AC Ddives Baldor CA769

8/9/2019 AC Ddives Baldor CA769

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Baldor Drives

and Soft Starts

CA769Effective Date:

February, 2014


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TABLE OF CONTENTS

Baldor Drives

AC Drives Selection Chart ................ ............... ................ ............... ............... ................ ............... ................ ............... ............... ................ .......... 1

VS1 Part Numbers .............. ............... ................ ............... ............... ................ ............... ................ ............... ................ ............... ............... ........ 3

ACB Part Numbers ............... ................ ............... ................ ............... ............... ................ ............... ................ ............... ................ ............... ..... 3ACS Part Numbers ......... ............... ................ ............... ............... ................ ............... ................ ............... ............... ................ ............... ............. 3

AC Drives

VS1ST ..... ............... ............... ................ ............... ................ ............... ................ ............... ............... ................ ............... ................ ............... ..... 9

VS1MX .............. ............... ................ ............... ................ ............... ............... ................ ............... ................ ............... ............... ................ .......... 14

VS1MXS ....... ............... ................ ............... ............... ................ ............... ................ ............... ............... ................ ............... ................ ............... 19

VS1ST / VS1MX Accessories and Options .............. ............... ................ ............... ................ ............... ............... ................ ............... ................ .. 21

VS1STS / VS1MXS Accessories and Options .............. ............... ................ ............... ................ ............... ................ ............... ............... ............. 25

ACB330 .............. ................ ............... ................ ............... ................ ............... ............... ................ ............... ................ ............... ............... ........ 26

ACB330 Option Kits .............. ................ ............... ................ ............... ............... ................ ............... ................ ............... ................ ............... ..... 28

ACB530 Inverter Drive .... ............... ................ ............... ............... ................ ............... ................ ............... ............... ................ ............... ............. 29

ACB530 +L502 Vector Drive .............. ................ ............... ............... ................ ............... ................ ............... ................ ............... ............... ........ 36

ACB530 and ACB530 +L502 Option Kits ............... ............... ................ ............... ................ ............... ............... ................ ............... ................ .. 43

ACS880 Cooling Tower Drive ................ ............... ................ ............... ............... ................ ............... ................ ............... ................ ............... ..... 44

ACS880 +N5350 Cooling Tower Drive ............... ............... ................ ............... ............... ................ ............... ................ ............... ............... ........ 47

Baldor Cooling Tower Control System Overview .............. ............... ............... ................ ............... ................ ............... ............... ................ .......... 48

Analog AC Drives

Series 5 Micro Inverters ............... ............... ............... ................ ............... ................ ............... ............... ................ ............... ................ ............... 51

Common Options

AC and DC Drives Options and Accessories ................ ............... ................ ............... ................ ............... ............... ................ ............... ............. 56

Three Phase Line and Load Reactors ................ ............... ................ ............... ............... ................ ............... ................ ............... ............... ........ 60

DC Drives

NEMA 1 Enclosed DC Control for PMDC and Shunt Wound Motors ............. ................ ............... ................ ............... ............... ................ .......... 62

Chassis Mount DC Control ............... ............... ................ ............... ............... ................ ............... ................ ............... ............... ................ .......... 63

Plug-In Horsepower Resistor and Fuse Kit .............. ............... ................ ............... ................ ............... ............... ................ ............... ................ .. 64

NEMA 4X DC Control ............... ............... ................ ............... ................ ............... ............... ................ ............... ................ ............... ................ .. 65

DC SCR NEMA 4X DC Control Accessories .............. ................ ............... ................ ............... ............... ................ ............... ................ ............... 65

Line Regenerative DC Control and Accessories ................ ................ ............... ............... ................ ............... ................ ............... ............... ........ 66

NEMA Enclosed DC Control Specifications ............... ................ ............... ................ ............... ............... ................ ............... ................ ............... 67

Chassis Mount DC Control Specifications ............... ............... ................ ............... ................ ............... ............... ................ ............... ................ .. 68

DC Control Dimension Diagrams ............. ................ ............... ................ ............... ............... ................ ............... ................ ............... ................ .. 69

MST Soft Starts

Soft Starters .............. ............... ............... ................ ............... ................ ............... ................ ............... ............... ................ ............... ................ .. 75

Application Information ......................................................................................................................................................................................... . 7

Drives Cross Reference ......................................................................................................................................................................................... . 8

Glossary of Terms ................................................................................................................................................................................................... . 9

Index ............... ................ ............... ............... ................ ............... ................ ............... ............... ................ ............... ................ ............... ................ .. 103

Baldor Drives Service Centers .............. ............... ................ ............... ............... ................ ............... ................ ............... ............... ................ ..... 106

Baldor Sales Offices.............. ............... ................ ............... ............... ................ ............... ................ ............... ................ ............... ............... ........ 112


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AC Drives Selection Chart

PRICES ARE SUBJECT TO CHANGE WITHOUT NOTICE

VS1ST VS1STS 600V VS1MX VS1MXS - 600V ACB330

Main Attributes

Starter-style Microdrive; V/HzControl, Built-In PI Loop; DIN orPanel Mounting.

Starter style 600V Microdrive;V/Hz and Sensorless Vector Control;Built-in PID Loop

Microdrive; NEMA 4X & NEMA 12Enclosures; V/Hz Control; Built-InDisconnect

NEMA 12 / 600V Microdrive;V/Hz and Sensorless Vector Control;Built-in PID Loop;Built-in Disconnect

Sensorless vector or V/Hzcontrol, permanent magnet orinduction motor control,PID control, Quick StartAssistant,intuitive LCD keypad

Hp Range

230V Hp 0.5 to 5 0.5 to 5Hp 1/2 - 15hp

460V Hp 1 to 15 1 to 10Hp 1/2-30 Hp

600V Hp - 1 to 60 (STS) 1-60 Hp 1 to 7.5Hp (MXS) 1-7.5 Hp

Voltage Range

115V/230V 1 Phase230V/460V 3 Phase600V 3-Phase 600V 3-Phase

115V/230V 1-Phase230V/460V 3-Phase600V 3-Phase 600V 3-Phase

200 - 240V - 1 Phase200 - 240V - 3 Phase380 - 480V - 3 Phase

Enclosure Selection

IP20 IP20 NEMA 4X/12 Indoor; NEMA 12;with or w/o Disconnect

NEMA 12 IP20UL Type 1 Kit Available

Control Mode

V/Hz V/Hz and Sensorless V/Hz V/Hz and Sensorless Sensorless Vector or V/Hz

Communications Options

Built-In Modbus-RTU (RS-485)DIN RailGateways:

DeviceNet, Profibus-DP Ethernet/IP

Modbus/TCP

Built-in MODBUS-RTUGateways:DeviceNetProfibus-DPEthernet/IPModbus/TCP

Built-In Modbus-RTU (RS-485)Gateways:DeviceNet, Profibus-DP

Ethernet/IPModbus/TCP

Built-in MODBUS-RTUGateways:DeviceNetProfibus-DPEthernet/IPModbus/TCP

DeviceNet, EtherNet/IP, EtherCAT,Modbus-RTU, Modbus/TCP,PROFIBUS, Profinet-IO

Operator Interface

Local or Remote Mounted LEDDisplay and Keypad

Local or Remote Mounted LEDDisplay and Keypad;Copycat Capability

Local or Remote Mounted LEDDisplay and Keypad; CopycatCapability; Speed Pot; Fwd/RevSwitch; Input Disconnect

Local or Remote Mounted LEDDisplay and Keypad; CopycatCapability; Speed Pot; Fwd/RevSwitch;Input Disconnect

Local or remote mounted LCDdisplay. Parameter upload anddownload capable. Assistantsmode for quick start-up

See page 9 See page 12 See page 14 See page 19 See page 26


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AC Drives Selection Chart ContinuedACB530 ACB530 +L502 ACS880 +N5350 Cooling Tower

Main Attributes

Sensorless Vector or V/Hz Control,PID Control, Quick Start Assistant,UL Type 1 or UL Type 12 Enclosure,Easy to use keypad

Closed Loop Vector, Sensorless Vector or V/HzControl, PID Control, Quick Start Assistant, ULType 1 or UL Type 12 Enclosure, Easy to usekeypad

High-performance drive for control ofCooling Tower PM Motors;NEMA 1 Enclosure; Built-in Braking;Full-Graphic Display

Hp Range

3/4 - 100Hp

1-550 Hp 3/4 - 100Hp

1-1/2 - 150Hp 1-550 Hp 10-350 Hp

1-1/2 - 150HpVoltage Range

230V 1 Phase208-240V 3 Phase380-480V 3 Phase500-600V 3 Phase



Enclosure Selection

NEMA 1 (UL Type 1) - 3/4-350HpNEMA 12 (UL Type 12) - 3/4-550Hp

NEMA 1 (UL Type 1) - 3/4-350HPNEMA 12 (UL Type 12) - 3/4-550HP

NEMA 1

Control Mode

Sensor less Vector or V/Hz Closed Loop Vector, Sensor less Vector or V/Hz Open-Loop Perm. Magnet Control

Communication Options

Built-in Modbus-RTU,Optional: DeviceNet, PROFIBUS,Modbus/TCP, EtherNet/IP, ControlNet,EtherCAT

Built-in Modbus-RTU, Optional: DeviceNet,PROFIBUS, Modbus/TCP, EtherNet/IP,ControlNet, EtherCAT

Built-in power link MODBUS-RTU,DeviceNet, MODBUS-TCP,CANopen, Profibus-DP, ProfiNet-IO,Ethernet/IP, EtherCAT

Operator Interface

Advanced Control Panel standard, withtwo soft keys that change state accordingto state of panel, Local / Remote controlmodes, Built-in Help button,Real-time clock,Changed Parameter menu

Advanced Control Panel standard, with two softkeys that change state according to state ofpanel, Local / Remote control modes, Built-inHelp button, Real-time clock, ChangedParameter menu

Local or RemoteMounted Graphical LCD Display andKeypad;Copycat Capability;

See page 29 See page 36 See page 44

PRICES ARE SUBJECT TO CHANGE WITHOUT NOTICE


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VS1 Part Numbers

VS1 ST 4 5 - 4 Opts (T, B, D, F, L, P, R)

Enclosure: Option Codes0 = IP20 T = Transistor (Braking)1 = NEMA 1 B = Braking (Both Trans. & Res.)2 = NEMA 12 D = Disconnect

4 = NEMA 4X F = Filter (EMC)5 = NEMA 4/12 Dirty Duty9 = Chassis

Hp:0P5 = 1/2 HP1 = 1 HPetc.

Voltage:1 = 115V Single-Phase2 = 230V3 = 380 - 400V4 = 460V5 = 600V6 = 115V / 230V Single-Phase

8 = 230V Single-Phase

Family (All Series 1):ST = Starter Replacer DriveSTS = 600V - IP20 MicrodriveMX = NEMA 4X MicrodriveMXS = 600V - NEMA 12 Microdrive

ACB Part Numbers

ACB 530 - U1 - 07A5 - 2

Voltage:2 = 230V4 = 460V6 = 600V

Rating:07A5 = 7.5A

Type:01U = ACB330 - 1 Phase Input03U = ACB330 - 3 Phase InputU1 = ACB530 - Wall MountPC = ACB530 - Cabinet Drive

Family:330 = ACB Microdrive530 = ACB General Purpose Drive

ACS 880 - 01 - 10A6 - 2+N5350

ACS Part Numbers

Voltage: 2 = 230V 4 = 460V 6 = 600V

Rating 10A6 = 10.6A

Wall Mount

ACS880 Cooling Tower Drives


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Baldor Drives Center

Test Capabilities

Large HP Capability

Test facilities utilize Baldor regenerative controltechnology on dynamometers for maximum

performance and energy efficiency. Capabilitiesexist for continuous loading from fractional to800 Hp with the largest dyno being capableof intermittent loading over 1000 Hp. Thedynamometers found throughout the testfacilities are fully instrumented with equipmentto read temperature, speed, torque and power(volts, amps, watts, PF, Hz, VA, VAR, harmonics,etc.) and are fully automated. Hipotronicsvariable AC sources are used in conjunctionwith our largest dynamometers to enabletesting at high, low and nominal line voltages and all points in between.The Hipotronics units are capable of up to 2000 amps, 0-4160 volts and

are equipped with Yokogawa Power Analyzers for power measurements.Independent control of each phase voltage allows for the introduction of adegree of phase imbalance to test real world conditions. The systems PCmonitors the Hipotronics settings and test conditions and logs test data.

AST-35 HALT/HASS Chamber

The AST-35 chamber is designedspecifically for very aggressivetemperature change rates and highlevels of multi-axis repetitive shockvibration. It can be used for a varietyof testing such as HALT, HASS, Step Stress, etc. It is Liquid Nitrogen (LN2) cooled with a temperature range of

-100C to +200C (-148F to 392F). It can provide up to 50grms of random vibration (2 Hz to 5 kHz). The vibrationtable can support a payload of 200 pounds. It has a 42X42X40 work area and product temperature changerates greater than 70C per minute can be achieved. No matter what method of testing is chosen, the AST systemprovides extreme stresses to help quickly identify potential product weaknesses that in turn help produce a morereliable product.

Thermal Testing and Analysis

Several thermal/environmental chambers have testing capabilities from -100 to +200C and humidity capabilities from 10% to 95% RH. The chamberscan be programmed to cycle between multiple set points for varying times.

A Fluke Infrared Camera is used for thermal imaging. Infrared technology isutilized to analyze components such as IC chips and PCBs, heat sink thermalresistance, fan cooling effects, thermal dissipation characteristics of motors,

bearing and brush temperatures and many other applications.


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Test Capabilities

Commitment to Safety

Baldor is committed to accident and injury prevention! All test facility personnel are trained and certified in Basic First Aid and CPR. In addition, the laband production areas have nationally certified First Responders with Pre Hospital Trauma Life Support (PHTLS) training.

Calibration

A Fluke 5520A calibrator along with other NIST traceable standards is used to calibrate the majority of the electronic instruments within Baldors test facilities. Inhouse calibration services are also performed on final test panels and electronic instrumentation for other Baldor plants and facilities.

Surface Mount Technology

Surface Mount (SMT) soldering and inspection equipment is usedduring prototyping of new designs and upgrades. PCB layout, design,evaluation and testing are also performed.

Every control is powered up and load tested before it leaves theplant using an automated system. This system first verifies that each

control is programmed correctly using an interface between the testsystem and BUS. Next, using the VS1 USB interface and standardfirmware, the control is commanded to spin a motor. Output speed isverified using external current transducers and the motor is loadedto 150% of rated current. The control cycles between 150% of rated

current and 50% rated current for 2 minutes. Reversal tests are then run to testthe braking transistor and resistor functionality. Finally the drive is power cycled,factory defaults are set, and any custom parameters are programmed into thedrive. The results of the test, including the serial numbers of the boards in thecontrol are saved in a database. A shipping label is printed and the control isboxed up ready for shipment. Each control takes about 10 minutes to test and

up to 5 controls of varying voltages and sizes can be tested at the same time.

Dyno Technology

A Labview application developed by Baldor lab technicians control the dynesand monitors all test conditions. Each dyno utilizes Baldor regenerative drivetechnology for optimum performance and efficiency. Each is equipped withvariable voltage sources and 50/60Hz power. Full instrumentation providesmonitoring of temperature, speed, torque, and power (volts, amps, watts, PF, Hz, VA, VAR, harmonics, etc.). The data is transferred directly tocomputers that control and monitor the entire operation. The system completely automates standard test sequences such as brake tests, heat runsand speed versus torque curve tests. It also provides for custom load profiles such as inertia, pump jack and fan and pump load simulations. Eachtest station is networked for direct test data storage to the lab servers as well as allowing tests to be monitored remotely.

Porto-Sag PS200The Porto-Sag PS200 is used to inject voltage sags of controlled magnitude and duration while monitoring the response of the process.

Voltage: 100-277VAC Magnitude: 125% to 0% in 5% steps.Current: 200A, 700 A peak for cycle 360 point on wave control in 1 incrementsSag/Swell duration: cycle to 10 seconds

NSG 2050 Surge Mainframe

The NSG 2050 is a surge generator with pulse amplitudes up to 6.6kV single or 3-phase coupling network. It covers all the widely used burst testspecs of IEC, EN, ANSI-IEEE as well as extended manufacturers requirements.


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Test Capabilities

UL, CSA, EMI and Immunity Testing

The test facilities perform required testing for UL approval of Baldor motor and control products and is a participant in the UL Client Test Data Program(CTDP) for UL 508C, UL 2111, UL 1995. Additionally, certifications are held for motor efficiency testing under both CSA and NVLAP. UL short circuit

testing for drives products is performed in a specifically designed room. This short circuit room is designed to provide a minimum of 50,000 amps ofshort circuit current. Electrostatic Discharge (ESD), Electronic Fast Transient (EFT) andburst equipment is used to test EMI and immunity levels of drive products in accordancewith CE standards.

Customer Application Testing

The lab routinely tests Baldor products on customer units in the lab.

Hardware/Software Test Systems Design

Lab technicians participate in hardware and software design of lab test equipment,production test equipment and trade show demo units.

Labview applications developed by lab technicians are used throughout the lab and inmany locations throughout Baldor. One example is the automation of our dynamometersas described above. Another example is the system used to automate the verificationprocess of new software releases for Baldor drive products. The Labview applicationinterfaces with the control just as a customer would and exercises and monitors all inputand output signals of the drive for proper operation and compliance to specified limits. In addition, the system simulates operator keystrokes to thecontrol and monitors motor performance to verify proper operation of the drive under test. Test conditions and results are collected by a PC and storeddirectly to the labs network server. This testing runs 24 hours a day, seven days a week for several weeks at a time in order to verify new softwareversions prior to release. Other applications developed within the lab simulate inertia, fan and pump and pump jack loads, monitor and control longterm life testing, speed versus torque curve collection and tensile testing.

Every control is powered up and load tested before it leaves the plant using an automated system. This system first verifies that each control isprogrammed correctly using an interface between the test system and BUS. Next, using the VS1 USB interface and standard firmware, the control is

commanded to spin a motor. Output speed is verified using external current transducers and the motor is loaded to 150% of rated current. The controlcycles between 150% of rated current and 50% rated current for two minutes. Reversal tests are then run to test the braking transistor and resistorfunctionality. Finally the drive is power cycled, factory defaults are set, and any custom parameters are programmed into the drive. The results of thetest, including the serial numbers of the boards in the control are saved in a database. A shipping label is printed and the control is boxed up ready forshipment. Each control takes about ten minutes to test and up to five controls of varying voltages and sizes can be tested at the same time.

Alternator Testing

Alternator testing is performed utilizing a 175KVA test bed. The 175kVA test bed is used in developing new alternator concepts and designs. The alternators aredriven by a Baldor vector motor and vector control. This technology allows for accurate speed regulation, which in turn provides a constant output frequency fromthe alternator under its entire load range. The alternators are loaded using two Avtron load banks. One load bank is a 480V, 500kW resistive load bank and theother is a 480V, 375kVA reactive load bank. A single test panel controls both load banks and monitors load and all other conditions during testing.

Lubricating Greases TestingTwo test fixtures are used to determine the performance of lubricating greases in ball bearings underloads at high speed and elevated temperatures. The fixtures are capable of speeds up to 10,000 RPMwith 50 pounds of radial loading. Both fixtures have a temperature range from 90F to 500F andthe failure modes are monitored.

Sound and Vibration

Sound testing is done in a semi-anechoic sound room. An HP 3569A Acoustic Intensity Analyzerand a precision sound level meter are used in accordance with IEEE Standard 85 to run the soundtests. The isolated seismic pad located in the sound room is used in with a SPS390 and OROS OR36Dynamic Signal Analyzers for no load vibration testing in accordance with NEMA standards.


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Test Capabilities

Fort Smith Test Facilities Features

Over 32,000 square feet of lab space

Covered floor trenches provide easy wiring to all areas

Noise level monitoring equipment notifies technicians whenhearing protection is required

Dynamometers utilize Baldor Vector Motors and Regen Drives

Hoists in large dynamometer areas for safe and easy producthandling

Bus rail power distribution allows for easy power distribution andexpansion

Short circuit room with 50,000 amps capability for UL testing

Locked rotor test room for long term locked rotor testing

Isolation transformers for equipment protection

Generators provide 50Hz to dynamometer stations

Isolated seismic pad for vibration testing

Semi-anechoic sound room

Network drops throughout labs

First Responder kits complete with AED

Fort Smith Test Facilities Accreditations

UL Certificate of Qualification for Client Test Data Program for UL 508C

UL Certificate of Qualification for Client Test Data Program for UL 2111

UL1995 Heat Run

CSA C390 Certification # EEV-78389

NVLAP Accreditation for [24/M01] IEEE112, Method B LAB CODE 200537-0

Fort Smith Test Facilities Major Equipment List

Power Analyzers

Digital Oscilloscopes

Logic Analyzers Inductance Meters

Distributed Capacitance Meters

Infrared Camera

Multimeters and Precision Ohm Meters

Power Supplies and Hipot Testers

Fluke Calibrator and other NIST standards

Data Acquisition Hardware


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Test Capabilities

Test panel design

Software development

PCB design and analysis

Matched Performance

Application testing

Motor Plug Reversal

Training

Customer site testing

Thermal development

Power quality (harmonic) analysis

EMI and Immunity testing

Environmental testing

Audible noise testing Customer witness testing

Customer requested calibration tests

Test software design and implementation

CSA C390

IEEE 112

Efficiency testing

AC and DC Brake Test

AC and DC no load saturation test

AC and DC motor heat rise testing

Working rise at saturation

Thermal capacity characteristics

UL and CSA thermal development

Friction and windage

Servo viscous damping

DC motor demagnetization test

Torque measurement

Precision resistance measurement

Sleeve bearing testing

Sound power level - ANSI S12.12 Vibration level testing in accordance with NEMA MG1 Part 7

Air flow measurement

Thermocouple installation

Rotor data collection

Brush life testing

Servo package tests

Industrial BLDC tests

Bearing evaluation and life testing

Fort Smith Test Facilities Major Equipment List

(cont)

Burst, EFT and ESD generators

NSG2025 Surge generator

Porto-Sag PS-200 Sag/Swell generator

Chart Recorders

Two Thermal Chambers (-68C to 170C)

One Thermal Chamber (-30C to 177C)

One Thermal and Humidity Chamber (-68C to 177C and 10% to95% RH)

One HALT/HASS Chamber (-100C to 200C and 0-50grmsrandom vibration)

Variable AC supplies up to 2000A

Automated Dynamometers from Fractional to 800HP Continuous(1000HP Intermittent)

SMT Solder Stations

Short Circuit Room (50,000 amp short circuit capability)

Generators for 50Hz Testing

Test Hoist for Elevator and Hoist Software Development

Alternator Test Bed up to 175 kVA

Resistive Load Bank to 500 kW

Inductive Load Bank to 375 kVA

Locked Rotor Long Term Life Test Room

Precision Sound Level Meter

HP 3569A Acoustic Intensity Analyzer

OROS OR36 Vibration Analyzer

SPS390 Dynamic Signal Analyzer

Semi-Anechoic Room with Seismic Pad

Bearing Life Test Fixtures

Video and Digital Photography for Test Documentation

Fort Smith Test Facilities Scope of Tasks

Prototyping Design verification tests

Software verification

Reliability testing

Endurance/Life testing

HALT/HASS testing

Burst/Surge/Sag/Swell Testing

UL testing (508C, 2111, 1995)

Instrument calibration


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Baldor Matched Performance Motors and Drives

230V, 460V and 600V

To assist in selection of a Baldor Motor, please find Matched Performance Motor Tables on this page. After selecting your AC Drive in this catalog,please reference the column in the AC Drive Table labeled Matched Performance Motor Code. On the tables below you will find the MatchedPerformance Motor Codes. Simply match the code in the AC Drive Table to the codes in the tables below to select your motor. The following Baldor

Motors are matched for your convenience:

Baldor RPMAC Power Dense 1000:1 Inverter Duty Motors

Baldor RPMAC Power Dense 1000:1 Vector Duty Motors

Baldor V*S Master TEFC 1000:1 Inverter Duty Motors

Baldor V*S Master TEFC 1000:1 Vector Duty Motors

Baldor Inverter Duty TEBC 1000:1 Inverter Duty Motors

Baldor Inverter Duty TEBC 1000:1 Vector Duty Motors

Baldor Super-E Premium Efficient Motors

Matched

Perf.

Code

RPMAC

Inverter Duty

1800 RPM

TENV(1)/TEBC(2)/

DPG-FV

1000:1

RPMAC

Vector Duty

1800 RPM

TENV(1)/TEBC

1000:1

V*S Master

Inverter Duty

1800 RPM

TENV(1)/TEFC

1000:1

V*S Master

Vector Duty

1800 RPM

TENV(1)/TEFC

1000:1

Inverter Duty

Motor

1800 RPM

TENV(1)/TEBC

1000:1

Vector Duty

Motor

1800 RPM

TENV(1)/

TEBC

1000:1

Super-E

Motor

1800 RPM

TEFC

Super-E Motor

1800 RPM

TEFC

Speed Range

A2 * * IDVSNM3538(1) ZDVSNM3538(1) IDNM3538(1) EM3538 20:01

B2 * * IDVSNM3546(1) ZDVSNM3546(1) IDNM3581T(1) ZDNM3581T(1) EM3546 20:1

C2 * * IDVSNM3587T(1) ZDVSN3587T(1) IDM3587T ZDM3587T EM3558 20:1

D2 * * IDVSM3661T ZDVSM3661T IDM3661T ZDM3661T EM3611T 20:1

E2 IDNRPM18054C(1) ZDNRPM18054C(1) IDVSM3665T ZDVSM3665T IDM3665T ZDM3665T EM3665T 20:1

F2 IDNRPM18074C(1) ZDNRPM18074C(1) IDVSM3770T ZDVSM3770T IDM3770T ZDM3770T EM3770T 20:1

G2 IDNRPM21104C(1) ZDNRPM21104C(1) IDVSM3774T ZDVSM3774T IDM3774T ZDM3774T EM3774T 20:1

H2 * * IDVSM2333T ZDVSM2333T IDM2333T ZDM2333T EM2333T 10:1I2 * * IDVSM2334T ZDVSM2334T IDM2334T ZDM2334T EM2334T 10:1

J2 * * IDVSM4103T ZDVSM4103T IDM4103T ZDM4103T EM4103T 10:1

K2 * * IDVSM4104T ZDVSM4104T IDM4104T ZDM4104T EM4104T 10:1

L2 * * IDVSM4110T ZDVSM4110T IDM4110T ZDM4110T EM4110T 10:1

M2 * * IDVSM4115T ZDVSM4115T IDM4115T ZDM4115T EM4115T 10:1

N2 * * IDVSM4314T ZDVSM4314T EM4314T 4:1

P2 * * IDVSM4316T ZDVSM4316T EM4316T 4:1

Q2 * * EM4400T 4:1

230V Matched Performance Motor Table

*Custom Motor Available Contact your local Baldor District Office


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Matched

Perf.

Code

RPMAC

Inverter Duty

1800 RPM

TENV(1)/TEBC(2)/

DPG-FV

1000:1

RPMAC

Vector Duty

1800 RPM

TENV(1)/TEBC

1000:1

V*S Master

Inverter Duty

1800 RPM

TENV(1)/TEFC

1000:1

V*S Master

Vector Duty

1800 RPM

TENV(1)/TEFC

1000:1

Inverter Duty

Motor

1800 RPM

TENV(1)/TEBC

1000:1

Vector Duty

Motor

1800 RPM

TENV(1)/

TEBC

1000:1

Super-E Motor

1800 RPM

TEFC

Super-E Motor

1800 RPM

TEFC

Speed Range

A4 IDVSNM3546(1) ZDVSNM3546(1) IDNM3581T(1) ZDNM3581T(1) EM3546 20:1

B4 IDVSN3587T(1) ZDVSN3587T(1) IDM3587T ZDM3587T EM3558 20:1

C4 IDVSM3661T ZDVSM3661T IDM3661T ZDM3661T EM3611T 20:1

D4 IDNRPM18054C(1) ZDNRPM18054C(1) IDVSM3665T ZDVSM3665T IDM3665T ZDM3665T EM3665T 20:1

E4 IDNRPM18074C(1) ZDNRPM18074C(1) IDVSM3770T ZDVSM3770T IDM3770T ZDM3770T EM3770T 20:1

F4 IDNRPM21104C(1) ZDNRPM21104C(1) IDVSM3774T ZDVSM3774T IDM3774T ZDM3774T EM3774T 20:1

G4 IDBRPM18154C(2) ZDBRPM18154C IDVSM2333T ZDVSM2333T IDM2333T ZDM2333T EM2333T 10:1

H4 IDBRPM18204C(2) ZDBRPM18204C IDVSM2334T ZDVSM2334T IDM2334T ZDM2334T EM2334T 10:1

I4 IDDRPM18254C ZDFRPM21254C IDVSM4103T ZDVSM4103T IDM4103T ZDM4103T EM4103T 10:1

J4 IDDRPM18304C ZDBRPM21304C IDVSM4104T ZDVSM4104T IDM4104T ZDM4104T EM4104T 10:1

K4 IDDRPM21404 ZDBRPM21404 IDVSM4110T ZDVSM4110T IDM4110T ZDM4110T EM4110T 10:1

L4 IDDRPM21504 ZDBRPM25504 IDVSM4115T ZDVSM4115T IDM4115T ZDM4115T EM4115T 10:1

M4 IDDRPM21604 ZDBRPM25604 IDVSM4314T ZDVSM4314T EM4314T 4:1N4 IDDRPM25754 ZDBRPM25754 IDVSM4316T ZDVSM4316T EM4316T 4:1

P4 IDDRPM251004 ZDBRPM281004R1 IDVSM4400T-4 ZDVSM4400T-4 EM4400T 4:1

Q4 IDDRPM251254 ZDBRPM281254 IDVSM4410T-4 ZDVSM4410T-4 EM4410T-4 4:1

R4 IDDRPM281504 ZDBRPM321504 IDVSM4406T-4 ZDVSM4406T-4 EM4406T-4 4:1

S4 IDDRPM282004 ZDBRPM362004 IDVSM4407T-4 ZDVSM4407T-4 EM4407T-4 4:1

T4 IDDRPM322504 IDVSM4408T-4 ZDVSM4408T-4 M4408T-4 2:1

U4 IDDRPM323004 IDVSM44304T-4 ZDVSM44304T-4 M44304T-4 2:1

V4 IDDRPM363504 M44354T-4 2:1

W4 IDDRPM364004 M44404T-4 2:1

X4 IDDRPM405004

Y4 IDDRPM406004

Matched

Perf.

Code

RPMAC

Inverter Duty

1800 RPM

TENV(1)/TEBC(2)/

DPG-FV

1000:1

RPMAC

Vector Duty

1800 RPM

TENV(1)/TEBC

1000:1

V*S Master

Inverter Duty

1800 RPM

TENV(1)/TEFC

1000:1

V*S Master

Vector Duty

1800 RPM

TENV(1)/TEFC

1000:1

Inverter Duty

Motor

1800 RPM

TEBC

1000:1

Vector Duty

Motor

1800 RPM

TENV(1)/TEBC

1000:1

Super-E Motor

1800 RPM

TEFC

Super-E Motor

1800 RPM

TEFC

Speed Range

A5 * * * * IDM3581T-5 ZDM3581T-5 ECP3581T-5 20:1

B5 * * * * IDM3587T-5 ZDM3587T-5 ECP3587T-5 20:1

C5 * * * * IDM3661T-5 ZDM3661T-5 ECP3611T-5 20:1

D5 * * * * IDM3665T-5 ZDM3665T-5 ECP3665T-5 20:1

E5 * * * * IDM3770T-5 ZDM3770T-5 ECP3770T-5 20:1

F5 * * * * IDM3774T-5 ZDM3774T-5 ECP3774T-5 20:1

G5 * * * * IDM2333T-5 ZDM2333T-5 ECP2333T-5 10:1

H5 * * * * IDM2334T-5 ZDM2334T-5 ECP2334T-5 10:1I5 * * * * ECP4103T-5 10:1

J5 * * * * ECP4104T-5 10:1

K5 * * * * ECP4110T-5 10:1

L5 * * * * ECP4115T-5 10:1

M5 * * * * ECP4314T5 4:1

N5 * * * * ECP4316T-5 4:1

P5 * * * * ECP4400T-5 4:1

Q5 * * * * ECP4410T-5 4:1

R5 * * * * ECP4406T-5 4:1

*Custom Motor Available Contact your local Baldor District Office

Baldor Matched Performance Motors and Drives



15/11611

Applications:Variable torque, constant torque or constant horsepower applications. Newinstallations, replacements and original equipment manufactures (OEM).

Features:Volts per Hertz Control with peak overload capacity of 175% and PI capability.Flexible mounting options with IP20 enclosure as standard and DIN Rail

mounting.Integral keypad, operator interface and local speed control. Basic set ofprogramming parameters. Power ratings up to 5 Hp at 230V and 15 Hp at 460V versions.

VS1ST

AC Micro Drive

1/2 thru 1.5 Hp1/2 thru 3 Hp1/2 thru 5 Hp1 thru 15 Hp

115 VAC230 VAC230 VAC460 VAC

1 Phase - 50/60 Hz1 Phase - 50/60 Hz3 Phase - 50/60 Hz3 Phase - 50/60 Hz

Performance Features Control Modes V/HzOperator Inter face Module Integral Drive MountedDisplay Lines 6-Character LED DisplayProgrammable Preset Speeds FourAnalog Outputs One (0-10 VDC)

Auto Restart Yes Up to 5 attemptsFrequency Avoidance One BandFault History Last Four FaultsDigital Inputs: Four Two Programmable Digital Inputs, Two user selectable analog/digital inputsDigital Inputs Type Pull-Up

Drive Specifications Analog Inputs: Two 0-10VDC, 0 to 20mA or 4 to 20mARelay Outputs: One Built-in Form C RelayAnalog Output/Digital Output 0-10 VDC: One Analog Usable for Meter (Freq., Current, Voltage) or Digital OutputMaximum Load 15 Hp @ 460 VACOverload Capacity Drive Output 150% for one minute and 175% for 2 secondsInput Voltage Ranges 115 VAC (99-126); 230 VAC (198-264); 460 VAC (342-528)Rated Input Frequency 50-60Hz (5%)Carrier Frequency 4-32 kHz (8 kHz default)Operating Temperature 0 to 50CSnubber (Dynamic Braking) Built-in Transistor (Frames B & C)

Dynamic Braking External Up to 150% Dynamic Braking with appropriately sized resistorDC Injection Braking IncludedVolts/Hz Linear V/Hz, Energy Optimizer FunctionFrequency Control Range 0 - 500HzAccel/Decel: Independently adjustable accel. & decel. rampsTime Range: 0 to 600 SecondsKeypad Speed Control YesSink/Source Inputs Selectable, 24 VDC LogicElectronic Overload Trip Electronic Motor Overload Inverse 150% for 1 minute or 175% for 2 secondsCommunications Built-in MODBUS-RTU (RS-485) Communications; Gateways, DeviceNet, Profibus-DP, Ethernet/IP, Modbus/TCPPI Control Built-in

Protective Features Under Voltage Level Depends on Voltage Class (240, 480, or 575)Output Short Circuit Phase-to-Phase on Drive OutputOver Temperature Heatsink MonitorDC Bus Overvoltage DC Bus Level Trip

Drive Overload Exceed Drive rating of 150% for One Minute or 175% for 2 secondsOver Current Over-current/short-Circuit protectionOutput Phase Trips on open Output PhaseLoss of Reference Trips on Loss of Speed Command SignalComm. Error Detects a communication error (fault)

Agency Certifications UL, cUL, CE, C-tickService Conditions Altitude 1,000 m (3,300 ft.), derate by 1% per 100m up to 2,000 on maximum.

Ambient Temperature IP20: -10C (14F) to 50C (122F)Storage Temperature -40C (-40F) to 60C (140F)Relative Humidity 10% to 95%, non-condensing


16/11612

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VS1ST 115V, 50/60 Hz, 1-Phase Input (230V, 3-Phase Output)

Catalog Number EMC Filter Transistor Frame HpOutput

Current

Matched Perf.

Motor CodeList Price Mult. Sym.

VS1ST10P5-0 No No A 0.5 2.3 A2 453 EA

VS1ST11-0 No No A 1 4.3 B2 529 EA

VS1ST11P5-0T No Yes B 1.5 5.8 C2 649 EA



Current

Matched Perf.


VS1ST80P5-0 No No A 0.5 2.3 A2 364 EA

VS1ST80P5-0F Yes No A 0.5 2.3 A2 383 EA

VS1ST81-0 No No A 1 4.3 B2 395 EA

VS1ST81-0F Yes No A 1 4.3 B2 488 EA

VS1ST82-0 No No A 2 7 C2 475 EA

VS1ST82-0F Yes No A 2 7 C2 626 EA

VS1ST82-0T No Yes B 2 7 C2 592 EA

VS1ST82-0TF Yes Yes B 2 7 C2 707 EA

VS1ST83-0T No Yes B 3 10.5 D2 661 EA

VS1ST83-0TF Yes Yes B 3 10.5 D2 829 EA



Current

Matched Perf.


VS1ST20P5-0 No No A 0.5 2.3 A2 364 EA

VS1ST21-0 No No A 1 4.3 B2 395 EA

VS1ST22-0 No No A 2 7 C2 475 EA

VS1ST22-0T No Yes B 2 7 C2 556 EA

VS1ST22-0TF Yes Yes B 2 7 C2 592 EA

VS1ST23-0T No Yes B 3 10.5 D2 568 EA


VS1ST25-0T No Yes C 5 18 E2 752 EA

VS1ST25-0TF Yes Yes C 5 18 E2 939 EA



Current

Matched Perf.


VS1ST41-0 No No A 1 2.2 A4 475 EA

VS1ST41-0F Yes No A 1 2.2 A4 533 EA

VS1ST42-0 No No A 2 4.1 B4 557 EA

VS1ST42-0F Yes No A 2 4.1 B4 614 EA

VS1ST42-0T No Yes B 2 4.1 B4 637 EA

VS1ST42-0TF Yes Yes B 2 4.1 B4 684 EA

VS1ST43-0T No Yes B 3 5.8 C4 684 EA

VS1ST43-0TF Yes Yes B 3 5.8 C4 742 EA VS1ST45-0T No Yes B 5 9.5 D4 800 EA


VS1ST47-0T No Yes C 7.5 14 E4/F4 1,135 EA

VS1ST47-0TF Yes Yes C 7.5 14 E4/F4 1,193 EA

VS1ST410-0T No Yes C 10 18 F4 1,263 EA

VS1ST410-0TF Yes Yes C 10 18 F4 1,356 EA

VS1ST415-0T No Yes C 15 24 G4 1,704 EA

VS1ST415-0TF Yes Yes C 15 24 G4 1,828 EA

Stock Model Numbers


17/11613

Dimensions

FrameHeight

Inches (mm)

Width

Inches (mm)

Depth

Inches (mm)

A 6.81 (173) 3.23 (82) 4.84 (123)

B 8.70 (221) 4.29 (109) 5.91 (150)

C 10.28 (261) 5.16 (131) 6.89 (175)

VS1ST AC Micro Drive


18/11614

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Product Highlights: The VS1STS is a feature rich V/Hz & Sensorless Vectorproduct targeted at the 600V market and equipment manufacturing applications.

Applications:Variable torque, constant torque or constant horsepower applications.New installations, replacements and original equipment manufactures (OEM).

Features:V/Hz and Sensorless Vector Control with peak overload capacity of 175%and PID capability. Flexible mounting options with IP20 enclosure as standard andDIN rail capability. Integral keypad, operator interface and local speed control. Basicsetup parameter list and advanced software settings. Built-in braking transistorallows connection to remote braking resistor for enhanced performance needs.Power ratings up to 60 Hp at 600V, pluggable I/O terminal strip.

VS1STS

600V Starter Style

AC Micro Drive

1 thru 60 Hp 500-600 VAC 3 Phase - 50/60 Hz

Performance Features Control Modes V/Hz & Sensorless Vector Control

Operator Interface Module Integral Drive Mounted; basic start/stop, forward/reverse and speed controlDisplay Lines 6-Character LED DisplayProgrammable Preset Speeds EightAnalog Output: One 0-10VDC or 20mA

Auto Restart Yes -- Up to 5 attemptsFrequency Avoidance One BandFault History Last four faultsDigital Inputs: Four Two programmable digi tal inputs, two user selectable analog/digital inputsDigital Inputs Type Pull-Up

Drive Specifications Analog Inputs: Two One bi-polar and one 0-10VDC, 0 to 20mA or 4 to 20mARelay Output: One Built-in Form C Relay, normally open contact

Analog Output/Digital: One 0-10 VDC: One Analog Usable for Meter (Freq., Current, Voltage) or Digital OutputMaximum Load: 60 HP @ 600 VACOverload Capacity Drive Output 150% for one minute and 175% for 2 secondsInput Voltage Ranges: 500 - 600VACInput Voltage Tolerance 10% / -10%Rated Input Frequency 50-60Hz (5%)

Carrier Frequency: 4-32 kHz (8 kHz default)Operating Temperature: -10 to 50CSnubber (Dynamic Braking): Buil t- in TransistorDynamic Braking External: Up to 150% Dynamic Braking with appropriately sized resistorDC Injection Braking: IncludedVolts/Hz Linear V/Hz

Energy Optimization FunctionSensorless Vector Full Sensorless Vector Control with Autotune and motor modelFrequency Control Range: 0 - 2000HzAccel/Decel: Independently adjustable accel. & decel. rampsKeypad Speed Control YesSink/Source Inputs Selectable, 24 VDC Logic

Electronic Overload Trip Electronic Motor Overload Inverse 150% for 1 minute or 175% for 2 secondsProtective Features Under Voltage Level Depends on Voltage Class (600V)

Output Short Circuit Phase-to-Phase on Drive OutputOver Temperature Heatsink Monitor

DC Bus Overvoltage DC Bus Level TripDrive Overload Exceed Drive rating of 150% for One Minute or 175% for 2 secondsOver Current Over-current/short-Circuit protectionOutput Phase Trips on open Output PhaseLoss of Reference Trips on Loss of Speed Command SignalCommunication Error Detects a communication error (fault)

Agency Certifications UL, cUL, CE, CCC, C-tickService Conditions Altitude: 1,000 m (3,300 ft.) Maximum

Ambient Temperature: IP20: -10C to 50CStorage Temperature: -20C to 60CRelative Humidity: 10% to 90%, non-condensingIntermittent Overload: 150% overload capacity for up to 1 minute

175% overload capacity for up to 2 seconds


19/11615

VS1STS 500-600V 10% 3-Phase Input

Catalog Number Frame Hp kW Output CurrentMatched Perf.


VS1STS51-0T B 1 0.75 1.7 A5 926 EA

VS1STS52-0T B 2 1.5 3.1 B5 1,042 EA

VS1STS53-0T B 3 2.2 4.1 C5 1,158 EA

VS1STS55-0T B 5 4 6.1 D5 1,390 EA VS1STS57-0T B 7.5 5.5 9 E5 1,737 EA

VS1STS510-0T C 10 7.5 14 F5 2,084 EA

VS1STS515-0T C 15 11 18 G5 2,546 EA

VS1STS520-0T C 20 15 24 H5/J5 3,241 EA

VS1STS530-0T D 30 22 39 J5/K5 5,093 EA

VS1STS540-0T D 40 30 46 L5 5,787 EA

VS1STS560-0T D 60 45 62 M5 6,944 EA

Dimensions

FrameHeight

Inches (mm)

Width

Inches (mm)

Depth

Inches (mm)A 10.24 (260) 3.94 (100) 6.89 (175)

B 10.24 (260) 6.73 (171) 6.89 (175)

C 20.47 (520) 13.39 (340) 8.66 (220)

Stock Model Numbers


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Applications:Applications that require a washdown or harsh duty enclosure. Ideal forenvironments where dust, oil mist or water is prevalent. Variable torque, constant torque orconstant horsepower applications. Target stand alone applications where a local disconnect isrequired. New installations, replacements and original equipment manufactures (OEM).

Features:Volts per Hertz Control with peak overload capacity of 175%. Flexible mountingoptions NEMA 12, NEMA 4X Indoor only, Input Disconnect models and EMC Filter models.Integral keypad, operator interface and local speed control. Speed potentiometer and F-O-Rswitch on input disconnect models only. Basic set of less than forty programming parameters.Power ratings up to 10 Hp in 460V versions.

VS1MX

AC Micro Drive

1/2 thru 1.5 Hp1/2 thru 3 Hp1/2 thru 5 Hp1 thru 10 Hp

115 VAC230 VAC230 VAC460 VAC

1 Phase - 50/60 Hz1 Phase - 50/60 Hz3 Phase - 50/60 Hz3 Phase - 50/60 Hz

Performance Features Control Modes V/HzOperator Interface Module Integral Drive MountedDisplay Lines 6-Character LED DisplayProgrammable Preset Speeds FourAnalog Outputs One (0-10 VDC)Auto Restart Yes Up to 5 attemptsFrequency Avoidance One BandFault History Last Four FaultsDigital Inputs Three Configurable InputsDigital Inputs Type Pull-Up

Drive Specifications Analog Inputs: Two 0-10VDC, 4 to 20mARelay Outputs: One One Built-in Form C RelayAnalog Output / Digital Output 0-10 VDC: One Analog Usable for Meter (Freq., Current, Voltage) or Digital OutputMaximum Load 10 Hp @ 460 VACOverload Capacity Drive Output 150% for one minute and 175% for 2 secondsInput Voltage Ranges 115 VAC (99-126); 230 VAC (198-264); 460 VAC (342-528)Rated Input Frequency 50-60Hz (5%)Carrier Frequency 4-32 kHz (8 kHz default)Operating Temperature 10 to 40C

Snubber (Dynamic Braking) Built-in Transistor (Frames B and C)Dynamic Braking External Up to 150% Dynamic Braking with appropriately sized resistorDC Injection Braking IncludedVolts/Hz Linear V/Hz, Energy Optimizer FunctionFrequency Control Range 0 - 500HzAccel/Decel Independently adjustable accel. & decel. rampsTime Range 0.1 to 600.0 SecondsKeypad Speed Control YesSink/Source Inputs Selectable, 24 VDC LogicElectronic Overload Trip Electronic Motor Overload Inverse 150% for 1 minute or 175% for 2 secondsCommunications Built-in MODBUS-RTU (RS-485) Communications; Gateways, DeviceNet, Profibus-DP, Ethernet/IP, Modbus/TCPPI Control Built-in

Protective Features Under Voltage Level Depends on Voltage Class (240, 480, or 575)Output Short Circuit Phase-to-Phase on Drive OutputOver Temperature Heatsink Monitor

DC Bus Overvoltage DC Bus Level TripDrive Overload Exceed Drive rating of 150% for One Minute or 175% for 2 secondsOver Current Over-current/short-Circuit protectionOutput Phase Trips on open Output PhaseLoss of Reference Trips on Loss of Speed Command SignalComm. Error Detects a communication error (fault)

Agency Certifications UL, cUL, CE, CCC, C-tickService Conditions Altitude 1,000 m (3,300 ft.), derate by 1% per 100m up to 2,000m maximum

Ambient Temperature -10C (14F) to 40C (102F)Storage Temperature -40C (-40F) to 60C (140F)Relative Humidity 10% to 95%, non-condensingIntermittent Overload 150% overload capacity for up to 1 minute, 175% overload capacity for up to 2 seconds


21/11617

VS1MX 115V, 50/60 Hz, 1-Phase Input (230V, 3-Phase Output) NEMA 4X/12** (White Enclosure)

Catalog Number EMC Filter Disconnect* Frame Hp Output CurrentMatched Perf.


VS1MX10P5-4 No No A 0.5 2.3 A2 701 EA

VS1MX10P5-4D No Yes A 0.5 2.3 A2 770 EA

VS1MX11-4No No A 1 4.3 B2 726 EA

VS1MX11-4D No Yes A 1 4.3 B2 800 EA

VS1MX11P5-4T No No B 1.5 5.8 C2 910 EA

VS1MX11P5-4TD No Yes B 1.5 5.8 C2 1,000 EA

VS1MX 115V, 50/60 Hz, 1-Phase Input (230V, 3-Phase Output) NEMA 12 (Green Enclosure)



VS1MX10P5-2 No No A 0.5 2.3 A2 644 EA


VS1MX11-2 No No A 1 4.3 B2 669 EA


VS1MX11P5-2T No No B 1.5 5.8 C2 837 EA

VS1MX11P5-2TD No Yes B 1.5 5.8 C2 920 EA




VS1MX80P5-4 No No A 0.5 2.3 A2 609 EA

VS1MX80P5-4F Yes No A 0.5 2.3 A2 670 EA


VS1MX80P5-4DF Yes Yes A 0.5 2.3 A2 737 EA

VS1MX81-4 No No A 1 4.3 B2 695 EA

VS1MX81-4F Yes No A 1 4.3 B2 695 EA VS1MX81-4D No Yes A 1 4.3 B2 695 EA

VS1MX81-4DF Yes Yes A 1 4.3 B2 765 EA

VS1MX82-4 No No A 2 7 C2 790 EA

VS1MX82-4F Yes No A 2 7 C2 870 EA

VS1MX82-4D No Yes A 2 7 C2 870 EA

VS1MX82-4DF Yes Yes A 2 7 C2 957 EA

VS1MX82-4T No No B 2 7 C2 879 EA

VS1MX82-4TF Yes No B 2 7 C2 966 EA

VS1MX82-4TD No Yes B 2 7 C2 966 EA

VS1MX82-4TDF Yes Yes B 2 7 C2 1,063 EA

VS1MX83-4T No No B 3 10.5 D2 913 EA

VS1MX83-4TF Yes No B 3 10.5 D2 1,002 EA

VS1MX83-4TD No Yes B 3 10.5 D2 1,002 EAVS1MX83-4TDF Yes Yes B 3 10.5 D2 1,102 EA

Stock Model Numbers

* Disconnect models include speed potentiometer and F-O-R switch

** Indoor


22/11618

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VS1MX80P5-2 No No A 0.5 2.3 A2 560 EA

VS1MX80P5-2F Yes No A 0.5 2.3 A2 616 EA


VS1MX80P5-2DF Yes Yes A 0.5 2.3 A2 677 EA

VS1MX81-2 No No A 1 4.3 B2 582 EA

VS1MX81-2F Yes No A 1 4.3 B2 640 EA


VS1MX81-2DF Yes Yes A 1 4.3 B2 704 EA

VS1MX82-2 No No A 2 7 C2 728 EA

VS1MX82-2F Yes No A 2 7 C2 801 EA


VS1MX82-2DF Yes Yes A 2 7 C2 881 EA




VS1MX82-2TDF Yes Yes B 2 7 C2 979 EA

VS1MX83-2T No No B 3 10.5 D2 840 EAVS1MX83-2TF Yes No B 3 10.5 D2 923 EA

VS1MX83-2TD No Yes B 3 10.5 D2 923 EA

VS1MX83-2TDF Yes Yes B 3 10.5 D2 1,015 EA



Motor Code List Price Mult. Sym.

VS1MX20P5-4 No No A 0.5 2.3 A2 626 EA


VS1MX21-4 No No A 1 4.3 B2 688 EA

VS1MX21-4D No Yes A 1 4.3 B2 711 EA VS1MX22-4 No No A 2 7 C2 712 EA






VS1MX23-4T No No B 3 10.5 D2 821 EA

VS1MX23-4TF Yes No B 3 10.5 D2 903 EA


VS1MX23-4TDF Yes Yes B 3 10.5 D2 993 EA

VS1MX25-4T No No C 5 18 E2 1,170 EA

VS1MX25-4TF Yes No C 5 18 E2 1,288 EA

VS1MX25-4TD No Yes C 5 18 E2 1,288 EAVS1MX25-4TDF Yes Yes C 5 18 E2 1,416 EA

Stock Model Numbers


** Indoor


23/11619




VS1MX20P5-2 No No A 0.5 2.3 A2 574 EA


VS1MX21-2 No No A 1 4.3 B2 596 EA


VS1MX22-2 No No A 2 7 C2 654 EA






VS1MX23-2T No No B 3 10.5 D2 755 EA

VS1MX23-2TF Yes No B 3 10.5 D2 831 EA


VS1MX23-2TDF Yes Yes B 3 10.5 D2 914 EA




VS1MX41-4 No No A 1 2.2 A4 762 EA

VS1MX41-4F Yes No A 1 2.2 A4 838 EA

VS1MX41-4D No Yes A 1 2.2 A4 838 EA

VS1MX41-4DF Yes Yes A 1 2.2 A4 921 EA

VS1MX42-4 No No A 2 4.1 B4 920 EA

VS1MX42-4F Yes No A 2 4.1 B4 1,013 EA

VS1MX42-4D No Yes A 2 4.1 B4 1,013 EA

VS1MX42-4DF Yes Yes A 2 4.1 B4 1,114 EA

VS1MX42-4T No No B 2 4.1 B4 1,022 EA

VS1MX42-4TF Yes No B 2 4.1 B4 1,125 EA VS1MX42-4TD No Yes B 2 4.1 B4 1,125 EA

VS1MX42-4TDF Yes Yes B 2 4.1 B4 1,237 EA

VS1MX43-4T No No B 3 5.8 C4 1,065 EA

VS1MX43-4TF Yes No B 3 5.8 C4 1,170 EA

VS1MX43-4TD No Yes B 3 5.8 C4 1,170 EA

VS1MX43-4TDF Yes Yes B 3 5.8 C4 1,288 EA

VS1MX45-4T No No B 5 9.5 D4 1,323 EA


VS1MX45-4TD No Yes B 5 9.5 D4 1,458 EA


VS1MX47-4T No No C 7.5 14 E4/F4 1,708 EA

VS1MX47-4TF Yes No C 7.5 14 E4/F4 1,879 EA

VS1MX47-4TD No Yes C 7.5 14 E4/F4 1,879 EAVS1MX47-4TDF Yes Yes C 7.5 14 E4/F4 2,065 EA

VS1MX410-4T No No C 10 18 F4 2,025 EA

VS1MX410-4TF Yes No C 10 18 F4 2,228 EA

VS1MX410-4TD No Yes C 10 18 F4 2,228 EA

VS1MX410-4TDF Yes Yes C 10 18 F4 2,450 EA

Stock Model Numbers


** Indoor


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Catalog Number EMC Filter Disconnect* Frame HpOutput

Current

Matched Perf.

Motor CodeList Mult. Sym.

VS1MX41-2 No No A 1 2.2 A4 701 EA

VS1MX41-2F Yes No A 1 2.2 A4 770 EA

VS1MX41-2D No Yes A 1 2.2 A4 770 EA

VS1MX41-2DF Yes Yes A 1 2.2 A4 847 EA

VS1MX42-2 No No A 2 4.1 B4 846 EA

VS1MX42-2F Yes No A 2 4.1 B4 931 EA


VS1MX42-2DF Yes Yes A 2 4.1 B4 1,024 EA

VS1MX42-2T No No B 2 4.1 B4 940 EA

VS1MX42-2TF Yes No B 2 4.1 B4 1,034 EA

VS1MX42-2TD No Yes B 2 4.1 B4 1,034 EA

VS1MX42-2TDF Yes Yes B 2 4.1 B4 1,138 EA

VS1MX43-2T No No B 3 5.8 C4 979 EA

VS1MX43-2TF Yes No B 3 5.8 C4 1,077 EA

VS1MX43-2TD No Yes B 3 5.8 C4 1,077 EA

VS1MX43-2TDF Yes Yes B 3 5.8 C4 1,185 EA VS1MX45-2T No No B 5 9.5 D4 1,217 EA


VS1MX45-2TD No Yes B 5 9.5 D4 1,339 EA


Stock Model Numbers


Dimensions - NEMA 12 (IP55)

FrameHeight

Inches (mm)

Width

Inches (mm)

Depth

Inches (mm)

A 7.87 (200) 5.51 (140) 6.54 (166)

B 12.2 (310) 6.5 (165) 7.09 (180)

Dimensions - NEMA 4X (IP66)

FrameHeight

Inches (mm)

Width

Inches (mm)

Depth

Inches (mm)

A 9.13 (232) 6.34 (161) 6.89 (175)

B 10.12 (257) 7.40 (178) 7.30 (185.5)

C 12.01 (305) 8.29 (210.5) 8.97 (227.8)


25/11621

Product Highlights: The VS1MXS is a feature rich V/Hz & Sensorless Vectorproduct targeted at the 600V market and harsh duty applications.

Applications:Variable torque, constant torque or constant horsepowerapplications. New installations, replacements and original equipment manufactures

(OEM).Features:V/Hz and Sensorless Vector Control with peak overload capacityof 175% and PID capability. Flexible mounting options with IP55 (NEMA 12)enclosure as standard. Integral keypad, operator interface and local speed control.Speed potentiometer and F-O-R switch on input disconnect models only. Basicsetup parameter list and advanced software settings. Built-in braking transistorallows connection to remote braking resistor for enhanced performance needs.Power ratings up to 7.5 HP at 600V, pluggable I/O terminal strip.

VS1MXS

600V Harsh Duty

AC Micro Drive

1 thru 7.5 Hp 500-600 VAC 3 Phase - 50/60 Hz

Performance Features Control Modes V/Hz & Sensorless Vector ControlOperator Interface Module Integral Drive Mounted; basic start/stop, forward/reverse and speed controlDisplay Lines 6-Character LED DisplayProgrammable Preset Speeds EightAnalog Output: One 0-10VDC or 20mA

Auto Restart Yes -- Up to 5 attemptsFrequency Avoidance One BandFault History Last four faultsDigital Inputs: Four Two programmable digi tal inputs, two user selectable analog/digi tal inputsDigital Inputs Type Pull-Up

Drive Specifications Analog Inputs: Two One bi-polar and one 0-10VDC, 0 to 20mA or 4 to 20mARelay Output: One Built-in Form C Relay, normally open contact

Analog Output/Digital: One 0-10 VDC: One Analog Usable for Meter (Freq., Current, Voltage) or Digital OutputMaximum Load: 7.5 HP @ 600 VACOverload Capacity Drive Output 150% for one minute and 175% for 2 secondsInput Voltage Ranges 500 - 600VACInput Voltage Tolerance 10% / -10%Rated Input Frequency 50-60Hz (5%)

Carrier Frequency 4-32 kHz (8 kHz default)Operating Temperature -10 to 50C

Snubber (Dynamic Braking) Built-in TransistorDynamic Braking External Up to 150% Dynamic Braking with appropriately sized resistorDC Injection Braking Included

Volts/Hz Linear V/Hz, Energy Optimization FunctionSensorless Vector Full Sensorless Vector Control with Autotune and motor modelFrequency Control Range 0 - 2000HzAccel/Decel: Independently adjustable accel. & decel. rampsKeypad Speed Control YesSink/Source Inputs Selectable, 24 VDC Logic

Electronic Overload Trip Electronic Motor Overload Inverse 150% for 1 minute or 175% for 2 secondsCommunications Built-in MODBUS-RTU (RS-485) Communications, RJ11 connection; Gateways, DeviceNet, Profibus-DP,

Ethernet/IP, Modbus/TCPPID Control Built-in with sleep/wake function

Protective Features Under Voltage Level Depends on Voltage Class (600V)

Output Short Circuit Phase-to-Phase on Drive OutputOver Temperature Heatsink MonitorDC Bus Overvoltage DC Bus Level TripDrive Overload Exceed Drive rating of 150% for One Minute or 175% for 2 secondsOver Current Over-current/short-Circuit protectionOutput Phase Trips on open Output Phase

Loss of Reference Trips on Loss of Speed Command SignalCommunication Error Detects a communication error (fault)

Agency Certifications UL, cUL, CE, CCC, C-tickService Conditions Altitude 1,000 m (3,300 ft.) Maximum

Ambient Temperature -10C to 50CStorage Temperature: -20C to 60C

Relative Humidity 10% to 90%, non-condensingIntermittent Overload 150% overload capacity for up to 1 minute



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VS1MXS 500-600V 10% 3-Phase Input

Catalog Number Frame Disconnect* Hp kW Output CurrentMatched Perf.


VS1MXS51-2T B No 1 0.75 1.7 A5 1,047 EA

VSTMXS51-2TD B Yes 1 0.75 1.7 A5 1,152 EA

VSTMXS52-2T B No 2 1.5 3.1 B5 1,266 EA

VSTMXS52-2TD B Yes 2 1.5 3.1 B5 1,393 EA VSTMXS53-2T B No 3 2.2 4.1 C5 1,463 EA

VSTMXS53-2TD B Yes 3 2.2 4.1 C5 1,610 EA

VSTMXS55-2T B No 5 4 6.1 D5 1,819 EA

VSTMXS55-2TD B Yes 5 4 6.1 D5 2,000 EA

VSTMXS57-2T B No 7.5 5.5 9 E5 2,348 EA

VSTMXS57-2TD B Yes 7.5 5.5 9 E5 2,582 EA

Dimensions

FrameHeight

Inches (mm)

Width

Inches (mm)

Depth

Inches (mm)

B 12.2 (310) 6.46 (164) 7.09 (180)

Stock Model Numbers

* Disconnect models include a speed potentiometer and F-O-R switch.


27/11623

VS1ST and VS1MX Accessories

Remote Keypad for the VS1ST & VS1MX

Catalog Number Description List Price Mult. Sym.

VS1ST-RKEY3 VS1ST & VS1MX Remote Keypad with 3m cable 110 EA

The VS1ST-RKEY3 Remote Keypad can be panel mounted for remote control or display of drive parameters. The kit comes standard with a 9 foot (3meter) cable and is suitable for IP54 mounting. This keypad can be used with either the VS1ST or the VS1MX. Depending on the requirement of theapplication, VS1ST-RKEY3 can be used point to point or with multiple drives.

One Keypad with one drive One Keypad with multiple drives

RS485 MODBUS RTU

Cable Kits for the VS1ST & VS1MX


VS1ST-J45SP RJ45 Cable Splitter 23 EA

VS1ST-CBL0P5 1.5 ft. (0.5m) RJ45 Cable 12 EA

VS1ST-CBL1 3 ft. (1m) RJ45 Cable 12 EA

VS1ST-CBL3 9 ft. (3m) RJ45 Cable 12 EA

To support a basic serial network, option cable assemblies and splitters are available.

RJ45 Copycat Loader for VS1ST and VS1MX


VS1ST-CCL VS1ST & VS1MX RJ45 Copycat Loader 28 EA

This device allows uploading of drive parameters. Simply insert the device into the RJ45 port on the front ofthe VS1ST or VS1MX, press the upload button and you are done. Parameters are stored in memory and can bedownloaded later or used to duplicate drive setup across a number of drives.

The data cable splitter is a RJ45 1 to 2 way connection block that is suitable formultiple drives connected to a communication network.

Cables are available in three different lengths and come in blue.

Real Time Operation: Once the communication has been setup between the drive and VS1ST-RKEY3, the user can control the VS1ST-RKEY3 by usingthe control buttons on the front panel of the Remote Keypad.

Stock Model Numbers

Stock Model Numbers

Stock Model Numbers


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VS1ST Dynamic Braking Resistors

Catalog Number Ohms Wattage Frame List Price Mult. Sym.

VS1ST-R100W200 100 200 B & C 198 EA

VS1ST Frame B and C drives include built-in braking transistors to aid in applications requiring the abilityto stop rapidly. The resistor kits are designed for the VS1ST and mount internal to the drive. The drivesoftware protects the brake kit from overload, there is no need for overload relays and an internal fusibleelement ensures fail safe operation.

VS1ST & VS1MX Minimum Brake Resistor Values

Frame HpMinimum Resistor Value

(ohms)

110-115V 2 47 Ohms

200-240V 2 to 5 47 Ohms

380-480V

2 & 3 47 Ohms

5 33 Ohms

7.5 & 10 22 Ohms

VS1ST & VS1MX Brake Voltage Levels

Drive Voltage Brake Turn Off Level Brake Turn On Level

200-240V 378 Vdc 390 Vdc

380-480V 756 Vdc 780 Vdc

VS1MX Dynamic Braking Resistors

Drawing and Dimensions

Catalog Number Ohms Wattage Frame List Price Mult. Sym.

VS1MX R50W200 50 200 B & C 350 EA

VS1MX Frame B and C drives include built-in braking transistors to aid in applications requiringthe ability to stop rapidly. The resistor kits are designed for the VS1MX and mount external tothe drive. The drive software protects the brake kit from overload, there is no need for overloadrelays and an internal fusible element ensures fail safe operation.

Note: This kit will not function with the NEMA 4X (IP66) version of the VS1MX as no knock-out hole can be provided.Rated continuous power is 200W with a peak power level of 12kW for 0.125 seconds.Values for minimum brake resistance and brake voltage levels apply for both the VS1ST and VS1MX.

Stock Model Numbers

Stock Model Numbers

Part Number L1 Inches (mm) L1 Inches (mm) L3 Inches (mm) L4 Inches (mm)

VS1MX-R50W200 9.84 (250) 9.25 (235) 8.66 (220) 9.84 (250)

Part Number B1 Inches (mm) H1 Inches (mm) D Inches (mm)

VS1MX-R50W200 1.57 (40) 0.826 (21) 0.216 (5.5)


29/11625

Technical Specifications

Size 4.72 x 2.95 x 1.06 (L x W x H)

Power Supply

24V 10% Consumption:Max 280 mA on 24VTypically 100 mA

Temperature

Operating +0C to 55C

Non-Operating -5C to 85C

Mounting DIN-Rail

Protection Class IP20

EMC Certification CE marked, UL & cUL Conformance

Conformance Tested and verified for fieldbus conformance

VS1ST & VS1MX Field Bus Gateways


VS1ST-PBUS Profibus Gateway Head 953 EA

VS1ST-DNET DeviceNet Gateway Head 953 EA

VS1ST-ENET Ethernet Gateway Head 902 EA

The Field Bus Gateways incorporate the Anybus Communicator and can connect a VS1ST or VS1MX to industrial networks. The communicatorperforms an intelligent conversion between the drives serial protocol and the chosen industrial network.


Each gateway module is pre-programmed for the default number of drives. The gateway can be configured to match the number of drives connected(up to the maximum). The configuration files are available upon request from Baldor Electric. There are 2 cables supplied with the Gateway, one is for

connecting to an Optidrive Plus & VTC drive network (RJ11), the second is for connecting to a VS1ST or VS1MX network (RJ45).

RS485 MODBUS RTU

Stock Model Numbers

VS1MX IP55 Padlock


VS1MX-ILOCK VS1MX IP55 Padlock 36 EA

VS1MX NEMA 12 (IP55) drives are available with an input disconnect that has provisions for lockout. The padlock kit is designed for use with this driveand fits the provided locking mechanism.

Note:This kit will not function with the NEMA 4X (IP66) version of the VS1MX as no lockout hole can be provided.

Stock Model Numbers


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Relay & Control Board Option Cards


VS1ST-2ROUT Provides one additional relay output for the drive 153 EA

VS1ST-HVAC Provides two relays for drive running & drive tripped 153 EA

VS1ST-LOGHV-11 115 VAC control logic input card 131 EA

VS1ST-LOGHV-23 230 VAC control logic input card 131 EA

To provide additional capabilities for the VS1ST and VS1MX, add on option cards are available. These include both I/O expansion and 115 or 230VACcontrol logic interface boards.


HVAC & 115/230 VAC Control Board 2nd Relay Output Module

Size 56 x 33 x 14mm (L x W x H)

Max relay switching voltage: 250V AC / 220V DC

Max relay switching current: 1 A

Temperature: Operating 10C to +50C

Protection Class: IP20

Conformity: IP00, UL94V-0

Technical Specifications

HVAC Relay Option Module

The HVAC Relay Option Module can be used in applications where two indicators are required showing drive running and drive tripped. The firstrelay output (fitted within the drive) is programmed using P-22. When programmed as a fault relay the second relay output (that indicates a runcondition in the drive) is enabled. Relay 2 is closed when the drive is running.

Relay 2 (J3) closed on enable Relay 1 (J1) closed when drive tripped

(Green Light - Drive running) (Red Light)

2nd Relay Option Module

The Second Relay Output Module can be used in applications where the analog/digital output from the drive is converted to a relay output. Typicalapplications are where two relay outputs are required. The functions of the relays are programmable in the drive and can be programmed as driveenabled, drive healthy, drive at set speed, drive at zero speed, drive at max speed or motor in overload.

115 & 230 VAC Control Interface Module

This Option Module is designed for use with the VS1ST and VS1MX range of drives, to allow the digital inputs to be controlled directly from a 110Volt or 230 Volt control supply without the need for interfacing relays. There are two versions of the module, a 110 Volt version for voltages rangingfrom 100 120 VAC, and a 230 volt version for voltages ranging from 200 240VAC.

The existing analog input on the VS1ST can still be used, by connecting the analog signal input on terminal 6, or alternatively a fourth 110 / 230VACdigital input can be connected via the removable plug.

Stock Model Numbers


31/11627

VS1STS and VS1MXS Accessories

Remote Keypad for the VS1STS & VS1MXS


VS1STS-RKEY3 VS1STS Remote Keypad with 3m cable 93 EA

The VS1STS-RKEY3 Remote Keypad can be panel mounted for remote control or display of drive parameters. The kit comes standard with a 9 foot (3meter) cable and is suitable for IP54 mounting. This keypad can be used with either the VS1STS or the VS1MXS. Depending on the requirement of theapplication, VS1STS-RKEY3 can be used point to point or with multiple drives.

One Keypad with one drive One Keypad with multiple drives

Cable Kits for the VS1STS & VS1MXS


VS1STS-J11SP RJ45 Cable Splitter 24 EA

VS1STS-CBL0P3 1 ft. (0.3m) RJ11 Cable 6 EA

VS1STS-CBL1 3 ft. (1m) RJ11 Cable 8 EA

VS1STS-CBL3 9 ft. (3m) RJ11 Cable 12 EA

To support a basic serial network, option cable assemblies and splitters are available.

The data cable splitter is a RJ45 1 to 2 way connection block that is suitable formultiple drives connected to a communication network.

Cables are available in three different lengths and come in blue.

Real Time Operation: Once the communication has been setup between the drive and VS1STS-RKEY3, the user can control the VS1STS-RKEY3 byusing the control buttons on the front panel of the Remote Keypad.

Stock Model Numbers

Stock Model Numbers

This kit allows communication between a USB port on a computer and the VS1 Drive RS485 control terminals.

Description Catalog Number List Price Mult. Sym.

VS1 USB to RS485 Converter Kit VS1-COMMUSB 529 EA

Stock Model Numbers


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ACB330AC Micro Drive

1/2 thru 3 Hp 230 Vac 1 Phase - 50/60 Hz



Applications:Variable torque, constant torque or constant horsepower applications. Newinstallations, replacements and original equipment manufactures (OEM).

Features: Volts per Hertz or Sensorless Vector Control with peak overload capacity of 150%and PID capability. Flexible mounting options with IP20 enclosure as standard and UL Type 1option kit. Removable keypad with operator interface and local speed control. Programming byGroups makes it easy to navigate and find parameters. A quick start assistant enables users toprogram and start using the drive in minutes without need for a User Manual. Built-in brakingtransistor allows connection to remote braking resistor for enhanced performance needs.

Performance Features Control Modes V/Hz or Sensorless VectorMotor Control Induction or Permanent MagnetOperator Interface Module Integral Drive MountedKeypad Display LCD Graphical DisplayProgrammable Preset Speeds SevenAnalog Outputs One (0/4 - 20 maDC)Auto Restart Yes -- Up to 5 attemptsFrequency Avoidance Three BandsFault History Last Three FaultsDigital Inputs Five Configurable InputsDigital Inputs Type Pull-up or Pull-down

Drive Specifications Analog Inputs: Two Total 0-10VDC, -10 to 10VDC or 0/4 - 20maDCDigi tal Outputs: Two Total One Transistor Output

One Form C RelayAnalog Outputs 0/4 - 20maDCOverload Capacity Drive Output 150% for 1 min., 180% for 2 sec. at startSafe Torque Off STO SIL3Speed Control Accuracy Stat ic: 20% of motor nominal s lipInput Voltage Ranges: 200 - 240VAC; 380 - 480VAC

Input Voltage Tolerance 10% / -10%Rated Input Frequency 50-60Hz (5%)Carrier Frequency: 4-16 kHz (4 kHz default)Operating Temperature: 10 to 40C; 10 to 50C w/ 10% derateSnubber (Dynamic Braking): Built-in TransistorFlux Braking: StandardDC Injection Braking: StandardFlux Optimization: Can improve efficiency up to 10% on light loadsVolts/Hz Linear V/Hz

Quadratic V/HzCustom 4-Point V/Hz Curve

Sensorless Vector: Full Sensorless Vector Control with Autotune Function and Motor Model CalculationFrequency Control Range: 0-600 HzAccel/Decel: Two independently adjustable sets of rampsTime Range: 0.0 to 1800 Seconds

S Curve Accel . & Decel. Yes, with adjustable rounding t imeKeypad Speed Control YesSink/Source Inputs Selectable, 24 VDC LogicElectronic Overload Trip Electronic Motor Overload Inverse Time calculationCommunications Built-in MODBUS-RTU (RS-232) CommunicationsPID Control Built-in

Protective Features Under Voltage Level Depends on Voltage Class (240, 480)Ground Fault Protection Ground Fault protection active during runOutput Short Circuit Phase-to-Phase on Drive OutputOver Temperature Heatsink MonitorMotor Overtemp Excessive estimated Motor TemperatureDC Bus Overvoltage DC Bus Level Trip

IGBT Overtemp Drive Output IGBT Temp is too highOver Current Over-current/short-Circuit protection


33/11629

Protective Features

(cont.)

Output Phase Trips on open Output PhaseLoss of Reference Trips on Loss of Speed Command SignalComm. Error Detects a communication error (fault)Loss of Keypad Drive will trip if under keypad control and keypad communication is lostMotor Model Calc Fail Drive will trip if Motor Model cannot be determined - Sensorless Vector Control

Agency Certifications UL, cUL, CE, C-tick, RoHS, TUV, NORD,Service Conditions Altitude: 1,000 m (3,300 ft.). D erate by 1% every 100 m (328 ft.) up to 2,000m (6,600 ft.)

Ambient Temperature: -10C (14F) to 40C (104F) - up to 50C with 10% derate

Relative Humidity: 0% to 95%, non-condensingIntermittent Overload: 150% overload capacity for up to 1 minute


ACB330 - 230V, 50/60Hz, 1-Phase

Catalog Number

Heavy Duty

List Price Mult. Sym.Frame Hp Cont. Amps

Matched Perf.

Motor Code

ACB330-01U-02A4-2 R0 0.5 A2 A2 493 EF

ACB330-01U-04A7-2 R1 1.0 B2 B2 539 EF

ACB330-01U-07A5-2 R2 2.0 C2 C2 629 EF

ACB330-01U-09A8-2 R2 3.0 D2 D2 726 EF

ACB330 - 230V, 50/60Hz, 3-Phase

Catalog Number

Heavy Duty


Matched Perf.

Motor Code

ACB330-03U-02A4-2 R0 0.5 A2 A2 493 EF

ACB330-03U-04A7-2 R1 1 B2 B2 539 EF

ACB330-03U-07A5-2 R1 2 C2 C2 629 EF

ACB330-03U-09A8-2 R2 3 D2 D2 726 EF

ACB330-03U-17A6-2 R2 5 E2 E2 862 EF

ACB330-03U-24A4-2 R3 7.5 F2 F2 1 076 EF

ACB330-03U-31A0-2 R4 10 G2 G2 1 370 EF

ACB330-03U-46A2-2 R4 15 H2 H2 1 760 EF

ACB330 - 460V, 50/60Hz, 3-Phase

Catalog Number

Heavy Duty


Matched Perf.

Motor Code

ACB330-03U-01A2-4 R0 0.5 558 EF

ACB330-03U-02A4-4 R1 1 A4 A4 640 EF

ACB330-03U-04A1-4 R1 2 B4 B4 714 EF

ACB330-03U-05A6-4 R1 3 C4 C4 832 EF

ACB330-03U-08A8-4 R1 5 D4 D4 958 EF

ACB330-03U-12A5-4 R3 7.5 E4 E4 1 142 EF

ACB330-03U-15A6-4 R3 10 F4 F4 1 372 EF

ACB330-03U-23A1-4 R3 15 G4 G4 1 710 EF

ACB330-03U-31A0-4 R4 20 H4 H4 2 052 EF

ACB330-03U-38A0-4 R4 25 I4 I4 2 411 EF

ACB330-03U-44A0-4 R4 30 J4 J4 2 895 EF


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Catalog Number List Price Mult. Sym.

MPOT-01 Potentiometer with two switches: Start/Stop and Forward/ Reverse. Polarity is selected with DIP switches. No external powersource is needed for the potentiometer.

30 EF

OPMP-01 Control Panel Mounting Platform allows remote mounting of the keypad on a large enclosure or remote panel. The kit maintainsUL Type 12 integrity of the mounting location. Adapters, 3 m (10ft) cable and mounting hardware are included in this kit. Withthis mounting arrangement, the keypad is removable from the panel in a fashion identical to a drive-mounted keypad.

138 EF

ACS/H-CP-EXT Control Panel Mounting Kit for ACB530 drives allows remote mounting of the ACB530 keypad on the door of an enclosure. Thekit includes a 10 ft (3 m) CAT 5 patch cable, gasket for NEMA 12, mounting hardware and drilling template.

55 EF

ACS/H-CP-EXT-IP66 Allows remote mounting of the ACB-CP-BA Operator Panels on a larger NEMA 4X (IP66) enclosure or remote panel. Thekit maintains NEMA 4X integrity of the mounting location. All necessary hardware and a mounting template are provided inaddition to a 3 m panel cable. When mounted, the operator is not removable from the front of the enclosure. The operator panelmust be purchased separately.

63 EF

OCAT-01 7 foot CAT 5 patch cable allows remote operation o f the standard panel or connection of the drive to a Personal Computerusing the RJ45/DB9 Adapter which must be purchased separately.

40 EF

MPOW-01 The optional auxiliary power module provides auxiliary voltage to the control panel, fieldbus, and I/O 125 EFFDNA-01 DeviceNet network uses a linear bus topology. Terminating resistors are required on each end of the trunk line. Drop lines

as long as 6 meters (20 feet) each are permitted, allowing one or more nodes to be attached. DeviceNet allows branchingstructures only on drop lines.

260 EF

FENA-01 The FENA-01 module supports Modbus-TCP, EtherNet/IP and ProfiNet IO. The Modbus-TCP protocol is simply the Modbusprotocol used on top of Ethernet-TCP/IP. Modbus-TCP is an open Industrial Ethernet network which has been specified by theModbus-IDA User Organization. EtherNet/ IP is based on the Common Industrial Protocol (CIP), which is also the framework

for both the ControlNet and DeviceNet network protocols. ProfiNet IO is an open standard for Industrial Ethernet intended forconfiguration, supervision & control of automation equipment. The FENA-01 supports 10/100 Mbps transfer rate with networkconnections made with CAT 5 wiring and RJ-45 connectors. Both star and bus topology options are supported.

400 EF

FECA-01 The FECA-01 module supports EtherCAT network protocol. EtherCAT is a Real Time Ethernet technology which aimsto maximize the use of the full duplex Ethernet bandwidth. It overcomes the overhead normally associated with Ethernetby employing on the fly processing hardware. An EtherCAT bus consists of a master system and up to 65535 slavedevices, connected together with standard Ethernet cabling. The FECA-01 supports 10/100 Mbps transfer rate with networkconnections made with CAT 5 wiring and RJ-45 connectors. Designed for daisy chain configuration on an EtherCAT network.

400 EF

FPBA-01 PROFIBUS is an open serial communication standard that enables data exchange between all kinds of automation components.The physical transmission medium of the bus is a twisted pair cable (according to the RS-485 standard). The maximum lengthof the bus cable is 100 to 1200 meters, depending on the selected transmission rate. Up to 31 stations can be connected tothe same PROFIBUS system without the use of repeaters.

290 EF

FMBA-01 Modbus is a serial, asynchronous protocol. The Modbus protocol does not specify the physical interface. Typical physicalinterfaces are RS-232 and RS-485. The FMBA-01 provides a galvanically isolated RS-485 interface. Modbus is designed forintegration with Modicon PLCs or other automation devices, and the services closely correspond to the PLC architecture. The

FMBA-01 supports the RTU protocol only.

142 EF

MUL1-R1

MUL1-R3

MUL1-R4

This option provides the necessar y hardware to modify the ACB330 drive from the standard fingersafe protected chassis toNEMA 1 protection capable of landing conduit. MUL1-R1 kit is used with frame sizes R0 through R2, MUL1-R3 is used withframe size R3, and MUL1-R4 is used with frame size R4.

7575100

EF

ACB330 Option Kits

FrameSize

IP20 (cabinet) UL Open NEMA 1 / UL Type 1

H1(in)

H2(in)

H3(in)

W(in)

D(in)

Wt.(lb)

H4(in)

H5(in)

W(in)

D(in)

Wt.(lb)

R0 6.65 7.95 9.41 2.76 6.34 2.6 10.12 11.02 2.76 6.65 3.5

R1 6.65 7.95 9.41 2.76 6.34 2.6 10.12 11.02 2.76 6.65 3.5

R2 6.65 7.95 9.41 4.13 6.50 3.3 10.12 11.10 4.13 6.65 4.2

R3 6.65 7.95 9.29 6.65 6.65 5.5 10.24 11.77 6.65 6.97 6.8

R4 7.13 7.95 9.61 10.24 6.65 9.7 10.63 12.60 10.24 6.97 11.0

1UN= 200 ... 240V

Documents

AC Ddives Baldor CA769