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Allen Bradley - Drives

1336 Adjustable

1336 Adjustable Frequency AC Drive Selection Guide

The 1336 Adjustable Frequency AC Drive is a versatile and digitally programmable device used in industrial applications for controlling three-phase induction motors. Its exceptional output voltage and current waveforms make it a popular choice for industries that require precise control, energy efficiency, and torque control in their processes.

1336 AC drive is a microchip-controlled device with higher efficiency. It is developed for regulating a 3-phase induction motor in sensitive industrial usage. The drive generates a 3-phase, PWM, changeable frequency output to provide variable motor speed. For optimal motor performance, the drive output voltage can be changed to meet the motor characteristics as it varies with output frequency.

Optional devices from a Local/Remote Control Panel can be used. It can also be used from Serial Communication Port to configure the drive.

The Serial Communications Port or Programming and Display Panel can be used to communicate various status and fault conditions, depending on the parameters set. The drive performs self-check and load diagnostics every time it is powered on and continues to monitor for potential fault situations while it is in operation. Real-time preventative maintenance can be carried out by monitoring standards even during operation. In case of a fault, the diagnostic codes provide detailed information about the problem and the situation, enabling quick remedial action to restore process control.

1336 adjustable frequency AC drive is manufactured in this way which can be used with a 3-phase induction motor. It has a constant torque. It can also adjust the speed with 150% overload capability, a can be programmed to handle various devices. 1336 drive provides excellent current waveforms and output voltage but caution should be considered when it is needed to apply any inverter to the motor. It is important to know that cooling may not be operational at slower speeds. Prolonged use of the motor at full load torque and low speed may result in overheating and motor damage.

When armature-powered fans are run at rated reduced airflow, motors may overheat. Motors that operate at a speed of more than 125% of their fundamental speed could need special balancing. For a suitable motor size for the specified application, consult the motor manufacturer.

When connecting the 1336 drive to an existing motor, precautions must be taken to avoid overheating. It is advised to test the complete drive train equipment for different limits caused by the 1336's range. A suitable motor size for the application should be consulted with the motor manufacturer to ensure optimal performance and avoid issues.

Product Selection From the 1336 Drive Series

Examine the features supplied by the drive by product number to choose the one that is best for your application. For your 1336 drive, you may get information depending on the product number codes.

Catalog Number Explanation:

Example: 1336-B150-EAE-FA2-L2-S1

  • 1336 -> Bulletin Number
  • B150 -> Drive Rating
  • EAE -> Enclosure Type
  • FA2 -> Options
  • L2 -> Options
  • S1 -> Options

The first character of the rating identifies the input voltage range of the drive. For example, a rating code of "B" signifies that the drive is suitable for operating from 380/415/460 V AC, 50/60 Hz, and 3-phase voltage inputs. The drives with a code "C" are suitable for operating only at 500/575/600 V AC, 50/60 Hz, and 3-phase voltage input. It's important to note that for drives rated C003-C200 or B003-B030, the reconnection of Fan Transformer T1 is not necessary. However, for drives rated B040-B200, Fan Transformer T1 must be reconnected for 380 or 415V operation, failure to which an over-temperature fault F08 may occur.

Drive Enclosure Type:

The enclosure code is indicated by the first letter, "E." The category of the enclosure as it was first shipped from the manufacturer is indicated by the second character.

  • O -> (IP00) Open Style
  • A -> (IP20) NEMA Type 1
  • C -> (IP56) NEMA Type 4
  • J -> (IP54) NEMA Type 12

The third character designates enclosure size by amp rating.

  • D -> 0010 / 007 / 005 / 003 Drive Ratings
  • E -> 020 / 015 Drive Ratings
  • F -> 030 / 025 Drive Ratings
  • G -> 050 / 040 Drive Ratings
  • H -> 125 / 100 / 075 Drive Ratings
  • J -> 150 / 200 Drive Ratings

The other characters all denote factory-installed drive options. A hyphen separates each option code from the catalog number.

Features of 1336 AC Drives

Operating Environment:

1336 Adjustable Frequency AC Drives are designed to operate within a broad range of environmental situations. These drives are rated for operation within temperatures ranging from 0 to +40°C for the open rating (heat sink) and enclosed rating (heat sink), and from 0 to +50°C for the open rating (chassis components) and enclosed rating (chassis components). These drives are also rated for operation inside a relative humidity ranging from 5 to 95%, with non-condensing conditions, across all ratings. 1336 AC drives can operate at a maximum altitude of 3,300 ft. (1,000m) without derating. These drives can endure vibrations up to 0.006 inches (0.152 millimeters) movement and 1G peak, ensuring reliable operation in various applications. In addition, these drives can withstand a peak shock of 15G for 11ms duration (±1.0mS), making them suitable for use in applications with significant mechanical stress.

Storage Environment:

1336 Adjustable Frequency AC Drives have specific storage requirements to maintain their performance and reliability. These drives should be stored within a temperature range of -40 to +85°C, across all ratings. Furthermore, these drives should be stored in a non-condensing environment with relative humidity ranging from 5 to 95%, across all ratings.

Enclosure:

The specifications related to the enclosure indicated by the catalog number are given below.

  • (IP00) Open: All Ratings
  • (IP20) NEMA Type 1: All Ratings
  • (IP56) NEMA Type 4: B003-B030 & C003-C030
  • (IP54) NEMA Type 12: B003-B200 & C003-C200

Input Power Conditioning:

1336 Adjustable Frequency AC Drives are manufactured to be directly connected to a correctly rated, 3-phase AC power line. Though, power line conditions can lead to input power element malfunctions. To prevent these issues, a transformer which an isolation type may be mandatory. The need for a transformer is determined by the presence of power factor correction capacitors in the AC line, and the frequency of transient power interruptions or significant voltage spikes. These drives feature an MOV (a short form of metal oxide varistor) circuit that allows for surge suppression, but it is not designed for constant operation. In an improperly grounded distribution network, the phase-to-ground link of the MOV (metal oxide varistor) might become a nonstop current pathway to the ground, leading to potential damage. To prevent this, line-to-ground and line-to-line voltages must not surpass specified MOV ratings.

Essential Control Inputs:

Five control inputs are needed to operate the 1336 drive:

  • The start push button on the control panel, the operator-supplied N.O. contact, or a start push button connected to the optional Logic Interface Board or Remote I/O Interface Board are all examples of "True" inputs that can be used to start the drive.
  • The stop button on the control panel, a user-supplied kept connection or stop button linked to the optional Logic Interface Board, a stop signal called the Remote I/O Interface Board, or another source can all supply the drive with the stop input, which is a brief false input that stops the drive.
  • An enable input that enables the driver to start, run, or jog can be either a sustained closed contact or a kept True input.
  • To provide the Speed Reference input, which controls the drive operating frequency, the optional Logic Interface Board can be connected to a speed potentiometer on the Control Panel, a remote speed potentiometer, an analog signal, a pulse train input signal, or one of the preset speed signals.
  • The Auxiliary input, which can be a sustained True input or a sustained closed contact that enables the drive to start, run, or jog, is connected to the Main Control Board or the optional Logic Interface Board.

Optional Control Inputs:

Optional control inputs for operating the drive in reverse, jogging at a pre-programmed speed, choosing between two-speed reference sources, and switching between two acceleration/deceleration rates that have been internally programmed are all available. The control panel, the G2 Remote I/O Interface Board, or the L1, L2, or L3 Logic Interface Board are all options for these optional inputs.

In other words, these optional control inputs provide additional ways to control the motor drive beyond the minimum required inputs. They allow the motor to operate in reverse, jog at a specific speed, switch between different speed reference sources, and switch between different acceleration/deceleration rates. These inputs can be connected to different control devices, such as the control panel or logic interface boards.

Analog Outputs:

Analog Outputs is a feature that provides a 0-5V DC output that can be programmed to indicate the output frequency or the percentage of the drive's load current.

Contact Outputs:

The drive has several standard contact outputs that can be used to provide information about its status. These are Run, At Speed, Fault, and Drive Alarm.

Drive Displays:

It describes two types of displays available in the drive.

  • The Programming Display Panel is used to program the drive and display its frequency and control source. It can toggle between programming and displaying the 60 drive parameters within a certain range of numbers. In case of a fault, the panel will show a code of fault.
  • The Bus Charged Display Panel is an internal neon display that indicates if the bus voltage is above 40 volts DC.

Programmable Parameters:

There are ninety programmable parameters in 1336 AC drives. These are used to choose and manage the drive's functionality. All of them can be accessed using the serial port, while 70 of them can be accessed from any of the programming and display panels. These variables can be configured to operate the drive in a manner that is specific to the needs of the application.

Installation of 1336 Adjustable Frequency AC Drives

To ensure proper installation and operation of the 1336 drive, it must be placed in a location that meets specific environmental and installation requirements. To avoid potential damage to components or reduced product lifespan, the following guidelines should be followed:

  • The drive should be mounted upright in a cabinet with at least 102 millimeters of clearance above and below, and 51 millimeters of clearance on the sides to ensure proper ventilation.
  • The installation location should be at an altitude below 3,300 ft. (1,000 meters).
  • The drive should not be exposed to excessive vibration.
  • The surrounding atmosphere should be free of volatile vapors, harmful gas, and dirt.
  • The moisture (relative humidity) should not surpass 95 percent for all ratings of drives.

It is essential to note that incorrect installation or application of the system can cause damage to components or reduce product lifespan.

Operating 1336 Adjustable Frequency AC Drives

The 1336 Adjustable Frequency AC Drive is a device designed to operate by adjusting various parameters, such as motor speed, acceleration and deceleration times, and current limit, using the drive's control panel or a remote keypad.

The drive converts the incoming AC power to DC power through a rectifier section and then back to AC power with a variable frequency and voltage using an inverter section. The drive also incorporates built-in protection features to ensure the safe and reliable operation of the motor. The drive provides diagnostic information through its display and fault codes, which can be used to troubleshoot any issues that may arise during operation.

Applications

The 1336 AC drive is a versatile solution for a range of applications, including pumping systems, material handling, mixers and extruders, and special usage.

When it comes to pumping systems, wastewater treatment plants, and filter presses, it provides require accurate control, energy efficiency is key. With the 1336 AC drive, you can achieve precise control over the airflow in a variety of centrifugal systems while reducing your energy consumption. The drive's integral PI process control also adds flexibility to your system, eliminating the need for additional components.

The 1336 drive is suited for demanding material handling usage like diverting, sorting, and conveyors for load-sharing. This drive is capable of handling variable load needs, delivering maximum torque at zero speed, and providing accurate speed control. With features including speed/torque selection, speed profiling, preset speeds, process trim, droop control, and connecting capabilities, the 1336 drive provides application versatility. Furthermore, the 1336 drive provides the high bandwidth and quick reaction necessary for cut-to-length applications.

The 1336 drive is intended to achieve the stringent extruder and similar application requirements. This drive delivers practically trip-free operation, continuous torque from start to full speed, and greater torque than advertised torque at startup. 1336 drive has a programmed motor current limit of up to 400% and can tolerate overload capacities of 150% current for one minute. The optional encoder interface on the 1336 drive provides 0.001% speed regulation, giving the exact speed control necessary for certain mixing and metering uses.

The 1336 drive offers a range of settings and options, making it suitable for various specialized applications, including machine tools, winders, and rapid-traverse systems. This drive can handle a range of applications due to its programmable input /output function blocks, speed and torque control, optional encoder feedback, and communication features.

The Configured Drives Program provides extra alternatives to assist satisfy unique application needs. Many of the available choices are pre-defined, and production begins soon after the order is placed.

Remarks

In conclusion, the 1336 Adjustable Frequency AC Drive is a versatile and reliable device that offers precise control, energy efficiency, and torque control for industrial applications. It is digitally programmable and operates in a wide range of environmental conditions. The device's output voltage and current waveforms are exceptional, and it has standard contact outputs, analog outputs, and two types of displays for programming and monitoring.

Proper installation of the device is critical to its performance, and precautions should be taken when connecting it to an existing motor to avoid overheating. Additionally, the wiring of the device should follow NEC and local regulations, with separate cables for multiple drives and the use of suppression networks to avoid erratic behavior.

The device can be used in various applications, including pumps, blowers, fans, material handling, extruders, mixers, and special applications. Its integral PI process control eliminates the need for additional components and provides a straightforward solution for motor control.

Overall, the 1336 Adjustable Frequency AC Drive is a reliable and effective device for controlling three-phase induction motors in industrial settings. Its specifications, operation, and applications make it a valuable addition to any industrial operation seeking precise and efficient motor control.

Browse our selection of 1336 Adjustable units

AutomationStop.com's online catalog offers one of the largest selections of preowned 1336 Adjustable units in the world.

SP-135766

The Allen-Bradley SP-135766 kit is a spare parts kit which contains a transistor and snubber. It is a Bulletin 1336 transistor and snubber kit for Bulletin 1336 adjustable frequency motor control drives. The SP-135766 transistor and snubber kit is sold separately from the Bulletin 1336 drives that it is compatible with and it must be supplied and installed by the users when it is needed.

1201-HA1

The Allen-Bradley 1201-HA1 terminal is a graphic programming terminal from the Bulletin 1201 product line. It is an advanced terminal that can be mounted on a compatible Allen-Bradley 1336 drive or connected to the drive remotely. The 1201-HA1 terminal supports programming functions, analyzing functions, and online troubleshooting functions for its host drive and the operators can use it to view or monitor the drive's operating parameters. The terminal has a screen and a keypad.

1201-HA2

The Allen-Bradley's 1201-HA2 is a SCANport Digital Speed Control HIM in a Class 1 NEMA enclosure. It operates on 12V DC while drawing 0.11A from an outside power source. It is essential to consider the environmental conditions of the workspace before selecting this terminal. The 1201-HA2 is unsuitable for outdoor use and should be protected from exposure to elements and chemicals that could cause corrosion. This terminal comes with a base for easy mounting and installation.

1201-HAP

The Allen-Bradley 1201-HAP programming terminal is a graphic type of programming terminal which can be installed on a compatible Bulletin 1336 drive or connected to a compatible Bulletin 1336 drive remotely. It has a display screen that can be used for analyzing and troubleshooting the host drive's application processes and parameters and a keypad that can be used for programming the host drive's parameters. The 1201-HAP terminal does not include numeric keys.

1201-HAS1

The 1201-HAS1 is an accessory device compatible with the 1336 series of variable frequency drives by Allen Bradley/ Rockwell Automation. It is a programmer and controller module with a built-in screen and keyboard. The device is designed for indoor use only and comes with a NEMA 1 enclosure. It requires 12 VDC to operate and weighs 5 pounds. The dimensions of the 1201-HAS1 controller are 15.2 x 12.7 x 15.2 cm. The programmer and controller module controls various program processes in a manufacturing plant.

1201-HAS2

The 1201-HAS2 is a pluggable human-machine interface module designed as an accessory by Allen Bradley. It features a keypad and a display that offers a user-friendly interface for programming and controlling functions in industrial applications. With a NEMA 1 enclosure, this module is suitable for indoor use only. It is compatible with the 1336 series of drives and operates on a 5V DC. With a weight of 4.8 ounces and dimensions of 13.3 x 9.5 x 3.2 cm, it is easy to install and use.

1201-HASP

The 1201-HASP is an accessory module specifically designed to program Human Interface Modules (HIMs) in Allen Bradley's 1336 motor drives. It requires 5V DC power to operate. This kit can be installed by the user and connected to a computer via a serial port to facilitate the uploading and downloading of configuration settings to the HIM. The HIMs serve as an intermediary between the operator and the control system, allowing the operator to monitor and control different processes. The 1201-HASP module includes a snap-in cradle mounting arrangement as well.

1201-HCS1

The 1201-HCS1 module by Allen-Bradley is an interface used to program the Human Machine Interfaces (HMIs) of the variable frequency drives. It requires a 5 Volt DC input with a current rating of 160 mA. It is compatible with the 1336 adjustable frequency AC drives, which use motor control algorithms to regulate the torque and speed of 3-phase induction motors. The 1201-HCS1 module acts as a bridge between drive operators and the drive itself. It includes a front panel with a built-in LED screen that displays operational information and application statuses.

1201-HCS2

The Allen Bradley 1201-HCS2 is a human-machine interface module kit designed for use with the 1336 Adjustable series. The Allen Bradley module operates within a 0-50 degrees Celsius temperature range and complies with CE-EMC, KC, UL, and CE-LVD standards. This kit is intended to simplify coding and control functions for industrial applications. Careful consideration of environmental factors is important when selecting a location for installation. Snap-In Cradle is the recommended installation type.

1201-HJ2

The 1201-HJ2 is a human-machine interface (HMI) module kit designed to simplify controlling and programming functions in industrial settings. The 1201-HJ2 is part of the 1336 series from Allen Bradley/ Rockwell Automation. It features a display screen & one keypad that allows operators to interact with the system & monitor variables, the application process, & error status. It has a voltage grading of 12 Volts of Direct Current and a current rating of 0.11A. Aside from that, it complies with CE, C-Tick, KC, and UL standards.

1201-HJP

The 1201-HJP is an accessory module designed for use with industrial automation equipment. Its main function is to provide a user-friendly interface that allows the operator to program and configure various settings of the connected equipment, such as motor drives from 1336 Bulletin by Allen Bradley. This 1201-HJP model features an LCD, providing clear and easy-to-read information. The 1201-HJP module is designed to be mounted in an enclosure with a NEMA 12 or IP65 rating, which helps protect it from harsh industrial environments.

1336-GM1

The 1336-GM1 is a PC board assembly by Allen Bradley, designed for the connectivity between SCANport to Remote I/O Modules. It is compatible with a voltage range of 85 to 264 VAC and operates at 24 VDC with a current draw of 60 mA. Its compact dimensions of 127 x 114 x 71 mm make it easy to install in various industrial settings. This PC board assembly plays a crucial role in facilitating communication between the Scanport and Remote I/O Module in a range of industrial applications.

1336-GM2

The 1336-GM2 is a printed circuit board assembly designed by Allen Bradley. This model includes support for RS232, RS422, and RS485 communication protocols and DF1 and DH485 communication protocols. The board is an "open" PCB board, which is not enclosed in a casing or protective cover. However, it does come with a cover that protects the components on the board from external damage. The 1336-GM2 PCB board is designed for industrial automation applications and provides a reliable interface for communication between different devices and equipment.

1336-GM5

The 1336-GM5 communication board is an Allen-Bradley DeviceNet communication board. It is a Bulletin 1336 Allen-Bradley device and it is compatible with Allen-Bradley 1336 SPIDER, FORCE, IMPACT, PLUS AC, and PLUS II series motor control drives. The 1336-GM5 communication board can be mounted directly on its host drive and connected to the drive with an internal connector. This board allows 1 SCANport device (such as a compatible Bulletin 1336 drive) to be connected to a DeviceNet network.

1336-GM6

Allen-Bradley makes the 1336-GM6, which is a communication module that renders DeviceNet communication better. It lets 1336 Drives like Plus, Plus II, Impact, & Force connect to the DeviceNet data transmission highway. The module is put on the main deck of the 1336 drive, and it's also able to be ordered with the installation already completed. This means that you don't need an exterior gateway like the 1336-GU6, since the adapter connects directly to the 1336 drive through the SCANport connector on the back of the drive.

1336-L4

For unrivaled command over motor speed and torque, go no further than the Allen-Bradley 1336-L4 speed controller, a high-performance AC drive with precise PMW adjustable frequency & voltage output. The drive's exceptional performance under a wide range of loads is facilitated by this feature. The 1336-L4 may be bought with a variety of power ratings, from 0.37 - 448 kW (0.5 to 600 HP), making it usable for a wide variety of applications requiring speed control.

1336-L4E

The 1336-L4E interface board is an Allen-Bradley control interface board which is compatible with drives in the 1336 PLUS II series. It is a contact closure type of interface board powered by an internal 5 Volts DC-rated power supply. The 1336-L4E interface board uses its contact closures to interface commands and signals to the drive that hosts it. This control interface board also includes encoder feedback types of inputs.

1336-L5

The 1336-L5 is a control interface board option module part of the 1336 Drive series by Allen Bradley. This discontinued/obsolete board can be used with 24V AC or DC power sources. It offers flexible programming options, including acceleration and deceleration time selection. The 1336-L5 board also features local control for drive logic and operation direction. Additionally, it has a variety of buttons for quick access to frequently used functions. It is designed for the main CTL, offering an easy and reliable solution for industrial control applications.

1336-L5E

The Allen-Bradley 1336 PLUS II series 1336-L5E board is an optional control interface board for 1336 PLUS II adjustable frequency drives. This control interface board can be connected to a 1336 PLUS II drive at the drive's TB3 terminal block and it can be used to interface control commands for the drive. The 1336-L5E board can operate with 24 Volts AC/DC voltage. In addition to 9 control inputs, the 1336-L5E board has encoder feedback inputs.

1336-L6

The Allen-Bradley 1336-L6 is a Logic Interface Board designed for the 1336 PLUS and PLUS II series AC drives. This component is optimized for a wide range of power, from 0.5 to 600 HP (0.37 to 448 kW), and is designed for use with standard push buttons and relay contact inputs. The 1336-L6 board does not include an encoder and operates on an input voltage of 115V AC. It is essential for communication between the primary control boards and the various signals that control the device.

1336-L6E

The encoder feedback is supplied by an internal +5V DC supply on the 1336-L6E board, which may be disabled or activated by a jumper. Before turning on the energy, it's smart to double-check the connections & make sure everything is wired correctly. The diagnostic LED indicator on the 1336-L6E board displays the present condition of the board's power, communications, & feedback. The board's LED indicator sits in the upper right corner & flashes in various patterns to signify multiple issues and error codes.

1336-L7E

The Allen-Bradley 1336-L7E control interface is an interface board that can receive control signals for a 1336 PLUS II Allen-Bradley drive and that can also detect encoder losses for the drive. This interface board allows the drive to detect incorrect or missing encoder signals and it enables the users to program the way in which the drive will respond to an incorrect or missing encoder signal. The 1336-L7E control interface can detect encoder losses because it has special encoder feedback inputs in addition to control inputs.

1336-L8E

The 1336-L8E board by Allen Bradley is a low-voltage logic interface board that operates at 8.0V DC and has a maximum leakage current of 1.5 mA. It is designed for circuits with low-voltage input signals and has 9 control signals that can be encoded for specific functions. The 1336-L8E board also includes an encoder response input to identify encoder loss. It operates at approximately 20 to 26V DC in its peak state & requires each input to receive approximately 10 milli-amperes of power from the circuit.

1336-L9E

The 1336-L9E interface is an Allen-Bradley Bulletin 1336 control interface. This AC-powered control interface operates at 115V AC and it operates as an optional control interface for different types of Bulletin 1336 motor control drives. The 1336-L9E interface can also support encoder feedback because it has encoder feedback inputs. This control interface is compatible with Allen-Bradley 1771-OA, 1771-OAD, 1771-OW, and 1771-OWN PLCs. The circuits that are used with the 1336-L9E interface must be compatible with "high=true" logic.

1336-MOD-KA005

The 1336-MOD-KA005 is a dynamic brake by Allen Bradley designed to be used with 230 VAC adjustable frequency drives. Its primary function is to help decelerate or stop the motor by converting its kinetic energy into electrical energy, dissipating it as heat. The 1336-MOD-KA005 can handle a maximum power of 375W and dissipate up to 5.0A of RMS current at 375 VDC. It is used in applications where precise control of deceleration and stopping is necessary to prevent damage to the motor or other components of the system.

1336-MOD-KA010

The Allen-Bradley 1336-MOD-KA010 brake module is an optional dynamic braking module which is compatible with a wide range of adjustable frequency drive in several Bulletin 1336 Allen-Bradley drive series. This braking module can increase the braking torque rating of its host drive significantly. The 1336-MOD-KA010 dynamic braking module can be installed on a drive that has a voltage rating of 230 Volts AC and an output power rating of 10 Horsepower.

1336-MOD-KB005

The Allen Bradley 1336-MOD-KB005 is a heavy-duty dynamic braking option designed as an accessory module for 1336 Drives with ratings B003-B005. This resistor is intended for dynamic braking applications where energy needs to be dissipated quickly. The 1336-MOD-KB005 features a voltage grading of 380/460/415 Volts of Alternate Current and is housed in a Type 1 NEMA enclosure for protection against environmental factors. This heavy-duty braking option is suitable for demanding industrial environments where energy dissipation is critical for safe and efficient operation.

1336-MOD-KB010

The 1336-MOD-KB010 AC drive braking system unit is 28 inches long, 24 inches wide, & 20 inches high. It weighs about 25 pounds. It works best when used with its companion unit, the 1336-MOD-KB050, in parallel to get a Dynamic Brake Resistance of about 8.76 Ohms. Most of the time, a Dynamic Brake Module drive is composed of a Chopper Module, which has a Chopper transistor and other control parts, & a Dynamic Braking system Resistor.

1336-MOD-KB050

The 1336-MOD-KB050 has a NEMA Type 1 seal that is wired to an interoperable drive, built-in fans, a "brake on" light that demonstrates if the chopper module is cutting, and a DC power light that lights up when the dynamic brake module gets DC power. The fan wants 600 mA of power to run, while the signal only needs 50 mA. It is important to keep the dynamic braking system away from dust, gas, or water vapor that could be dangerous or corrosive.

1336-MOD-KC050

In addition to the standard "Brake On" light, the 1336-MOD-KC050 dynamic braking system has a DC power light. All dynamic brakes have this light. This DC power light comes on when the DC bus voltage of the drive goes over 40V DC. The 1336-MOD-KC050 flexible brake works with drive ratings between C040 and C060 and has a NEMA Category 1, IP20 enclosure rating. It is essential to keep in mind that, like all dynamic brakes, it should be assembled separately from the 1336 drive and put in a place where there are no corrosive or unsafe vapors, dust, or gases.

1336-RFB-150-D

The Allen-Bradley Bulletin 1336 series 1336-RFB-150-D filter is an EMC or RFI filter. Its current rating is 150 Amperes and the voltage ratings it supports are 200/240 Volts AC and 380/480 Volts AC. The 1336-RFB-150-D filter can be installed on a 1336 IMPACT, FORCE, PLUS, or PLUS II series drive with compatible ratings to protect the drive from unusually or abnormally high levels of RFI or radio frequency interference.

1336-RFB-16-A

The 1336-RFB-16-A RFI filter is an Allen-Bradley Bulletin 1336 series radio frequency interference or RFI filter. It is an RFI filter for Bulletin 1336 series motor control drives such as 1336 PLUS II series motor control drives that operate at 200-240V AC or 380-480V AC. The 1336-RFB-16-A RFI filter has a power dissipation rating of 9.5 Watts. This RFI filter reduces interference in its host drive's ground wiring and main supply.

1336-RFB-16-AA

The Allen-Bradley 1336-RFB-16-AA filter is a 1336 PLUS II series RFI filter that can be installed on compatible motor control drives in the 1336 PLUS II series to reduces the levels of RFI or radio frequency interference in the drive's main supply lines and ground wiring. It dissipates 9 Watts of power when it operates. The 1336-RFB-16-AA RFI filter can also support 200 to 240V AC or 380 to 480V AC of 3-phase voltage.

1336-RFB-27-B

The Allen-Bradley 1336 PLUS II series 1336-RFB-27-B filter is a radio frequency interference filter (RFI) filter which is compatible with certain 1336 PLUS II series variable frequency drives. This filter is one of the features that a variable frequency drive needs to achieve CE conformance. The 1336-RFB-27-B RFI filter supports voltage ratings of 200-240 Volts and 380-480 Volts. The filter supports 30 Watts of power dissipation during operation.

1336-RFB-30-A4

The 1336-RFB-30-A4 filter is an optional filter for several Allen-Bradley 1336 PLUS II series adjustable frequency drives. This optional filter (in addition to other required features) can make its host drive CE-compliant. The 1336-RFB-30-A4 filter is a filter for RFI (radio frequency interference). It prevents RFI from reaching high levels in a drive's ground wiring and supply lines. The 1336-RFB-30-A4 filter also supports braided and shielded cables for its input and output power wiring.

1336-RFB-48-B

The Allen-Bradley 1336-RFB-48-B is an AC Drive Filter by Allen Bradley/Rockwell Automation. It is for use in power applications requiring high efficiency and noise reduction. It is intended to function in combination with an AC drive that has an energy dissipation of 58 watts & operates within a voltage range of either 200-240V or 380-480V. The 1336-RFB-48-B belongs to the 1336 AC drive series and Bulletin B, which feature filters, making it compatible with many components.

1336-RFB-7-A

The 1336-RFB-7-A input filter is an Allen-Bradley 1336 PLUS II series input filter which protects a 1336 PLUS II series drive from radio frequency interference in its ground wiring and in its main power supply lines. This input filter supports 2 Watts of rated power dissipation and either 200-240V AC or 380-480V AC of rated voltage. The 1336-RFB-7-A input filter is one of the components that is essential for a 1336 PLUS II drive to achieve CE conformance.

1336-RFB-80-C

The 1336-RFB-80-C filter is an Allen-Bradley Bulletin 1336 RFI filter for Allen-Bradley Bulletin 1336 variable frequency drives. This filter will protect its host drive from interference while it operates and it will help the host drive to operate safely and efficiently. The 1336-RFB-80-C RFI filter has a power dissipation rating of 71 Watts and it supports voltage ratings of 200V AC to 240V AC or of 380V AC to 480V AC.

1336-WB009

The 1336-WB009 Adaptive Brake Chopper unit is made to make AC drives have up to 100% more halting torque. It is an open assembly that works with the Shielded Gate Bipolar Transistor (IGBT) that can provide good braking. The 1336-WB009 can be used with 1336, 1336 PLUS, 1336VT, 1336 PLUS II, 1336 IMPACT, & 1336 FORCE flexible frequency modules, as well as the 700, 700S, 700H & 755/753 PowerFlex drives. It has an inbuilt fuse to protect brake elements.

1336-WB035

The Allen-Bradley 1336-WB035 is an AC voltage chopper designed for dynamic brakes that can accept inputs of 380, 415, or 460 volts. This device is rated for 750 V DC continuous watts and is compatible with TTL fuses and brake faults. The braking torque of the module can be increased by utilizing brake resistors provided by the user with this open-style component. If the existing rating is inadequate, additional modules may be installed in parallel; one module can be designated as the master energetic brake module, while the others can be designated as follower modules.

1336-WB110

The 1336-WB110 is intended to function reliably in a wide temperature range (from -40 to +40 Centigrade, or -40 to 104 Fahrenheit) & a broad humidity range (from 5% - 95%) without experiencing any corrosion or humidification. The maximum height at which this device may be placed is 1000 meters, and its peak power consumption is 190 watts at 100% duty cycle. The 1336-WB110 is about 11.34 kg and has an IP00 open enclosure rating (25 pounds). It has measurements of 290.6 mm 239.8 mm 304.8 mm (11.44 inches x 9.44 inches x 12 inches).

1336-WC009

The Allen Bradley 1336-WC009 dynamic brake chopper is designed to be used with Alternate Current drives in applications that require dynamic braking. This chopper transistor is insulated gate bipolar (IGBT), ensuring efficient operation and minimizing heat generation. In addition, it offers a TTL-compatible brake fault feature triggered in the event of a brake fault. The Allen Bradley chopper is protected by F1 and F2 fuses, ensuring safe and reliable operation.

1336-B005-EAD-L3

The 1336-B005-EAD-L3 motor control drive is an adjustable frequency motor control drive from Allen-Bradley. It is a 1336 Allen-Bradley drive and it includes an optional 115V AC-rated logic interface board. The 1336-B005-EAD-L3 drive operates with 8 Amps of output current and 380, 415, or 460V AC of input voltage. Its input voltage needs to be 3-phase voltage. The 1336-B005-EAD-L3 drive's enclosure has an IP20 ingress protection rating and it is not a waterproof enclosure.

1336-B007-EAD-L3-S1

The Allen-Bradley/Rockwell Automation 1336-B007-EAD-L3-S1 is a 3-phase controller designed for high-performance motor control applications. With a power rating of 7.5 horsepower and an input voltage of 460V AC, it is capable of precise speed and torque control for demanding industrial environments. The 1336-B007-EAD-L3-S1 drive offers advanced features such as adjustable acceleration and deceleration times, overload protection, and fault diagnostics, making it a reliable solution for various applications. Its rugged construction and high-performance capabilities make it a versatile and cost-effective choice for industrial motor control.

1336-B010-EAD-FA2-L3-S1

The 1336-B010-EAD-FA2-L3-S1 is a motor controller drive manufactured by Allen Bradley/ Rockwell Automation. It is specifically designed to regulate three-phase induction motors, enabling operators to adjust the speed of the motor according to the application's needs. This variable speed drive operates on a 460V AC (3-phase, 50-60 Hz) input power and has a rated power output of 10 HP. It is part of the 1336 bulletin, providing various industrial motor control solutions.

1336-B020-EAE-L2

The 1336-B020-EAE-L2 adjustable frequency drive from Allen Bradley is a member of the 1336 drive series and is designed to operate on 380V/415/460 VAC input voltage at 50/60 hertz with a rated current of 33 amps. The 1336-B020-EAE-L2 drive offers precise monitoring and control for industrial-level operations and features a NEMA 1-rated enclosure with IP20 protection and a built-in thermistor for temperature measurement. Additionally, it has a modern communication and networking interface that allows for data exchange over the local network.

1336-B020-EAE-L3

The 1336-B020-EAE-L3 from Allen Bradley is a variable frequency drive derived from the 1336 Bulletin. This drive offers a solution for facilitating torque and controlling the speed of three-phase industrial motors. It has an input voltage of 380VA/460VAC at 50/60 hertz, supports 22, 24, or 26 kVA according to the input voltage range, and has a current output of 33 amps. The 1336-B020-EAE-L3 drive has a NEMA category one housing, a serial connection interface for connecting extra devices, and an upgraded thermal dissipation management feature.

1336-MOD-E1

The 1336-MOD-E1 terminal is an Allen-Bradley programming terminal that is compatible with several Allen-Bradley adjustable frequency drives in the Bulletin 1336 series. This programming terminal is designed to be handheld and designed to plug into the serial interface port of a 1336 drive. The 1336-MOD-E1 programming terminal can be used to program or edit a drive's parameters while the drive is operating. This terminal can also be used as a troubleshooting device.

1336-MOD-FA2

The Allen-Bradley 1336 series 1336-MOD-FA2 drive board or interface board is a local operator station which is compatible with adjustable frequency drives in the 1336 series. It includes 6 buttons or keys and a control knob. The 6 buttons or keys on the 1336-MOD-FA2 local operator station board include a green "start" button and a red "stop" button. This board is open-type equipment and it makes its host drive easier to control.

1336-MOD-G1

The Allen-Bradley Bulletin 1336 series 1336-MOD-G1 interface board is a BCD or thumbwheel type of interface board. This board can be used with several Allen-Bradley motion control devices. The 1336-MOD-G1 interface board uses frequency or directional data that it receives from a computer, a PLC, or a thumbwheel switch that is BCD-formatted. This interface board accepts its directional data and frequency in a BCD format and it provides direction control and frequency/speed control to a 1336 series drive.

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