Casambi 65W 1CH NFC Enabled LED Driver (Constant Current)

CASAMBI CE UK EL SELV warranty RoHS COMPLIANT

Important: Read All Instructions Prior to Installation

Function Introduction

The Casambi Dimmable Driver features an LED Output, AC Push Input, and AC/DC power input (ACL, ACN).

Product Data

LED Channel	1
DC Voltage	6-54V, Max.60V
Current	500-1500mA via NFC tool; Min.current gear lower to 0.1mA, default 1050mA
Current Accuracy	±3% (±1%@Certain full load) @ full load
Rated Power	Max. 65W
Voltage Range	220-240VAC/220-240VDC
Absolute Voltage Range	196-264VAC/196-264VDC
Frequency Range	0/50/60Hz
Power Factor (Typ.)	> 0.97 @ 230VAC Full load*
Total Harmonic Distortion	THD ≤ 10% (@full load / 230VAC)*
Efficiency (Typ.)	> 88% @ 230VAC full load*
AC Current (Typ.)	0.4A Max.
Inrush Current (Typ.)	Max. 9.68A at 230VAC; 70µs duration
Leakage Current	< 5mA/230VAC
Standby Power Consumption	< 0.5W
Anti Surge	L-N:2KV
Control	Casambi
Dimming Interface	0.01%-100%@ Max current
Dimming Range	Amplitude/CCR dimming
Dimming Method	Linear/Logarithmic optional
Dimming Curve	Linear/Logarithmic optional

Safety & Warnings

DO NOT install with power applied to the device.
DO NOT expose the device to moisture.

Operation

Configuration via NFC tool.

Note:

Please do not power on the device during the whole programming process.
Please make sure your phone has NFC function and enable it.
If you can't download the app, please contact Casambi.

Configuration Steps

Step 1: Install SR NFC Tool app on your phone (search SR NFC Tool from Apple Store or Google Play), and add the device following the app instructions.

Step 2: Unlock the device and set the wanted parameters.

Step 3: After setting, write all configurations to the device.

Parameters explained:

Target Current Setting: 0.1mA adjustment for each current gear.
Current Compensation: It is realized by setting different levels of current compensation for NFC drivers in different power segments and different currents of the driver. It is a method to realize fine lighting control for most constant-current luminaries in the market (such as downlight, spotlight, panel light, etc).

Wiring Diagram

Application 1 (Without PUSH)

Connects LED, AC Input (LN), and NFC to the Casambi Dimmable Driver.

Application 2 (With PUSH)

Connects LED, AC Input (LN), AC PUSH SWITCH, and NFC to the Casambi Dimmable Driver.

Push Dim

Short press to switch on or off.
Long press to dim up or dim down.

Product Dimension

Diagram showing the product dimensions: 123.9mm (L) x 78.8mm (W) x 30mm (H).

Operating Window

Graph illustrating the operating window with ULED (max) and ULED (min) voltage against Output Current [A].

Dimming Curve

Graph showing Output Current vs. Light Level, with data for 50% Load, 100% Load, and Theoretically Value.

Driver Performance

Typical Power Factor

Graph showing Power Factor (PF Value) against various load percentages and output voltages.

Typical Efficiency

Graph showing Efficiency against various load percentages and output voltages.

THD VS Load

Graph showing Total Harmonic Distortion (THD) against Load Percentage.

Expected Lifetime

Module Number	Output current	Ta 30 °C	Ta 40 °C	Ta 45 °C	...	Tc 50 °C	Tc 60 °C	Tc 68 °C	...	Tc 85 °C
SRP-CA9105N-65CC500-1500	500 – 1500 mA	> 100,000 h	> 100,000 h	> 100,000 h	...	> 100,000 h	> 100,000 h	> 100,000 h	...	> 40,000 h
SRP-CA9105N-65CCT500-1500	500 – 1500 mA	> 100,000 h	> 100,000 h	> 100,000 h	...	> 100,000 h	> 100,000 h	> 100,000 h	...	> 40,000 h

The LED driver is designed for a lifetime stated above under reference conditions. The relation of tc to ta temperature depends also on the luminaire design.

MCB Load Quantity

Module Number	Ipeak	Twidth	Max.quantity of LED Driver per MCB
			B10	B13	B16	B20	B25	C10	C13	C16	C20	C25	D10	D13	D16	D20	D25
SRP-CA9105N-65CC500-1500	9.68A	70µs	15	20	24	30	38	20	26	32	40	50	22	29	36	45	57
SRP-CA9105N-65CCT500-1500	9.68A	70µs	15	20	24	30	38	20	26	32	40	50	22	29	36	45	57