Linear non-isolated TD (Touch and Dim / DALI) & Industry

Philips Xitanium 75W 0.25-0.5A 230V DALI DS 230V

929004007006-Xitanium-75W-150mA-500mA-230V-DALI-DS-230V-BVA-angle

Popular downloads

Product Description

Philips Xitanium 75W 0.25-0.5A 230V DALI DS 230V

Order code: 929004007006

Full order code: 872790097667000

Nominal lifetime
50,000 h
Isolation Class
Non-isolated

Input Voltage
230 V
Mains voltage operation (DC)
168-275 V
Total harmonic distortion IEC (max.)
20 %
Power Consumption
82 W
Output current ripple (max.)
5 %
Output current (max.)
500 mA
Output current tolerance (max.)
5 %
Mains voltage performance (DC)
186-250 V
Power Factor (Fraction)
0.99
Open circuit voltage (DC) (max.)
250 V
Input current (nom.)
0.36 A
Input current (AC)
360 mA
Input current (DC)
260 mA
Inrush current peak (max.)
27.7 A
Inrush current peak (nom.)
27.7 A
Output power (max.)
75 W
Output power (nom.)
75 W
Default output current
350 mA
Inrush current width to 50% of peak
230 µs
Power factor 100% load (max.)
0.99
Energy metering
No
Constant current (CC)
True
Constant voltage (CV)
False
Diagnostics
True
Output power (min)
28.75 W
Output current (min)
250 mA
Output voltage (max)
230 V
Output voltage (min)
115 V
Number of products on MCB (16 A type B) (max.)
20
Protection class IEC
Safety class I
Adjustable output current
DipSwitch

Leaflets

Product Data Sheet

929004007006-Xitanium-75W-250mA-500mA-230V-DALI-DS-230V-PDS pdf 2.4 MB

Visuals

Product-Photographs-929004007006_EU

Multiple assets

CAD Drawings

SH10-75W stp 3.4 MB

Other

Certificate

929004007006-Xitanium-75W-150mA-500mA-230V-DALI-DS-230V-RCM pdf 282.4 kB

Certificate

929004007006-Xitanium-75W-150mA-500mA-230V-DALI-DS-230V-CB pdf 155.8 kB

Certificate

929004007006-Xitanium-75W-150mA-500mA-230V-DALI-DS-230V-CE pdf 300.7 kB

Certificate

929004007006-Xitanium-75W-250mA-500mA-230V-DALI-DS-230V-CCC pdf 2.3 MB

Certificate

929004007006-Xitanium-75W-250mA-500mA-230V-DALI-DS-230V-UKCA pdf 203.5 kB

Certificate

929004007006-Xitanium-75W-150mA-500mA-230V-DALI-DS-230V-ENEC pdf 2.3 MB