Description
The NI cRIO Power Cable is specifically designed to be compatible with National Instruments cRIO (CompactRIO) systems and C Series modules, featuring a 4-pin MICROFIT power connector to ensure reliable power delivery. There are two variants available: the PC-MF4-PT POWER CABLE with Part Number 198159-01, which has a 4-pin MICROFIT front-end connector that terminates into naked, pigtail cables suitable for custom wiring needs; and the PC-MF4-Y with Part Number 198303-01, which is a Y-type cable with one male MICROFIT connector splitting into two female MICROFIT connectors, allowing for the simultaneous operation of two C Series modules using a single power supply, provided the combined load does not surpass the power supply’s maximum rated capacity.
| Specification | Details |
|---|---|
| Product | NI cRIO Power Cable |
| Compatibility | National Instruments cRIO (CompactRIO) systems, C Series modules |
| Connector Type | 4-pin MICROFIT power connector |
| Part Number (Pigtail Cable) | 198159-01 (PC-MF4-PT POWER CABLE) |
| Part Number (Y-type Cable) | 198303-01 (PC-MF4-Y) |
| Description (Pigtail Cable) | 4-pin MICROFIT front end connector terminating into naked, pigtail cables |
| Description (Y-type Cable) | One male MICROFIT connector terminating into two female MICROFIT connectors |
| Function (Y-type Cable) | Allows operation of two C Series modules via one power supply, not exceeding the power supply’s max rated power |
Q1: What type of connector is used on the NI cRIO Power Cable to ensure compatibility with National Instruments cRIO systems and C Series modules, and what are the part numbers and specific features of its two variants?
A1: The NI cRIO Power Cable model PC-MF4-PT has a 4-pin MICROFIT connector that terminates into pigtail cables for custom wiring, while the PC-MF4-Y features a Y-type cable design with one male MICROFIT connector splitting into two female MICROFIT connectors, allowing two C Series modules to operate simultaneously from a single power supply.
Q2: What are the specific design features and variants of the NI cRIO Power Cable, and how do they cater to different power connection needs for National Instruments cRIO systems and C Series modules?
A2: The NI cRIO Power Cable uses a 4-pin MICROFIT power connector to ensure compatibility with National Instruments cRIO systems and C Series modules; its two variants are the PC-MF4-PT POWER CABLE with Part Number 198159-01, featuring a 4-pin MICROFIT connector terminating in pigtail cables for custom wiring, and the PC-MF4-Y with Part Number 198303-01, which is a Y-type cable that splits one male MICROFIT connector
Q3: Which variant of the NI cRIO Power Cable allows for the operation of two C Series modules at the same time using a single power supply, and what is its part number?
A3: The PC-MF4-Y variant of the NI cRIO Power Cable, with Part Number 198303-01, allows for the operation of two C Series modules at the same time using a single power supply.
Q4: What are the differences between the PC-MF4-PT and PC-MF4-Y variants of the NI cRIO Power Cable, and for what specific uses are each designed?
A4: The NI cRIO Power Cable is crafted for compatibility with National Instruments cRIO systems and C Series modules, featuring a 4-pin MICROFIT power connector for reliable power delivery; it comes in two variants: the PC-MF4-PT POWER CABLE (Part Number 198159-01), which has a 4-pin MICROFIT connector terminating in pigtail cables for custom wiring, and the PC-MF4-Y (Part Number 198303-01), a Y-type cable
Q5: What is the difference between the NI cRIO Power Cable models PC-MF4-PT and PC-MF4-Y in terms of their connector types and compatible uses with C Series modules?
A5: The PC-MF4-PT variant of the NI cRIO Power Cable, with Part Number 198159-01, features a 4-pin MICROFIT connector that terminates into naked, pigtail cables for custom wiring applications, while the PC-MF4-Y variant, Part Number 198303-01, is a Y-type cable with one male MICROFIT connector splitting into two female MICROFIT connectors, designed to power two C Series modules simultaneously from a single power supply without exceeding the supply
