Toshiba Tosvert VF-S15 Quick Start Manual

42
E6582383
E6582383
7
In case of using with a higher Short Circuit Current Ratings (SCCR) up to 100kA (up to 22kA for 600V class),
it is available by installing with the circuit breakers, GV □ P or the fuses in the condition listed in Table 4.
Table 4 High SCCR condition of Fuses, Circuit breakers, line inductance and Wire sizes, with Enclosure
Branch
circuit
protec
t
ion
(*5) Cable sizes
Inverter Volt
With
Circuit bre
aker
With GV □ P
With
(*1)(*2)
Fuse Line Power
model -age
(*3) SC (*3)(*4) Voltage
SC
600V
Class J inductance circuit Earth
Type
-
Form
CR
Type
-
Form
Rating
Power
CR
Rating
SCCR
Min.
value
(V)
(kA)
Type
E
(
V)
(H
P
)
(kA)
(A)
(kA)
mH
A
(AWG
-
)
(AWG
-
)
Mark
ing
Y
Z1, Z2
X
Z1, Z2
X
Z1, Z2
X
- - - -
VFS15-2002PM 240 HGL36015 65
GV2P08
240 0.75 65
5
100 6.4 1 14 14
VFS15
-
2004PM
240
H
G
L36015
65
GV2P08
240
0.75
65
7
100
6.4
1.6
14
14
VFS15
-
2007PM
240
H
G
L36015
65
GV2P10
240
1.5
65
15
100
6.4
3.1
14
14
VFS15-2015PM 240 HGL36015 65
GV2P14
240 3 65 25 100 1.5 6 14 14
VFS15
-
2022PM
240
H
G
L36020
65
GV3P18
240
5
65
25
100
1
9
12
14
VFS15
-
2037PM
240
H
G
L36030
65
GV3P25
240
7.5
65
45
100
0.8
15
10
10
VFS15-2055PM 240 HGL36040 65 GV3P40 240 10 65 60 100 0.5 21 8 10
VFS15
-
2075PM
240
H
G
L36050
65
GV3P50
240
1
0
65
70
100
0.4
28
6
10
VFS15
-
2110PM
240
H
G
L36070
65
GV3P65
240
15
65
100
100
0.3
41
6*2
8
VFS15-2150PM 240 HGL36090 65 GV4PB80S 240 20 65
100
100 0.2 55 6*2 8
VFS15S-2002PL 240 HGL36015 65
GV2P08
240 0.33 65
7
100 2.5 3 14 14
VFS15S
-
2004PL
240
H
G
L36015
65
GV2P10
240
0.5
65
15
100
2.5
5
14
14
VFS15S
-
2007PL
240
H
G
L36015
65
GV3P13
240
2
65
25
100
2.5
7
14
14
VFS15S-2015PL 240 HGL36030 65 GV3P25 240 3 65 40 100 1 13 10 12
VFS15S
-
2022PL
240
H
G
L36035
65
GV3P25
240
3
65
45
100
1
18
10
10
VFS15
-
4004PL
480
GV3P13
480Y/277
7.5
100
6
100
-
-
14
14
VFS15
-
4007PL
480
GV3P13
480Y/277
7.5
100
6
100
-
-
14
14
VFS15-4015PL 480 GV3P13 480Y/277 7.5 100 15 100 - - 14 14
VFS15
-
4022PL
480
GV3P13
480Y/277
7.5
100
15
100
-
-
14
14
VFS15
-
4037PL
480
GV3P13
480Y/277
7.5
100
25
100
-
-
12
14
VFS15
-
4004PL
1
480
H
J
L36015
65
GV2P07
480Y/277
1
65
6
100
12
1
14
14
VFS15-4007PL1 480 HJL36015 65
GV2P08
480Y/277 2 65 6 100 12 1.7 14 14
VFS15
-
4015PL1
480
H
J
L36015
65
GV2P10
480Y/277
3
65
12
100
6.8
3.2
14
14
VFS15
-
4022PL1
480
H
J
L36015
65
GV2P14
480Y/277
5
65
15
100
5
4.7
14
14
VFS15-4037PL1 480 HJL36015 65 GV3P13 480Y/277 7.5 65 25 100 3 8 12 14
VFS15-4055PL 480 HJL36020 65 GV3P18 480Y/277 7.5 65 40 100 2.5 11 10 10
VFS15
-
4075PL
480
H
J
L36030
65
GV3P25
480Y/277
15
65
40
100
1.5
15
8
10
VFS15
-
4110PL
480
H
J
L36040
65
GV3P32
480Y/277
20
65
60
100
1.2
22
8
10
VFS15-4150PL 480 HJL36050 65 GV3P40 480Y/277 25 65
60
100 0.8 29 6 10
VFS15-6015P 600 HJL36015 22 GV3P13 600Y/347 10 22 6 22 9 2.4 14 14
VFS15
-
6022P
600
H
J
L36015
22
GV3P13
600Y/347
10
22
10
22
5
3.3
14
14
VFS15
-
6037P
600
H
J
L36015
22
GV3P13
600Y/347
10
22
15
22
5
6
14
14
VFS15-6055P 600 HJL36025 22 GV3P13 600Y/347 10 22 20 22 2.5 8 14 14
VFS15
-
6075P
600
H
J
L36030
22
GV3P1
8
600Y
/347
1
0
22
25
22
2.5
11
14
14
VFS15
-
6110P
600
H
J
L36045
22
GV3P
25
600Y/347
20
22
35
22
1.2
16
10
12
VFS15-6150P 600 HJL36060 22 GV3P32 600Y/347 25 22 45 22 1.2 22 10 10
For the enclosure volume, it must be minimum 53L(Liter).
The enclosure mounting an inverter are a Type 1, 4(X) or 12 rated enclosure, only for the indoor usage.
Minimum enclosure volume allows for specified SCCR. Thermal requirements may require a larger enclosure.
The ampere rating of the short circuit protection devices in the table are maximum values.
Smaller ampere sizes can be used.
(*1) Use Class CC or J fast acting or time delay with any manufacturer, except VFS15-4004PL~4037PL.
(*2) For VFS15-4004PL~4037PL, Use Class J fast acting or time delay.
The manufacturer of the fuses must be "Cooper Bussmann" or "Mersen" (formerly, "Ferraz Shawmut") for the
compliance of UL standard.
(*3) The manufacturer of the listed circuit breaker is "Schneider Electric".
(*4) For GV2P and GV3P use, 480 V and 600V ratings are for Wye connected electrical distribution systems.
GV2P self-protected manual combination starter must be used with GV2GH7 insulating barrier to meet Type E rating.
GV3P self-protected manual combination starter must be used with GV3G66 + GVAM11 insulating barrier and auxiliary
contact to meet Type E rating. The GVAM11 provides a visual indication if the GV3P has tripped.
GV3P self-protected manual combination starter with connection by lugs that added the digit 6 to the end of reference
must be used with LAD96570 (2 pieces) + GVAM11 to meet Type E rating.
E6582383
8
UL61800-5-1 require publishing the standard Type E combination motor controller power rating since this is a basic
identification marking of type E devices.
However, when applied as an input overcurrent protective device for a drive, the rated current of the Type E
combination motor controller, not the rated power, is the key parameter for dimensioning.
GV □ P Type E combination motor controllers are adjustable, their current range is shown on the adjustment dial and
their selection is based on the input current and not the power rating of the drive.
(*5) Reactor is RLW series of "MTE corporation" or from "Schneider Electric", do not substitute.
Reactor selection must be satisfied to the line inductance minimum values in the table.
(*6) Although SCCR is 5 kA, the thermal design is for 1 kA. For applying SCCR up to 5 kA, reduce the load or install the line
inductance not to exceed the rated input current.
Main and control circuit terminals
This diagram shows an example of wiring of the main and control circuit (in case of sink logic).
Standard connection diagram – SINK (Negative) (common: CC)
Main circuit power supply
Braking resistor (Option)
P0
PA/+ PB PC/
-
Single
phase
power
supply
Fuse
MCCB
DC reactor (DCL)
*2 (option)
*1, *9
R/L1
S/L2
T/L3
Protective
function
activation
output
Low-speed
signal output
MCCB(2P)
R/L1
S/L2/N
Control power
supply
*5
VF
-
S15
Control
circuit
FLA
FLB
FLC
Operation panel
SW1 *6
SINK SOURCE
PLC
RS485
connector
SW2
VIB
PTC
S4
S3
FM CC VIC VIB VIA PP
RY
RC
Meter
1mA
(or 0(4)-20mA/0-10V)
External potentiometer (1k-10kΩ)
(or voltage signal between VIA and CC: 0-10V)
F
R
RES
S1
S2
S3
CC
Forward run command
Reverse run command
Reset
Preset-speed command 1
Preset-speed command 2
Preset-speed command 3
Common
Speed reach
Signal output
Noise
filter
Power circuit
Motor
U/T1
V/T2
W/T3
M
Current signal: 4(0)-20mA
Voltage signal: 0-+10V
(or -10-+10V)
*3
*4 *4
STO
+SU
Frequency
meter
(ammeter)
Ry
*7
P24
OUT
NO
CC
*8
3ph-240V class: three-phase 200-240V
-50/60Hz
1ph-240V class: single-phase 200-240V
-50/60Hz
3ph-500V class: three-phase 380-480V
-50/60Hz
3ph-600V class: three-phase 525-600V
-
50/60Hz
*1: The T/L3 terminal is not provided for
single-phase models.
Use the R/L1 and S/L2/N terminals as input
terminals.
*2: The inverter is supplied with the PO and the
PA/+ terminals shorted by means of a
shorting bar.
Before installing the DC reactor (DCL),
remove the bar.
*3: When using the OUT output terminal in sink
logic mode, short the NO and CC terminals.
*4: When VIA or VIB terminal is used as logic
input terminal, refer to section 7.2.1.
*5: When backing up the control power supply,
an external DC24V power supply is required.
When using a communication option with the
external DC24V power supply, add a diode
between the external DC24V power supply
and +SU terminal. (Diode rating: 400V – 1.5A
or more)
Refer to section 2.3.2.
*6: Set the slide switch SW1 to SINK side.
Refer to section 2.3.2 for details.
Default setting is SINK side for Japan model,
PLC side for -W1 model.
*7: When STO terminal is used as compliance
with safety standards, refer to Safety function
manual (E6581860).
*8: Calibration is needed before using the meter.
Refer to section 5.1.
*9: When using 600V class, be sure to connect
an input reactor (ACL).
*10: 600V class have no built-in noise filter.
For sections,
refer to the instruction manual
E6581610(Japanese), E6581612(Japanese) or
E6582175(English)
*10
VF-S15_QS.indb 42VF-S15_QS.indb 42 2021/11/18 15:51:532021/11/18 15:51:53
43
E6582383
E6582383
7
In case of using with a higher Short Circuit Current Ratings (SCCR) up to 100kA (up to 22kA for 600V class),
it is available by installing with the circuit breakers, GV □ P or the fuses in the condition listed in Table 4.
Table 4 High SCCR condition of Fuses, Circuit breakers, line inductance and Wire sizes, with Enclosure
Branch
circuit
protec
t
ion
(*5)
Cable sizes
Inverter Volt
With
Circuit bre
aker
With GV □
P
With
(*1)(*2)
Fuse
Line
Power
model -age
(*3)
SC
(*3)(*4) Voltage
SC
600V
Class J
inductance
circuit
Earth
Type
-
Form
CR
Type
-
Form
Rating
Power
CR
Rating
SCCR
Min.
value
(V)
(kA)
Type
E
(
V)
(H
P
)
(kA)
(A)
(kA)
mH
A
(AWG
-
)
(AWG
-
)
Mark
ing
Y
Z1, Z2
X
Z1, Z2
X
Z1, Z2
X
- - - -
VFS15-2002PM
240
HGL36015
65
GV2P08
240 0.75
65
5
100
6.4
1
14 14
VFS15
-
2004PM
240
H
G
L36015
65
GV2P08
240
0.75
65
7
100
6.4
1.6
14
14
VFS15
-
2007PM
240
H
G
L36015
65
GV2P10
240
1.5
65
15
100
6.4
3.1
14
14
VFS15-2015PM
240
HGL36015
65
GV2P14
240 3 65
25
100
1.5
6
14 14
VFS15
-
2022PM
240
H
G
L36020
65
GV3P18
240
5
65
25
100
1
9
12
14
VFS15
-
2037PM
240
H
G
L36030
65
GV3P25
240
7.5
65
45
100
0.8
15
10
10
VFS15-2055PM
240
HGL36040
65
GV3P40
240 10
65
60
100
0.5
21
8 10
VFS15
-
2075PM
240
H
G
L36050
65
GV3P50
240
1
0
65
70
100
0.4
28
6
10
VFS15
-
2110PM
240
H
G
L36070
65
GV3P65
240
15
65
100
100
0.3
41
6*2
8
VFS15-2150PM
240
HGL36090
65
GV4PB80S
240 20
65
100
100
0.2
55
6*2
8
VFS15S-2002PL
240
HGL36015
65
GV2P08
240 0.33
65
7
100
2.5
3
14 14
VFS15S
-
2004PL
240
H
G
L36015
65
GV2P10
240
0.5
65
15
100
2.5
5
14
14
VFS15S
-
2007PL
240
H
G
L36015
65
GV3P13
240
2
65
25
100
2.5
7
14
14
VFS15S-2015PL
240
HGL36030
65
GV3P25
240 3 65
40
100
1
13
10 12
VFS15S
-
2022PL
240
H
G
L36035
65
GV3P25
240
3
65
45
100
1
18
10
10
VFS15
-
4004PL
480
GV3P13
480Y/277
7.5
100
6
100
-
-
14
14
VFS15
-
4007PL
480
GV3P13
480Y/277
7.5
100
6
100
-
-
14
14
VFS15-4015PL
480
GV3P13
480Y/277
7.5
100
15
100
- - 14 14
VFS15
-
4022PL
480
GV3P13
480Y/277
7.5
100
15
100
-
-
14
14
VFS15
-
4037PL
480
GV3P13
480Y/277
7.5
100
25
100
-
-
12
14
VFS15
-
4004PL
1
480
H
J
L36015
65
GV2P07
480Y/277
1
65
6
100
12
1
14
14
VFS15-4007PL1
480
HJL36015
65
GV2P08
480Y/277
2 65
6 100
12
1.7
14 14
VFS15
-
4015PL1
480
H
J
L36015
65
GV2P10
480Y/277
3
65
12
100
6.8
3.2
14
14
VFS15
-
4022PL1
480
H
J
L36015
65
GV2P14
480Y/277
5
65
15
100
5
4.7
14
14
VFS15-4037PL1
480
HJL36015
65
GV3P13
480Y/277
7.5
65
25
100
3
8
12 14
VFS15-4055PL
480
HJL36020
65
GV3P18
480Y/277
7.5
65
40
100
2.5
11
10 10
VFS15
-
4075PL
480
H
J
L36030
65
GV3P25
480Y/277
15
65
40
100
1.5
15
8
10
VFS15
-
4110PL
480
H
J
L36040
65
GV3P32
480Y/277
20
65
60
100
1.2
22
8
10
VFS15-4150PL
480
HJL36050
65
GV3P40
480Y/277
25
65
60
100
0.8
29
6 10
VFS15-6015P
600
HJL36015
22
GV3P13
600Y/347
10
22
6 22 9
2.4
14 14
VFS15
-
6022P
600
H
J
L36015
22
GV3P13
600Y/347
10
22
10
22
5
3.3
14
14
VFS15
-
6037P
600
H
J
L36015
22
GV3P13
600Y/347
10
22
15
22
5
6
14
14
VFS15-6055P
600
HJL36025
22
GV3P13
600Y/347
10
22
20
22 2.5
8
14 14
VFS15
-
6075P
600
H
J
L36030
22
GV3P1
8
600Y
/347
1
0
22
25
22
2.5
11
14
14
VFS15
-
6110P
600
H
J
L36045
22
GV3P
25
600Y/347
20
22
35
22
1.2
16
10
12
VFS15-6150P
600
HJL36060
22
GV3P32
600Y/347
25
22
45
22 1.2
22
10 10
For the enclosure volume, it must be minimum 53L(Liter).
The enclosure mounting an inverter are a Type 1, 4(X) or 12 rated enclosure, only for the indoor usage.
Minimum enclosure volume allows for specified SCCR. Thermal requirements may require a larger enclosure.
The ampere rating of the short circuit protection devices in the table are maximum values.
Smaller ampere sizes can be used.
(*1) Use Class CC or J fast acting or time delay with any manufacturer, except VFS15-4004PL~4037PL.
(*2) For VFS15-4004PL~4037PL, Use Class J fast acting or time delay.
The manufacturer of the fuses must be "Cooper Bussmann" or "Mersen" (formerly, "Ferraz Shawmut") for the
compliance of UL standard.
(*3) The manufacturer of the listed circuit breaker is "Schneider Electric".
(*4) For GV2P and GV3P use, 480 V and 600V ratings are for Wye connected electrical distribution systems.
GV2P self-protected manual combination starter must be used with GV2GH7 insulating barrier to meet Type E rating.
GV3P self-protected manual combination starter must be used with GV3G66 + GVAM11 insulating barrier and auxiliary
contact to meet Type E rating. The GVAM11 provides a visual indication if the GV3P has tripped.
GV3P self-protected manual combination starter with connection by lugs that added the digit 6 to the end of reference
must be used with LAD96570 (2 pieces) + GVAM11 to meet Type E rating.
E6582383
8
UL61800-5-1 require publishing the standard Type E combination motor controller power rating since this is a basic
identification marking of type E devices.
However, when applied as an input overcurrent protective device for a drive, the rated current of the Type E
combination motor controller, not the rated power, is the key parameter for dimensioning.
GV □ P Type E combination motor controllers are adjustable, their current range is shown on the adjustment dial and
their selection is based on the input current and not the power rating of the drive.
(*5) Reactor is RLW series of "MTE corporation" or from "Schneider Electric", do not substitute.
Reactor selection must be satisfied to the line inductance minimum values in the table.
(*6) Although SCCR is 5 kA, the thermal design is for 1 kA. For applying SCCR up to 5 kA, reduce the load or install the line
inductance not to exceed the rated input current.
Main and control circuit terminals
This diagram shows an example of wiring of the main and control circuit (in case of sink logic).
Standard connection diagram – SINK (Negative) (common: CC)
Main circuit power supply
Braking resistor (Option)
P0
PA/+ PB PC/
-
Single
phase
power
supply
Fuse
MCCB
DC reactor (DCL)
*2 (option)
*1, *9
R/L1
S/L2
T/L3
Protective
function
activation
output
Low-speed
signal output
MCCB(2P)
R/L1
S/L2/N
Control power
supply
*5
VF
-
S15
Control
circuit
FLA
FLB
FLC
Operation panel
SW1 *6
SINK SOURCE
PLC
RS485
connector
SW2
VIB
PTC
S4
S3
FM CC VIC VIB VIA PP
RY
RC
Meter
1mA
(or 0(4)-20mA/0-10V)
External potentiometer (1k-10kΩ)
(or voltage signal between VIA and CC: 0-10V)
F
R
RES
S1
S2
S3
CC
Forward run command
Reverse run command
Reset
Preset-speed command 1
Preset-speed command 2
Preset-speed command 3
Common
Speed reach
Signal output
Noise
filter
Power circuit
Motor
U/T1
V/T2
W/T3
M
Current signal: 4(0)-20mA
Voltage signal: 0-+10V
(or -10-+10V)
*3
*4 *4
STO
+SU
Frequency
meter
(ammeter)
Ry
*7
P24
OUT
NO
CC
*8
3ph-240V class: three-phase 200-240V
-50/60Hz
1ph-240V class: single-phase 200-240V
-50/60Hz
3ph-500V class: three-phase 380-480V
-50/60Hz
3ph-600V class: three-phase 525-600V
-
50/60Hz
*1: The T/L3 terminal is not provided for
single-phase models.
Use the R/L1 and S/L2/N terminals as input
terminals.
*2: The inverter is supplied with the PO and the
PA/+ terminals shorted by means of a
shorting bar.
Before installing the DC reactor (DCL),
remove the bar.
*3: When using the OUT output terminal in sink
logic mode, short the NO and CC terminals.
*4: When VIA or VIB terminal is used as logic
input terminal, refer to section 7.2.1.
*5: When backing up the control power supply,
an external DC24V power supply is required.
When using a communication option with the
external DC24V power supply, add a diode
between the external DC24V power supply
and +SU terminal. (Diode rating: 400V – 1.5A
or more)
Refer to section 2.3.2.
*6: Set the slide switch SW1 to SINK side.
Refer to section 2.3.2 for details.
Default setting is SINK side for Japan model,
PLC side for -W1 model.
*7: When STO terminal is used as compliance
with safety standards, refer to Safety function
manual (E6581860).
*8: Calibration is needed before using the meter.
Refer to section 5.1.
*9: When using 600V class, be sure to connect
an input reactor (ACL).
*10: 600V class have no built-in noise filter.
For sections,
refer to the instruction manual
E6581610(Japanese), E6581612(Japanese) or
E6582175(English)
*10
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Toshiba Tosvert VF-S15 Specifications

General

Category	Inverter
Control Method	V/f control, Sensorless vector control
Cooling Method	Forced air cooling
Model	Tosvert VF-S15
Protection Features	Overcurrent, Overvoltage, Undervoltage, Overheat
Communication Options	Modbus RTU
Overload Capacity	150% for 1 minute
Braking Unit	Built-in braking transistor
Output Voltage	3-Phase, same as input voltage
Operating Temperature	-10 to +50°C (14 to 122°F)
Storage Temperature	-20 to 65°C (-4 to 149°F)
Humidity	5 to 95% RH (non-condensing)
Altitude	Up to 1000m above sea level
Input Voltage	3-Phase 200 to 240 VAC, 3-Phase 380 to 480 VAC
Weight	Varies depending on model (e.g., 0.8 kg to 16 kg)