Philips Dynalite DDLEDC60035 – LED PWM Controller
Philips Dynalite DDLEDC60035 – LED PWM Controller
  • Load image into Gallery viewer, Philips Dynalite DDLEDC60035 – LED PWM Controller
  • Load image into Gallery viewer, Philips Dynalite DDLEDC60035 – LED PWM Controller

Philips Dynalite DDLEDC60035 – LED PWM Controller

How to enquire ?

Give us a call at (07) 3854 0406 or shoot us an email at info@trimira.com.au to enquire about this product.

Tax included.

Philips Dynalite

DDLEDC60035 – LED PWM Controller

The DDLEDC60035 is designed to control LED loads in decorative architectural lighting applications where creative color mixing and sequencing is required. The controller provides six pulse width modulated common anode current mode outputs suitable for directly driving 350mA nominal current rated high intensity LED sources.

• Internal current regulation — The controller is designed to directly operate series connected LED arrays without the need for any additional circuit devices.

• DMX512 compatible — Capable of receiving native DMX512, allowing use in color mixing or chase sequence applications, such as those found in display lighting.

• Diagnostic functionality — Device Online/ Offline status reporting.

• Flexible mounting solution — A DIN-rail mountable device, designed to be installed into a distribution board or other electical enclosure.

• Naturally ventilated — Requires no forced cooling or maintenance

 


Item Specification Details
Input Voltage Regulated 19 – 32 V @ 2.5 A
DyNet DC Supply 12 V @120 mA (supply for approx 6 user interfaces)
LED Outputs 6 x 350 mA current mode, common anode
Electrical Minimum internal voltage drop 0.5 V
Outputs are short circuit protected
Integral self-resetting thermal overload protection
Maximum Power Dissipation 6 Watts combined total for consecutive pairs of channels
(Ch 1&2, Ch 3&4, Ch 5&6). 4 Watts per individual channel.
Total device load 18 Watts
Pd = (Vs-(Vdf x n)) x 0.35
Pd = Power dissipation per channe
Vs = Supply voltage
Vdf = Diode forward foltage
n = Number of diodes in series per channel
Maximum Supply Voltage Vs max = 8.5 + (n x Vled) or 32 VDC (whichever is less)
Vs max = maximum supply voltage
n = number of diodes in series per channel
Vled = LED forward voltage
Minimum Supply Voltage Vs min = 4 + (n x Vled) or 18 V DC (whichever is greater)
Vs min = Minimum supply voltage
n = Number of diodes in series per channel
Vled = LED forward voltage
Control Control Inputs/Outputs One RS-485 DyNet serial por
User Controls Service switch
Diagnostic LED
Preset Scenes 170
Diagnostic Functions Device online/offline status
Physical Supply Terminals Positive, Negative, Earth
1 x 2.5 mm² max conductor size
Output Terminals CH, COM for each channel
1 x 2.5 mm² max conductor size
Dimensions (H x W x D) 86 mm x 210 mm x 68 mm
Packed Weight 1.0 kg
Construction ABS DIN-rail enclosure (12 unit)
Operating Condition Temperature:  -0 to 40° C ambient
Humdity:  0 to 95% non-condensing
Storage & Transport Temperature:  -25 to 60° C ambient
Humidity:  0 to 90% non-condensing
Certification Certification CE, C-Tick
Options & Ordering Standard Product DDLEDC60035 (Philips 12NC – 913703061309)

 

Sometimes we want to listen to our brand new audio setup without having to worry about dragging B&W up two flights of stairs - that's where we come in! Not only are our team experts in high quality AV equipment, they're also professional bodybuilders* who can deliver and install your new toys quickly and efficiently.

Our in-house team can service those in Brisbane, the Gold Coast, and the Sunshine Coast. Give us a call to get an obligation-free quote today!

*the term 'professional bodybuilders' is used here loosely...