Specifications
Supply voltage220 - 240 V
Supply frequency50/60 Hz
Supply current NiMH16 mA
Supply current LiFePO420 mA
Power factor0.58
Total circuit power NiMH1.2 - 1.6 W
Total circuit power LiFePO40.2 - 1.8 W
Ambient temperature (ta)0°C to +35°C
Protection classClass II
Conductor size0.75 to 1.5mm²
Battery charge current NiMH200 mA
Battery charge current LiFePO4300 mA
Emergency duration3 hours
Recharge period24 hours
Lumen output375 lm
IP ratingIP65
CCT5700 K
Weight of luminaire370 g
Technology Options
Standard
For applications where self-testing is not required or suitable, the non-AutoTest® option provides the same quality and performance expected of Mackwell products, without the AutoTest® feature.
DALI & DALI-2
DALI provides benefits by enabling testing and monitoring of an emergency lighting system via a standardised protocol, either on-site or via an internet connection. DALI is ideal for monitoring larger buildings and multiple sites. DALI-2 is the new generation of the standard that has now been extended to include emergency lighting. This improves interoperability and in future will introduce sophisticated diagnostic capabilities. All DALI products default to standalone AutoTest when not connected to a DALI network.
N-LIGHT AIR Wireless
Wireless emergency lighting allows devices to communicate through radio waves instead of hard-wiring. This makes it particularly attractive for retrofitting existing buildings, and increases flexibility when adding, removing, and replacing devices. Mackwell products suitable for N-LIGHT AIR use an 868MHz mesh topology which allows for long distances to be achieved between devices.
Relevant Standards
EN 55015
EN 61000-3-2
EN 61000-3-3
EN 61547
EN 60598-2-22
BS 5266-1
EN 62034
EN 62386
EN 62031
EN 62471
Batteries
The XYLUX LSX HO is available with a range of rechargeable battery options. For 1 hour emergency operation, please contact Mackwell for further details.
Features
Origin 2.0
Origin 2.0 is an intelligent technology platform with diagnostic capabilities that enables us to understand and control the effects of environmental factors on the efficiency and reliability of our emergency drivers.
Battery Charge Management
Battery Charge Management applies an intermittent charging duty cycle designed for use with NiMH & LiFePO4 batteries. This provides energy efficient charging maintenance, reduced operating temperatures and optimum service life of NiMH & LiFePO4 batteries.
