
TE Connectivity T2080033201-007 Socket, Insert for Contacts, 3+PE Pole Configuration, 16 – 8 AWG, 40 A, Crimp, Power
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Multiplier: 80
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Overview
- Manufacturer: TE Connectivity
- SKU: T2080033201-007
- Pole Configuration: 3+PE
- Current Rating: 40 A
- Connection Type: Crimp
Specifications
Application | Power |
Length | 33.8 mm |
Material | Polycarbonate |
Standard | IP20 |
Type | Rectangular Contact Inserts |

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Socket, Insert for Contacts, 2 Pole Configuration, 26 – 14 AWG, 10 A, Crimp, Power & SignalFrequently Asked Questions
What are the product descriptions for the HQ-003 connector?
The product descriptions for the HQ-003 connector are HQ-003-M, HQ-003-F, HQ-003-PM, and HQ-003-PF.
What is the contact resistance requirement for the HQ-003 connector?
The initial contact resistance must be a maximum of 3mΩ, and the final contact resistance change should be less than 50% of the initial value or ≤5 mΩ.
What are the temperature limits for the HQ-003 connector during testing?
The HQ-003 connector is tested at low temperatures of -40℃ and high temperatures of +125℃.
What is the insulation resistance of the HQ-003 connector?
The insulation resistance of the HQ-003 connector must be no less than 400MΩ when tested at 1000V DC for 60s.
What is the terminal retention force for the HQ-003 connector?
The terminal retention force must be a minimum of 50N for a single contact, with allowable axial movement not exceeding 1.0mm.
What are the vibration and shock test requirements for the HQ-003 connector?
The connector must withstand vibration tests (Class 1, Grade B) and shock tests (Class 1, Grade B) without functional damage or transient interruption exceeding 1μs.
What is the dielectric strength requirement for the HQ-003 connector?
The HQ-003 connector must not exhibit breakdown or arcing during dielectric strength testing, as per EN 61984 6.13.
What is the mechanical operation durability for the HQ-003 connector?
The HQ-003 connector must endure 500 mechanical operations without functional damage, following specific insertion and removal methods.
What is the corrosion resistance testing performed on the HQ-003 connector?
The connector undergoes corrosive testing, including mixed gas and sulfur dioxide corrosion tests, to ensure no functional damage.
What is the maximum allowable resistance for grounding measures in the HQ-003 connector?
The resistance between accessible metal parts and the grounding contact must not exceed 0.1Ω.
Frequently Asked Questions about TE Connectivity
What technical support does TE Connectivity offer?
TE Connectivity offers comprehensive technical support through multiple channels, including a dedicated technical hotline at 1-800-777-3300. The company provides advanced technical support with 3 dedicated support centers, a global technical hotline network, and delivers over 8,000 hours of technical training annually to ensure certified expertise across 25+ languages.
What environmental ratings do TE Connectivity products have?
TE Connectivity products feature robust environmental ratings across multiple standards, including NEMA Type 1, 2, 3, 3R, 4, 4X, 12, and 13 certifications, as well as IEC 60529 IP66 protection. Our enclosures are designed to withstand challenging industrial environments, with operating temperatures ranging from -40°C to 130°C, and include enhanced UV inhibitors for outdoor applications.
What certifications and standards do TE Connectivity products comply with?
TE Connectivity products meet rigorous international certifications and standards across industrial automation applications, including UL (United States), CSA (Canada), CE (European Community), and international safety standards. Our product lines are designed to comply with critical industrial certifications such as NEMA (Types 4, 4X, 6, 6P), IP ratings (IP65, IP66, IP67, IP69K), and industrial communication protocols including PROFINET, EtherNet/IP, and DeviceNet. We ensure comprehensive compliance through active participation in key industrial standards committees and maintaining ISO 9001 quality system certification.
What industries and applications are TE Connectivity products used for?
TE Connectivity products are engineered for critical industrial applications across multiple sectors, including industrial device manufacturing, automotive, robotics, food and beverage, material handling, alternative energy, and commercial vehicle industries. Their solutions span connectivity, power distribution, network communications, and sensor technologies that support complex industrial automation requirements, with a focus on robust connectivity solutions for challenging manufacturing environments.
What are the main product lines offered by TE Connectivity?
TE Connectivity offers a comprehensive range of industrial connectivity solutions including Cable Ties, Cable Cleats, Power Connectors, Grounding Connectors, Terminals, Safety Solutions, Identification Products, and Wiring Duct. Their product lines are designed for robust industrial applications, featuring various connection technologies like wave soldering, spring-cage connections, and mis-insertion protection across multiple electrical and connectivity categories.
What accessories are available for TE Connectivity products?
TE Connectivity offers a comprehensive range of communication and bus accessories for industrial automation systems, including communication terminal boards (CTB810, CTB811), bus extenders (horizontal and vertical models like cHBX01L/R, HBX01L/R, VBX01T/B), and bus terminators (TER800, TER810). These accessories are designed to enhance connectivity, power distribution, and communication capabilities for HN800 and CW800 controller systems, with options for left/right side mounting, power connections, and network termination.
How are TE Connectivity products typically installed?
TE Connectivity products are typically installed through professional commissioning services that include site audits, precise wiring verification, and both remote and on-site installation support. Our expert service engineers conduct comprehensive installation processes involving system verification, programming, communication testing, and personnel training to ensure optimal performance and reliability of the equipment.



