2-1703930-2
NANOMQS, RECEPTACLE TERMINAL
The NANOMQS Crimp Receptacle Terminal, a high-performance connectivity solution for automotive, truck, bus, and off-road applications. With a low amperage rating of 6A and tin contact plating, this terminal ensures reliable and efficient power transmission even in harsh operating conditions. Featuring a F-Crimp termination method compatible with wire sizes ranging from .22 to .35mm² (22-24 AWG), it offers secure and durable connections. The terminal's primary locking feature, the Locking Lance, provides added stability, making it ideal for high-vibration environments. RoHS compliant and suitable for a wide temperature range (-40 to 170°C), this terminal guarantees both performance and environmental responsibility. Upgrade your connectivity with the NANOMQS Terminal for seamless and dependable operation.
| Product Category: | |
| Manufacturer: | TE Connectivity |
| Manufacturer Part Number: | TE Connectivity 2-1703930-2 |
| Amperage: | 6 A |
| Termination Method: | Crimp |
| Contact Plating: | Tin |
| Operating Temperature Range: | -40 - 170 °C, -40 - 338 °F |
| Wire Size: | 22 - 24 AWG, .22 - .35 mm² |
| Crimp Type: | F-Crimp |
| Terminal Primary Locking Feature: | Locking Lance |
| Terminal / Splice Type: | Receptacle |
| Product: | Automotive, Truck, Bus, & Off-Road Terminals |
| SKU: | AMP2-1703930-2 |
| series: | Nano MQS |
| Interface Plating: | Silver (Ag) |
| Mating Tab Thickness: | .4 mm / .016 in |
| Mating Tab Width: | .5 mm / .02 in |
| Wire Insulation Diameter: | .95 - 1.3 mm / .037 - .051 in |
| Wire Size Search: | 22 AWG / 23 AWG / .2 mm² / .22 mm² / .25 mm² / .3 mm² / .35 mm² |
| Terminal Transmits: | 0 - 24 A (Low Power) |
| Wire Type: | Copper |
| Sealable: | No |
| Receptacle Style: | 180° |
Environmental Initiative Details
| Environmental Initiative: | RoHS |
|---|---|
| Compliant: | Unknown |
| Date of this Information: | Unknown |
| Notes: |
Product Change Notice
| Effective Date | Description of Change | Download |
|---|---|---|
| 07/20/2023 | P-23-024531 - Change to DU & MOQ. change in delivery unit & minimum order quantity (MOQ) impacting PNs listed below in this PCN. As of July 20, 2023 we will increase the delivery unit & the minimum order quantity according to attached file. The order quantity should therefore be not less than the MOQ and should be dividable through the MOQ. Dimensions and material of product and shipping box will stay the same. The change has no impact to form-fit-function. TE Change process follows a strict procedure, which fully maintains quality and ability to supply. No PPAP will be submitted for this PCN. | Download |
| 07/10/2023 | P-23-024630 - MOQ Change. TE is changing its system as it relates to minimum order quantities for the part numbers listed to address trends that have been recently observed. We have identified situations where quantities can be ordered at quantities below what our standard packaging requirements allow. The situation also results in non-standard handling (break-pack) and creates risks for damage during transit to our customers. Therefore, we are making changes to align minimum order quantities with appropriate standard packaging requirements for these part numbers. | Download |
| 05/31/2023 | P-23-024326 - Tool duplication. For China local customer requirement Nano MQS, the new duplication production tool(11-1965022) in TE Suzhou plant for production to support only Asia-Pacific market. For this new duplication production tool, it will shorten the L/T of delivery time and offer good service for Asia-Pacific market. | Download |
| 03/21/2023 | P-23-024297 - Document clarification. Change revision G to H: 4.2: limitation of max. current carrying capability in dependency of wire and base material of mating part instead of general limitation; 4.4 - PG11: mating/unmating forces defined with average values and 95% confidence interval instead of maximum values / PG 12 and PG14: info to non-specified curves added / PG15: limitation of max. current removed, info in regards of test performance added; 4.5: limitation of max. current removed | Download |