Klotz LX6-5X3W1-15.0 DMX Cable 15m

Specifications:

• Conductor construction: tinned stranded copper wire, 7 x 0.20 mm
• Insulation: polyethylene (PE)
• Pair stranding: 2 cores to pair
• Total stranding: 2 pairs to the core
• Overall shield: AL/PET foil, metal side outside + tinned copper braid + tinned copper braid (>75 % coverage)
• outer diameter: 6,5 mm
• Min. bending radius: 35 mm
• Operating temperature: -20 °C/+70 °C
• Flame resistance: according to IEC 60332-1
• Fire load: 206 kWh/km
• Conductor resistance: 80 Ω/km
• Capacitance:
• Core/core: 45 pF/m
• Characteristic impedance: 100 Ω
• Nom. Attenuation [dB/100m]:
• 1 MHz: 2.1
• 3 MHz: 3.3
• 10 MHz: 6.5
• Insulation resistance: > 10 GΩ x km
• Test voltage:
• Core/core: 1200 V
• Core/screen: 500 V

The Klotz LX6-5X3W1-15.0 with 15 m length is a professional DMX cable that has numerous advantageous features. Especially its high noise immunity makes it an absolutely recommendable accessory. For this purpose, it is made of DC422CY data cable and equipped with high-quality five-pin XLR connectors. Thus, for example, two DMX signals can be sent over one cable.

Cable by the meter: DC422CY

The DC422CY is a reliable data cable that offers protection against interference due to its symmetrical signal routing through tightly stranded wire pairs and its double shielding made of tinned copper braiding including foil. This guarantees an extra good and undistorted signal transmission. Excellent performance is also ensured by its good workmanship and outstanding electrical values. A robust jacket made of special PVC is an additional resilient protection against external influences and mechanical stress.

High-quality connectors

The LX6-5X3W1 is rounded off by a five-pin XLR socket and a five-pin XLR plug of outstanding quality. A metal housing secures the inner workings and corrosion-resistant gold-plated contacts contribute significantly to a long service life. Due to the IP65 protection class, there is complete protection against contact. Dust and water jets cannot penetrate.