Skip to content
FREE UK MAINLAND DELIVERY ON 1000s OF PRODUCTS - DELIVERY FROM 24-48HRS*
FREE UK MAINLAND DELIVERY ON 1000s OF PRODUCTS - DELIVERY FROM 24-48HRS*

LED Panel Atmos IP20 60W 600 x 1200mm White 4000K

Original price £109.99 - Original price £109.99
Original price
£109.99
£109.99 - £109.99
Current price £109.99

excl. VAT

💳 0% APR Finance Available*

Illuminate your commercial space with the ATMOS LED Panel 60W IP20 600x1200mm White 4000K—a high-performance, energy-efficient lighting solution designed to replace traditional 4x36W T8 lay-in modular fittings. With a high efficacy of 87lm/W and a neutral white 4000K color temperature, the ATMOS panel is perfect for offices, schools, shops, hospitals, hotels, restaurants, and reception areas. Built with durability and longevity in mind, it offers an impressive 50,000-hour average lamp life and operates reliably in temperatures ranging from -20°C to +40°C. Compatible with PIR, microwave, or photocell sensors, this LED panel is also suitable for suspended installations using an optional suspension kit.

Technical Specification

  • Download Product Technical Data Sheet

  • Power: 60W

  • Dimensions: 1195mm x 595mm x 11mm

  • Colour Temperature: 4000K (Cool White)

  • IP Rating: IP20 – Indoor Use Only

  • High Efficacy: 87 lm/W

  • Long Life: 50,000 hours (L70/B50 @ 25°C)

  • Power Factor: 0.97

  • Nominal Voltage: 220 – 240V

  • Nominal Current: 270mA

  • Includes 1m Flex Cable

  • Suitable for Ceiling Grid Sizes: 15mm & 24mm

  • UGR Rating: 21.1

  • Mounting Type: Suspended (suspension kit available separately)

  • Control Gear Included: Yes

  • Light Source Included: Yes

  • Compatible with PIR, Microwave, and Photocell Switching

  • Not Suitable for Recessed, Surface, or Emergency Installations

  • Non-dimmable

Ideal for: Offices, Retail Stores, Educational Institutions, Healthcare Facilities, Reception Areas, and Hospitality Environments

Net Orders Checkout

Item Price Qty Total
Subtotal £0.00
Shipping
Total

Shipping Address

Shipping Methods