Compact DALI Dimmable NFC Constant Current LED Driver Product family features — DALI&PUSH dimmable — Dimming range 1% to 100% — Output current tolerance: 5% — Up to 81% efficiency — Output voltage range: 9-42V — Low THD<10% — 5 years guarantee Product family benefits — Advanced functions: EL, CorridorDIM, CLO — DALI-2 part ext. 251, 252 and 253 — Output current adjustable and parameter set via DALI programmer or NFC — Zhaga Book13, 24 — Compact volume: compatible with 35mm hole — Surge capability: PUSH: 1kV Typical applications — For spot light and downlight — For office, commercial and retail lighting Product parameters — Output current 100-400mA

Electrical data Input data Rated supply voltage Mains frequency Power factor Input current Inrush current Loading no. on circuit breaker 10 A (B) Loading no. on circuit breaker 10 A (C) Loading no. on circuit breaker 16 A (B) Loading no. on circuit breaker 16 A (C) Protective conductor current Power input on stand-by Output data Nominal output voltage Nominal output current Default output current Maximum output power Nominal output power Output ripple current (100 Hz) Comply with IEEE Std 1789-2015 Output current tolerance Temperature tolerance Starting time Safety Withstanding voltage 1) t =120µs...

Characteristic diagram Operating Window Typical Efficiency vs Load Typical Power Factor vs Load

Mounting hole spacing, length Product weight Cable cross-section, input side Cable cross-section, output side Cable outer diameter, input side Cable outer diameter, output side Wire preparation length, input side Wire preparation length, output side Colors & materials Casing material Casing color

Temperature & operating conditions Ambient temperature range Maximum temperature at tc test point Temperature range at storage -30℃ - +80℃ (6 months in Class I environment) Humidity range at storage Humidity during operation Atmospheric Pressure Tc point is at the top of the driver Product Terminal Input DALI/PUSH dimming input Positive electrode output of LED driver DALI/PUSH dimming input Negative electrode output of LED driver AC live wire input AC neutral wire input Protective Characteristics Schematic Schematic diagram of input undervoltage protection Schematic diagram of input overvoltage...

Protective Characteristics Protective Type Input Undervoltage Protective voltage Restore voltage Protective voltage Restore voltage Input Overvoltage Protection Introduction When the input voltage is lower than the protection voltage, turn off the light. When the input voltage is higher than the recovery voltage, the light can be automatically turned on. When the input voltage is higher than the protection voltage, turn off the light. When the input voltage is lower than the recovery v oltage, the light can be automatically turned on. Capabilities Dimmable DALI/PUSH dimmable Dimming range Overload...

Linear dimming Logarithmic dimming Note: Choose only ONE as opposed to use DALI or PUSH at the same time in case of the damage of DALI dimmer. • PUSH dimming function Wiring diagram of PUSH dimming Switch from DALI mode to PUSH mode: short press PUSH switch to enable PUSH dimming function ① Connect PUSH switch between AC-L and DA1 PUSH in series and connect DA2 PUSH to AC-N. ② Make sure that AC-L and AC-N are NOT directly connected to DA1 PUSH and DA2 PUSH terminals. ③ Make sure that PUSH switch is off before the AC is powered on; operate PUSH after the AC is powered on. ④ Make sure the PUSH...

• Corridor dimming function Wiring diagram of corridor dimming Operations for Entering Corridor Lighting Mode Approach 1: use Lifud programmer to enable the driver’s corridor lighting mode and set parameters. Approach 2: keep pressing PUSH for 3+ mins so as to switch to the corridor lighting mode. Approach 3: keep moving in the effective sensing area for 3+ mins (set the sensor’s hold time for 3+ mins to enable the corridor lighting mode. Remarks: 1. In the automatic detection mode, the driver can be switched from PUSH mode to corridor lighting mode by approach 2 and 3, its brightness will dim...

Default value Available scope setting Fade-in time of sensing Holding time of sensing Waiting time of sensing Fade-out time of sensing Unattended time Sensing brightness Unattended brightness Emergency function instruction The default output current is 15% Io max in the case of DC emergency input. Emergency input voltage: 180-264Vdc Note: 1. Emergency function can be set by Lifud programmer and programming software(or FEIG NFC reader) 2. It can be set from 0 to 100%. (when the output current 100-120mA, it can be set to 100-120mA in emergency state; when the output current 120-400mA, it can be...

Read/write and parameter configuration Programming project Default settings Parameters settings Production information Output current Operating mode Automatic detection (DALI/PUSH) NFC function instructions ①NFC Note: When using the NFC reader, the driver is not allowed to operate while powered on. The driver must be powered off and completely discharged before it can read and write normally. ②Programmer setting box Lifud Programmer Note: When using the programmer, the driver must be powered on with AC for normal reading and writing.

QR Code for NFC APP Download Note: When using the NFC APP for parameter setting, the driver is not allowed to operate while powered on. The driver must be powered off and completely discharged before it can read and write normally. Certificates & standards Approval marks Logistical Data Product Packaging unit Gross weight Test equipment & condition AC power source: CHROMA6530, digital power meter: CHROMA66202, oscilloscope: Tektronix DPO3014, DC electronic load: M9712B, LED board, constant temperature and humidity chamber, Test Equipment lightning surge generator: Everfine EMS61000-5B, rapid...

Additional information 1. It is recommended that user install the over voltage protection, under voltage protection and surge protection devices in the power supply circuits of light fixtures to ensure electricity safety. 2. The LED driver used in combination with the end device is one of the accessories of the whole light fixture, and the EMC of the whole light fixture is not only susceptible to the driver itself, but to the LED light fixture and the whole light fixture's wiring. Thus, the manufacturer of LED light fixture should re-confirm the EMC of the whole light fixture before the whole...