Quick answer: ADSS cable should be specified from the route, not from fiber count alone. The core decisions are span length, installation environment, sag and tension assumptions, electrical field, fiber count, cable diameter and weight, sheath, temperature, and matched tension or suspension hardware. The cable and the fittings must be treated as one aerial system.
Why span changes the cable specification
An aerial cable carries its own weight and must tolerate wind, temperature changes, installation tension, and long-term movement. A short access span and a long utility span do not impose the same mechanical requirements. Provide the ruling span, maximum span, support arrangement, elevation, and relevant environmental conditions when requesting a recommendation.
Information to provide before quotation
- Nominal and maximum span
- Pole or tower type and support position
- Wind, ice, temperature, and elevation conditions
- Power-line proximity and electrical field conditions
- Fiber count and fiber type
- Required route length and drum arrangement
- Preferred installation hardware or existing hardware constraints
Fiber count is only one part of the decision
Fiber count controls capacity and future reserve, but it also affects cable diameter, weight, and the available construction range. Confirm active fibers, spare fibers, splice organization, and future expansion before fixing the count. Then confirm that the selected cable construction is available with the required mechanical performance for the route.
Sheath and strength system
Confirm the sheath material, water protection, strength members, cable diameter, weight, tensile performance, crush resistance, minimum bend radius, and temperature range. The sheath must be suitable for the route and the electrical environment. The strength system must be evaluated together with the span and sag-tension design rather than selected from a generic catalogue line.
Coordinate ADSS fittings
Tension clamps, suspension sets, dead ends, vibration control, and grounding or bonding decisions can affect the final installation. Review the ADSS fittings guide alongside the cable specification. If the route uses a special pole arrangement or long span, send drawings or a pole schedule with the RFQ.
What a good ADSS quotation should include
Ask for the proposed cable code, fiber configuration, mechanical data, sag-tension assumptions, recommended hardware, drum length, test documents, delivery terms, and any route conditions the supplier needs to confirm. A quotation that lists only price and fiber count is not enough for a safe aerial deployment.
For a project quotation, send the route, span, quantity, destination, and installation stage. The manufacturer can then match the cable and fittings to the actual project instead of quoting a generic aerial cable.
