JAE Electronics IL-AG5-30P-D3L2
Price:
Negotiable
MOQ:
420
Delivery Time:
14-16 weeks
Brand:
IL-AG5-30P-D3L2
Product Description
Product Overview
This document details the technical specifications and testing procedures for the JACS-1309 connector series. It covers various environmental and electrical properties to ensure reliability and performance in demanding applications.
Technical Specifications
| Test Item | Requirements | Parameter | Reference |
|---|---|---|---|
| Shock EZER | Detect electrical discontinuity more than 1ms while applying 10mA. | Acceleration: 490m/s, Wave form: Half sine curve, Drops: 3 times per each axis (total 18 times) | MIL-STD-202, METHOD 213, CONDITION A |
| Oil Resistance | Immerse mated connector in engine oil (SAE10W or equivalent) and kerosene (JIS K2203) mixture at 502C for 20 hours. | Oil mixture ratio: 1:1, Temperature: 502C, Duration: 20 hours | |
| Dust Resistance | Place mated connectors in an airtight tank (approx. 1000mm per side), spray 1.5kg of Portland cement for 10 seconds every 15 minutes, diffuse evenly. Cycle 8 times. Insert/withdraw connectors every 2 cycles. | Cement quantity: 1.5kg, Spray interval: 15 minutes, Cycles: 8 | |
| Sulfur Dioxide Resistance | Leave mated connectors in a tank filled with 10ppm sulfur dioxide at 402C and 90-95%RH for 24 hours. | Concentration: 10ppm SO, Temperature: 402C, Humidity: 90-95%RH, Duration: 24 hours | |
| Resistance To Solder Heat | Dip soldering: 2605C, 10s. Hand soldering: 35010C, 3s. | Dip soldering depth: 1.5mm from housing | |
| Solderability-wetting | Dip soldering area of cap assembly post to flux (rosin methanol) for 5-10 seconds, then dip to solder pool (tin: 60%, lead: 40%) at 2305C for 30.5 seconds. Observe under magnification. | Flux type: Rosin methanol, Solder composition: 60% Tin/40% Lead, Solder temperature: 2305C, Solder duration: 30.5 seconds | |
| Thermal shock | No physical damage. Satisfy low-level contact resistance (4.2.4) after test. | ||
| Moisture resistance | Satisfy leak current (4.2.6) during test. After test, satisfy insulation resistance (4.2.1), dielectric withstanding voltage (4.2.2), low-level contact resistance (4.2.4), contact retention (4.1.8), connector retention (4.1.9). | ||
| Salt spray | No corrosion harmful for connection. Satisfy low-level contact resistance (4.2.4) and contact resistance of crimped area (4.2.7). | ||
| Insertion & withdrawal endurance | No physical damage. Satisfy contact resistance (4.2.3), contact insertion/withdrawal force (4.1.3), connector insertion/withdrawal force (4.1.6) after test. | ||
| Pinching endurance | Satisfy contact resistance (4.2.3), contact insertion/withdrawal force (4.1.3), connector insertion/withdrawal force (4.1.6) after test. | ||
| Vibration | No mechanical damage and no electrical discontinuity more than 1ms during test. Satisfy contact resistance (4.2.3) after test. | ||
| Shock | No mechanical damage and no electrical discontinuity more than 1ms during test. Satisfy contact resistance (4.2.3), insulation resistance (4.2.1), dielectric withstanding voltage (4.2.2) after test. | ||
| Qil resistance | Satisfy contact resistance (4.2.3) after test. | ||
| Dust resistance | Satisfy contact resistance (4.2.3) after test. | ||
| Sulfur-dioxide resistance | Satisfy low-level contact resistance (4.2.4) after test. | ||
| Contact insertion & withdrawal force | Insertion force: 4.9 N max. Withdrawal force: 0.29-4.9 N | 5.4.1 | |
| Housing insertion force | 29.4N max. | 5.4.2 | |
| Lock strength | No released or breakage of lock, applied 49N. | 5.4.3 | |
| Connector Insertion/withdrawal force | Insertion force: 4.9N x n + 14.7N max. Withdrawal force: 0.20N x n ~ 49N x n + 14.7N (n = number of contacts) | 5.4.4 | |
| Contact insertion force into housing | 9.8N max. | 5.4.5 | |
| Contact retention | 14.7N min. for Pin header, 49N min. for Crimped contact | 5.4.6 | |
| Connector holding force | 58.8N min. | 5.4.7 | |
| Housing reverse insertion | Not reversely insertable. | 5.4.8 | |
| Contact reverse insertion | Not reversely insertable. | 5.4.9 | |
| Lock releasing force | 49N max. | 5.4.10 | |
| Crimped strength | Nominal section area mm: 0.85, 0.5, 0.3, 0.22. Equivalent AWG No.: 18, 20, 22, 24. Specified [N]: 127.4, 88.2, 49, 35.5 | 5.4.11 | |
| Insulation resistance | 100M min. at initial, 50M min. after test | 5.4.12 | |
| Dielectric withstanding voltage | No deformation or deposition damage in a housing and contacts. | 5.4.13 | |
| Contact resistance | 10m max. at initial, 20m max. after test | 5.4.14 | |
| Low-level contact resistance | 10m max. at initial, 20m max. after test | 5.4.15 | |
| Temperature rise | Temperature rise 50C max. at crimped area. | 5.4.16 | |
| Leak current | 1mA max. | 5.4.17 | |
| Contact resistance of crimped area | 2m max. at initial, 3m max. after test | 5.4.18 | |
| High-temperature exposure | Satisfy low-level contact resistance (4.2.4) and contact retention (4.1.8) after test. | 5.4.19 | |
| Low-temperature exposure | Satisfy low-level contact resistance (4.2.4) after test. No crack or deformation in the housing after drop test. | 5.4.20 |
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Company
Shenzhen ECER Network Technology Co., Ltd.
Location
Unit A2603, One Avenue (South Zone), Zhuoyue Meilin Center Plaza, No. 126 Zhongkang Road, Meidu Community, Meilin Subdistrict, Futian District, Shenzhen
Contact Person
Sales