Electrical Connector Double Row 2.00mm Pitch HCTL HC-PHB-2*14Y-05 Ideal for Electronic and Electrical

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Product Description

Product Overview

This specification outlines the requirements for the 2.00MM PITCH PHB CONNECTOR DOUBLE ROW TYPE. It covers product performance, test methods, and inspection requirements for this series of connectors, designed for electrical and electronic applications.

Product Attributes

Brand: HCTLDZ ()
Origin: Shenzhen, China
Certifications: UL94V-O (for Housing Plastic)
Color: Nature (for Housing Plastic and Contact)

Technical Specifications

Item	Requirement	Test Mode
4. Appearance and Dimension
Appearance	Product surface without defect, dirt, crack, and mechanical damage; contact parts without rust, plating oxidation, or peeling.	General Principles
Dimension	According to drawings	General Principles
Exchangeable	Exchangeable with same specification products.	General Principles
3. Use Condition
Ambient temperature	-25 +85	General Principles
Applicable Wire Sizes	AWG #2228	General Principles
Applicable PC board thickness	1.6mm	General Principles
5. Material
Terminal Contact	Brass, Thickness: 0.50mm, Tin plating: 2.55 m	Material
Housing Plastic	Nylon66, UL94V-O, Color: Nature	Material
Contact	Phosphor bronze, Thickness: 0.2mm, Tin plating: 35 m	Material
Plastic Wafer	Nylon66, UL94V-O, Color: Nature	Material
Contact	Brass, Thickness: 0.50mm, Tin plating: 2.55 m	Material
Plastic Wafer	LCP, UL94V-0, Color: Nature	Material
Contact	Brass, Tin plating: 2.55 m	Material
6. Electrical Performance
Rated Voltage	250V AC/DC	Test Mode
Rated Current	2A AC/DC	Test Mode
Withstand voltage	No breakdown or flashover	Apply 500V DC(rms) for 1 minute between adjacent contacts
Contact Resistance	Initial value 20m	Apply a maximum voltage of 20mV and maximum current of 100mA to the mate connector
Insulation Resistance	1000 M	Apply 500V DC(rms) for 1 minute between adjacent contacts to measure the insulation resistance
7. Mechanical Performance
Terminal crimping Wire strength	AWG#22: 50N, AWG#24: 30N, AWG#26: 20N, AWG#28: 13N	Axial pullout force per contact at 25 3mm/min
Fixed terminals And hole seat	12N	Pullout force of terminal from hole seat at 25 3mm/min
Single contact insertion force	5N	Inserting force test at 25 3mm/min
Seat pull-out force	15N	Withdrawal force at the pin end at 25 3mm/min until the needle exits the seat
Pin Retention Force	0.3N	Per contact
Durability	Contact Resistance 40m, Appearance: No damage	Mate connectors up 30 cycles at a maximum rate of 10 cycles per minute prior to environmental test
Vibration	Current Interruption: 1 sec Max, Contact Resistance 40m, Appearance: No damage	Amplitude: 1.5mm p-p, Frequency: 10-55-10Hz/minute, Duration: 2 hours for each direction (X, Y, Z axes)
8. Endurance Characteristics
Thermal Aging	Contact Resistance 40m, Appearance: No damage	Temperature: 852, Period: 96 hours continuously
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
Humidity	Contact Resistance 40m, Insulation Resistance 1000m, Appearance: No damage	Temperature: 402 C, Relative humidity: 90-95% (RH), Period: 96 hours continuously
Thermal Shock	Contact Resistance 40m, Insulation Resistance 1000m, Withstand voltage: No breakdown or flashover, Appearance: No damage	Cycle: -553C (30min) -> 10-15min room temp -> 853C (30min) -> 10-15min room temp. Total cycle: 5 cycles
Salt Spray	Contact Resistance 40m, Appearance: No damage	Temperature: 353 C, Concentration: 51% (NaCl solution), Period: Stamping before tin plated for 24 hours or Stamping after tin plated for 8 hours
Solder ability	Soldering area: 90 %	Solder temperature: 2455C, Immersion period: 3 0.5S
Resistance to soldering heat	Appearance: No damage	Manual Soldering: Soldering temperature: 350 5 , Soldering time: 3 0.5S. Wave Soldering: Soldering temperature: 260 5 C, Soldering time: 5 0.5S