introduction
The HD-007-MC and HD-007-FC are compact 7-contact crimp inserts designed for 3A heavy-duty connector housings. The MC and FC versions form the male and female mating pair, with 7 contacts plus PE, making them suitable for compact power and signal connections.
technical Parameters
Contacts Number
7
Rated Current
10A
Rated Voltage
250V
Material
PC, Cooper Alloy
Color
Grey
Connector Method
Crimping Termination
Gender
Female/Male
Limiting Temperature
-40...+125℃
Flammablity UL 94
V0
Part Number
Male
09210073031
Female
09210073131
PC (Polycarbonate)
PC (Polycarbonate) is mainly used for the insulating parts of heavy-duty connectors. It offers good electrical insulation, impact resistance, dimensional stability, and heat resistance, helping protect the internal contacts and maintain reliable performance during long-term use.
Copper Alloy
Copper alloy is commonly used for the contacts because of its good electrical conductivity, mechanical strength, and corrosion resistance. With silver or gold plating, the contact surface can achieve better conductivity and resistance to oxidation, providing a more stable connection over time.
Products Drawings
HD-007-MC
HD-007-FC
Products overview
The inserts use copper-alloy contacts, available with silver or gold plating, while the crimp termination makes wiring straightforward and convenient for assembly and maintenance. With a compact design and reliable contact performance, the HD-007 series works well in industrial automation, machinery, control equipment and other applications where installation space is limited.
matching contacts
Choose the plan that suits you best.
CDSM
Material: Copper alloy with silver plated
Rated Current: 10A
Wire Gague: 0.14~2.5mm2
Gender: Male
CDSF
Material: Copper alloy with silver plated
Rated Current: 10A
Wire Gague: 0.14~2.5mm2
Gender: Female
CDGF
Material: Copper alloy with silver plated
Rated Current: 10A
Wire Gague: 0.14~2.5mm2
Gender: Male
CDGM
Material: Copper alloy with silver plated
Rated Current: 10A
Wire Gague: 0.14~2.5mm2
Gender: Female
Our factory & equipment
applications
As rail transit develops towards higher speeds and greater intelligence, the complexity of electrical connections in vehicle systems is also constantly increasing. From traction systems to control systems, and then to onboard communication and monitoring equipment, the various electrical connections are not only numerous but also have extremely high requirements for reliability and safety. Against this backdrop, modular heavy-duty connectors are gradually becoming an important solution for electrical connections in rail transit.
Hot Runner
In injection molding, how precisely the hot runner temperature is controlled has a direct impact on the final product quality. The temperature controller, as the key unit in the system, relies on stable electrical connections with the various hot runner components. Heavy-duty connectors play an important role here-they act as a reliable interface within the temperature control system, helping ensure that both power and temperature signals are transmitted accurately and consistently, even in demanding working conditions.
Zhejiang Haoke Electric Co., Ltd. (ZJHK) focuses on the R&D and manufacturing of heavy-duty connectors. Since entering the industry, we have kept our attention on this field and gradually built a complete product range covering HA, HE, HEE, HEEE, HD, HDD, HSB, HK, HQ and HM series, with thousands of possible combinations.
Our team includes experienced technical staff, production personnel and quality specialists, allowing us to handle product development, customization and daily orders in-house. The company also has its own mold and production capabilities, with an annual capacity of around 1.5 million sets of heavy-duty connectors.
01
High Quality
02
Advanced Equipment
03
Professional Team
04
Custom Service
Our address
No.166, Huapu Road, Wengyang Industrial Park.Yueqing City, Zhejiang Province, China 325600
Phone Number
+86 18067786591
Hot Tags: 7pin high density 10a inserts, China, manufacturers, suppliers, factory
