Hirose IX40G-A-10S-CVL2 Cable Connector Left Angle
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Hirose IX40G-A-10S-CVL2(7.0) is an A-Key IX Industrial right-angle plug developed for upward-oriented cable routing in compact industrial equipment.
Its defining feature is the 90° upward cable exit, allowing an Ethernet cable to immediately route toward equipment or cable ducts located above the port rather than projecting outward before bending.
Core Advantages
As a premier upward-exit Industrial Ethernet plug engineered by Premier Cable, this product is crafted for routing topologies aiming for extreme space efficiency in smart factories. Breaking the spatial bounds of legacy horizontal lines, this 90° upward industrial connector delivers 10GbE-level full-duplex network throughput within a tiny envelope just 25% the size of an RJ45.
Stable Connectivity
This micro-scale high-speed data communication plug is injected with high-spec industrial ruggedness. Its precision-engineered metal locking mechanism provides a crisp tactile click upon mating; paired with dual-sided retention springs, it suppresses contact resistance volatility to milliohm levels even under multi-axis twisting and high-frequency robotic vibration, ensuring zero-dropout connectivity.
Installation Requirements
To suit high-density cabinet networking requiring reliable field-assembly speed, this component adopts a widely spaced solder type termination layout. Insulation barriers sit between pads to prevent short-circuits during high-heat soldering iron operations, while its metal tail strain-relief clamp achieves robust clenching over various industrial shielded twisted-pair cables.
What bottom-mounted or low-positioned equipment is this 90° upward IX Industrial connector suitable for?
◆ Low-Profile Cabinet Distribution: Bottom expansion modules of DIN-rail PLCs, industrial switches mounted low in cabinets, and low-height distributed chassis with bottom cable entry.
◆ Motion Control & Intralogistics: Stacker crane controllers, heavy-duty AGV chassis control boxes, and multi-axis shuttle communication networks on logistics sorting lines.
◆ Bottom-View Machine Vision: High-speed industrial cameras reverse-mounted beneath conveyors, bottom-surface wafer inspection vision arrays, and inverted industrial barcode readers.
◆ Network Routing & Edge Computing: Modular edge computing boxes, compact fieldbus gateways (PROFINET/EtherCAT), and embedded in-vehicle industrial computers.
Product Features
● 90° Upward Routing with Reduced Cable Stress
The 90° upward cable exit directs the cable immediately toward overhead wiring ducts or equipment, avoiding the outward projection and forced bending commonly associated with straight plugs. For low-positioned interfaces, this routing helps reduce cable sag, root bending stress, and long-term mechanical fatigue while minimizing rear clearance and improving cabinet cable organization.
● A-Key Foolproofing with Secure Metal Locking
Precise A-Key mechanical coding helps prevent incorrect mating in complex industrial systems, while the secure metal locking structure maintains stable engagement under continuous vibration and mechanical shock. This combination improves connection reliability in robotics, motion control, and automated machinery while reducing the risk of intermittent network disconnection.
● Compact High-Density Design with Optimized Vertical Routing
The compact IX Industrial interface, combined with a 90° upward cable exit, reduces both connector footprint and cable-bending space. This enables higher port density in slim PLCs, industrial switches, remote I/O modules, and edge gateways while allowing cable ducts to be positioned above the equipment for cleaner routing, better visibility, and more efficient cabinet space utilization.
● Solder Termination with Full Metal Shielding for Long-Term Reliability
High-reliability solder termination provides a stable electrical connection between conductors and contacts, while strain-relief design helps reduce the effects of temperature variation, tensile stress, and long-term operation. Combined with the metal shell and continuous shielding structure, it also supports effective EMC protection against broadband noise generated by servo drives, inverters, motors, and high-frequency switching equipment.
Frequently Asked Questions
Q1: Does the upward-exit configuration catch dust or moisture inside shallow control boxes, threatening a short circuit?
A1: Not at all. Although the cable exits upward, the assembly features a tight rubber grommet and high-compression shell clamp. Moisture and factory oil cannot migrate down the cable jacket, and fully compartmentalized internal solder pads deliver robust self-protection.
Q2: Is the metal latch on this CVL2 (upward) identical to the CVL1 (downward) variant? Are they blind-mate interchangeable?
A2: Both interfaces adhere strictly to the IEC 61076-3-124 A-Key standard, meaning they mate with identical panel receptacles. However, since their cable exit trajectories are diametrically opposed, please verify upper physical clearances during blind mating to avoid interference with overhead wire ducts.
Q3: Why choose upward cabling instead of a straight plug?
A3：When cable ducts, upstream switches or controllers are located above the port, CVL2 provides a direct upward route without requiring a straight cable to project outward before bending.
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