A911-3001

Name: A911-3001
Brand: Okuma
Price: 308 USD
Availability: InStock
Rating: 4.4 (25 reviews)

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The Okuma A911-3001 is part of the E7 Mountable Racks series and supports an inverter board design. This rack features a voltage range of 230-240 VAC, a power rating of 1.5 kW, and operates with a frequency output of 500 Hz. It is compatible with the 8400 Series and has a drive capacity of up to 18.5 kW.

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Description
Specs
FAQ

Product Description

The A911-3001 Rack Chassis Module that is manufactured by Okuma is a control system that is adaptable and designed for industrial automation. The structure is based on racks, which allow for modular growth and integration with other system parts.

The CPU element in the A911-3001 module is the main part of the PLC system that does all the work. The CPU is made for constant use and is industrial grade. The chassis has several backplane connectors that allow users to add extra control modules, data interfaces, and modular I/O cards that make the system work better. There is a little three-wire power socket, indicating that the module requires a DC power input to operate. The top cover of the module is made of open metal that allows air flow and wicks away heat efficiently. E-Front Runners' OSP PLC V3 indicates that the device is part of a Programmable Logic Controller (PLC) system that automates and runs machinery. The chassis is designed to hold important control parts, like the CPU module and expansion slots, that make it possible for the control system to be scalable and flexible. There is a sticker on top of the unit that says Windows XP Pro for Embedded Systems.

The A911-3001 rack chassis module is built with a strong base that can handle a range of industrial control tasks. The module can handle 2000 Volts of voltage and 350 Amperes of electricity. Because it is built on racks, it is easy to add more parts that make the control system more useful. Multiple backplane connectors support a flexible design that allows the system architecture to be changed to fit specific needs. Its ability to handle data, modular design, and safe power connections all help it work reliably in industrial automation.

A911-3001 Technical Specifications

Voltage Range:	230-240 VAC
Available Models:	8400 Series
Device Type:	Rack Chassis Module
Current Rating:	350 Amperes
Voltage Rating:	2000 Volts
Termination Style:	Crimp
Operating System:	Windows XP Pro Embedded
Current Rating:	15A
Output Voltage:	230-240 VAC
Power Rating:	1.5 kW
Support Type:	Inverter Board
Drive Capacity:	Up to 18.5 kW
Hardware Revision:	HW 2E
Frequency Output:	500 Hz

Frequently Asked Questions about A911-3001

Q: Does the A911-3001 support modular expansion for additional modules?

A: Yes, it has multiple backplane connectors. These allow integration of I/O cards, communication interfaces, and control modules for enhanced system functionality.

Q: Do the ventilation features of A911-3001 prevent overheating?

A: Yes, the perforated metal cover supports airflow. This ensures proper heat dissipation, maintaining optimal performance during extended operation.

Q: How does the embedded Windows XP Pro benefit A911-3001?

A: The embedded Windows XP Pro provides a stable operating environment. It supports industrial control applications with reliable execution and minimal system crashes.

Q: Why does the A911-3001 require a DC power input?

A: The small three-wire power connector is designed for DC input. It ensures efficient power delivery with reduced electrical noise for stable operation.

Q: Does the A911-3001 have a high current rating?

A: Yes, it has a 350 Amperes current rating. This allows it to handle high-power applications while maintaining stable and efficient operation.

Internal Product Review

‘‘The A911-3001 Rack Chassis Module delivers a scalable PLC system with a secure crimp termination style for stable connections. Its industrial-grade CPU ensures continuous operation with efficient processing. The perforated metal cover provides effective ventilation for thermal management. Its rack-based structure allows seamless integration of expansion modules.’’