Robust connector Amphenol VN01 025 0039 1C designed for automation energy and transportation sectors
Product Overview
The Amphenol heavy|mate is a robust, modular metal connector line designed for harsh industrial environments. It offers reliable power, signal, and data transmission with high EMC protection and a secure locking system. Suitable for applications ranging from energy generation and transportation to factory automation, heavy|mate connectors are engineered for durability, high pole counts, and demanding conditions, ensuring secure and efficient interconnections.
Product Attributes
- Brand: heavy|mate
- Manufacturer: Amphenol Tuchel Industrial GmbH
- Origin: Germany (European offices mentioned)
- Material: Metal (housings), PA (modules), CuZn (contacts), CuSn (socket contacts for D series)
- Certifications: VDE, UL, CSA approvals
- IP Rating: IP65 to IP69K
- Corrosion Resistance: Yes
- Vibration Proof: Yes
- EMC Protection: Very good
- Locking System: Secure, robust metal levers
Technical Specifications
| Series | Rated Voltage | Rated Current | Number of Contacts | Termination | IP Rating | Key Features |
|---|---|---|---|---|---|---|
| heavy|mate A | 250 / 400 V | 10 A - 16 A | 3, 4, 10, 16, 32 | Screw | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | Low/high profile housings; Interchangeable with other makes (contact insert to contact insert/housing); First-to-mate last-to-break PE contact |
| heavy|mate D | 250 V (400 V~) | 10 A - 16 A | 7, 8, 15, 25, 40, 50, 64, 128 | Crimp (stamped/turned) | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | Standardized according to DIN EN 175 301-801; Interchangeable with other products according to standard; High protection against mismating; Restricted entry for socket inserts; Turned/stamped contacts available |
| heavy|mate DD | 250 V | 10 A | 24, 42, 72, 108 | Crimp, PCB | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | PCB adaptor available; Turned crimp contacts; HL3 acc. EN 45545: R22/23 |
| heavy|mate E | 500 V | 16 A | 6, 10, 16, 24, 48 | Screw, Crimp, Tension spring, Push-in | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | Interchangeable with other products; First-to-mate last-to-break PE contact; HL3 acc. EN 45545: R22/23 |
| heavy|mate EE | 500 V | 16 A | 10, 18, 32, 46 | Crimp | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | Turned crimp contacts; HL3 acc. EN 45545: R22/23 |
| heavy|mate EEE | 500 V | 16 A | 40, 64 | Crimp | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | Turned crimp contacts; HL3 acc. EN 45545: R22/23 |
| heavy|mate E / FE / KO | 500 V | 10 A | 6, 10, 16, 24 | Screw | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | Iron (FE) and Constantan (CO) contacts for measuring/control circuits; Minimized thermoelectric voltage errors; HL3 acc. EN 45545: R22/23 |
| heavy|mate F | Up to 1000 V | Up to 220 A | 1 - 108 | Crimp | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | Modular connector; Compatible with market standard; High combination possibilities; HL3 acc. EN 45545: R22/23 |
| heavy|mate K | Up to 830 V | Up to 80 A | 4, 4+2+, 6+36+, 4+8+ | Screw, Crimp | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | Power + signal mixed arrangement; HL3 acc. EN 45545: R22/23 |
| heavy|mate M | 63 - 1000 V | 5 A - 220 A | Various (e.g., 1, 2, 3, 4, 5, 10, 20 contacts) | Crimp | IP00/IP20 (pin/socket, unmated/mated) | Modular connector; More module slots than F series; High combination possibilities; HL3 acc. EN 45545: R22/23 |
| heavy|mate Q | Up to 690 V | Up to 40 A | 5+PE, 4+2+, 7+PE, 8+, 12+, 17+ | Crimp | IP00/IP20 (pin/socket) | Compact design; Metal housing option; HL3 acc. EN 45545: R22/23 |
| heavy|mate HSE | 400 V | 42 A | 6+ | Screw | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | 6 contacts; HL3 acc. EN 45545: R22/23 |
| heavy|mate HvE | Up to 660 V | 16 A | 3+2, 6+2, 10+2, 16+2 | Screw | IP00 (pin, unmated), IP20 (pin, mated), IP20 (socket) | 2 delayed mating contacts; HL3 acc. EN 45545: R22/23 (3-10 contacts) |
2411041531_Amphenol-VN01-025-0039-1C_C17298931.pdf