RMX-10050

Description

The National Instruments RMX-10050 Power Distribution Device, with part numbers 785342-01 and 785341-01, is a compact 1U rack-mounted solution designed for an integrated test instrument platform. This device is a part of the RMX Series and is engineered to serve as the main power source with multiple outlets for efficient power distribution.

It supports a range of devices including PXI Chassis, HMI, and RAID data storage modules, accommodating various power distribution needs. The RMX-10050 features sequential startup options and has the capability to control emergency power-off (EPO) situations, enhancing its safety and reliability.

Equipped with circuit breakers and a system for forced hardware delay between outlets, the device ensures sequenced power-up procedures, minimizing the risk of electrical surges and providing additional protection to connected equipment. The device operates within an input voltage range of 100 to 240 V and is designed to function at an operating frequency of 50/60 Hz.

Additionally, the RMX-10050 includes DC power outlets to supply power to system fans and DUT interface modules, further expanding its versatility. The robust design and reliable performance make the National Instruments RMX-10050 an essential component in sophisticated power distribution systems.

Q1: What features of the National Instruments RMX-10050 Power Distribution Device contribute to the safety and reliability of power distribution in integrated test instrument platforms?
A1: The National Instruments RMX-10050 Power Distribution Device enhances safety and reliability in integrated test platforms with features such as sequential startup options, emergency power-off (EPO) capability, circuit breakers, and a forced hardware delay system between outlets, which helps to minimize electrical surges and protect connected equipment.

Q2: What features enhance the safety and reliability of the National Instruments RMX-10050 Power Distribution Device, and how does it accommodate various power distribution needs for devices like PXI Chassis, HMI, and RAID data storage modules?
A2: The National Instruments RMX-10050 Power Distribution Device incorporates sequential startup options and the capability to control emergency power-off (EPO) situations, along with circuit breakers and a forced hardware delay system between outlets, to enhance safety and reliability during power distribution.

Q3: What safety features are incorporated in the National Instruments RMX-10050 Power Distribution Device to manage sequential startup and emergency power-off situations?
A3: The National Instruments RMX-10050 Power Distribution Device enhances safety and reliability in integrated test instrument platforms through features such as sequential startup options, emergency power-off (EPO) control, circuit breakers, and a system for forced hardware delay between outlets to manage sequenced power-up procedures and mitigate electrical surge risks.

Q4: What are the features and capabilities of the National Instruments RMX-10050 Power Distribution Device that ensure the safety and reliability of power distribution in integrated test platforms?
A4: The National Instruments RMX-10050 Power Distribution Device enhances safety and reliability through its sequential startup options and the capability to control emergency power-off (EPO) situations, as well as being equipped with circuit breakers and a forced hardware delay system between outlets to minimize electrical surges. It accommodates various power distribution needs for devices such as PXI Chassis, HMI, and RAID data storage modules by providing multiple outlets and supporting an input voltage range of 100 to 240 V, operating

Q5: What features of the National Instruments RMX-10050 Power Distribution Device enhance its safety and reliability in controlling power distribution and emergency situations?
A5: The National Instruments RMX-10050 Power Distribution Device enhances its safety and reliability by featuring sequential startup options, the capability to control emergency power-off (EPO) situations, integrated circuit breakers, and a system for forced hardware delay between outlets, which helps to minimize the risk of electrical surges and provide additional protection to connected equipment.