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.
This adjustable frequency drive is rated at 45 kW with an IP00 protection level, which means it is open type with no special environmental protections. It features an operating temperature range of 0
With an open-type design rated at IP00, this drive supports TTL contact control interfaces and is programmed in English. It can function across an operational temperature range from 0 to 40°C and a st
This drive features IP20 protection and is enclosed in a NEMA 1 housing. It includes a programmer/controller HIM module and options for a 115 VAC control interface. The temperature range for operation
This AC drive is designed with a 3-phase power system and can handle a nominal voltage between 380 to 480 Volts AC. The output frequency can vary from 0 to 400 Hz, allowing for a comprehensive range o
This adjustable frequency drive is capable of operating within a voltage range of 380 to 480 VAC. The unit can handle a power rating of 75 Hp. Its effective communication is facilitated through one-po
This model is rated to operate at a voltage range of 380 to 480 VAC and is capable of delivering 93 kW of power. The drive operates within an enclosure rated NEMA 1 and has an IP20 protection level. I
This drive is rated for input voltages from 380 to 480 V AC and 513 to 620 V DC while allowing for a power level of 0.75 kW. It features an IP20 enclosure for moderate protection against environmental
This drive is designed for adjustable frequency applications, with frequency tolerance ranging from 48 to 62 Hz. It accommodates both AC and DC voltage inputs, with a DC voltage range of 513 to 620 VD
This drive is designed to handle an AC voltage in the range of 380 to 480 VAC and a DC range of 513 to 620 VDC. With a power output of 2.2 kW, it is equipped with a NEMA 1 enclosure type and features
This model accommodates an input frequency ranging from 50 to 60 Hertz. It features both constant and variable torque options, providing 10 Amperes and 10.7 Amperes for input current respectively. The