OMNIMATE Signal - Powerful compact connector with PUSH IN
Simple and safe connection for wires up to 1.5 mm²
When designing customised device connectivity products for modern applications, it is becoming increasingly important to find the perfect fit between device miniaturisation and increased device functionality. Our new double-row OMNIMATE B2CF Signal connector, in 3.5 mm pitch, has this perfect fit and enables a new generation of more compact installations.
This connector is easy to work with, despite the increased functionality being packed into a compact space. The PUSH IN direct-insert wire connection mechanism allows you to conveniently connect the signal wires. There are more useful features: the tool-free locking and unlocking, the touch-safe male header, and the outstanding clarity provided by easy-to-read markers that identify each terminal point.
Smaller devices with increased technical capabilities are being designed for more applications. They take advantage of more contacts packed onto a small surface and a large wire cross-section capacity.
2. Solid PUSH IN contacts
A safe, permanent connection is ensured by the optimised spring steel and specially-shaped contact element.
3. Large wire cross-sections
You can easily connect wires with cross-sections up to 1.5 mm² (when using wire-end ferrules) and up to 1.0 mm² (when using ferrules and plastic collars).
4. Convincing safety during use
This connector system is safe to use, with attractive features such as quick wire connections, tool-free locking and unlocking, and touch-safe design.
Clarity is enhanced with clearly legible markers at each terminal point and unique labelling of the installation position.
PUSH IN: the quick, tool-free, intuitive connection mechanism for prepared wires.
Halogen-free and IEC 60335
Halogen-free materials ensure future compatibility and extended approvals enhance the range of use for new device designs.
Convincing system accessories
Our matching accessories – including markers, light guides, strain relief and coding – improve operational safety and enable a professional design.