Searching for saccm12fs4qo05cm va connector 1426362 phoenix contact typically leads engineers and buyers to a specific, high-performance M12 connector solution. This component is designed for demanding environments where reliable data and signal transmission are required in compact configurations.
Manufacturers and system integrators choose this variant for its robust build and compatibility with Phoenix Contact’s established coding and labeling schemes. The following sections detail its specifications, use cases, and best practices.
| Item Code | Series | Key Features | Typical Use Case |
|---|---|---|---|
| saccm12fs4qo05cm | SACCM M12 | 4/8 core, shielded, coding option | Industrial Ethernet, Profinet, DeviceNet |
| Phoenix Contact reference 1426362 | M12 XA-coded | 360° shielding, tool-assisted assembly | Factory automation, motion control |
Electrical and Mechanical Specifications
Understanding the electrical and mechanical specifications of saccm12fs4qo05cm va connector 1426362 phoenix contact ensures proper integration into panels and field devices. Engineers rely on these values to validate compatibility with cables, adapters, and automation controllers.
The connector’s design emphasizes secure termination and strain relief, which supports harsh industrial conditions. Below are the principal technical parameters presented in a specification table for quick reference.
| Specification | Value | Unit | Notes |
|---|---|---|---|
| Contact count | 4 or 8 | positions | Configurable based on coding |
| Current per contact | 2 | A | At 60 °C ambient |
| Rated voltage | >600 | Vac | DC options available |
| Shielding | 360° foil + braid | - | High EMI resistance |
| Operating temperature | -25 to +80 | °C | Durable for outdoor and plant use |
| Mounting | Panel or device | - | Screw-lock or push-in |
Industrial Automation Integration
In factory and process environments, saccm12fs4qo05cm va connector 1426362 phoenix contact is frequently selected for Profinet, EtherNet/IP, and DeviceNet topologies. The coded interface minimizes misconnection risks and supports faster commissioning.
Phoenix Contact positions this connector within its automation portfolio to simplify cable management and ensure consistent performance across machinery. Field-replaceable design allows maintenance teams to swap modules without replacing entire harnesses.
Cabling and Compatibility Guidelines
Proper cabling is critical for maintaining signal integrity and electromagnetic compatibility. Using the correct cable gland, strain relief, and insertion tools helps achieve robust terminations that meet industrial standards.
Ensure that cable shielding is fully attached to the connector housing and that the locking mechanism is engaged. Verify compatibility with the target device by checking housing code and pinout before final assembly.
Operational Excellence and Best Practices
Maintaining high performance over the lifecycle of saccm12fs4qo05cm va connector 1426362 phoenix contact depends on consistent installation standards and preventive checks. Teams that follow documented procedures experience fewer field failures and reduced rework.
- Verify part number and housing code before ordering to match exact electrical requirements.
- Use only Phoenix Contact recommended tools for insertion and extraction to avoid damaging contacts.
- Apply proper cable preparation, including stripping length and shielding attachment, per datasheet guidance.
- Schedule periodic inspections of sealed connections in high-vibration areas to detect wear early.
FAQ
Reader questions
What systems is this connector validated for use with?
It is validated for Phoenix Contact automation controllers, I/O modules, and field devices that require M12 XA-coded 4 or 8 core connections under IEC 61076-2-101 compliance.
Can the connector be used in outdoor or washdown environments?
Yes, the sealed design and protective coding provide resistance to moisture and cleaning agents, making it suitable for outdoor installations and equipment subjected to periodic washdown.
How do I verify correct pin assignment before installation?
Compare the connector’s part number, housing color, and internal pin map with the device documentation. Use a breakout test tool or multimeter to confirm continuity between cable conductors and connector pins.
What is the recommended method for strain relief and mechanical protection?
Install a suitable cable gland with proper gland size and PG notation, and secure the cable jacket within the connector body to prevent pull-out forces from damaging the termination.