Download 62-2032—01 - SmartVFD Three Contactor and Three

SmartVFD
Three Contactor and Three Contactor
Auto-Bypass Assemblies
INSTALLATION INSTRUCTIONS
APPLICATION
Three Contactor Bypass
The Smart VFD Three Contactor Bypass Assemblies channel
electrical power either through or around the variable
frequency drive (VFD).
INSTALLATION
When Installing This Product
1.
2.
3.
4.
5.
Read these instructions carefully. Failure to follow them
could damage the product or cause a hazardous
condition.
Check the ratings given in the instructions, Honeywell
SmartVFD manual’s and on the product to make sure
the product is suitable for your application.
Verify bypass model is correct; no damage has been
incurred; no screws, connections, terminations are
loose.
Installer must be a trained, experienced service
Technician, with VFD operation experience.
After installation is complete, check out product
operation as provided in these instructions.
WARNING
1.
2.
3.
Can Cause Serious Injury or Death
Installation requires work with voltages that may
cause serious injury or death.
This instruction manual is intended as a guide only.
End user is responsible for proper application of
this assembly, insuring proper conformance,
directives, intended use and maintaining all safety
practices as described in Honeywell SmartVFD
manual, local codes, and local safety authorities.
Disconnect power supply before installation, and
before any servicing.
CAUTION
Equipment Damage Hazard.
Can short equipment circuitry.
Disconnect power supply before installation
Location and Mounting
Locate the device in a clean, dry, well-ventilated area with an
ambient temperature below 104°F (40C).
Refer to SmartVFD user manual for free air space
requirements above and to the sides of SmartVFD’s.
Insure proper branch/short circuit protection is provided.
WIRING
IMPORTANT
All wiring must agree with applicable codes,
ordinances and regulations.
Variable frequency drive can store energy. Refer to
VFD manual for safe work practices and appropriate
wait times before servicing after equipment power
has been de-energized.
All safety, warning and caution information located in
Honeywell SmartVFD manuals must be read,
understood and followed.
1.
2.
3.
4.
5.
6.
7.
8.
Ensure that bypass panel voltage corresponds with that
of the power supply.
To access the bypass panel wiring compartment:
a. Ensure the main disconnect handle is in the OFF
position.
b. Open the cover.
c. Test for power.
Refer to SmartVFD user manual “Power Cabling” and
“Control Unit” for proper power and control wire sizing
information.
Terminate input three phase power wiring to line side of
main fused disconnect. Refer to bypass panel
schematic.
Terminate three phase motor wiring to motor terminals
“T1”, “T2”, “T3”. Refer to bypass panel schematic.
Terminate VFD control wiring to proper terminal in
bypass panel. Refer to bypass panel schematic.
If equipped with Auto bypass, leave jumper J2 on
bypass panel terminals 4 & 5 for auto bypass operation.
Remover jumper J2 for manual bypass operation.
Leave jumper J1 on bypass panel terminals 1 & 3 if fire/
smoke/safety shutdown not used. If this shutdown is
used, remove jumper J1 and terminate fire/ smoke/
safety shutdown to bypass panel terminals 1 & 3.
Refer to schematic for typical wiring.
IMPORTANT
Use only copper wire with 167°F (75°C) minimum.
Put Bar Code Here
62-2032-01
SMARTVFD THREE CONTACTOR AND THREE CONTACTOR AUTO-BYPASS ASSEMBLIES
OPERATION
1.
2.
3.
4.
5.
6.
7.
Auto Bypass Equipped
An Auto-Bypass model number will end with G131/U,
G231/U, G331/U.
Make sure bypass panel and motor are properly
grounded.
Make sure all connection points are tight, including all
bypass panel connection points.
Make sure all safeties (customer’s option) are
connected and in working order.
Double-check correct voltage is being applied and
power and motor wiring are terminated in the correct
place.
Verify motor FLA does not exceed VFD output amp
rating and bypass starter overload relay setting dial.
Set bypass starter overload relay adjustment dial to
motor FLA.
Verify building automation system is ready for start,
stop, speed command; and all wires are terminated in
the correct location.
1.
2.
Effective 6/5/12 VFD digital input for “VFD Enable” on all
models equipped with the AUTO BYPASS CONTROL
option has changed from “DIN2” to “DIN4”. Changes
reflected on “HONEYWELL SMARTVFD, 3
CONTACTOR BYPASS PANEL, WITH AUTO BYPASS”
schematic, page 4.
Before applying power, make sure all personnel, debris,
etc. are clear. Verify main input disconnect handle is in
the “OFF” position; “Bypass/Off/Test/VFD” selector
switch is in the “OFF” position.
1.
2.
3.
4.
5.
Apply input power, check three phase voltage on line
side of main disconnect switch.
Turn main disconnect handle to “ON” position.
Turn “Bypass/Off/Test/VFD” selector switch to “Test”
position. Enter all appropriate parameters in “SetUp
Wizard” and all motor nameplate data. See SmartVFD
manuals.
Turn “Bypass/Off/Test/VFD” selector switch to “VFD”
position. Press “Loc/Rem” button and program correct
parameters for local (keypad) control. See SmartVFD
manuals. Check motor rotation.
a. If motor is rotating backwards in VFD mode, shut
down power, lock out power source, wait until VFD
stored energy has dissipated, switch incoming
motor wires on the “T1” and “T2” terminals in the
bypass panel, or motor wires “T1” and “T2” in the
motor junction box. Re-energize power and check
rotation again.
Turn “Bypass/Off/Test/VFD” selector switch to “Off”
position. Wait for motor to stop. Turn selector switch to
“Bypass” position then back to “Off” position. Do not
leave the motor running in “Bypass” position. Check
motor rotation.
a. If motor is rotating backwards in Bypass mode, shut
down power, lock out power source, test incoming
voltage on incoming line power wiring to line side of
main disconnect switch. Once it is established that
power is shut down, swap incoming wires on “L1”
and “L2” of main disconnect switch. Re-energize
power and check rotation again.
IMPORTANT:
If you have had a need to perform a factory reset of
Smart VFD HVAC parameters, then you also need to
perform the following steps.
a. Go to Parameter: M3.5.1.16 (Preset Frequency
Selection 0). Change DigiN SlotA.4 to be “DigiN Slot
0.1”. The Preset Speed will be turned off and DigiN4
will be used as Run Enable.
b. Go to Parameter M.3.5.1.10 (Run Enable). Change
DigiN Slot0.2 to be “DigiN Slot A.4”.
Operation Using the VFD (TEST Position)
To set bypass panel to power the VFD without powering the
motor:
1.
2.
3.
4.
Stop the motor.
Wait five seconds.
Rotate switch to TEST.
Start the VFD (see VFD instructions for details).
Operation Using the VFD (VFD Position)
To set bypass panel to use VFD to control the motor as it
would without the bypass panel:
1.
2.
3.
4.
Stop the motor.
Wait five seconds.
Rotate switch to VFD.
Start the VFD (see VFD instructions for details).
VFD Bypass
Bypass panel “Bypass/Off/Test/VFD” selector switch has
four operating positions:
1. VFD: Device directs power to VFD first, then to the
motor. VFD controls the motor as it would without the
bypass panel.
2. OFF: Device stops power. Power reaches neither the
motor nor the VFD.
3. TEST: Device directs power to VFD only. This allows for
VFD calibration, adjustments, and diagnostics.
4. BYPASS: Device directs power to motor only. No power
reaches the VFD. The motor operates at full speed with
full power.
62-2032—01
AUTO BYPASS CONTROL: Bypass panel will
automatically switch motor over to bypass starter if VFD
faults. Bypass can also be selected remotely via contact
closure on bypass panel terminals 6 & 7. Jumper J2 on
bypass panel terminals 4 & 5 must remain in place for
auto bypass operation. Removing jumper J2 sets
bypass panel to: “Manual Bypass” – will not
automatically switch to bypass upon a VFD fault.
Bypass would need to be selected by turning “Bypass/
Off/Test/VFD” selector switch to “Bypass” position.
VFD is pre-programmed at bypass manufacturing
facility for “Auto Bypass” operation.
To set bypass panel to direct power only to motor:
1.
2.
Rotate switch from VFD to OFF.
Wait five seconds.
IMPORTANT
Switching the bypass panel to BYPASS can immediately turn the motor on.
3.
2
Rotate switch to BYPASS.
SMARTVFD THREE CONTACTOR AND THREE CONTACTOR AUTO-BYPASS ASSEMBLIES
LINE VOLTAGE, 3 PHASE, 60 HZ
GND
T1
L2
T2
T1
OL1
T2
.57
L1
L2
L3
T1
BC
L3
SMART VFD
T3
GND
W1
V1
U1
T3
.57
L1
DIS1
MAIN FUSED DISC.
FU1, FU2, FU3, CLASS J, TIME DELAY
DIC
T2
T3
L2
.51
DOC
U2
TB T1
TB T2
TB T3
W2
T1 T2 T3
.53
L1 L2 L3
V2
M
SEE NOTE 1
L1/1.40
TB
L3/1.40
FFSI
2
1
SEE NOTE 2
J1
TB
4
SEL SW POSITION
BYPASS
OFF
TEST
VFD
FU4
2
1
CLASS CC
PRIMARY FUSE
2
1
CLASS CC PRIMARY FUSE
FU5
1
ENERGIZED
DOC
DE-ENERGIZED
DE-ENERGIZED
DE-ENERGIZED
TB 8
.53
DOC
.57
BC
FU6
1
1
2
250V, MIDGET
SECONDARY FUSE
6
13
DIC
DE-ENERGIZED
DE-ENERGIZED
ENERGIZED
7
5
OL1
.11
3
8
2
A1
X1
DIC
G
BC
LT2
A2
A2
X2
A2
TB
2
2
BYPASS
CONTACTOR
VFD RUN
DRIVE OUTPUT
CONTACTOR
DRIVE INPUT
CONTACTOR
M34045
BYPASS RUN
ENCLOSURE
HEATER
SEE NOTE 3
ENCLOSURE
CIRC FAN1
SEE NOTE 3
TB
FAN
ENCLOSURE
CIRC FAN2
SEE NOTE 3
AI2
AO1
DIP SWITCHES
DETAIL “B”
ON RS485
CURRENT
CURRENT AI1
VOLTAGE
VOLTAGE
VOLTAGE
LOCATED BEHIND COVER,
RIGHT SIDE OF KEYPAD.
CURRENT
OFF
FAN
BUILT IN T-STAT
HEATER
X1 Y X2
A1
LT1
DOC
A1
T1
CONTROL TRANSFORMER
TB
SEE NOTE 3
BC
ENERGIZED
DE-ENERGIZED
DE-ENERGIZED
DE-ENERGIZED
NOTE 1: ALL PANELS SHIPPED WITH VFD DEFAULT PROGRAMMING PARAMETERS.
SET DIP SWITCHES AS NEEDED, SEE DETAIL “B”
NOTE 2: IF CUSTOMER SAFETY INTERLOCK IS USED, REMOVE J1.
NOTE 3: TS1, ENCLOSURE FAN1 STD ON ALL NEM3R PNLS. ENCLOSURE FAN2,
ON 25HP & LARGER @ 480V. HEATER IS OPTIONAL ON ALL NEMA 3R PNLS.
ENERGIZED
SS1 - FOUR POSITION SEL. SW.
DETAIL “A”
SEE NOTE 3
TS1
X000
SS1
SEE DETAIL “A”
000X
000X
OFF TEST
BYPASS
VFD
3
9
00X0
3
CUSTOMER SUPPLIED
FREEZE/FIRE/SMOKE INTERLOCK
MOTOR
HP
RPM
AMP
VFD SPEED REFERENCE
USE 2 CONDUCTOR SHD,
TWISTED PAIR WIRE
GND SHD AT FIELD END
ALL WIRING: USE COPPER WIRE ONLY SUITABLE FOR MIN. 75 DEG. C, FIELD WIRING, NEC CLASS 1.
MOTOR AND FEEDER WIRE SIZE MUST BE IN ACCORDANCE WITH NEC.
FIELD WIRE
WIRE INSIDE C/PNL
OPTION
62-2032—01
3
L1
L3
GND
VFDST
SHIELD
AI 0 - 10 VDC OR
4 - 20 mA
AI 0 - 10 VDC OR
4 - 20 mA
VFD START COMMAND
21 22 23 24 25 26 32 33
RELAY OUTPUT 3
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 30 A B
RELAY OUTPUT 2
RO1/1 N.C.
RO1/2 CM
RO1/3 N.O.
RO2/1 N.C.
RO2/2 CM
RO2/3 N.O.
RO3/1 CM
RO3/2 N.O.
L1 L2 L3
L3
/1.41
T1 T2 T3
L1
/1.41
RELAY OUTPUT 1
+10VREF: REFERENCE OUTPUT
AI1+: AI, VOLTAGE OR CURRENT
GND/AI1-: AI COMMON
AI2+: AI, VOLTAGE OR CURRENT
GND/AI2-: AI COMMON
24V OUT: 24V AUXILIARY VOLTAGE
GND: I/O GROUND
DIN1: DIGITAL INPUT 1
DIN2: DIGITAL INPUT 2
DIN3: DIGITAL INPUT 3
CM: COMMON FOR DI1 - DI3
24V OUT: 24V AUXILIARY VOLTAGE
GND: I/O GROUND
DIN4: DIGITAL INPUT 4
DIN5: DIGITAL INPUT 5
DIN6: DIGITAL INPUT 6
CM: COMMON FOR DI4 - DI6
AO+: ANALOG SIGNAL +OUT
AO-/GND: ANALOG OUTPUT COMMON
+24VIN: 24V AUXILIARY INPUT VOLTAGE
RS485: NEGATIVE
RS485: POSITIVE
Fig. 1. 3 Contactor Wiring Diagram
SMARTVFD THREE CONTACTOR AND THREE CONTACTOR AUTO-BYPASS ASSEMBLIES
T1
T2
T3
T2
T1
L2
.57
L1
T3
T2
T1
OL1
.57
L1
L3
BC
L2
T3
SMART VFD
L3
U1
V1
W1
GND
GND
DOC
21
22
U2
V2
TB T1
TB T2
TB T3
W2
T1 T2 T3
.53
L1 L2 L3
BCR
.61
M
SEE NOTE 1
11/1.63 4/1.63
MOTOR
HP
RPM
AMP
GND SHD AT FIELD END
USE 2 CONDUCTOR SHD,
TWISTED PAIR WIRE
VFD SPEED REFERENCE
VFD START COMMAND
AI 0 - 10 VDC OR
4 - 20 mA
AI 0 - 10 VDC OR
4 - 20 mA
SHIELD
L1/1.40 L3/1.40
SEE NOTE 2
J1
2 00X0
OFF TEST
BYPASS VFD
1
4 000X
4 000X
9
4
FU4
1
2
CLASS CC
PRIMARY FUSE
.61
DOC
DE-ENERGIZED
DE-ENERGIZED
DE-ENERGIZED
.57
J2
.53
8
3
/1.57
BC
2
11
/1.31
DIC
A1
DOC
A1
BC
A2
DRIVE INPUT
CONTACTOR
BYPASS
CONTROL RELAY
BYPASS RUN
BYPASS
CONTACTOR
VFD RUN
DRIVE OUTPUT
CONTACTOR
M34046
A2
A2
X2
A2
LT1
X1 G X2
A1
Y
LT2
FAN
FAN
TB
10
ENCLOSURE
CIRC FAN2
SEE NOTE 3
CIRC FAN1
SEE NOTE 3
TB 2 ENCLOSURE
HEATER
SEE NOTE 3
TB 2 ENCLOSURE
BCR
X1
A1
HEATER
15
BUILT IN T-STAT
NOTE 3
11
.11
OL1
5
7
NOTE 3
14
8
T1
CONTROL TRANSFORMER
TB 5
AUTO BYPASS
JUMPER
DOC
7
4A
TB
BC
ENERGIZED
DE-ENERGIZED
DE-ENERGIZED
DE-ENERGIZED
AO1
AI2
OFF
VOLTAGE
VOLTAGE
VOLTAGE
LOCATED BEHIND COVER,
RIGHT SIDE OF KEYPAD.
CURRENT
CURRENT AI1
CURRENT
ON RS485
DIP SWITCHES
DETAIL “B”
CUSTOMER REMOTE BYPASS INDICATION TERMINALS
SEE NOTE 4 - AUTO BYPASS OPTION
TB 9
TB
CUSTOMER REMOTE
BYPASS CONTACT
RBC
TB
ENERGIZED
SEE NOTE 4
- AUTO BYPASS OPTION
6
.61
BCR
4B TB 4
BCR
1 F1U6
1
2
250V, MIDGET
SECONDARY FUSE
6
TB
4
/1.31
DIC
DE-ENERGIZED
DE-ENERGIZED
ENERGIZED
13
BC
1
2
CLASS CC PRIMARY FUSE
FU5
CUSTOMER SUPPLIED
FREEZE/FIRE/SMOKE INTERLOCK
FFSI
TB 3
TB 1
3
3
3
3
4 X000
SS1
SEE DETAIL “A”
TS1
NOTE 3
ENERGIZED
SS1 - FOUR POSITION SEL. SW.
DETAIL “A”
SEL SW POSITION
BYPASS
OFF
TEST
VFD
NOTE 1: ALL PANELS SHIPPED WITH VFD DEFAULT PROGRAMMING PARAMETERS AS FACTURY DEFAULT EXCEPT
PARAMETERS M3.5.1.16, WHICH IS SET TO SLOT 0.1, AND M3.5.1.10 WHICH IS SET TO SLOT A.4. THESE CHANGES
ARE FOR “VFD ENABLE” FOR AUTO BYPASS CONTROL. SET DIP SWITHCHES SHOWN IN DETAIL “B” AS REQUIRED.
NOTE 2: IF CUSTOMER SAFETY INTERLOCK IS USED, REMOVE J1.
NOTE 3: TS1, ENCLOSURE FAN1 STD ON ALL NEM3R PNLS. ENCLOSURE FAN2,
ON 30 , 40 & 100HP @ 480V. HEATER IS OPTIONAL ON ALL NEMA 3R PNLS.
NOTE 4: RELAY BCR, BC N.O. CONTACT (PG2), TERM’ 4, 5, 6, 7, 9, 10 - AUTO BYPASS OPTION. REMOVE JUMPER J2
FOR MANUAL BYPASS. DIN4 - RUN ENABLE, RO2 - DRIVE FAULT.
ALL WIRING: USE COPPER WIRE ONLY SUITABLE FOR MIN. 75 DEG. C, FIELD WIRING, NEC CLASS 1.
MOTOR AND FEEDER WIRE SIZE MUST BE IN ACCORDANCE WITH NEC.
FIELD WIRE
WIRE INSIDE C/PNL
OPTION
Fig. 2. 3 Contactor Auto-bypass Wiring Diagram
LINE VOLTAGE, 3 PHASE, 60 HZ
GND
DIC
DIS1
MAIN FUSED DISC.
FU1, FU2, FU3, CLASS J, TIME DELAY
L1
L2
L3
.51
.53
VFDST
DOC
21 22 23 24 25 26 32 33
TB 20
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 30 A B
RELAY OUTPUT 2
L1 L2 L3
L3
/1.41
T1 T2 T3
L1
/1.41
RELAY OUTPUT 3
11
4
62-2032—01
4
RELAY OUTPUT 1
RO1/1 N.C.
RO1/2 CM
RO1/3 N.O.
RO2/1 N.C.
RO2/2 CM
RO2/3 N.O.
RO3/1 CM
RO3/2 N.O.
20
+10VREF: REFERENCE OUTPUT
AI1+: AI, VOLTAGE OR CURRENT
GND/AI1-: AI COMMON
AI2+: AI, VOLTAGE OR CURRENT
GND/AI2-: AI COMMON
24V OUT: 24V AUXILIARY VOLTAGE
GND: I/O GROUND
DIN1: DIGITAL INPUT 1
DIN2: DIGITAL INPUT 2
DIN3: DIGITAL INPUT 3
CM: COMMON FOR DI1 - DI3
24V OUT: 24V AUXILIARY VOLTAGE
GND: I/O GROUND
DIN4: DIGITAL INPUT 4
DIN5: DIGITAL INPUT 5
DIN6: DIGITAL INPUT 6
CM: COMMON FOR DI4 - DI6
AO+: ANALOG SIGNAL +OUT
AO-/GND: ANALOG OUTPUT COMMON
+24VIN: 24V AUXILIARY INPUT VOLTAGE
RS485: NEGATIVE
RS485: POSITIVE
SMARTVFD THREE CONTACTOR AND THREE CONTACTOR AUTO-BYPASS ASSEMBLIES
Table 1. SmartVFD 3 Contactor and 3 Contactor Auto-Bypass
NEMA1
Voltage HP Amps Frame
460
208
NEMA1 3 Contactor
Bypass
NEMA1 3 Contactor
Auto Bypass
NEMA12
NEMA12 3 Contactor
Bypass
NEMA3R
NEMA12 3 Contactor NEMA3R 3 Contactor
Auto Bypass
Bypass
NEMA3R Contactor
Auto Bypass
1.5 3.4
4
HVFDSB3C0015G130 HVFDSB3C0015G131 HVFDSB3C0015G230
HVFDSB3C0015G231 HVFDSB3C0015G330 HVFDSB3C0015G331
2
4.8
4
HVFDSB3C0020G130 HVFDSB3C0020G131 HVFDSB3C0020G230
HVFDSB3C0020G231 HVFDSB3C0020G330 HVFDSB3C0020G331
3
5.6
4
HVFDSB3C0030G130 HVFDSB3C0030G131 HVFDSB3C0030G230
HVFDSB3C0030G231 HVFDSB3C0030G330 HVFDSB3C0030G331
4
8
4
HVFDSB3C0040G130 HVFDSB3C0040G131 HVFDSB3C0040G230
HVFDSB3C0040G231 HVFDSB3C0040G330 HVFDSB3C0040G331
5
9.6
4
HVFDSB3C0050G130 HVFDSB3C0050G131 HVFDSB3C0050G230
HVFDSB3C0050G231 HVFDSB3C0050G330 HVFDSB3C0050G331
7.5 12
4
HVFDSB3C0075G130 HVFDSB3C0075G131 HVFDSB3C0075G230
HVFDSB3C0075G231 HVFDSB3C0075G330 HVFDSB3C0075G331
10
16
5
HVFDSB3C0100G130 HVFDSB3C0100G131 HVFDSB3C0100G230
HVFDSB3C0100G231 HVFDSB3C0100G330 HVFDSB3C0100G331
15
23
5
HVFDSB3C0150G130 HVFDSB3C0150G131 HVFDSB3C0150G230
HVFDSB3C0150G231 HVFDSB3C0150G330 HVFDSB3C0150G331
20
31
5
HVFDSB3C0200G130 HVFDSB3C0200G131 HVFDSB3C0200G230
HVFDSB3C0200G231 HVFDSB3C0200G330 HVFDSB3C0200G331
25
38
6
HVFDSB3C0250G130 HVFDSB3C0250G131 HVFDSB3C0250G230
HVFDSB3C0250G231 HVFDSB3C0250G330 HVFDSB3C0250G331
30
46
6
HVFDSB3C0300G130 HVFDSB3C0300G131 HVFDSB3C0300G230
HVFDSB3C0300G231 HVFDSB3C0300G330 HVFDSB3C0300G331
40
61
6
HVFDSB3C0400G130 HVFDSB3C0400G131 HVFDSB3C0400G230
HVFDSB3C0400G231 HVFDSB3C0400G330 HVFDSB3C0400G331
50
72
7
HVFDSB3C0500G130 HVFDSB3C0500G131 HVFDSB3C0500G230
HVFDSB3C0500G231 HVFDSB3C0500G330 HVFDSB3C0500G331
60
87
7
HVFDSB3C0600G130 HVFDSB3C0600G131 HVFDSB3C0600G230
HVFDSB3C0600G231 HVFDSB3C0600G330 HVFDSB3C0600G331
75
105
7
HVFDSB3C0750G130 HVFDSB3C0750G131 HVFDSB3C0750G230
HVFDSB3C0750G231 HVFDSB3C0750G330 HVFDSB3C0750G331
100 140
8
HVFDSB3C1000G130 HVFDSB3C1000G131 HVFDSB3C1000G230
HVFDSB3C1000G231 HVFDSB3C1000G330 HVFDSB3C1000G331
120 170
8
HVFDSB3C1250G130 HVFDSB3C1250G131 HVFDSB3C1250G230
HVFDSB3C1250G231 HVFDSB3C1250G330 HVFDSB3C1250G331
150 205
8
HVFDSB3C1500G130 HVFDSB3C1500G131 HVFDSB3C1500G230
HVFDSB3C1500G231 HVFDSB3C1500G330 HVFDSB3C1500G331
0.75 3.7
4
HVFDSB3A0007G130
HVFDSB3A0007G131 HVFDSB3A0007G230
HVFDSB3A0007G231 HVFDSB3A0007G330
HVFDSB3A0007G331
1
4.8
4
HVFDSB3A0010G130
HVFDSB3A0010G131 HVFDSB3A0010G230
HVFDSB3A0010G231 HVFDSB3A0010G330
HVFDSB3A0010G331
1.5 6.6
4
HVFDSB3A0015G130
HVFDSB3A0015G131 HVFDSB3A0015G230
HVFDSB3A0015G231 HVFDSB3A0015G330
HVFDSB3A0015G331
2
8
4
HVFDSB3A0020G130
HVFDSB3A0020G131 HVFDSB3A0020G230
HVFDSB3A0020G231 HVFDSB3A0020G330
HVFDSB3A0020G331
3
11
4
HVFDSB3A0030G130
HVFDSB3A0030G131 HVFDSB3A0030G230
HVFDSB3A0030G231 HVFDSB3A0030G330
HVFDSB3A0030G331
5
18
5
HVFDSB3A0050G130
HVFDSB3A0050G131 HVFDSB3A0050G230
HVFDSB3A0050G231 HVFDSB3A0050G330
HVFDSB3A0050G331
7.5 24
5
HVFDSB3A0075G130
HVFDSB3A0075G131 HVFDSB3A0075G230
HVFDSB3A0075G231 HVFDSB3A0075G330
HVFDSB3A0075G331
10
31
5
HVFDSB3A0100G130
HVFDSB3A0100G131 HVFDSB3A0100G230
HVFDSB3A0100G231 HVFDSB3A0100G330
HVFDSB3A0100G331
15
48
6
HVFDSB3A0150G130
HVFDSB3A0150G131 HVFDSB3A0150G230
HVFDSB3A0150G231 HVFDSB3A0150G330
HVFDSB3A0150G331
20
62
6
HVFDSB3A0200G130
HVFDSB3A0200G131 HVFDSB3A0200G230
HVFDSB3A0200G231 HVFDSB3A0200G330
HVFDSB3A0200G331
25
75
6
HVFDSB3A0250G130
HVFDSB3A0250G131 HVFDSB3A0250G230
HVFDSB3A0250G231 HVFDSB3A0250G330
HVFDSB3A0250G331
30
88
7
HVFDSB3A0300G130
HVFDSB3A0300G131 HVFDSB3A0300G230
HVFDSB3A0300G231 HVFDSB3A0300G330
HVFDSB3A0300G331
40
105
7
HVFDSB3A0400G130
HVFDSB3A0400G131 HVFDSB3A0400G230
HVFDSB3A0400G231 HVFDSB3A0400G330
HVFDSB3A0400G331
50
140
8
HVFDSB3A0500G130
HVFDSB3A0500G131 HVFDSB3A0500G230
HVFDSB3A0500G231 HVFDSB3A0500G330
HVFDSB3A0500G331
60
170
8
HVFDSB3A0600G130
HVFDSB3A0600G131 HVFDSB3A0600G230
HVFDSB3A0600G231 HVFDSB3A0600G330
HVFDSB3A0600G331
75
205
8
HVFDSB3A0750G130
HVFDSB3A0750G131 HVFDSB3A0750G230
HVFDSB3A0750G231 HVFDSB3A0750G330
HVFDSB3A0750G331
5
62-2032—01
SMARTVFD THREE CONTACTOR AND THREE CONTACTOR AUTO-BYPASS ASSEMBLIES
Table 1. SmartVFD 3 Contactor and 3 Contactor Auto-Bypass (Continued)
NEMA1
Voltage HP Amps Frame
230
NEMA1 3 Contactor
Bypass
NEMA1 3 Contactor
Auto Bypass
NEMA12
NEMA12 3 Contactor
Bypass
NEMA3R
NEMA12 3 Contactor NEMA3R 3 Contactor
Auto Bypass
Bypass
NEMA3R Contactor
Auto Bypass
0.75 3.7
4
HVFDSB3A0007G130
HVFDSB3A0007G131 HVFDSB3A0007G230
HVFDSB3A0007G231 HVFDSB3A0007G330
HVFDSB3A0007G331
1
4.8
4
HVFDSB3A0010G130
HVFDSB3A0010G131 HVFDSB3A0010G230
HVFDSB3A0010G231 HVFDSB3A0010G330
HVFDSB3A0010G331
1.5 6.6
4
HVFDSB3A0015G130
HVFDSB3A0015G131 HVFDSB3A0015G230
HVFDSB3A0015G231 HVFDSB3A0015G330
HVFDSB3A0015G331
2
8
4
HVFDSB3A0020G130
HVFDSB3A0020G131 HVFDSB3A0020G230
HVFDSB3A0020G231 HVFDSB3A0020G330
HVFDSB3A0020G331
3
11
4
HVFDSB3A0030G130
HVFDSB3A0030G131 HVFDSB3A0030G230
HVFDSB3A0030G231 HVFDSB3A0030G330
HVFDSB3A0030G331
5
18
5
HVFDSB3A0050G130
HVFDSB3A0050G131 HVFDSB3A0050G230
HVFDSB3A0050G231 HVFDSB3A0050G330
HVFDSB3A0050G331
7.5 24
5
HVFDSB3A0075G130
HVFDSB3A0075G131 HVFDSB3A0075G230
HVFDSB3A0075G231 HVFDSB3A0075G330
HVFDSB3A0075G331
10
31
5
HVFDSB3A0100G130
HVFDSB3A0100G131 HVFDSB3A0100G230
HVFDSB3A0100G231 HVFDSB3A0100G330
HVFDSB3A0100G331
15
48
6
HVFDSB3A0150G130
HVFDSB3A0150G131 HVFDSB3A0150G230
HVFDSB3A0150G231 HVFDSB3A0150G330
HVFDSB3A0150G331
20
62
6
HVFDSB3A0200G130
HVFDSB3A0200G131 HVFDSB3A0200G230
HVFDSB3A0200G231 HVFDSB3A0200G330
HVFDSB3A0200G331
25
75
6
HVFDSB3A0250G130
HVFDSB3A0250G131 HVFDSB3A0250G230
HVFDSB3A0250G231 HVFDSB3A0250G330
HVFDSB3A0250G331
30
88
7
HVFDSB3A0300G130
HVFDSB3A0300G131 HVFDSB3A0300G230
HVFDSB3A0300G231 HVFDSB3A0300G330
HVFDSB3A0300G331
40
105
7
HVFDSB3A0400G130
HVFDSB3A0400G131 HVFDSB3A0400G230
HVFDSB3A0400G231 HVFDSB3A0400G330
HVFDSB3A0400G331
50
140
8
HVFDSB3A0500G130
HVFDSB3A0500G131 HVFDSB3A0500G230
HVFDSB3A0500G231 HVFDSB3A0500G330
HVFDSB3A0500G331
60
170
8
HVFDSB3A0600G130
HVFDSB3A0600G131 HVFDSB3A0600G230
HVFDSB3A0600G231 HVFDSB3A0600G330
HVFDSB3A0600G331
75
205
8
HVFDSB3A0750G130
HVFDSB3A0750G131 HVFDSB3A0750G230
HVFDSB3A0750G231 HVFDSB3A0750G330
HVFDSB3A0750G331
62-2032—01
6
SMARTVFD THREE CONTACTOR AND THREE CONTACTOR AUTO-BYPASS ASSEMBLIES
7
62-2032—01
SMARTVFD THREE CONTACTOR AND THREE CONTACTOR AUTO-BYPASS ASSEMBLIES
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damages, including attorneys’ fees, arising out of, or resulting from, any modification to
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Automation and Control Solutions
Honeywell International Inc.
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© 2012 Honeywell International Inc.
62-2032—01 M.S. 08-12
Printed in United States