The Allen-Bradley 1336 PLUS drives are a family of microprocessor-based AC drives with sensorless vector control that are designed to provide control for 3-phase motors in critical applications where accurate torque and speed control is necessary. The 1336 PLUS drive series offers easy-to-use and cost-effective motor control solutions to applications with even the tightest speed requirements, and they come with built-in protection features that help to improve performance and save maintenance costs caused by unscheduled downtimes. The 1336 PLUS drives have A1, A2, A3, A4, B1/B2, C, D, E, G, and G frames with input ratings from 200 to 600 Volts AC and 0.37 to 448 kilowatts (0.5 to 600 Horsepower). All 1336 PLUS drives have both variable and constant torque capability, and each drive is sized to 115% of the full load Amps for variable torque applications, and 150% of the full load Amps for constant torque applications.
The 1336 PLUS drives employ the Pulse Width Modulation (PWM) control with programmable carrier frequencies from 2 to 10 KiloHertz. Depending on the application type, the operators can choose between the standard Volts per Hertz control method, which offers customizable Volts per Hertz curve and it is suitable for centrifugal and HVAC applications, and the sensorless vector control (SVC), which provides tighter speed control even under varying loads, higher starting torque, and lower speed operation than other control methods. The 1336 PLUS drives offer easy-to-use human-machine interface module options, communication options (single-point remote I/O, RS-232/422, DF1, DH-485, and DeviceNet networks), and the control interface card option with or without an encoder interface. This drive series features easy-to-read display interface options that support multiple languages for easy configuration, diagnostics, and troubleshooting processes. The 1336 PLUS drive series features drives with IP 00 (Open), IP 20, IP 54, and IP 65 enclosures, and they have a non-derating operating temperature range of 0 to 40 degrees Celsius.
Browse available units in our catalog of 1336 PLUS Drives.
The drive is housed in an IP 20 (NEMA 1) enclosure and features a programmer/controller human interface module with an analog potentiometer. Operating conditions allow for temperatures from 0 to 40 de
The drive utilizes a NEMA 1 rated enclosure with an IP20 protection level, making it ideal for clean environments. It supports TTL contact and encoder feedback for control interface options. Operating
This model offers a language interface in English and features a programmer/controller with an analog potentiometer for user operation. It maintains high efficiency, reaching 97.5% under rated current
This drive accommodates a broad input voltage range of 380 to 480VAC or 513 to 620V DC, supporting both constant and variable torque applications. For consistent torque scenarios, it has input kVA ran
This AC drive features an IP20 protection level along with a NEMA 1 enclosure, enabling basic environmental protection. It supports installation at altitudes up to 1000 meters and is designed to funct
The 1336S-BX060-AN-EN3 drive is made by Allen Bradley/Rockwell Automation and it is part of their 1336 PLUS product series. This industrial component has an output power rating and 45 killowatts or 60
This drive features NEMA 1 enclosure type providing IP20 protection. With a power output of 1.5 kW, it supports installation at altitudes up to 1000 meters. Operating temperatures range from 0°C to 40
This unit is designed for high efficiency, achieving 97.5% at the rated current and nominal voltage levels. With the capability for both constant and variable torque loads, it delivers power outputs o
This drive features an IP20 enclosure type (NEMA 1), making it suitable for indoor installations. It incorporates a human interface module equipped with a programmer/controller and a digital potentiom
This AC drive is enclosed in an IP 20 (NEMA 1) rated casing and features a human interface module that includes a programmer/controller with a digital potentiometer. It requires a control interface of