Electrical Connector HCTL HC-XHB-4Y-L-05 Double Row 2.50mm Pitch with Phosphor Bronze Contacts
Price:
Negotiable
MOQ:
Negotiable
Delivery Time:
Negotiable
Product Description
Product Overview
This specification covers the 2.50MM PITCH XHB CONNECTOR DOUBLE ROW TYPE, designed for electrical applications requiring reliable connectivity. It details product performance, test methods, and inspection requirements.
Product Attributes
- Brand: HCTLDZ ()
- Origin: Shenzhen, China
- Certifications: UL94V-0
- Material: Brass, LCP, Nylon66, Phosphor bronze
- Color: White, Nature ()
Technical Specifications
| Category | Item | Requirement | Test Mode |
|---|---|---|---|
| General Principles | Scope | Specifications for 2.50 series connector strip including product performance, test methods and test requirements. | |
| Applicable Standards | GB/T2421, GB/T2423, GB/T2424, GB/T5095 | ||
| Appearance | Product surface without defect, dirt, crack, and mechanical damage; contact without rust plating, oxides and not peeled. | ||
| Exchangeable | Exchangeable with same specification products. | ||
| Use Condition - Ambient Temperature Range | -40 105 | ||
| Use Condition | Applicable Wire Sizes | AWG #2228 | |
| Applicable PC board thickness | 1.6mm | ||
| Use Condition - Rated Voltage | 250V AC/DC | ||
| Electrical Performance | Rated Current | 3A AC/DC | |
| Withstand Voltage | 1000 M | Apply 1000V AC(rms) for 1 minute and the leakage current shall not exceed 0.5mA to the adjacent terminal and ground of the mate connectors | |
| Contact Resistance | Initial value 20m | A maximum voltage of 20mV and maximum current of 100mA are applied to the mate connector | |
| Mechanical Performance | Terminal crimping Wire strength | AWG#22: 50N, AWG#24: 30N, AWG#26: 20N, AWG#28: 13N | Axial pullout force per contact at a rate of 25 3mm per minute |
| Single contact Withdrawal force | 1.5N | The terminal and the hole seat at a react per minute to 25 3mm along the write direction are pulled out from the hole in the seat capacity | |
| Fixed terminals And hole seat | 10N | ||
| Single contact insertion force | 5.5N | The housing together with the terminal ends with wafer matched at a rate per minute to 253mm inserting force test | |
| Durability | Durability | 30 cycles | Mate connectors up 30 cycles at a maximum rate of 10 cycles per minute prior to environmental test |
| Contact Resistance (after durability) | 40m | ||
| Max Current Discontinuity | 1 sec | ||
| Vibration | Vibration | Amplitude 1.5mm p-p, Frequency :10-55-10 Hz/minute, Period: 2hour for each direction | 1Axis of up and down, 2Axis of right the left, 3Axis of front and back |
| Appearance (after vibration) | No damage | ||
| Contact Resistance (after vibration) | 40m | ||
| Current Interruption (during vibration) | 1 sec Max | ||
| Thermal Aging | Thermal Aging | Temperature85 2, Period96 hours continuously | Connector combination condition is placed in the accordance with the following specifications high temperature aging test after the test and measurement of contact resistance |
| Appearance (after thermal aging) | No damage | ||
| Contact Resistance (after thermal aging) | 40m | ||
| Temperature Rise | Temperature Rise | Measure the temperature rise of contact when the maximum rated current is passed | Mate connector measure the temperature rise of contact when the maximum rated current is passed |
| Appearance (after temperature rise) | No damage | ||
| Contact Resistance (after temperature rise) | 40m | ||
| Humidity | Humidity | Relative humidity90-95% RH, Period96 hours continuously | Connector combination under the condition of constant temperature of the following specifications constant temperature and humidity test after the experiment measuring contact resistance insulation resistance and withstand voltage test |
| Appearance (after humidity) | No damage | ||
| Contact Resistance (after humidity) | 40m | ||
| Insulation Resistance (after humidity) | 1000m | ||
| Temperature Cycling | Temperature Cycling | One cycle consists of -553C 30min,room temp 10-15min, Total cycle :5cycle | The combined state of connectors as test samples in accordance with the requirements of the following specifications thermal shock test after the test measuring contact resistance insulation resistance and resistance to voltage |
| Appearance (after temperature cycling) | No damage | ||
| Contact Resistance (after temperature cycling) | 40m | ||
| Insulation Resistance (after temperature cycling) | 1000m | ||
| Salt Spray | Salt Spray | Temperature : 35 3 C, Concentration: 5 1 %, Period: 24H | The combined state of connector as test samples salt spray test according to the following specifications test samples will be clean again with the water to dry naturally measurement of contact resistance |
| Appearance (after salt spray) | No damage | ||
| Contact Resistance (after salt spray) | 40m | ||
| Solder Ability | Solder Ability | Solder temperature 245 5C, Immersion period:3 0.5S | In accordance with the following specifications were placed tin soldering test |
| Soldering Area | 90 % | ||
| Appearance (after solder ability) | No damage | ||
| Resistance to Soldering Heat | Resistance to Soldering Heat | Soldering time : 5 0.5S, Soldering pot: 260 5 C | DIP type needle solder position, 1.5mm from conductor or fixed piece end. SMT type needle solder position, 0.05mm from conductor or fixed piece end. |
| Appearance (after resistance to soldering heat) | No damage | ||
| Contact Resistance (after resistance to soldering heat) | 40m |
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Sellina