Proven Performance: How 1336 Plus II Drives Stack up in Modern Solutions

The 1336 PLUS II drive family, designed to satisfy a variety of speed control applications, is an excellent example of a small, high-performance, adjustable frequency AC drive with superior sensor-less vector control. Prominent for its uniform architecture, adaptable control interfaces, and wide range of device connection choices, the 1336 PLUS II series guarantees smooth integration, simple installation, and uncomplicated operator training. These drives are positioned as a dependable option for contemporary applications thanks to these qualities, which together improve maintenance efficiency. This series is unique in the industry because it provides strong performance and user-friendliness that satisfy the needs of modern industrial settings. In this article, we will discuss some of the properties that this drive series holds, and then we will discuss some of the modules that are a part of this series.

Voltage Ranges and Power Ratings

The 1336 PLUS II drives support voltage ranges of 200 to 240 Volts AC, 380 to 480 Volts AC, and 500 to 600 Volts AC. Power ratings vary from 0.37 to 448 kilowatts (0.5 to 600 horsepower). Due to their broad range of power and voltage capabilities, they are appropriate for a variety of industrial applications.

Dimensions of Frames

Nine distinct frame sizes are available for the drives: A1, A2, A3, A4, B1, B2, C, D, and E. These frame sizes allow you to select the ideal drive for particular applications by guaranteeing compatibility with varying installation locations and power needs.

Torque Abilities

Both constant and variable torque capabilities are available with the 1336 PLUS II drives. Because of their versatility, the drives can meet the demands of applications that need variable torque under various load circumstances and those that need constant torque.

Programmable Pulse Width Modulation

These drives use an adjustable output voltage and configurable pulse width modulation (PWM) frequency. This feature makes it possible to manage torque and speed very well, allowing operators to precisely adjust the drive’s performance to suit changing load needs.

Fault Detection and Overload Protection:

These drives have built-in fault detection and overload protection as standard features. These features enable operators to report faults and avoid problems in real time. They send out plain-text diagnostic messages and alerts to notify them of problems so they may take immediate remedial action.

Options for Motor Control

The drives include sensorless vector control (SVC) and conventional Volts per Hertz control for motor control, together with programmable Volts per Hertz curve. These upgrades guarantee outstanding torque and speed performance and provide a beginning torque increase of up to 250%.

Configurable I/O Interfaces

The variable I/O interfaces of 1336 PLUS II drives enable customization in accordance with particular application requirements. This flexibility improves the drive’s overall operating efficiency by facilitating better integration into a variety of control systems.

Communication Modules

The drives accommodate several connection modules, such as DeviceNet, Enhanced DeviceNet, RS-232/422, and Remote I/O modules. These modules ensure smooth operations by providing seamless communication and data exchange between the drives and other system components.

Control Interface Modules

Encoder interfaces are optional, and control interface modules with and without them are offered. These modules expand the drive’s control capabilities and improve its capacity to offer accurate motor control, meeting the demands of intricate motion control applications.

Certification and Compliance

These drives have certifications from C-TICK, UL, CSA, and CE. With this certification, customers may use the drives with confidence in a variety of environments and sectors since they are guaranteed to fulfill international requirements for performance, safety, and dependability.

Now, we will be looking at some of the drives that this series has:

1336F-A007-AA-EN-HAS1-LA2-L6

From the 1336 Plus II family, the Allen-Bradley 1336F-A007-AA-EN-HAS1-LA2-L6 adjustable frequency AC drive provides dependable performance in contemporary systems. This small drive adjusts the frequency ratings of variable-speed motors to provide sensor-less vector control. Through communication connections, it easily interfaces with several Allen-Bradley PLCs and other pieces of equipment. It guarantees internal component protection and user safety as it is housed in an IP 20 or NEMA Type 1 container. It meets several motor standards with a maximum output of 7.5 horsepower and a working voltage between 200-240 Volts AC. The drive’s analog pot and user-friendly human-machine interface make operations and programming easier. To avoid electromagnetic interference, ground the drive. It also has four LED indicators and six alarms for defect detection and real-time status monitoring, guaranteeing dependable and effective operation in industrial applications.

1336F-A007-AA-EN-GM1-HCSP

As a 1336 Plus II family member, the Allen-Bradley 1336F-A007-AA-EN-GM1-HCSP adjustable frequency AC drive offers dependable performance in contemporary industrial motion control systems. Its small size makes wiring, mounting, and installation easier for a variety of uses. Protection is ensured by the NEMA Type 1 (IP 20) enclosure, while dependability is improved, and downtime is reduced with real-time diagnostics. Through plain-language diagnostic messages, operators are instantly notified of possible defects, averting severe difficulties. For precise control, this drive has programmable features, including dual acceleration/deceleration timings, flying start, and slip correction. The possibility of single-point Remote I/O for expanded communication may be programmed remotely via a built-in SCAN port communication interface or locally using an HMI module. It also ensures precise speed control under fluctuating loads.

1336F-A007-AA-FR

A prime example of proven performance in modern technology is the 1336F-A007-AA-FR variable frequency drive (VFD) from the 1336 Plus II family. This drive has an AC input voltage range of 200- 240 volts and an HMI. It functions in constant and variable torque modes, with a full-rated output of 7.5 horsepower on a 3-phase AC input and 3.75 horsepower on a single-phase AC input. The drive can dissipate 156 Watts of heat (plus 486 Watts from its heat sink) when put in enclosures that the user supplies. The temperature ranges for operation and storage are 0 to 40 and -40 to 70 degrees Celsius, respectively. It operates at peak efficiency without exceeding 1000 meters above sea level. The IP 20-rated enclosure guarantees safety, and corrosive gas-free surroundings are required. To preserve the dependability and efficiency of the drive, installation, and operation should only be done by qualified specialists with authorized accessories.

1336F-A007-AA-EN-GMS5-L9E

A typical instance of a sophisticated drive for 3-phase variable speed AC motors is the 1336F-A007-AA-EN-GMS5-L9E adjustable frequency AC drive, a 1336 Plus II family member. This drive has a GM5 DeviceNet connection option and a 115V AC interface with encoder feedback, making it compatible with Allen-Bradley PLC systems. Insulated gate transistors, dynamic current control sensors, a DC cooling fan, and thermal dissipation components are all part of its microprocessor-based architecture. Prevention is ensured by the drive’s NEMA Type 1 or IP 20 certified housing, and safety and dependability are increased by features including fault reset input, six drive alarms, and overcurrent and overvoltage stall prevention. Slip correction, dynamic braking, DC injection braking, and skip frequencies are examples of programmable functions. With a maximum ambient temperature of 40°C and a design that excludes corrosive materials, the 1336F-A007-AA-EN-GMS5-L9E drive is a reliable option for contemporary industrial applications due to its simple installation process and shown performance.

The 1336 PLUS II Drives are used in various industrial settings where dependable and accurate motor control is crucial. These are a few such usage cases:

Pumps and Fans:

These drives are often employed in industrial operations, water treatment facilities, HVAC systems, and other systems to regulate the speed of pumps and fans. Varying the motor speed can maximize energy efficiency.

Conveyors and Material Handling:

The 1336 PLUS II Drives control conveyor belts and material handling systems in factories, warehouses, and distribution centers. They provide seamless motion and prevent abrupt beginnings or endings.

Mixers and Agitators:

These drives provide exact control over motor speed to accomplish desired outcomes in operations involving mixing, blending, or agitation (such as food preparation and chemical processing).

Machine Tools:

These drives are useful for CNC, lathe, and milling machines. They allow precise spindle speed control, which enhances machining quality and lessens tool wear.

Centrifuges:

Centrifuges are used in industrial, medicinal, and laboratory contexts to separate materials according to their densities. The rotational speeds of these drives must be consistently maintained for effective separation.

Crushers and Grinders:

Mining, quarrying, and material processing equipment (such as crushers and grinders) depend on these drives for the best possible motor performance during crushing and grinding operations.

Conclusion

In conclusion, with its unmatched sensor-less vector control and consistent design that makes installation and operator training easier, the Allen-Bradley 1336 PLUS II drive family is an outstanding illustration of cutting-edge technology in contemporary industrial applications.  These drives are manufactured for different industrial requirements, supporting voltage ranges of 200 to 600 Volts AC and power ratings ranging from 0.37 to 448 kW. They provide a range of installation conditions, and power needs thanks to their nine frame sizes. Functionalities such as defect detection, overload protection, and programmable pulse width modulation (PWM) improve operating efficiency. Several communication modules and flexible I/O interfaces ensure seamless system integration. Their adherence to international standards emphasizes their trustworthiness. The 1336F-A007-AA-EN-HAS1-LA2-L6 and 1336F-A007-AA-EN-GM1-HCSP models are examples of the series’ exceptional performance in centrifuges, crushers, pumps, fans, conveyors, mixers, machine tools, and other applications. The 1336 PLUS II drives are reliable, easy-to-use solutions that satisfy modern industrial needs.