| Attribute | Value |
|---|---|
| Manufacturer: | Amphenol FCI Berg |
| Manufacturer Part Number: | Amphenol FCI Berg HM2S70PE5101N9LF |
| SKU: | BRGHM2S70PE5101N9LF |
HM2S70PE5101N9LF
| Heilind Number: | BRGHM2S70PE5101N9LF |
| Manufacturer: | Amphenol FCI Berg |
| Manufacturer Number: | HM2S70PE5101N9LF |
| ECAD Model: | |
Description:
HM2S70PE5101N9LF-HM2 STR FEM C MILLIPACS
Specifications
Product Change Notice
| Effective Date | Description of Change | Download | |||
|---|---|---|---|---|---|
| 05/10/2020 | PCN20007R2 - PCN Revision R2 is to update previous PCN20007 R1 March 3, 2020 for following changes. 1. PCN20007 R2 Affected Parts.xls - removed 88 part numbers from PCN20007 R1 Affected Parts.xls file. 2. PCN20007 R2 Affected Parts.xls - added Alternate Part numbers for the new GXT+ plating specification. 3. PCN Effective date revised to May 10, 2020 | Download | |||
| 04/20/2020 | PCN20007 - Materials Change. We propose to add GXT+ as approved plating material (as per details attached) for 2mm Millipacs meeting the product performance specifications. There is no change to the existing plating location nor to the part numbers. | Download | |||
| 04/20/2020 | PCN20007R1 - Material Change. We propose to add GXT+ as approved plating material (as per details attached) for 2mm Millipacs meeting the product performance specifications. There is no change to the existing plating location nor to the part numbers. | Download | |||
| 12/15/2018 | PCN18100 - Packaging Change. Packing lid design optimized for better gripping of connector. | Download | |||
| 10/01/2014 | PCN14051 - Materials Change. FCI proposes to add a new grade of copper alloy in addition to the present one being used for the contacts and shields of HM2 Millipacs Receptacle Connectors. FCI will have the flexibility of using either one of the alloys depending on the availability. This change will have no impact on the fit, form, function or the performance of the connector and required tests on all the relevant connector parameters with the new grade of copper alloy have been successfully completed. | Download | |||
