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    59 Products

    DC to AC Inverters

    Use DC voltage to power devices that run on AC voltage. Also known as converters, they prevent damage from overloads.
    Single-Phase Output—Screw-Terminal Input and Plug-In Output
    Image of Product. With 3 Outlets. Front orientation. Inverters. DC to AC Inverters, Single-Phase Output—Screw-Terminal Input and Plug-In Output, 3 Outlets.
    Image of Product. With 4 Outlets. Front orientation. Inverters. DC to AC Inverters, Single-Phase Output—Screw-Terminal Input and Plug-In Output, 4 Outlets.
    Image of Specification. NEMA 5-15 Socket. Front orientation. NEMA 5-15. DC to AC Inverters.

    With 3 Outlets

    With 4 Outlets

    NEMA

    5-15

    Socket

    Voltage
    Output
    No. of
    Outlets
    Input,
    V DC
    Output,
    V AC
    Power,
    W
    Current,
    amp
    Socket
    Connection
    NEMA
    Type
    Ht.
    Wd.
    Dp.
    Each
    Step-Up Voltage
    3121207005.83-Slot Straight5-15
    		2.8"5"8.2"6987K290000000
    4121201,0008.33-Slot Straight5-15
    		4.3"6"13"6987K42000000
    4121201,800153-Slot Straight5-15
    		4"6"15"6987K23000000
     

    DC to AC Inverters for Sensitive Electronic Loads

    These inverters produce AC output that most closely resembles clean, stable AC-generated power. Also known as converters, they prevent damage from overloads, short circuits, and overheating.
    Single-Phase Output—Plug-In Input and Plug-In Output
    Image of Product. With Vehicle Input Plug. Front orientation. Inverters. DC to AC Inverters for Sensitive Electronic Loads, Single-Phase Output—Plug-In Input and Plug-In Output, Vehicle.
    Image of Specification. NEMA 5-15 Socket. Front orientation. NEMA 5-15. DC to AC Inverters for Sensitive Electronic Loads.

    With Vehicle Input Plug

    NEMA

    5-15

    Socket

    Voltage
    Output
    No. of
    Outlets
    Input,
    V DC
    Output,
    V AC
    Power,
    W
    Current,
    amp
    Socket
    Connection
    NEMA
    Type
    Input Plug
    Connection
    Ht.
    Wd.
    Dp.
    Each
    Step-Up Voltage
    1121201251.13-Slot Straight5-15
    		Vehicle2.2"4.9"7.9"70555K110000000
     
    Single-Phase Output—Wire Leads Input and Plug-In Output
    Image of Product. With Wire Leads. Front orientation. Inverters. DC to AC Inverters for Sensitive Electronic Loads, Single-Phase Output—Wire Leads Input and Plug-In Output.
    Image of Specification. NEMA 5-15 Socket. Front orientation. NEMA 5-15. DC to AC Inverters for Sensitive Electronic Loads.

    With Wire Leads

    NEMA

    5-15

    Socket

    Voltage
    Output
    No. of
    Outlets
    Input,
    V DC
    Output,
    V AC
    Power,
    W
    Current,
    amp
    Socket
    Connection
    NEMA
    Type
    Ht.
    Wd.
    Dp.
    Each
    Step-Up Voltage
    1241201251.13-Slot Straight5-15
    		2.2"4.9"7.9"70555K170000000
     
    Single-Phase Output—Stud-Terminal Input and Plug-In Output
    Image of Product. With Stud Terminals. Front orientation. Inverters. DC to AC Inverters for Sensitive Electronic Loads, Single-Phase Output—Stud-Terminal Input and Plug-In Output.
    Image of Specification. NEMA 5-15 Socket. Front orientation. NEMA 5-15. DC to AC Inverters for Sensitive Electronic Loads.

    With Stud Terminals

    NEMA

    5-15

    Socket

    Voltage
    Output
    No. of
    Outlets
    Input,
    V DC
    Output,
    V AC
    Power,
    W
    Current,
    amp
    Socket
    Connection
    NEMA
    Type
    Stud
    Size
    Ht.
    Wd.
    Dp.
    Each
    Step-Up Voltage
    2121206005.13-Slot Straight5-15
    		5/16"3.6"7.7"12.1"70555K130000000
    2121201,1009.53-Slot Straight5-15
    		5/16"3.6"7.7"15"70555K1400000000
     

    DC to AC Inverter Cords

    Image of Product. With One Outlet. Front orientation. Inverters. DC to AC Inverter Cords, Total of 1 Outlets.
    Image of Product. With Two Outlets and One USB-A Port. Front orientation. Inverters. DC to AC Inverter Cords, Total of 2 Outlets, USB-A.

    With One Outlet

    With Two Outlets and One USB-A Port

    Image of Product. With Two Outlets, One USB-A Port, and One USB-C Port. Front orientation. Inverters. DC to AC Inverter Cords, Total of 2 Outlets, USB-A, USB-C.
    Image of Specification. NEMA 5-15 Outlet. Front orientation. 5-15. DC to AC Inverter Cords.

    With Two Outlets, One USB-A Port, and

    One USB-C Port

    NEMA

    5-15

    Outlet

    Plug these cords into a vehicle socket to charge devices that run on AC voltage. Also known as converters, they prevent damage from overloads.
    Vehicle
    Connection
    Straight-Blade
    Connection
    USB Connection
    Body
    Color
    Total No.
    of Outlets
    Voltage,
    V DC
    End
    Shape
    NEMA
    Type
    Voltage
    Wattage
    End
    Shape
    Current
    Type (No.
    of Ports)
    End
    Shape
    Lg.,
    ft.
    Ht.
    Wd.
    Dp.
    Includes
    Body
    Cord
    Each
    112Straight5-15
    		120V AC150 WStraight———3 1/21 3/4"3 3/4"5 3/4"—RedBlack6987K35000000
    212Straight5-15
    		120V AC425 WStraight2.1 ampUSB-A (1)Straight22 5/8"5"6 1/2"Battery Cable with Alligator ClipsYellow/WhiteYellow6987K3600000
    212Straight5-15
    		120V AC400 WStraight2.4 amp
    3 amp    		USB-A (1)
    USB-C (1)    		Straight32 1/2"5 3/4"7"Battery Cable with Alligator ClipsBlack/YellowBlack6987K2400000
     

    DC to AC Inverters for Motor Loads

    Provide AC power to devices that temporarily draw high output, such as motors. These inverters are designed to withstand starting surges up to twice the output power rating. Also known as converters, they prevent damage from overloads.
    Single-Phase Output—Plug-In Input and Plug-In Output
    Image of Product. With Vehicle Input Plug. Front orientation. Inverters. DC to AC Inverters for Motor Loads, Single-Phase Output—Plug-In Input and Plug-In Output.
    Image of Specification. NEMA 5-15 Socket. Front orientation. NEMA 5-15. DC to AC Inverters for Motor Loads.

    With Vehicle Input Plug

    NEMA

    5-15

    Socket

    Voltage
    Output
    No. of
    Outlets
    Input,
    V DC
    Output,
    V AC
    Power,
    W
    Current,
    amp
    Socket
    Connection
    NEMA
    Type
    Input Plug
    Connection
    Ht.
    Wd.
    Dp.
    Each
    Step-Up Voltage
    411 to 1512037513-Slot Straight5-15
    		Vehicle2.4"4.2"6"76815K86000000
     
    Single-Phase Output—Screw-Terminal Input and Plug-In Output
    Image of Product. With Screw Terminals. Front orientation. Inverters. DC to AC Inverters for Motor Loads, Single-Phase Output—Screw-Terminal Input and Plug-In Output.
    Image of Specification. NEMA 5-15 Socket. Front orientation. NEMA 5-15. DC to AC Inverters for Motor Loads.

    With Screw Terminals

    NEMA

    5-15

    Socket

    Voltage
    Output
    No. of
    Outlets
    Input,
    V DC
    Output,
    V AC
    Power,
    W
    Current,
    amp
    Socket
    Connection
    NEMA
    Type
    Ht.
    Wd.
    Dp.
    Each
    Step-Up Voltage
    2121201,25010.43-Slot Straight5-15
    		7"8.8"9"6987K910000000
     

    Backup Power Supplies for Facility Lights

    Backup Power Supplies
    Image of Product. Back orientation. Backup Power Supplies. Backup Power Supplies for Facility Lights, Backup Power Supplies.
    Turn your facility lights into emergency lights—no need for generators or separate backup lights. Also known as battery inverters, these power supplies detect outages and shift your lights to battery power. To comply with UL 924 and help you meet NFPA standards, they activate your lights at full brightness for at least 90 minutes, even if they’re off or dimmed. A low-voltage disconnect extends the life of the battery by switching it off before it’s fully drained.
    An LED indicator tells you whether your lights are using primary or backup power. The indicator also tells you when these power supplies require maintenance. They have a manual test switch, so you can test them without disrupting the power.
    If you have more than one circuit, you’ll need to add a relay to bypass dimmers and on/off controls across circuits. You can also wire these relays to your fire alarm. Pull the alarm to activate lights to full brightness during emergencies, even without an outage. Also known as automatic load control relays.
    For the Manufacturer User Manual, click on a part number and select Product Detail.
    Note: For many batteries, recycling or other proper disposal is required by law. Do not dispose of batteries in the trash. For recycling drop-off locations visit https://batterynetwork.org/locator/ or call 1-877-2-RECYCLE.
    Maximum Recommended Power—Maximum recommended power is the total wattage of connected devices that these power supplies can support.
    Cannot Be Sold To—Power supplies that cannot be sold to the listed areas are restricted due to local energy efficiency requirements.
    Overall
    Mounting
    Holes
    Housing
    Wattage,
    W
    Max. Recommended
    Power, W
    Input Voltage,
    V AC
    Output Voltage,
    V AC
    Lg.
    Ht.
    Wd.
    Battery
    Test Type
    Trip Time,
    sec.
    For Conduit
    Trade Size
    Mounting Hardware
    Included
    No.
    of
    Dia.
    Material
    Color
    Temp.,
    ° F
    Specifications
    Met
    Cannot Be Sold To
    Each
    3535120 to 277120, 27719 7/8"2 3/4"2 7/8"Manual5—No45/32"SteelGray32 to 120NFPA 70
    NFPA 101 7.8.1.2.2
    UL 924
    UL Listed
    C-UL Listed    		—8197N260000000
    5050120 to 277120, 27722 1/2"2 3/4"3"Manual5—No45/32"SteelGray32 to 120NFPA 70
    NFPA 101 7.8.1.2.2
    UL 924
    UL Listed
    C-UL Listed    		—8197N21000000
    125125120 to 277120, 27723 1/8"11 3/4"4 1/2"Manual0.051/2
    		No21/2"SteelWhite70 to 85NFPA 70
    NFPA 101 7.8.1.2.2
    UL 924
    UL Listed    		Canada8197N125000000
    125125120 to 277120, 27723 1/8"11 3/4"4 1/2"Manual0.051/2
    		No21/2"SteelWhite70 to 85NFPA 70
    NFPA 101 7.8.1.2.2
    UL 924
    UL Listed
    C-UL Listed    		California8197N122000000
    250250120 to 277120, 27719 1/8"11 5/8"7 5/8"Manual11/2
    		No21/2"SteelWhite70 to 85NFPA 70
    NFPA 101 7.8.1.2.2
    UL 924
    UL Listed
    C-UL Listed    		—8197N12600000000
    375337120 to 277120, 27723"17 3/4"8 1/4"Manual11/2
    		No21/2"SteelWhite70 to 85NFPA 70
    NFPA 101 7.8.1.2.2
    UL 924
    UL Listed    		California, Canada8197N12300000000
    550495120 to 277120, 27723"17 3/4"8 1/4"Manual11/2
    		No21/2"SteelWhite70 to 85NFPA 70
    NFPA 101 7.8.1.2.2
    UL 924
    UL Listed    		California, Canada8197N12400000000
    550550120 to 277120, 27719 3/4"22"11"Manual11/2
    		No21/2"SteelWhite70 to 85NFPA 70
    NFPA 101 7.8.1.2.2
    UL 924
    UL Listed    		Canada8197N12700000000
    Relays
    Image of Product. Back orientation. Backup Power Supplies. Backup Power Supplies for Facility Lights, Relays, Unthreaded Through-Hole Mount.
    Image of Product. Front orientation. Backup Power Supplies. Backup Power Supplies for Facility Lights, Relays, Fastener Mount.

    Unthreaded

    Through-Hole

    Mount

    Fastener Mount

    Relays have an LED indicator that tells you if your lights are using primary or backup power and when these relays require maintenance. They also have a test switch to make sure the system is working.
    Unthreaded Through-Hole Mount—Relays that mount into an unthreaded through hole install into knockouts in junction boxes and light fixtures.
    Fastener Mount—Fastener-mount relays are ideal when space is tight or you want to hide your relay. They fit inside a ballast channel to keep everything contained within your fixture housing.
    Current
    Overall
    Mounting
    Holes
    Wire
    Lead
    Conduit
    Connection
    Input Voltage,
    V AC
    Output Voltage,
    V AC
    Control,
    mA
    Switching,
    amp
    Max. Switching
    Voltage, V AC
    Mechanical
    Life Cycles
    Trip Time,
    sec.
    Ht.
    Wd.
    Dp.
    Battery
    Test Type
    Mounting Fasteners
    Included
    No.
    of
    Dia.
    Lg.
    No.
    of
    Gender
    Trade
    Size
    Thread
    Type
    Temp.,
    ° F
    Enclosure
    Rating
    Specifications
    Met
    Each
    1 Circuit Controlled with 1 Off (Normally Open)—SPST-NO
     
    Unthreaded Through-Hole Mount
    120 to 277120 to 2771182027710,000,0000.0184"4"1 3/4"ManualYes40.19"16"6Male1/2
    		NPT
    		-30 to 140NEMA 1
    		NFPA 101 7.8.1.2.2
    UL 924
    UL Listed
    C-UL Listed
    CE Marked    		8197N120000000
     
    Fastener Mount
    120 to 277120 to 2771181027710,000,0000.0181 3/4"4 3/4"1 1/4"ManualNo20.19"16"10———-30 to 140NEMA 1
    		NFPA 101 7.8.1.2.2
    UL 924
    UL Listed
    C-UL Listed
    CE Marked    		8197N13000000
     
    Remote Testing Buttons for Relays
    Image of Product. Front orientation. Push-Button Switches.
    Add a remote testing button to test relays behind the wall or ceiling. Install it directly onto the ceiling or into a standard 4" × 4" round or octagonal junction box.
    Overall
    Dia.
    Material
    Color
    Wire
    Connection
    Mounting Fasteners
    Included
    Specs.
    Met
    Certification
    Each
    4"PlasticWhiteScrew TerminalYesUL 924C-UL Listed, CE Marked, UL Listed
    		8197N11000000

    Sensor Signal Adapter Cords

    Image of Product. Front orientation. Contains Annotated. Sensor Signal Adapter Cords.
    Image of Specification. 5-Pole A Code. Front orientation. 5 Poles.

    5-Pole

    A Code

    Send data between sensors and receivers that have different signal types. These cords change the output signal from PNP to NPN. They connect your sensor to equipment with an M12 connection. Since they’re A coded, these cords work with most AC and DC systems. They’re also used to connect sensors to IO Link controllers and within fieldbus systems, such as Profibus and DeviceNet.
    These cords were designed with tough industrial applications in mind. Insulated with polyurethane, they bend easily without cracking, and they won’t break down from oil or coolants. They’re IP rated to block out water if briefly submerged or sprayed during high-pressure washdowns. With a 90° elbow socket, these cords sit flush against equipment, so they fit behind machinery and in other tight spaces. The socket has internal threads that keep it from shaking loose due to vibration.
    To determine the signal output of your sensor, use a tester (not included).
    Digital
    Signal
    Socket
    Cord
    Switch Starting
    Position
    No. of
    Poles
    Input
    Output
    Housing Thread
    Size
    Face
    Dia.
    Lg.,
    ft.
    Current,
    amp
    Voltage,
    V DC
    AWG
    OD
    Insulation
    Material
    Temp. Range,
    ° F
    Enclosure Rating
    Certification
    Color
    Each
    90° Elbow Socket (Internal Thread) × Wire Leads
     
    A-Coded—Unshielded
    1 Off
    		5PNPNPNM12 × 1 mm0.3"160.12422
    		0.43"Polyurethane Rubber
    		-10 to 140IP65, IP68, IP69K
    		CE Marked
    		Black5462N11000000
    1 On
    		5PNPNPNM12 × 1 mm0.3"160.12422
    		0.43"Polyurethane Rubber
    		-10 to 140IP65, IP68, IP69K
    		CE Marked
    		Black5462N1200000
     

    DIN-Rail Mount VFDs

    Image of Product. Front orientation. VFDs. DIN-Rail Mount VFDs.
    Mount these VFDs to DIN rail inside a control panel. Set them to automatically adjust motor speed. Wire a potentiometer (not included) for remote manual control.
    Output
    For Max. Motor
    Power, hp
    Max. Current,
    amp
    Nominal
    Voltage
    Frequency,
    Hz
    Input Analog Signal
    Mounting
    Location
    Each
    Single Phase—120V AC Nominal Input Voltage
    1/23115V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K6510000000
    14.8115V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K652000000
     
    Single Phase—240V AC Nominal Input Voltage
    14.8230V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K658000000
    27.8230V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K655000000
    311230V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K656000000
     
    Three Phase—240V AC Nominal Input Voltage
    14.8230V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K657000000
    27.8230V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K659000000
    311230V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K761000000
     
    Three Phase—480V AC Nominal Input Voltage
    12.2460V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K762000000
    35.6460V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K763000000
    57.6460V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K764000000
    7 1/212460V AC0 to 4004 mA to 20 mA, 0V DC to 10V DCDIN Rail, Panel7786K76500000000
     

    Open-Frame DC Motor Drives

    Image of Product. Front orientation. DC Motor Drives. Open-Frame DC Motor Drives.
    Without an enclosure, these drives are ready to build directly into a machine. Adjust the dial to manually control the speed and torque of your setup’s DC motor, or hook them up to your PLC to automate control. These drives have potentiometers to set parameters, such as minimum and maximum speed.
    Drives
    Heat Sinks
    Output
    Input
    Max. Current without
    Heat Sink, amp
    Max. Current
    with Heat Sink, amp
    Voltage, V DC
    For Motor Power
    @ Voltage
    Nominal Voltage
    Electrical
    Phase
    Certification
    Each
    Each
    DC-to-DC
     
    Nonreversing Motor
    16—0 to 12
    0 to 24    		1/6 hp @ 12V DC
    1/6 hp to 1/3 hp @ 24V DC    		12V DC/24V DC—C-UL Listed
    		7729K130000000———0
    60—0 to 12
    0 to 24    		3/4 hp @ 12V DC
    3/4 hp to 1 hp @ 24V DC    		12V DC/24V DC—C-UL Listed
    		7729K11000000———0
     
    AC-to-DC
     
    Nonreversing Motor
    5100 to 90
    0 to 180    		1/8 hp to 1 hp @ 90V DC
    1/4 hp to 2 hp @ 180V DC    		120V AC/240V ACSingleC-UL Listed, UL Listed
    		7793K120000007793K65000000
     

    DC Motor Drives

    Image of Product. Front orientation. DC Motor Drives. DC Motor Drives.
    Control the speed and torque of DC motors. These drives have a dial for manual adjustments, or you can automate control by hooking them up to your PLC. Use the potentiometers to set parameters, such as minimum and maximum speed.
    Reversing Motor—Operate in either direction with the flip of a switch or an input from your PLC. There’s no need to rewire the drive.
    Drives
    Heat Sinks
    Output
    Input
    Max. Current without
    Heat Sink, amp
    Max. Current
    with Heat Sink, amp
    Voltage, V DC
    For Motor Power
    @ Voltage
    Nominal Voltage
    Electrical
    Phase
    Certification
    Each
    Each
    AC-to-DC
     
    Nonreversing Motor
    5100 to 90
    0 to 180    		1/8 hp to 1 hp @ 90V DC
    1/4 hp to 2 hp @ 180V DC    		120V AC/240V ACSingleC-UL Listed, UL Listed
    		7793K5100000007793K550000000
     
    Reversing Motor
    5100 to 90
    0 to 180    		1/8 hp to 1 hp @ 90V DC
    1/4 hp to 2 hp @ 180V DC    		120V AC/240V ACSingleC-UL Listed, UL Listed
    		7793K520000007793K55000000
     

    Stepper Motor Drives

    Image of Product. Front orientation. Stepper Motor Drives. Stepper Motor Drives.
    Tell your stepper motor how far and fast to go by adding a controller and drive to your system. A controller (sold separately) is similar to a PLC—it stores and run programs and send signals to a drive. The drive delivers power to the motor based on the signals from the controller.
    Choose a drive rated at or below your motor's maximum current.
    For the Manufacturer User Manual, click on a part number and select Product Detail.
    Step Resolution—Step resolution determines the size of the step a motor takes. For example, setting a 1/128 step resolution on your drive divides one full step into 128 smaller steps. The smaller the steps your motor takes the more smoothly and precisely it will move.
    Number of Step Resolution Settings—Drives can be set to different step resolutions. The higher the number of step resolution settings, the greater the flexibility you have for determining the size of the motor’s step.
    Overall
    Current per
    Phase, amp
    Voltage
    Step Resolution
    No. of Step Resolution
    Settings
    Max. Step
    Freq., MHz
    For Stepper
    Motor Polarity
    Wire
    Connection
    Lg.
    Wd.
    Ht.
    Each
    0.3 to 2.212V DC to 48V DC1, 1/2, 1/10, 1/25, 1/64, 1/10062BipolarScrew Terminal2.6"3.7"0.8"6627T9110000000
    2.35 to 824V DC to 75V DC1, 1/2, 1/10, 1/25, 1/64, 1/10062BipolarScrew Terminal3.3"4.7"1.3"6627T912000000
    0.4 to 890V AC to 240V AC1, 1/2, 1/4, 1/5, 1/8, 1/10, 1/16, 1/20, 1/25, 1/32, 1/40, 1/50, 1/64, 1/100, 1/125, 1/128162BipolarScrew Terminal4.7"7"2.1"6627T914000000

    Washdown DC Motor Drives

    Image of Product. Front orientation. DC Motor Drives. Washdown DC Motor Drives.
    Keep these drives dry, even near washdown zones. A NEMA 4X-rated enclosure seals out moisture and dust. Adjust the dial to manually control the speed and torque of your setup’s DC motor, or hook them up to your PLC to automate control. These drives have potentiometers to set parameters, such as minimum and maximum speed.
    Reversing Motor—Operate in either direction with the flip of a switch or an input from your PLC. There’s no need to rewire the drive.
    Output
    Input
    Max. Current,
    amp
    Voltage, V DC
    For Motor Power
    @ Voltage
    Nominal Voltage
    Electrical
    Phase
    Enclosure
    Rating
    Certification
    Each
    AC-to-DC
     
    Nonreversing Motor
    100 to 90
    0 to 180    		1/8 hp to 1 hp @ 90V DC
    1/4 hp to 2 hp @ 180V DC    		120V AC/240V ACSingleNEMA 4X
    		C-UL Listed, UL Listed
    		7793K630000000
     
    Reversing Motor
    100 to 90
    0 to 180    		1/8 hp to 1 hp @ 90V DC
    1/4 hp to 2 hp @ 180V DC    		120V AC/240V ACSingleNEMA 4X
    		C-UL Listed, UL Listed
    		7793K64000000
     

    Washdown VFDs

    Image of Product. Front orientation. VFDs. Washdown VFDs.
    Rated NEMA 4, these VFDs are protected from washdowns. Set them to automatically adjust motor speed. Wire a potentiometer (not included) for remote manual control.
    NEMA 12 Enclosure Rating—Controls rated NEMA 12 also protect against splashes of oil and coolant when used indoors only.
    Output
    For Max. Motor
    Power, hp
    Max. Current,
    amp
    Nominal
    Voltage
    Frequency,
    Hz
    Input Analog Signal
    Enclosure Rating
    Each
    Single Phase—240V AC Nominal Input Voltage
    14.2230V AC0 to 1204 mA to 20 mA, 0V DC to 10V DCNEMA 4, NEMA 12, IP65
    		7786K720000000
     
    Single/Three Phase—240V AC Nominal Input Voltage
    27230V AC0 to 5004 mA to 20 mA, 0V DC to 10V DCNEMA 4, IP65
    		7786K39000000
     
    Three Phase—480V AC Nominal Input Voltage
    34.3460V AC0 to 5004 mA to 20 mA, 0V DC to 10V DCNEMA 4, IP66
    		7786K36100000000
    34.8460V AC0 to 5004 mA to 20 mA, 0V DC to 10V DCNEMA 4, IP65
    		7786K3800000000
     

    Open Frame VFDs

    Image of Product. Front orientation. VFDs. Open Frame VFDs.
    Vary the speed of three-phase AC motors. Mount these VFDs inside a machine or control cabinet. They’re often used in packaging machines, conveyors, and vacuum equipment. Operate VFDs manually or remotely with an electrical signal.
    Output
    For Max. Motor
    Power, hp
    Nominal
    Voltage
    Frequency,
    Hz
    Each
    Single Phase—120/240V AC Nominal Input Voltage
    1/2230V AC0 to 1206488K210000000
    1230V AC0 to 1206488K22000000
     
    Input Adapters
    Image of Product. Front orientation. Voltage Adapters.
    Input adapters allow controls to accept a range of input voltages and current. Mount to the bottom of the control.
    Input Analog Signal
    Each
    0 to 5V DC, 0 to 10V DC, 4 to 20 mA6488K310000000

    Stepper Motor Controller/Drives

    Image of Product. Front orientation. Stepper Motor Drives. Stepper Motor Controller/Drives.
    Tell your stepper motor how far and fast to go by adding a controller and drive to your system. A controller is similar to a PLC—they store and run programs and send signals to a drive. These controllers have commands specifically for stepper motors such as number of steps and direction. The drive delivers power to the motor based on the signals from the controller.
    Simplify setup with these single units. The controller and drive are combined, so you can determine all your settings from one device including number of steps, direction, and step resolution. They have multiple inputs and outputs to communicate with more than just a motor. Connect sensors and switches or link multiple controllers together to coordinate movements between motors.
    Choose a controller/drive rated at or below your motor’s maximum current.
    For the Manufacturer User Manual, click on a part number and select Product Detail.
    Encoder Compatible—Encoder-compatible controller/drives are best when relative positioning is critical, such as coordinating motion in a multi-axis system. They connect to an encoder (not included), which monitors the position of the motor's shaft and reports back to the controller.
    Step Resolution—Step resolution determines the size of the step a motor takes. For example, setting a 1/128 step resolution on your drive divides one full step into 128 smaller steps. The smaller the steps your motor takes the more smoothly and precisely it will move.
    No. of
    Inputs/Outputs
    Overall
    Current per
    Phase, amp
    Voltage
    Step
    Resolution
    No. of Step Resolution
    Settings
    Max. Step
    Freq., MHz
    Digital
    (Input)
    Digital
    (Output)
    For Stepper
    Motor Polarity
    Lg.
    Wd.
    Ht.
    Includes
    Features
    Each
    0.1 to 612V DC to 48V DC1 to 1/25625,501284Bipolar2.4"3.9"0.9"I/O Cable—6627T930000000
    0.1 to 1024V DC to 80V DC1 to 1/25625,501284Bipolar3"5"1.75"—Encoder Compatible6627T916000000
    0.5 to 694V AC to 135V AC1 to 1/25625,501273Bipolar4.7"6.4"2.3"——6627T91700000000
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