Alarm Lighting Fixed Red LED PATLITE SF08-M1KTB-R 0.64 A 30 V 80 mm

The PATLITE SF08-M1KTB-R is a fixed red LED alarm light designed for reliable visual signaling in industrial environments. It operates at 30 V with a current draw of 0.64 A and has an 80 mm width, offering a compact, motorless, and maintenance-free solution for status indication. The unit weighs 250 g and delivers LED animations such as simulated rotation, flashing, and pulsing through an internally engineered optical system.

Advantages

The SF08-M1KTB-R uses PATLITE's multi-fresnel lens, a thin rigid optic that collects and diffuses light more effectively than conventional lenses to produce clear, uniform illumination and animation effects without moving parts. Its motorless design reduces maintenance needs and extends operational life while keeping installation straightforward.

Suitable for

• Machine status indicators on production lines
• Warning and fault signaling in factories and workshops
• Panel-mounted visual alerts in control cabinets
• Environments requiring low-maintenance visual alarms

Key specifications

• Model: SF08-M1KTB-R (Patlite)
• Light colour: Red (fixed)
• Supply voltage: 30 V
• Current: 0.64 A
• Width: 80 mm
• Weight: 250 g
• Optics: Multi-fresnel lens for enhanced diffusion and animation effects
• Motorless, maintenance-free design

How to use

Mount the SF08-M1KTB-R in the required position following the panel or bracket specifications for 80 mm fittings. Connect the unit to a compatible 30 V supply, observing correct polarity and any local wiring standards. After powering, the LED provides fixed red signaling with built-in animation effects produced by the lens system; no mechanical setup or adjustment is required.

Usage recommendations

Install the lamp where the red signal is clearly visible from intended observation points and ensure the supply voltage is stable at 30 V. Avoid exposing the unit to conditions beyond its specified operating environment and follow Patlite mounting instructions to maintain optimal optical performance.