specification
Use Environment
Indoor, less than 3,000 m from the sea level.
No direct sunlight, corrosive or explosive gas, steam, cutting dusts or dusts,
grinding solution, and grinding oil.
Ambient Temperature - 10 to + 60 ℃
Storage Temperature - 25 to + 65 ℃
Relative Humidity 20 to 93 % (No condensation)
Vibration 5.9m/s² (0.6G) or less (from 10Hz to 55Hz)
< Control specification >
Function Specification
Relay contact output
Multi-function programmable output
1 circuit for output of 1C contact point
250Vac - 2A (cosφ=1)
250Vac - 1A (cosφ=0.4)
30Vdc - 1A
Contact point input
(Changeover of sink / source)
Multi-function programmable input
4 contact inputs
Sink input (24V common voltage)
ON : less than 10Vdc
OFF : 16Vdc or more
Source input
ON : 11Vdc or more
OFF : less than 5Vdc
24V power supply DC24V - 60mA
External thermal trip input 1 circuit. The detection level is below.
Tripping value : about 50 Ω or less,
or about 3k Ω or more
Reset value : about 1.8k Ω
-10V power supply DC-10V - 10mA
Open collector output
Multi-function programmable output
2 circuits
Current : 50mA max with external power supply
20mA max with internal power supply
Voltage : min. 12V, max 30V
Differential current input Accuracy : ±0.2% (25±10℃), Resolution : 11bit
Input resistance : 31.2k Ω (voltage input),
242 Ω (current input)
Current input : 20mA or less
Voltage input : differential voltage input less than 5V
- 10V or more, and 10V or less
Analog input Accuracy : ±0.2% (25±10℃), Resolution : 11bit
Input resistance : 31.2k Ω (voltage input),
242 Ω (current input)
Voltage input : 0 - 10V
Current input : 20mA or less
Monitor output 2 circuits
Voltage output : -10V - 10V±1%
0V - 10V±1%
Current output : 0mA - 20mA±1%
Pulse train input Input pulse
Voltage : 5V max
Current : 15mA max
Frequency : 30kHz max
Duty : 50±10%

E6581341
18
6. Warranty
 Warranty period
This product’s warranty period is 12 months after the purchase, or 18 months from the
manufacture, whichever precedes the other.
The warranty period of repaired products will not exceed the warranty period before the repair
takes place.
 Scope of warranty
If a product failure is found during the warranty period due to our negligence, please return the
product to Toshiba distributor of purchase, for a replacement or repair of the defective component.
The warranty shall only cover the purchased or delivered product itself.
The following circumstances will incur paid service even before the warranty period expires.
- Product replacement or repair when the product is not returned.
- Product failure or damage due to misuse, inappropriate repair or modification of the product.
- Product failure or damage for reasons such as but not limited to a fall after purchase, an accident
during transport, or handling (e.g. smoking) during transport.
- Product failure or damage by natural disasters or unforeseeable external causes such as but not
limited to fire, salt exposure, gas exposure, earthquakes, storms, floods, lightning and abnormal
voltage.
- Product failure or damage by use under inappropriate circumstances, environments or use not
suggested in the product catalog or instruction manual, or use not complying with the original use
intended for the product.
- Product failure or damage by the lack of proper maintenance or replacement of expiring parts
suggested in the instruction manual.
- In case the product is embedded in your equipment, product failure or damage by causes
irrelevant to the product, such as the design of your equipment and software.
- In case the product is embedded in your equipment, product failure that could have been avoided
if your equipment had featured a safety device in compliance with the law that governs your
equipment, or any feature or structure that is considered the norm by the industry standard.
- Any product failure or damage by accidents that were unforeseeable with the technological
standard at shipment.
 Warranty exemptions
Irrespective of the warranty period, the warranty shall not cover the following conditions.
- Compensation for any damage not attributed to our negligence.
- Compensation for any loss of business opportunity or income caused by failure of the product.
- All liabilities and compensations for any damage, secondary damage, accidents, damage to any
entity that is not the product and damage to any other operations that arise from special
circumstances, that we may or may not foresee.
- Any compensations for the results of your product replacement, readjustment of the local
equipment after replacement, launch test, inspections, or any other operations.
 Service after the stop production
Please ask Toshiba distributor of purchase about the stop of production and repair work for each
product.
©Toshiba Schneider Inverter Corporation 2005