Ethernet Cables (1000ft)

SPT‑1 electrical wire rolls provide reliable power distribution for small devices, sensors, fans, lighting systems, and smart agriculture equipment. This two-conductor flat cable features stranded copper conductors with durable PVC insulation, offering flexibility, durability, and safe electrical flow.

Available in convenient pre-cut bulk lengths of 1000 ft, these rolls allow growers and installers to select the exact length needed for wiring greenhouse equipment, irrigation controllers, or custom extension cords without excess material. The flat “zip cord” design is ideal for routing along frames, shelves, and walls.

Technical Specifications

Cable Type: SPT‑1 flat electrical cord
Wire Gauge: 18 AWG
Conductor Type: Stranded copper
Number of Conductors: 2‑conductor cable
Voltage Rating: Up to 300 V
Insulation Material: PVC jacket
Cable Style: Flat parallel “zip cord”
Operating Temperature: −20 °C to 105 °C (approx.)

Features

• Flexible Zip Cord Design: Easy to route along greenhouse frames, shelves, or walls
• Stranded Copper Conductors: Provides reliable power and flexibility
• Pre-Cut Lengths: 1000 ft options for efficient installations
• Durable PVC Insulation: Resists wear, moisture, and general environmental exposure
• Versatile Use: Suitable for lighting systems, irrigation controllers, fans, small appliances, and automation devices

Installation & Use Notes

The SPT‑1 wire can be cut to length if necessary, but the pre-cut options simplify installations in greenhouses, grow rooms, or outdoor garden setups. Use proper connectors, plugs, and strain relief when powering devices to ensure safe operation.

Common Applications

• Greenhouse and nursery lighting systems
• Powering smart agriculture sensors and controllers
• Irrigation system wiring
• Environmental control devices (fans, heaters, humidifiers)
• Custom extension cords for agricultural setups
• Small appliance power connections

This flexible and durable SPT‑1 wire ensures reliable electrical distribution across growing environments while minimizing installation complexity.