Allen Bradley 2090-XB33-16

As a supplier who has been deeply rooted in China for many years and focuses on the sales of the Allen Bradley brand, the Allen Bradley 2090-XB33-16 has become an indispensable and important part of the industrial automation system with its 10.4-inch high-resolution display, flexible communication interface and powerful functional support. Hanyite Automation Technology sincerely welcomes your inquiries.

Structure

Structurally speaking, the Allen Bradley 2090-XB33-16 is designed to meet the high requirements of the servo system. It contains multiple thick conductors inside, which are used to transmit the high-power current output by the driver. At the same time, it also contains multiple thin shielded twisted-pair wires for transmitting sensitive signals sent by the encoder. These signal lines have independent shielding layers to prevent electromagnetic interference from the power lines. The entire outer layer of the cable is covered with an oil-resistant and wear-resistant industrial-grade sheath. The connectors at both ends are also specially designed to ensure a firm connection with the interfaces of the driver and motor, and there is a fool-proof design to prevent incorrect insertion.

Detailed technical parameters

Module	Allen Bradley 2090-XB33-16
Current Rating	Continuous: 33 Arms
	Peak: 55 A (10% duty cycle)
Voltage Rating	600 VAC
Wire Gauge	16 AWG (1.31 mm²) × 4 conductors
Length	33 meters (±0.3 m)
Connectors	Drive End: SpeedTec DIN Straight Connector
	Motor End: Bare wire + Quick-connect terminals
Shielding	Aluminum foil + 85% braided copper shield
Operating Temperature	Dynamic (flexing): -20 °C to +105 °C (-4 °F to 221 °F)
	Fixed Installation: Up to 150 °C (302 °F)
Protection Rating	IP67 (when connectors are mated)
Certifications	UL AWM Style 21277, CE, RoHS

Freight logistics

The two-end connectors of Allen Bradley 2090-XB33-16 are where its core value lies. The internal pins are very precise and can be easily bent or damaged during transportation. When packaging, we will first cover the connectors at both ends with special protective caps, then neatly coil the cables, place them in a sturdy cardboard box of appropriate size, and completely fix them with fillers to ensure that they will not shake or collide during transportation.