65W 2CH Zigbee NFC Enabled LED Driver (Constant Current)

Function Introduction

The function introduction diagram shows the main components of the Zigbee Dimmable Driver. It illustrates the AC/DC power input terminals labeled 'L' and 'N', an NFC module, the main driver unit labeled 'Zigbee Dimmable Driver', and two output terminals for LED lighting: 'CW-' and 'WW-' for LED Output.

Product Data

Protection & Environment

Key Features

• Dimmable LED driver, ZigBee device based on ZigBee 3.0 protocol
• Dimmable LED driver. Max. output power 65W
• 500-1500mA current selectable via NFC program tool. Min.current gear lower to 0.1mA
• Dimming curve/Power on state/Soft start/Soft off via NFC program tool.
• Class II power supply, full isolated plastic case
• High power factor and efficiency
• PUSH DIM function enabled
• Able to On/Off and control LED lighting luminaries' brightness and color temperature
• Amplitude/CCR dimming, smooth and deep dimming
• ZigBee end device that supports Touchlink commissioning
• Can directly pair to a compatible ZigBee remote via Touchlink
• Supports find and bind mode to bind a ZigBee remote
• Supports zigbee green power and can bind max. 20 zigbee green power switches
• Compatible with universal ZigBee gateway products
• Waterproof grade: IP20, suitable for indoor LED lighting applications
• 5 years warranty

Safety & Warnings

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

Operation - Zigbee Network

1. Wiring: Do wiring according to the connection diagram correctly.
2. Device Description: This ZigBee device is a wireless receiver that communicates with a variety of ZigBee compatible systems. This receiver receives and is controlled by wireless radio signals from the compatible ZigBee system.
3. Zigbee Network Pairing through Coordinator or Hub (Added to a Zigbee Network)
   1. Step 1: Remove the device from previous zigbee network if it has already been added to, otherwise pairing will fail.
   2. Step 2: From your ZigBee Controller or hub interface, choose to add lighting device and enter Pairing mode as instructed by the controller.
   3. Step 3: Power on the device, it will be set into network pairing mode (connected light flashes twice slowly), the network pairing mode will last until the device is added to a zigbee network.
   4. Step 4: Connected light will blink 5 times and then stay solid on, then the device will appear in your controller's menu and can be controlled through controller or hub interface.

   Diagram Description: Shows AC/DC input terminals (L, N), Zigbee Dimmable Driver, and LED Output terminals (WW-, CW-).

4. TouchLink to a Zigbee Remote
   1. Step 1: Method 1: re-power on the device 4 times to start Touchlink commissioning immediately, 180S timeout, repeat the operation.
   2. Method 2: If the device is already added to a network, it will be set into Touchlink commissioning immediately, 180S timeout. Once timeout, re-power on the device to set it into touchlink commissioning again.
   3. Step 2: Bring the remote or touch panel within 10cm of the lighting device.
   4. Step 3: Set the remote or touch panel into Touchlink commissioning, please refer to corresponding remote or touch panel manual to learn how.
   5. Step 4: There shall be indication on the remote for successful link and connected light will flash twice.

   Diagram Description: Shows a Zigbee Remote near the Zigbee Dimmable Driver, indicating a 10cm proximity.

   Notes:

   • Directly TouchLink (both not added to a ZigBee network), each device can link with 1 remote.
   • TouchLink after both added to a ZigBee network, each device can link with max. 30 remotes.
   • To control by both gateway and remote, add remote and device to network first then TouchLink.
   • After TouchLink, the device can be controlled by the linked remotes.
5. Removed from a Zigbee Network through Coordinator or Hub Interface

   From your ZigBee controller or hub interface, choose to delete or reset the lighting device as instructed. The connected light blinks 3 times to indicate successful reset.

6. Factory Reset Manually
   1. Step 1: Enable Pairing via NFC App or re-power on the device for 5 times continuously.
   2. Step 2: Connected light will blink 3 times to indicate successful reset.

   Diagram Description: Shows AC/DC input terminals (L, N), Zigbee Dimmable Driver, and LED Output terminals (WW-, CW-).

   Notes:

   • If the device is already at factory default setting, there is no indication when factory reset again.
   • All configuration parameters will be reset after the device is reset or removed from the network.
7. Find and Bind Mode
   1. Step 1: Re-power on the device (initiator node) 3 times to start Find and Bind mode (connected light flashes slowly) to find and bind target node, 180 seconds timeout, repeat the operation.
   2. Step 2: Set the remote or touch panel (target node) into find and bind mode, and enable it to find and bind initiator, please refer to corresponding remote or touch panel manual.
   3. Step 3: There shall be indication on the remote or touch panel that it bind the device successfully and can control it then.

   Diagram Description: Shows a Zigbee Remote near the Zigbee Dimmable Driver, indicating the Find and Bind process.

Zigbee Green Power Switch Control

1. Learning to a Zigbee Green Power Switch
   1. Step 1: Re-power on the device 4 times to start Learning to GP switch mode (connected light flashes twice), 180 seconds timeout, repeat the operation.
   2. Step 2: Set the green power switch into Learning mode, please refer to its manual.
   3. Step 3: Connected light will flash twice to indicate successful learning. Then the switch can control the device.

   Diagram Description: Shows a Zigbee Green Power Switch near the Zigbee Dimmable Driver.

   Note: Each device can learn to max. 20 zigbee green power switches.

2. Delete Learning to a Zigbee Green Power Switch
   1. Step 1: Re-power on the device 3 times to start delete Learning to GP switch mode (connected light flashes slowly), 180 seconds timeout, repeat the operation.
   2. Step 2: Set the paired green power switch into Learning mode, please refer to its manual.
   3. Step 3: Connected light will flash 4 times to indicate successful deleting.

   Diagram Description: Shows a Zigbee Green Power Switch near the Zigbee Dimmable Driver for deletion process.

ZigBee Clusters

Input Clusters

• 0x0000: Basic
• 0x0003: Identify
• 0x0004: Groups
• 0x0005: Scenes
• 0x0008: Level Control
• 0x0300: Color Control
• 0x0b05: Diagnostics

Output Clusters

• 0x0019: OTA

OTA (Over-The-Air) Firmware Updates

The device supports firmware updating through OTA, and will acquire new firmware from zigbee controller or hub every 10 minutes automatically.

NFC Programming

With NFC Programming devices

Notes:

• Do wiring according to the wiring diagram.
• Recommend setting parameters without power-on devices.
• Please make sure your mobile phone has NFC function and enable it.

Working with "SR NFC Tool" APP

1. Step 1: Download the APP (searching "SR NFC Tool" from App Store and Google Playstore). Then open the APP.
2. Step 2: Add device, and name it as you wish.
3. Step 3: Unlock device, enter parameters configuring page.

   Screenshot Description: Shows the "Locked" state of the Zigbee DIM device and the "Unlock it" screen, indicating fields for Product ID, Options, Target current, Dimming curve, Power on state, On off transition time, Enable Pairing, and Minimum current compensation. Subsequent screens show detailed parameter settings for Target Current, Dimming Curve, Power-on state, Fade time, and Current Compensation. A "Ready to Write" prompt and a "Successful" confirmation are displayed after saving the configuration via NFC.

   Notes:

   • You have to unlock the device then do some settings.
   • Only when the corresponding function is selected, the function interface will be displayed.
4. Step 4: Parameter Interface. You can choose the setting based on your requirements.

   Screenshot Description: Shows various configuration screens within the SR NFC Tool app, including Target Current setting, Dimming Curve selection (Linear, Log gamma 1.5, Log gamma 1.8), Power-on state (On, Off, Latest), On off transition time, Enable Pairing, and Minimum current compensation. It also shows options for Fade time and Current Compensation.

5. Step 5: After setting, please save the selected configuration via NFC and power on the device.

Tips

• NFC function doesn't require any power driver.
• Many functions can be configured by NFC. Kindly check your desired functions.
• You can create a default profile with the "+" button.

Wiring Diagram

Application 1 (Without PUSH)

Diagram Description: Shows the wiring connections for the Zigbee Dimmable Driver. AC input (L, N) connects to the driver. The driver's output terminals (WW-, CW-) connect to the CCT LED. The diagram also shows the NFC antenna and internal components.

Note: Available with 3-wire CCT luminaries as well.

Application 2 (With PUSH)

Diagram Description: Shows the wiring connections for the Zigbee Dimmable Driver with a PUSH switch. AC input (L, N) connects to the driver and the AC Push Switch. The driver's output terminals (WW-, CW-) connect to the CCT LED. The diagram also shows the NFC antenna and internal components.

Product Dimension

Diagram Description: The product dimension diagram indicates the physical size of the Zigbee Dimmable Driver. The dimensions are 123.9mm in length, 78.8mm in width, and 30.0mm in height.

Driver Performance

Operating Window

Graph Description: The operating window graph plots Output Voltage (V) on the Y-axis against Output Current (A) on the X-axis. It shows the operational limits, displaying the maximum output voltage (ULED max, V) and minimum output voltage (ULED min, V) curves across the range of output current.

Dimming Curve

Graph Description: The dimming curve graph plots Output Current (mA) on the Y-axis against Light Level (%) on the X-axis. It illustrates the relationship between light level and output current for different load conditions: 50% Load, 100% Load, and a Theoretically Value, demonstrating smooth dimming control.

Typical Power Factor

Graph Description: The typical power factor graph plots the Power Factor (PF Value) on the Y-axis against Load (%) on the X-axis. The graph shows that the power factor remains consistently high, above 0.9, across various load percentages.

Typical Efficiency

Graph Description: The typical efficiency graph plots Efficiency (%) on the Y-axis against Load (%) on the X-axis. The graph demonstrates that the driver achieves high efficiency, reaching over 90%, across a wide range of load percentages.

Note: Test data under 1500mA gear.

MCB Load Quantity

Diagram Description: A waveform diagram showing Ipeak, T (ms), and 1/2 Ipeak, representing the peak current over time.

Notes:

• Those MCB parameters are based on ABB S200 series circuit breakers.
• For different brands and models of miniature circuit breakers, the quantity of drivers will have difference.
• Please do not exceed the above-mentioned quantity during on-site installation, and the specific load quantity shall be subject to on-site installation.
• When the installation environment temperature of MCBs exceeds 30°C or when multiple MCBs are installed side by side, the number of mounted drives will be reduced, which requires recalculation.
• Type C MCB's are strongly recommended to use with LED lighting.

Update Log

Note: Subject to change without notice. Please contact us if you have any questions.