PHB Connector Double Row 2 Millimeter Pitch HCTL HC-PHB-2*6EY-05 Suitable for Electrical Connections
Manufacturer:
HCTL
Description:
Connector Housing 12 Position 2mm Pitch Dual Row PA66 -25℃~+85℃
Category:
Arrays, Edge Type, Mezzanine (Board to Board)/Rectangular Connector Housings
Specifications
Flame Retardant Rating:
-
Pitch:
2mm
Colour:
白色
Number Of Rows:
2
With Wings:
不带翅
Reference Series:
-
Operating Temperature:
-25℃~+85℃
Plastic Material:
PA66
Number Of PINs Per Row:
6
Number Of Positions Or Pins:
2x6P
With Locker:
不带锁扣
Row Spacing:
2mm
Mfr. Part #:
HC-PHB-2*6EY-05
Package:
P=2mm
Model Number:
HC-PHB-2*6EY-05
Introduction
Product Overview
This specification document outlines the requirements for the 2.00MM PITCH PHB CONNECTOR DOUBLE ROW TYPE, part number HC-PHB - ****. It covers product performance, test methods, and inspection requirements for this series of connectors. The product is designed for electrical applications requiring reliable connections within specified environmental and operating conditions.
Product Attributes
- Brand: HCTLDZ ()
- Origin: Shenzhen, China
- Certifications: UL94V-O (for Housing Plastic)
- Color: Nature (for Housing Plastic and Contact)
Technical Specifications
| Item | Specification | Test Method | ||||
| Scope | 2.00 series connector strip | |||||
| Product performance, test methods and inspection requirements | ||||||
| Surface without harmful defects, dirt, cracks, or mechanical damage. Contact parts without rust, plating oxidation, or peeling. | ||||||
| Exchangeable with same specification products. | ||||||
| Use Condition | Ambient temperature: -25 +85 | |||||
| Applicable wire sizes: AWG #22#28 | ||||||
| Applicable PC board thickness: 1.6mm | ||||||
| Appearance and Dimension | Appearance: Product surface without defect, dirt, crack, and mechanical damage; contact without rust plating, not oxides and not peeled. | |||||
| Dimensions: According to drawings | ||||||
| Material | Part No. | Type | Material | Thickness | Finish | UL Rating |
| Terminal Contact | Brass | 0.50mm | Tin plating: 2.55 m | |||
| Housing Plastic | Nylon66 | UL94V-O | ||||
| Plastic Wafer | Nylon66 | UL94V-O | ||||
| Contact | Brass | 0.50mm | Tin plating: 2.55 m | |||
| Plastic Wafer | LCP | UL94V-0 | ||||
| Electrical Performance | Rated Voltage | 250V AC/DC | ||||
| Rated Current | 2A AC/DC | |||||
| Withstand Voltage | 800V AC (rms) for 1 minute between adjacent contacts (no breakdown or flashover) | Apply 800V 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 | 20m (Initial value) | 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 | ||||
| Mechanical Performance | Terminal crimping wire pullout force | AWG#22: 50N, AWG#24: 30N, AWG#26: 20N, AWG#28: 13N | Axial pullout force at a rate of 253mm per minute | |||
| Fixed terminals and hole seat fixing force | 12N | The terminal and hole seat are pulled apart at a rate of 253mm per minute along the wire direction | ||||
| Single contact withdrawal force | 0.3N | |||||
| Single contact insertion force | 5N | |||||
| Seat pull-out force | 15N | Exert a force on the pin end at a rate of 253mm per minute until the needle exits the seat | ||||
| Pin Retention Force | ||||||
| Durability | Durability cycles | 30 cycles | Mate connectors up to 30 cycles at a maximum rate of 10 cycles per minute prior to environmental test | |||
| Contact Resistance after durability | 40m | |||||
| Appearance after durability | No damage | |||||
| Vibration | Vibration test | Amplitude: 1.5mm p-p, Frequency: 10-55-10Hz/minute, Period: 2 hours for each direction (X, Y, Z axis) | Mate connector combination state, welded to PCB, tested for vibration | |||
| Current Discontinuity | Max 1 sec | During vibration test | ||||
| Contact Resistance after vibration | 40m | After vibration test | ||||
| Appearance after vibration | No damage | After vibration test | ||||
| Thermal Aging | High temperature aging test | Temperature: 852, Period: 96 hours continuously | Connector combination placed in a heating oven | |||
| Contact Resistance after aging | 40m | After aging test | ||||
| Appearance after aging | No damage | After aging test | ||||
| Temperature Rise | Temperature rise of contact | Measure temperature rise when maximum rated current is passed | Connector combination condition | |||
| Humidity | Constant temperature and humidity test | Temperature: 402C, Relative humidity: 90-95% (RH), Period: 96 hours continuously | Connector combination placed in a constant temperature and humidity chamber | |||
| Contact Resistance after humidity | 40m | After humidity test | ||||
| Insulation Resistance after humidity | 1000m | After humidity test | ||||
| Appearance after humidity | No damage | After humidity test | ||||
| Temperature Cycling | Temperature cycling test | -553C for 30min, 853C for 30min, with 10-15min transition time, Total 5 cycles | Connector combination subjected to thermal shock | |||
| Contact Resistance after cycling | 40m | After cycling test | ||||
| Insulation Resistance after cycling | 1000m | After cycling test | ||||
| Appearance after cycling | No damage | After cycling test | ||||
| Salt Spray | Salt spray test | Temperature: 353C, Concentration: 51% | Connector combination subjected to salt spray | |||
| Contact Resistance after salt spray | 40m | After salt spray test | ||||
| Appearance after salt spray | No damage | After salt spray test | ||||
| Solder Ability | Solder ability test | Solder temperature: 2455C, Immersion period: 3 0.5S | Placed in a tin soldering bath | |||
| Soldering area | 90% | |||||
| Resistance to Soldering Heat | Manual soldering | Soldering temperature: 350 5 C, Soldering time: 3 0.5S | DIP type needle solder position, 1.5mm from conductor end | |||
| Wave soldering | Soldering temperature: 260 5C, Soldering time: 5 0.5S | |||||
| Contact Resistance after soldering | 40m | After soldering test | ||||
| Appearance after soldering | No damage | After soldering test |
2310171743_HCTL-HC-PHB-2-6EY-05_C18548025.pdf
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