JCC JCEM002DALI External emergency remote pack DALI addressable Emergency
Estimated delivery time: Estimated delivery tomorrow*
Description
JCC JCEM002DALI DALI-Addressable Emergency Remote Pack
Convert a compatible JCC LED panel or recessed luminaire into a centrally monitored emergency fitting with the JCC JCEM002DALI emergency remote pack. Designed for DALI emergency-lighting systems, it allows compatible emergency equipment to be individually addressed, monitored and tested through an appropriate DALI control system.
The JCEM002DALI is an emergency conversion accessory rather than a complete light fitting. It is intended for selected JCC Skytile LED panels and compatible JCC recessed products. The exact luminaire, driver, electrical load and connector compatibility must be confirmed before ordering.
DALI-addressable emergency monitoring
Once correctly installed, addressed and commissioned, the pack can communicate with a compatible DALI emergency-lighting system. This allows facilities teams to monitor emergency equipment and manage testing from a suitable central control arrangement.
The pack does not include a DALI controller, commissioning interface or compatible luminaire. These elements must be specified separately as part of the complete emergency lighting system.
Three-hour battery-backed emergency operation
The integrated 3.2V 4.4Ah LiFePO₄ battery provides a minimum three-hour emergency duration following the required 24-hour recharge period.
During a mains failure, the remote pack supplies the connected compatible luminaire at a reduced emergency output. The resulting light level depends on the connected fitting, its normal wattage, LED characteristics and optical performance.
JCC’s current technical information lists a maximum emergency output of 3W. For example, when connected to a compatible 10W luminaire, the indicative emergency light-output ratio is calculated as:
3W ÷ 10W × 100 = 30%
This percentage is a power-based calculation and must not be treated as a guaranteed lumen figure. Emergency illumination and spacing must be confirmed using the relevant photometric data.