309 results
Allen Bradley / Drives / 1336
This precharge PCB kit is applicable for one kit per drive, ensuring efficient operation within the 1336 drive series. The kit is rated for voltages from 500 V to 575 V, making it suitable for various industrial environments. Its operational temperature ranges from -20°C to 55°C, while it is capable
Allen Bradley / Drives / 1336
This adjustable frequency drive can output 79 kVA at 380V AC, 86 kVA at 415V AC, and 96 kVA at 460V AC, while accommodating multiple amp ratings in an open-style enclosure. Its IP00 enclosure type indicates that it is designed for indoor use, while an option for a 115 V AC logic interface board furt
Allen Bradley / Drives / 1336
This drive offers a KVA output of 3.9 at 380V AC, 4.3 at 415V AC, and 4.8 at 460V AC. It is encased in a NEMA Type 12 enclosure, ensuring protection with an IP54 rating. The enclosure supports amp ratings of 003, 005, 007, or 010, which gives flexibility in operational setups.
Allen Bradley / Drives / 1336
This Allen Bradley adjustable frequency AC drive delivers 6 amps of output current. The drive provides varying output KVA based on input voltage: 3.9 KVA at 380V AC, 4.3 KVA at 415V AC, and 4.8 KVA at 460V AC. The NEMA Type 4 (IP56) enclosure ensures effective protection against dust and water ingre
Allen Bradley / Drives / 1336
Designed for versatility, the 1336-B007-EOD-L2 operates on three-phase power and accommodates multiple input voltages: 380V, 415V, and 460V. Depending on the voltage, the KVA output varies, providing 8.6 KVA, 9.3 KVA, and 10.4 KVA, respectively. The drive features an open-style enclosure classified
Allen Bradley / Drives / 1336
The Allen Bradley SP-135254 Precharge Assembly Board Kit is a precharge board assembly replacement kit for the Bulletin 1336 Adjustable Frequency AC drives. This replacement relay board is rated for 480 Volts AC voltage and it is used to replace the precharge printed circuit board (PCB) in the 1336
Allen Bradley / Drives / 1336
This base driver board supports an operating frequency between 50 to 60 Hertz and is designed for natural cooling. It is vibration resistant, effectively coping with forces up to 1 G. The device guarantees shock resilience of up to 15 G for 11 milliseconds and is suitable for installation up to an a