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.
TMAV2432 Ilme Thermoplastic hood 4 pegs top entry M32 Size 104.27
Ilme TMAV24.32 is a T-TYPE size 104.27 thermoplastic multipole connector hood with four locking pegs, an M32 top cable entry and IP65 protection for industrial connector assemblies.
£5.51
Why Choose the Ilme TMAV24.32 Thermoplastic Hood?
The Ilme TMAV24.32 is a durable thermoplastic multipole connector hood from the Ilme T-TYPE series, designed to protect compatible connector inserts and cable terminations in industrial applications. Featuring the size 104.27 enclosure format, four locking pegs and an M32 top cable entry, it provides a practical cable-mounted enclosure for detachable power, control and signal connections.
Its insulating thermoplastic construction makes the TMAV24.32 well suited to machinery, factory automation and general industrial equipment. The four-peg closing interface is designed to engage with the locking levers of a compatible Ilme housing, while the M32 top-entry arrangement provides a direct route for vertically approaching cabling through a suitable cable gland or accessory.
The TMAV24.32 provides an IP65 degree of protection when correctly assembled and locked with compatible components. Combining the larger size 104.27 interface with a top-entry M32 thread and secure four-peg coupling, it offers a dependable enclosure solution for industrial multipole connector assemblies.
Key Advantages
- Durable thermoplastic construction for industrial connector applications.
- Size 104.27 interface for compatible Ilme multipole inserts and housings.
- Four locking pegs provide secure coupling with compatible lever-equipped housings.
- M32 top cable entry supports straightforward vertical cable routing.
- IP65 protection when correctly assembled with suitable mating components.
- Insulating enclosure construction suitable for industrial electrical connections.
- Cable-mounted design supports detachable machinery and equipment connections.
Key Features
- Ilme T-TYPE series.
- Thermoplastic multipole connector hood.
- Size 104.27 enclosure format.
- Four-peg closing interface.
- M32 threaded cable entry.
- Top-entry cable orientation.
- IP65 degree of protection when correctly assembled.
- Insulating thermoplastic enclosure construction.
- Designed for compatible Ilme multipole connector inserts.
- Suitable for mating with compatible lever-equipped housings.
- Suitable for industrial power, control and signal connections.
Reliable Top-Entry Protection for Industrial Connections
Multipole connector hoods provide mechanical and environmental protection for connector inserts, contacts and conductor terminations while creating a defined cable-entry point. The Ilme TMAV24.32 combines a size 104.27 enclosure with an M32 top entry, making it particularly useful where cabling approaches the connector vertically.
The four locking pegs are designed to engage with the levers of a suitable compatible Ilme housing, producing a secure but detachable connector assembly. When correctly assembled and locked with appropriate components, the IP65 enclosure system helps protect the electrical connection against dust and water jets in industrial environments.
Typical Applications
- Industrial multipole connector assemblies.
- Machine building and OEM equipment.
- Factory automation systems.
- Manufacturing and processing machinery.
- Control panel and machine wiring connections.
- Material handling and conveyor systems.
- Detachable industrial power, control and signal wiring.
Technical Specifications
Tick the specs you need, then view products that match.
| Cable Entry | Top entry M32 | |
|---|---|---|
| Device Type | Hood | |
| Frame Size | 104.27 | |
| Housing Material | Thermoplastic | |
| IP Rating | IP65 | |
| HS Code | 85389099 | |
| Country of Manufacture | Italy | |
| Manufacturer | Ilme | |
| Series | T-TYPE | |
| Model | TMAV24.32 | |
| Alternative part number | TMAV 24.32 | |
| Product type | Thermoplastic multipole connector hood | |
| Multipole size | 104.27 | |
| Closing type | 4 pegs | |
| Cable entry orientation | Top entry | |
| Cable entry thread | M32 | |
| Protection rating | IP65 when correctly assembled | |
| Housing material | Insulating thermoplastic | |
| Mounting configuration | Cable mounted | |
| Application | Industrial multipole connector enclosure |
Frequently Asked Questions
What is the Ilme TMAV24.32 used for?
The TMAV24.32 is a thermoplastic multipole connector hood used to protect compatible Ilme connector inserts, contacts and cable terminations in industrial machinery, automation and equipment installations.
What size is the Ilme TMAV24.32?
The TMAV24.32 uses the Ilme size 104.27 enclosure format for compatible multipole connector inserts and mating components.
What cable entry does the TMAV24.32 have?
The hood features an M32 threaded top cable entry, allowing the cable to approach and enter the connector vertically through an appropriate cable gland or accessory.
How does the Ilme TMAV24.32 connect to a mating housing?
The TMAV24.32 has four locking pegs designed to engage with the locking levers of a compatible Ilme housing, securing the mating connector components together.
What is the IP rating of the Ilme TMAV24.32?
The TMAV24.32 provides an IP65 degree of protection when correctly assembled and locked with suitable compatible connector components.
Where is the Ilme TMAV24.32 typically used?
The TMAV24.32 is suitable for machinery, factory automation, control systems, production equipment and other industrial applications requiring a detachable size 104.27 multipole connection with an M32 top cable entry.
Trusted for Industrial Multipole Connections
Ilme T-TYPE thermoplastic connector hoods provide durable, electrically insulating protection for industrial multipole connections, combining secure locking interfaces, practical cable-entry configurations and effective ingress protection for machinery, automation and equipment installations.
