PCB connectors are used for connecting conductors to printed circuit boards for the transmission of signals, data, and power. With pitches ranging from 2.5 mm to 15 mm and current strengths of up to 125 A, you will always find the right solution for your device or control cabinet design in our class XS to XL COMBICON range. The connection methods and mounting types of this connection technology provide a high level of flexibility for almost all applications.
More informationShield connection, Shield connection clamp, connection method: Spring-cage connection, product range: Accessories, width: 11 mm
PCB connector, nominal cross section: 2.5 mm2, color: green, nominal current: 12 A, rated voltage (III/2): 320 V, contact surface: Tin, contact connection type: Socket, number of potentials: 3, number of rows: 1, number of positions: 3, number of connections: 3, product range: MSTB 2,5/..-ST, pitch: 5.08 mm, connection method: Screw connection with tension sleeve, screw head form: L Slotted, conductor/PCB connection direction: 0 °, locking clip: - Locking clip, plug-in system: COMBICON MSTB 2,5, locking: without, mounting: without, type of packaging: packed in cardboard
PCB connector, nominal cross section: 2.5 mm2, color: green, nominal current: 12 A, rated voltage (III/2): 320 V, contact surface: Tin, contact connection type: Socket, number of potentials: 2, number of rows: 1, number of positions: 2, number of connections: 2, product range: MSTB 2,5/..-ST, pitch: 5.08 mm, connection method: Screw connection with tension sleeve, screw head form: L Slotted, conductor/PCB connection direction: 0 °, locking clip: - Locking clip, plug-in system: COMBICON MSTB 2,5, locking: without, mounting: without, type of packaging: packed in cardboard
PCB connector, nominal cross section: 2.5 mm2, color: green, nominal current: 12 A, rated voltage (III/2): 320 V, contact surface: Tin, contact connection type: Socket, number of potentials: 4, number of rows: 1, number of positions: 4, number of connections: 4, product range: MSTB 2,5/..-ST, pitch: 5.08 mm, connection method: Screw connection with tension sleeve, screw head form: L Slotted, conductor/PCB connection direction: 0 °, locking clip: - Locking clip, plug-in system: COMBICON MSTB 2,5, locking: without, mounting: without, type of packaging: packed in cardboard
PCB connector, nominal cross section: 2.5 mm2, color: green, nominal current: 12 A, rated voltage (III/2): 320 V, contact surface: Tin, contact connection type: Socket, number of potentials: 6, number of rows: 1, number of positions: 6, number of connections: 6, product range: MSTB 2,5/..-ST, pitch: 5.08 mm, connection method: Screw connection with tension sleeve, screw head form: L Slotted, conductor/PCB connection direction: 0 °, locking clip: - Locking clip, plug-in system: COMBICON MSTB 2,5, locking: without, mounting: without, type of packaging: packed in cardboard
Coding profile, is inserted into the slot on the plug or inverted header, red insulating material
PCB connector, nominal cross section: 2.5 mm2, color: green, nominal current: 12 A, rated voltage (III/2): 320 V, contact surface: Tin, contact connection type: Socket, number of potentials: 10, number of rows: 1, number of positions: 10, number of connections: 10, product range: MSTB 2,5/..-ST, pitch: 5.08 mm, connection method: Screw connection with tension sleeve, screw head form: L Slotted, conductor/PCB connection direction: 0 °, locking clip: - Locking clip, plug-in system: COMBICON MSTB 2,5, locking: without, mounting: without, type of packaging: packed in cardboard
PCB headers, nominal cross section: 1.5 mm2, color: black, nominal current: 8 A, rated voltage (III/2): 160 V, contact surface: Tin, contact connection type: Pin, number of rows: 2, number of positions: 12, product range: DMC 1,5/..-G1-LR-THR, pitch: 3.5 mm, mounting: THR soldering, pin layout: Linear pinning, solder pin [P]: 2 mm, number of solder pins per potential: 1, plug-in system: COMBICON DFMC 1,5, Pin connector pattern alignment: Standard, locking: Snap-in locking, mounting: Lock + Release, type of packaging: packed in cardboard
PCB connector, nominal cross section: 2.5 mm2, color: green, nominal current: 12 A, rated voltage (III/2): 320 V, contact surface: Tin, contact connection type: Socket, number of potentials: 5, number of rows: 1, number of positions: 5, number of connections: 5, product range: MSTB 2,5/..-ST, pitch: 5.08 mm, connection method: Screw connection with tension sleeve, screw head form: L Slotted, conductor/PCB connection direction: 0 °, locking clip: - Locking clip, plug-in system: COMBICON MSTB 2,5, locking: without, mounting: without, type of packaging: packed in cardboard
PCB connector, nominal cross section: 1.5 mm2, color: green, nominal current: 8 A, rated voltage (III/2): 160 V, contact surface: Tin, contact connection type: Socket, number of potentials: 3, number of rows: 1, number of positions: 3, number of connections: 3, product range: MC 1,5/..-ST, pitch: 3.81 mm, connection method: Screw connection with tension sleeve, screw head form: L Slotted, conductor/PCB connection direction: 0 °, plug-in system: COMBICON MC 1,5, locking: without, mounting: without, type of packaging: packed in cardboard
PCB connectors are used in devices and control cabinets. They generally consist of two components: The header soldered to the PCB and the connector. SKEDD direct connectors, which can be plugged onto and removed from the printed circuit board as single parts, are an exception to this.
| PCB connectors | |
|---|---|
| Conductor cross-section | 0.14 mm² (26 AWG) to 35 mm² (2 AWG) |
| Currents | Up to 125 A (IEC) / 115 A (UL B, C) |
| Voltages | Up to 1,000 V (IEC) / 600 V (UL) |
| Connection technologies | Screw, spring, lever, and crimp connection for various connection directions |
| Pitch | 2.5 to 15 mm |
| Flexible combination | Board-to-board, wire-to-board, and wire-to-wire connections; also as assembled solutions |
| Special mounting technology | SKEDD direct-connection technology |
Adapt standard items to your requirements with our configurators. Select the color version, printing, and codings. The configurators offer customization options for more than 6,000 available article versions from 150 product families.
Main features
Main features
Main features
Main features
Main features
The LPC series PCB connectors with lever-actuated Push-in spring connection are particularly suitable for applications in renewable energies, battery storage systems, automation, and machine building.
Discover the added value that these connectors offer for the development and implementation of your devices in the adjacent 3D view.
Power distribution across devices can be implemented easily using PC 6/...-ST-BUS PCB connectors for energy bus systems. The connectors enable fast conductor installation without preparation.
High-density PCB connectors can be installed securely on the PCB by means of Push-in connection. The integrated armature and the gold-plated contact system provide a secure hold and high transmission reliability.
The PCB connectors in the PTS clip series are ideal for use in building automation. With the standard snap-in geometry, it can be latched onto two-piece electronics housings without using any tools. Cost-optimized pin strips are used to make contact with the PCB.
PCB connectors are predominantly used where PCBs are assembled flexibly and where it must be possible to change the PCB connection technology depending on the application. They enable rapid conductor mounting – and with Push-in connection technology, even without special tools. The easy plugging and removal simplifies repairs and maintenance. Common applications include:
The product range features versatile connection options, from the classic screw connection right through to the convenient Push-in spring connection. Your respective application is the deciding factor as to which connection method is suitable. The following fundamental connection methods – and many more – are available for your applications.
The screw connection is maintenance-free and, with the multi-conductor connection, provides a high level of flexibility and a high load-carrying capacity. Connections with a wire guard are particularly suitable for semi-industrial applications in building automation and telecommunications. With connections via tension sleeve, you can ideally connect industrial applications with high standards for contact reliability. The front screw connection is suitable for narrow device fronts and PCB racks.
Be it Push-in or leg spring, the spring principle enables fast and tool-free conductor connection. Solid conductors and conductors with ferrules are simply inserted into the push-in terminal point and released by actuating the color-coded lever. When connecting and releasing fine-stranded conductors without ferrules, the terminal point can also be opened via the integrated spring lever.
With the lever-actuated Push-in connection you can connect PCB connectors and PCB terminal blocks reliably and conveniently. The color-coded actuation lever enables intuitive installation. The tool-free lever principle allows time-saving connection and release of conductors with or without ferrules.
Crimp connection technology enables fast, inexpensive connection for cables that have to be assembled in large volumes. The connection between the wire and crimp contact is established using crimping pliers or a crimping device. Next, the crimp contact is snapped into the connector housing.
Pierce connection is a reliable connection technology that does not require conductor pretreatment. Contact is made by inserting the conductors into the corresponding guide in the transparent cover of the connector. On closing, the pierce contacts pierce through the conductor insulation.
The range of PCB connectors and headers features solutions for different production methods, such as wave soldering and SMT soldering. You can therefore assemble and reliably process printed circuit boards manually or automatically.
Wave soldering is the classic soldering process for manufacturing electronic modules that are predominantly assembled with through-hole components. The soldering contact inserted through the PCB and the soldering on the bottom of the PCB are characteristic of this soldering process.
Surface mount technology (SMT) is used for surface mounting components. The components are assembled on the PCB surface in solder paste and soldered using the reflow soldering process. This method requires special components with corresponding surface contacts.
Through-hole reflow soldering (THR) enables the integration of through-hole components made from high-temperature material into the SMT reflow process. During this process, the push-through contacts are assembled in the bore holes filled with soldering paste and soldered in the reflow soldering process.
Direct plug-in is a solder-free mounting technology that does away with pin strips. The plug contacts the corresponding pads on the edge of the PCB directly. These pads must be provided in the PCB layout.
SKEDD is an innovative mounting technology that connects PCB connectors directly to the PCB via through-contacted bore holes. Mounting is tool-free and no additional header is required. Body-bound rivets ensure a reliable and vibration-resistant connection.
Phoenix Contact PCB connectors feature a large number of convenient functions and an extensive range of accessories for increased user-friendliness during connection and maintenance.
We recommend an additional interlock system to prevent vibrations from releasing components too easily: Systems such as latching flanges, Click and Lock, and Lock and Release lock automatically without tools. As an alternative, versions with screw flange are available for all performance classes.
Inverted connectors and headers provide the option of designing PCB and device outputs that are protected against accidental contact. Further, they also enable PCB/PCB and cable/cable connections to be realized.
TWIN connectors for connecting two conductors on one connection position are also suitable, depending on the size, for looping signals through, and for potential and power distribution.
All connectors for power electronics have an integrated double steel spring – an additional safety feature in the event of power and temperature fluctuations. The additional pressure of the double spring on the contact prevents contact corrosion and thereby ensures stable contacts over the long term.