Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
EMAS EB0812CF00 EMAS EBM 12 POLES 2*(4*80A+2*16A) CONTACT MALE INSERT
EMAS EB0812CF00 is the six-contact male insert for positions 7–12 of an EBM 12-pole mixed-current connector system, providing four 80 A contacts and two 16 A contacts with 690 V insulation voltage and 6 kV impulse withstand capability.
£18.43
Why Choose the EMAS EB0812CF00 6-Contact Male Insert?
The EMAS EB0812CF00 is a specialised 6-contact male multipole connector insert designed as the 7–12 contact section of an EMAS 12-pole heavy-duty connector assembly. Part of the EMAS EB Series, it combines 4 × 80 A power contacts and 2 × 16 A auxiliary contacts, allowing high-current and lower-current circuits to be carried through the same industrial connector system.
For a complete 12-pole 2 × (4 × 80 A + 2 × 16 A) arrangement, the EB0812CF00 is used alongside the EB0806CF00 male insert for positions 1–6. The EB0812CF00 itself carries positions 7–12, providing the second six-contact section of the 12-pole connector configuration.
Manufactured to TS EN 61984, the EB0812CF00 has an insulation voltage of 690 V, impulse withstand voltage of 6 kV and insulation resistance of at least 10 MΩ at 500 V DC. A minimum mechanical life of 500 mating operations makes it a dependable choice for serviceable industrial power and control connections.
Key Advantages
- Forms the 7–12 section of a 12-pole mixed-current connector assembly.
- Combines 4 × 80 A power contacts and 2 × 16 A auxiliary contacts.
- Male insert designed to mate with the corresponding EB0812CP00 female insert.
- Can be combined with EB0806CF00 to create the male side of the full 12-pole arrangement.
- 690 V insulation voltage with 6 kV impulse withstand capability.
- Minimum 500-operation mechanical life supports repeated connection and disconnection.
Key Features
- EMAS EB Series multipole connector insert.
- 6 male contacts representing positions 7–12.
- Designed for a complete 12-pole, 2 × (4 × 80 A + 2 × 16 A) connector system.
- Contact configuration of 4 × 80 A + 2 × 16 A.
- Insulation voltage of 690 V.
- Impulse withstand voltage of 6 kV.
- AC-15 utilisation category.
- Manufactured to TS EN 61984.
12-Pole Mixed-Current Connectivity for Industrial Equipment
The EMAS 12-pole mixed-current connector system uses two six-contact inserts to provide a total of 8 × 80 A power contacts and 4 × 16 A auxiliary contacts. The EB0806CF00 provides positions 1–6, while the EB0812CF00 provides positions 7–12. This modular arrangement allows substantial power and auxiliary circuits to be combined within one heavy-duty connector assembly.
The EB0812CF00 mates with the EB0812CP00 female insert for positions 7–12. When combined with the appropriate first insert and installed within compatible EMAS EBM hoods and housings, the system provides a serviceable detachable connection for machinery and industrial equipment. Compatible complete enclosure assemblies can achieve IP65 protection when correctly assembled with a suitable cable gland.
Typical Applications
- Industrial machinery and machine building.
- High-current motor and equipment connections.
- Automation and robotic systems.
- Production and processing machinery.
- Combined high-current power and auxiliary circuits.
- Heavy-duty 12-pole detachable connector assemblies.
Technical Specifications
Tick the specs you need, then view products that match.
| Contact Gender | Male | |
|---|---|---|
| Device Type | Insert / Module | |
| Contacts | 12 poles | |
| Manufacturer | EMAS | |
| Series | EB Series | |
| Model / MPN | EB0812CF00 | |
| Product type | Male multipole connector insert | |
| EMAS designation | Insert Plug | |
| Gender | Male | |
| Contacts in this insert | 6 | |
| Contact positions | 7–12 | |
| Complete connector configuration | 12 poles, 2 × (4 × 80 A + 2 × 16 A) | |
| Current configuration per insert | 4 × 80 A + 2 × 16 A | |
| Insulation voltage (Ui) | 690 V | |
| Impulse withstand voltage (Uimp) | 6 kV | |
| Utilisation category | AC-15 | |
| Dielectric strength, body to contact | 1890 V AC | |
| Dielectric strength, contact to contact | 3000 V AC | |
| Insulation resistance | Minimum 10 MΩ at 500 V DC | |
| Mechanical life | ≥500 operations | |
| Electrical life | ≥100 operations | |
| Maximum mechanical operating frequency | 240 operations/hour | |
| Maximum electrical operating frequency | 120 operations/hour | |
| Standard | TS EN 61984 | |
| Product certifications / marks | CE, TSE, SEPRO, UKCA | |
| Contact block recognition | UR | |
| Corresponding female insert | EB0812CP00 | |
| Complementary male insert for positions 1–6 | EB0806CF00 |
Frequently Asked Questions
Is the EMAS EB0812CF00 a 6-pole or 12-pole insert?
The EB0812CF00 physically provides six contacts numbered 7–12. It is designed as the second insert in an EMAS 12-pole connector system, where it is used alongside the EB0806CF00 insert for positions 1–6.
What is the current configuration of the EB0812CF00?
The EB0812CF00 contains 4 × 80 A contacts and 2 × 16 A contacts. A complete 12-pole system using both male inserts therefore provides two sets of this configuration.
What female insert mates with the EB0812CF00?
The corresponding female insert is the EMAS EB0812CP00, which provides the mating female contacts for positions 7–12.
Which insert is used for positions 1–6?
The EMAS EB0806CF00 male insert provides positions 1–6 and is used alongside the EB0812CF00 when constructing the complete male side of the 12-pole mixed-current connector system.
What are the insulation ratings of the EB0812CF00?
The EB0812CF00 has an insulation voltage of 690 V, an impulse withstand voltage of 6 kV and an insulation resistance of at least 10 MΩ at 500 V DC.
Trusted Industrial Connectivity from EMAS
EMAS EB Series mixed-current connector inserts provide high-current power and auxiliary connectivity within serviceable heavy-duty connector systems for machinery, automation equipment and demanding industrial installations.
