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The Accu-Cable DMX Turnaround Cable can connect to a variety of DMX-capable devices, including lighting fixtures, fog machines, and other equipment using 3-pin or 5-pin XLR connectors.
The Accu-Cable DMX Turnaround Cable is 1 foot long, providing an optimal balance between flexibility and organization.
Yes, the Accu-Cable DMX Turnaround Cable is designed for professional lighting and special effects installations, offering durable construction for demanding environments.
Absolutely, the Accu-Cable DMX Turnaround Cable is ideal for stage productions, concerts, and any event requiring precise lighting control.
Review Summary
1x XLR 3-Pin Male
1x DMX/XLR 5-Pin Female
1' (0.3m)
| Models | SKU: ELAC3PM5PFM MFR: AC3PM5PFM $7.99 $9.95 Save:$1.96 (20%) Special Order Generally ships in 7-14 days, subject to availability | SKU: ELACXLR3PSET MFR: ACXLR3PSET $6.99 Special Order Generally ships in 7-14 days, subject to availability | SKU: ELEC1633 MFR: EC163-3 $8.99 Special Order Generally ships in 7-14 days, subject to availability |
|---|---|---|---|
| Accessory Type | Cable | Cable | Cable, Power Accessories |
| Component Type | - | DMX Interface | - |
Find the perfect solution for your professional lighting and special effects installations with the Accu-Cable 1' 3-Pin XLR Male to 5-Pin XLR Female DMX Turnaround Cable. This versatile adapter is designed to seamlessly interface with a wide range of DMX-capable devices, including lights, fog machines, and other equipment that utilize either 3-pin or 5-pin DMX XLR connectors. The 1-foot length of the cable provides just the right amount of flexibility and reach for your setup, ensuring a reliable connection without unnecessary clutter. Whether you're setting up a stage production, concert, or any event requiring precise lighting control, this DMX turnaround cable is an essential tool for ensuring compatibility and smooth operation across your devices. Enhance your lighting rig's adaptability and performance with the Accu-Cable DMX Turnaround Cable, engineered for durability and efficiency in demanding environments.