Weidmüller SAIL-M8G-3-10U Sensor Cable Overview
The Weidmüller SAIL-M8G-3-10U sensor-actuator cable is a pre-assembled industrial connectivity product built for reliable sensor and actuator integration over longer cable runs. Also referenced as Weidmüller 1824591000 sensor cable, this model is designed with an M8 straight pin connector on one side and a free conductor end on the other, making it suitable for a wide range of field-level wiring applications in automation and machinery.
What the Weidmüller SAIL-M8G-3-10U is
The Weidmüller SAIL-M8G-3-10U is a sensor/actuator cable with 3 poles, a 10 m length, a straight M8 pin connector, and a free conductor end. It is unshielded, has no LED indication, and uses a PUR halogen-free black sheath. The product is described as an assembled sensor-actuator cable for connecting sensors or actuators and for data transmission, with moulded and tested plug-in connectors.
This kind of pre-assembled cable is especially useful in industrial settings because it reduces manual connector assembly work and improves connection consistency across repeated installations.
Why the 10 meter length matters
The 10 meter configuration is one of the key reasons engineers look for the Weidmüller SAIL-M8G-3-10U sensor cable. In machinery, conveyor systems, distributed field devices, and larger automation layouts, a longer pre-assembled cable can simplify routing and reduce the need for intermediate junction points. That can make installation more efficient and reduce potential failure points.
For this reason, search behavior often includes exact phrases such as Weidmüller SAIL-M8G-3-10U cable, Weidmüller 1824591000 M8 cable, and Weidmüller 10 m M8 sensor cable.
Why PUR and moulded connectors are important
The PUR sheath gives the Weidmüller SAIL-M8G-3-10U a durable and flexible cable jacket suitable for industrial environments. PUR is widely preferred where cable resilience and mechanical reliability matter. The halogen-free property is also relevant for installations with stricter material requirements.
The moulded and tested connector design adds another layer of practical value. In industrial wiring, connection quality is critical. A pre-assembled moulded connector helps provide more repeatable results than field-assembled alternatives, especially across larger project volumes.
Typical industrial use cases
The Weidmüller 1824591000 sensor cable is suited to machine building, automation systems, conveyors, packaging lines, and general sensor or actuator connection where an M8 pin connector is required over a longer distance. It supports both straightforward device connection and structured field wiring into control systems via the free conductor end.
The black sheath also makes it a neutral, widely compatible choice for machine and plant layouts that prefer darker cable routing aesthetics or standard black connectivity components.
Selection points before specification
Before choosing the Weidmüller SAIL-M8G-3-10U sensor-actuator cable, users should confirm connector gender, pole count, required cable length, shielding need, and routing conditions. In field cabling, exact product matching saves installation time and avoids unnecessary adaptation work.
For more information about related connectivity options, visit Weidmüller connectivity solutions.
FAQ about the Weidmüller SAIL-M8G-3-10U sensor cable
What is the Weidmüller SAIL-M8G-3-10U used for?
The Weidmüller SAIL-M8G-3-10U is used to connect sensors or actuators and support data transmission in industrial automation systems.
What connector does the Weidmüller 1824591000 cable use?
It uses a straight M8 pin connector on one end and a free conductor end on the other.
How long is the cable?
The cable length is 10 m, making it suitable for longer routing paths in machinery and automation systems.
Is the cable shielded?
No. The official product details describe it as unshielded.
What sheath material is used?
The cable uses a PUR halogen-free black sheath.
Why choose a pre-assembled cable instead of field assembly?
Pre-assembled cables can reduce installation time, improve connector consistency, and help minimize assembly-related wiring errors in industrial projects.