Weidmüller 1005461000 SAIL-ZW-M12BG-3-10U M12 Sensor-Actuator Adaptor Cable
The Weidmüller 1005461000 SAIL-ZW-M12BG-3-10U is a 10 m M12 sensor-actuator adaptor cable designed for industrial installations that require longer routing distances. It is a 3-pole, A-coded cable with a twin-cabling format, one straight male M12 connector, and two straight female M12 connectors. In large machine layouts, distributed field installations, or systems where the connection path runs across frames or moving assemblies, this longer version provides clear practical value.
Why a 10 m M12 Cable Is Different
A 10 m cable is not simply a longer version of a short patch lead. In industrial use, longer lengths change routing strategy, cable management, and installation planning. The Weidmüller 1005461000 is designed for exactly that context. It allows engineers and installers to bridge wider distances without introducing extra joints or fragmented cabling. That can help reduce connection points, simplify layout planning, and support a cleaner maintenance structure.
The cable is part of the Weidmüller sensor-actuator line family and is built around the IEC 61076-2-101 M12 connector standard. The connectors are A-coded, which supports standardized use in many common automation signal applications. Because the cable uses a ready-to-connect molded construction, it fits well into installations where field reliability is more important than on-site custom assembly.
Technical Characteristics
Official product data lists the SAIL-ZW-M12BG-3-10U as a 3-pole M12 / M12 connecting line with twin cabling, no shielding, no LED, and a halogen-free PUR sheath. The cable length is 10 m and the net weight is approximately 503 g. The product family information also identifies straight male and straight female connector geometry, which is important for routing and installation planning.
Representative detailed series data for this design includes 4 A rated current, 250 V rated voltage, gold-plated contacts, 0.34 mm² conductors, 3.8 mm ± 0.15 mm cable diameter, drag-chain suitability, and tightening torque of 0.8 to 1.2 Nm for M12 connections. The cable family is also described as oil-resistant and resistant to hydrolysis and microbes, with flame-retardant characteristics aligned to UL1581 UL/CUL FT2 and IEC 60332-2-2. Those details matter in larger installations because longer cable runs are often exposed to more complex mechanical and environmental conditions.
Weidmüller 1005461000 Ideal Use Cases for the 10 m Version
The Weidmüller 1005461000 M12 adaptor cable is especially suitable for machine sections spread over longer distances, extended conveyor lines, process automation layouts, field wiring between remote sensors and central devices, and distributed equipment topologies. In such cases, a short cable would create unnecessary limitations, while a longer industrial-ready cable supports more efficient routing from the start.
Clear product naming is also essential in technical content. Search terms such as Weidmüller 1005461000 cable, SAIL-ZW-M12BG-3-10U M12 adaptor cable, and Weidmüller 10 m sensor-actuator cable are more useful than generic language because they match how industrial buyers and engineers actually search for specific connection components.
Weidmüller 1005461000 FAQ
What is the Weidmüller 1005461000 used for?
It is used as a ready-to-connect industrial M12 sensor-actuator adaptor cable where a long 10 m routing distance is required.
How long is SAIL-ZW-M12BG-3-10U?
The cable length is 10 m.
How many poles and what coding does it use?
The cable is a 3-pole A-coded M12 design.
Is the cable shielded?
No. The official product information states that it is unshielded.
What sheath material is used on this cable?
The cable uses a halogen-free black PUR sheath.
Why would a 10 m industrial M12 cable be preferred?
It is preferred when equipment is spread out and a single longer cable can simplify routing, reduce connection breaks, and support cleaner installation across a larger machine or field layout.
For more information about Weidmüller, M12 industrial cabling, and sensor-actuator solutions, reviewing the wider connectivity range can help with application-specific selection.