LG Innotek can providing to customer Wireless solution for ... - LG Wireless... · LED Driver...

LED Driver

www.lginnotek.com Revised 23 May 2016 (REV. 0.2) 1 / 34

Retrofit Type

Existed LED Driver or Ballast

New Fixture Type

Programmable LED Driver

Zigbee

LG Innotek can providing to customer

Wireless solution for LED and Conventional Lighting depend on Lighting Fixture

Application Note

LED Driver


PIFN-W030B

Programmable 30W LED Driver

(Compatible Wireless)

Features

Compact Mechanical size

Active Power Factor Correction

Constant Current Control

Dimming Method: 0-10V Dimming, Schedule Dimmer(Time based), Wireless Dimming

* Wireless Dimming can be available with Zigbee dongle.

Stand alone operation is possible as Programmable Driver without Wireless dongle.

Programming Function : MOC(Maximum Output Current), LOC(Lumen Output Compensation),

MTP(Module Temperature Protection)

Auxiliary Power Supply : 12V Output for Auxiliary Devices(Sensors)

Direct Programming Between PC (Sirius GUI) and LED Driver without AC mains

UL 8750, UL 1310, CSA C22.2 No.250.13-12, Class 2 use in a dry or damp location

RoHS Compliant

Output

[W]

Output

[Vdc]

Output

[A]

Input

[Vac]

Dim.

Method PF

Efficiency

[%]

Mechanical Outline

[LxWxH mm]

30 10-54 0.15 – 1.05 120-277

0-10V,

Zigbee

Schedule

> 0.9 Up to 85% 280 × 31 × 26.8

Input Specifications

Parameter Min. Typ. Max. Unit Remark

Input Voltage 120 230 277 Vac -

Input Current - - 0.37 A @ AC 120-277V,

100% Dimming

Input Wattage - - 41 W @ AC 120-277V,

100% Dimming

Nominal Input Frequency 47 50/60 63 Hz -

Efficiency - - 85 %

Please refer to

“Performance Curve” Power Factor 0.9 - - -

THD - - 20 %

Inrush Current - - TBD Apk -

※ Note : All parameters NOT specially mentioned are measured at rated load and 25 of ambient temperature.

10V - 54V / 0.15A – 1.05A / 30W

Specification Summary

Mechanical Outline

(Metal Case)

- 280(L) × 31(W) × 26.8(H)mm

30W LED Driver

LED Driver


Output Specifications

Protection Functions


Output Over Voltage Protection - 60 - V

Latch-off.

The time is 200ms until the

output voltage falls below 60V

(Restart Driver When AC

Off/On again)

Output Short Circuit Protection - - - A Auto-recovery Or Latch

Output Over Current Protection - 2 - A Auto Recovery Or Latch

※ Note : All parameters NOT specially mentioned are measured at rated load and 25 of ambient

temperature.


Output Voltage 10 - 28 54 V 30W, AC 120/60Hz,AC

277/50Hz

Output Current 0.15 - 1.05 0.55 A 30W, Programmable variable Current @ 100% Dimming

Output Min. Dimming current 50 - mA 5% @ 1.05A Max

Output Current Tolerance -5 - 5 %

@ 100% Dimming, failure rate is 1,000 ppm ( 0 ppm at ±7% )

Output Ripple Current - - 20 % Peak to Peak / Mean @ 100% Dimming

Output Power - - 30 W

Start-up Time - - 1,000 ms @ 100% Dimming

Auxiliary Power supply

10.8 12 13.2 V

- - 10 mA

30W LED Driver

LED Driver



Environmental Specifications


Temperature

Operation

-30 - 50 @ Ta / AC 120V~277V

- - 80 @ Tc

Storage -30 - 85 @ Ta

Type TL

Tref Max - 85 -

Tref-

measured@40 - 57 -

Humidity

Operation 10 - 90 % Relative humidity for

operation

Storage - - 95 % Relative humidity for

storage

Lifetime 50 - - KHrs @ Tc=75

/ AC 120V~277V


Parameter Condition Remark

Safety Standards

Design to meet the requirements as follows ;

- UL 8750, UL 1310, CSA C22.2 No.250.13-12

- Class 2 use in a dry or damp location

EMI / RFI Standards Design to meet the requirements as follows ;

- FCC Part 15, Class A verification

Standards

30W LED Driver

LED Driver


Output Voltage [V]

Ou

tput

Curr

ent[

A]

Operating Window

※ Note :

(*) Maximum output current settable by GUI(Sirius pc program) at MOC Settable region.

(*) Fixed Dimmable region(VF 10V ~ 20V) was recommended over 1-10V Min Level(%)

through the GUI as below the formula.

1-10V Min Level(%) ＞ (100mA ÷ MOC Value) × 100%

(ex. If MOC value is 150mA then 1-10V Min Level(%) is 67%

if MOC value is 1.05A then 1-10V Min Level(%) is 10%)

30W LED Driver

LED Driver


Performance curve

30W LED Driver

LED Driver


Programmable Features


LED Module Working Hours 0 - 127.5 KHr Min. Step : 1Hr

Time Tolerance -4 4 % Time Accuracy

2. LED Module Working Hours(MWH)


Output Current 150 - 1050 mA Min. Step : 1mA

3. Maximum Output Current(MOC)


1-10V Min Level 5 - 100 % Min. Step : 1%

4. 1-10V Dimming


1-10V Dimming 5 - 100 %

Schedule Dimmer 5 - 100 % Min. step : 1%

Zigbee Dimming 5 - 100 % Min. step : 1%

1. Dimming Interface

※ Zigbee mode is supported only if LED driver is combined with Zigbee module)

30W LED Driver

LED Driver




Dimming Schedule 1 - 5 Step Min. step : 1min

Dim Level 5 - 100 % Min. Step : 1%

(Possible to LED OFF at 0%)

Override Hold Time 0 - 60 min Min. Step : 1min

7. Schedule Dimmer(Time Based)


Tstart 50 - 85 Min. Step : 1, Temperature

@ Dim Start

Tstop 55 - 95 Min. Step : 1, Temperature

@ Dim Stop

Tmax 60 - 105 Min. Step : 1, Temperature

@ Dim Off

Temperature Tolerance -3 - 3 Tolerance @ Tstart, Tstop,

Tmax

Dim Level 10 - 90 % Min. Step : 1%, Dim Level @

Tstop

6. Module Temperature Protection(MTP)

※ Note : External MTP is settable based on NCPXH103(ex. NCP18XH103)

or equivalent thermistor(10kΩ at 25).

※ To apply dimming mode as schedule dimmer completely, it is recommended to apply AC power once again.


Working Hours (Max. 16 steps) 0 - 127.5 KHr Min. step : 500hrs

Dim. Level (Max. 16 steps) 10 - 130 % Min. step: 1%

Operating Time Accuracy -4 - 4 % Time Accuracy

5. Lumen Output Compensation

30W LED Driver

LED Driver


Dimming Control

Dim+/- Current

Open or More than 8.5V Driver-max Current (100%)

1V – 0.5V(Dim To Off Level) Driver-min Current

0.5V(Dim To Off Level)~0V or Short Driver-Off Current (0%)

30W LED Driver

LED Driver


PIFN-W055B

Programmable 55W LED Driver

(Compatible Wireless)

Features

Compact Mechanical size

Active Power Factor Correction

Constant Current Control

Dimming Method: 0-10V Dimming, Schedule Dimmer(Time based)

* Wireless Dimming can be available with Zigbee dongle.

Stand alone operation is possible as Programmable Driver without Wireless dongle.

Programming Function : MOC(Maximum Output Current), LOC(Lumen Output Compensation),

MTP(Module Temperature Protection)

Auxiliary Power Supply : 12V Output for Auxiliary Devices(Sensors)

Direct Programming Between PC (Sirius GUI) and LED Driver without AC mains

UL 8750, UL 1310, CSA C22.2 No.250.13-12, Class 2 use in a dry or damp location

RoHS Compliant

Output

[W]

Output

[Vdc]

Output

[A]

Input

[Vac]

Dim.

Method PF

Efficiency

[%]

Mechanical Outline

[LxWxH mm]

55 10-54 0.4 – 1.5 120-277

0-10V,

Zigbee

Schedule

> 0.9 Up to 87% 280 × 31 × 26.8

Input Specifications


Input Voltage 120 230 277 Vac -

Input Current - - 0.6 A @ AC 120-277V,

100% Dimming

Input Wattage - - 67 W @ AC 120-277V,

100% Dimming

Nominal Input Frequency 47 50/60 63 Hz -

Efficiency - - 87 %

Please refer to

“Performance Curve” Power Factor 0.9 - - -

THD - - 20 %

Inrush Current 16 - 60 Apk @Measurement Value


10V - 54V / 0.4A – 1.5A / 55W


Mechanical Outline

(Metal Case)

- 280(L) × 31(W) × 26.8(H)mm

55W LED Driver

LED Driver



Protection Functions


Output Over Voltage Protection - 59 - V

Latch-off.

The time is 200ms until the

output voltage falls below 60V

(Restart Driver When AC

Off/On again)

Output Short Circuit Protection - - - A Auto-recovery Or Latch

Output Over Current Protection - 2 - A Auto Recovery Or Latch



Output Voltage 10 - 36 54 V 55W, AC 120/60Hz,AC

277/50Hz

Output Current 0.4 - 1.5 1.02 A 55W, Programmable variable Current @ 100% Dimming

Output Min. Dimming current 75 - mA 5% @1.5A Max

Output Current Tolerance -5 - 5 %

@ 100% Dimming, failure rate is 1,000 ppm ( 0 ppm at ±7% )

Output Ripple Current -30 - 30 % Peak to Peak / Mean @ 100% Dimming

Output Power - - 55 W

Start-up Time - - 1,000 ms @ 100% Dimming

Auxiliary Power supply

10.8 12 13.2 V

- - 10 mA

55W LED Driver

LED Driver






Safety Standards


- UL 8750, UL 1310, CSA C22.2 No.250.13-12

- Class 2 use in a dry or damp location

EMI / RFI Standards Design to meet the requirements as follows ;

- FCC Part 15, Class A verification

Standards


Temperature

Operation

-30 - 50 @ Ta / AC 120V~277V

- - 80 @ Tc


Type TL

Tref Max 82

@Safety

Tref-

measured@40 70

Humidity

Operation 10 - 90 % Relative humidity for

operation

Storage - - 95 % Relative humidity for

storage

Lifetime 50 - - KHrs @ Tc=75

/ AC 120V~277V

55W LED Driver

LED Driver


Output Voltage [V]

※ Note :

(*) Maximum output current settable by GUI(Sirius pc program) at MOC Settable region.

(*) Fixed Dimmable region(VF 10V ~ 20V) was recommended over 1-10V Min Level(%)

through the GUI as below the formula.

1-10V Min Level(%) ＞ (150mA ÷ MOC Value) × 100%

(ex. If MOC value is 400mA then 1-10V Min Level(%) is 38%

if MOC value is 1.5A then 1-10V Min Level(%) is 10%)

Outp

ut

Cu

rrent[

A]

Operating Window

55W LED Driver

LED Driver


Performance curve

55W LED Driver

LED Driver




LED Module Working Hours 0 - 127.5 KHr Min. Step : 1Hr

Time Tolerance -4 4 % Time Accuracy

2. LED Module Working Hours(MWH)


Output Current 400 - 1500 mA Min. Step : 1mA

3. Maximum Output Current(MOC)


1-10V Min Level 5 - 100 % Min. Step : 1%

4. 1-10V Dimming


1-10V Dimming 5 - 100 %

Schedule Dimmer 5 - 100 % Min. step : 1%

Zigbee Dimming 5 - 100 % Min. step : 1%

1. Dimming Interface

※ Zigbee mode is supported only if LED driver is combined with Zigbee module)

55W LED Driver

LED Driver




Dimming Schedule 1 - 5 Step Min. step : 1min

Dim Level 5 - 100 % Min. Step : 1%

(Possible to LED OFF at 0%)

Override Hold Time 0 - 60 min Min. Step : 1min

7. Schedule Dimmer(Time Based)


Tstart 50 - 85 Min. Step : 1, Temperature

@ Dim Start

Tstop 55 - 95 Min. Step : 1, Temperature

@ Dim Stop

Tmax 60 - 105 Min. Step : 1, Temperature

@ Dim Off

Temperature Tolerance -3 - 3 Tolerance @ Tstart, Tstop,

Tmax

Dim Level 10 - 90 % Min. Step : 1%, Dim Level @

Tstop

6. Module Temperature Protection(MTP)

※ Note : External MTP is settable based on NCPXH103(ex. NCP18XH103)

or equivalent thermistor(10kΩ at 25).


Working Hours (Max. 16 steps) 0 - 127.5 KHr Min. step : 500hrs

Dim. Level (Max. 16 steps) 10 - 130 % Min. step: 1%

Operating Time Accuracy -4 - 4 % Time Accuracy

5. Lumen Output Compensation

※ To apply dimming mode as schedule dimmer completely, it is recommended to apply AC power once again.

55W LED Driver

LED Driver


Dimming Control

※ Tolerance of output current is about 15% of each dimming deviation.

Dim+/- Current

Open or More than 8.5V Driver-max Current (100%)

1V – 0.5V(Dim To Off Level) Driver-min Current

0.5V(Dim To Off Level)~0V or Short Driver-Off Current (0%)

0

0.2

0.4

0.6

0.8

1

1.2

1.4

1.6

0 0.5 1 1.5 2 2.5 3 3.5 4 4.5 5 5.5 6 6.5 7 7.5 8 8.5 9 9.5 10

Outp

ut

Curr

ent

[A

dc]

Dimming Voltage[V]

1.5A

1.2A

1.0A

0.7A

0.4A

55W LED Driver

LED Driver


*Appendix (NCP18XH103)

: External MTP is setting resister table


30W&55W LED Driver

LED Driver


Mechanical Outline

1. Case Dimension

1.1 Case Dimension (with Zigbee dongle)

30W&55W LED Driver

LED Driver


LIVE(Black)

LIVE(White)

AC Input

LED Power Driver

VLED+

VLED-

EXT_OTP

12Vdc/10mA

Dim+

Dim- / GND 0-10

Dimmer

VLED+

VLED- LED Load

2. Connector wiring diagram

CN101

CN301

3. Connector description

3.1 AC Connector (CN101)

Pin No. Name Color

1 Live Black

2 Neutral White

Mechanical Outline

Plug-in

Programmable

Interface

MODE_SEL

DIM_SEL

3.3Vdc/10mA

ZB_RX

SGND

Z_PWM

ZB_TX

Z_ONOFF

CN302

3.2 DC Connector (CN301)

Pin No. Name Color

1 VLED+ Red

2 VLED- Blue

3 External OTP Brown

4 Auxiliary Vcc (12V) Yellow

5 DIM+ Purple

6 GND/DIM- Gray

※ Note : To configure programmable features, user manual can be refer from LG Innotek’s web site as below

http://www.lginnotek.com/customer/sirius_01.jsp

30W&55W LED Driver

LED Driver


2.4GHz ZigBee Transceiver

Support Standard ZigBee PRO Protocol (ZHA*)

High Performance and Low Power 32-bit RISC CPU

192-KB In-System-Programmable Flash and External

256-KB Flash for OTA(Over the Air)

8-Pin Connection for Power Supply Unit

Over-the-air Software Upgrade Available

Compatible with the Daintree Networks® ControlScope® Building Energy Management System

* ZHA1.2 (ZigBee Home Automation)

Test Item MIN. Typ. MAX. Unit Condition

Operating Supply Voltage 2.7 3.0 3.3 V -

Frequency Range 2400 - 2483.5 MHz 5MHz Channel Spacing

Peak Current

Consumption

Tx (at +6 dBm) 40 45 50 mA Active-Mode

Rx (Boost Mode) 23 28 33 mA Active-Mode

ESD

-15 - +15 KV Air Condition, No Electrical Problem

-2.0 - +2.0 KV Contact Condition,

No Electrical Problem

TWZT-V002D-F

ZigBee Module for Lighting Control

Features

Mechanical Outline

29 × 22 × 7.7mm

General Characteristics

※ Note : Measured on LG Innotek [TWZT-V002D-F] design with VDD = 3.0V and TA=25, Unless otherwise noted.

All limits apply over the entire operating range, TA = -20 ~ +85, VDD 3.0±0.3 and fc = 2.4 ~ 2.4835 GHz

Zigbee for LED Driver

LED Driver



Frequency Range 2.4 - 2.4835 GHz All Operating Temp.

Nominal Impedance - 50 - Ω

Band width - 80 - MHz All Band (30MHZ ~ 12.5GHz)

Internal Antenna Passive Efficiency 45 50 - % Single Antenna Unit(Only)

Internal Antenna VSWR - 1.5:1 2.5:1 - Single Antenna Unit(Only)

Peak Gain 3.0 dB Single Antenna Unit(Only)

Directivity 6.0 dB Single Antenna Unit(Only)

Antenna Specifications

※ Note : Measured on LG Innotek [TWZT-V002D-F] design with VDD = 3.0V and Ta=25, RF Conducted Test,

Unless otherwise noted. All limits apply over the entire operating range, Ta =-20 ~ +85 ,

VDD 3.0±0.3 and fc = 2.4 ~ 2.4835 GHz

※ Required~: Refer to IEEE 802.15.4


Nominal Output Power 3 6 - dBm Single Ended 50Ω Load (Required Min.-3dBm)

Receiver Sensitivity - -100 -94 dBm PER=1% (Required -85dBm)

Maximum Input Level - - 0 dBm PER=1% (Required -20dBm)

Frequency Tolerance -20 - +20 ppm All Operating Temp. (Required Max. ±40ppm)

Error Vector Magnitude (EVM) - 10 35 % Required Max. 35%

Harmonic

- - -31 dBm 2nd Harmonic

- -31 dBm 3rd Harmonic

Spurious Emissions - - -31 dBm All Band (30MHZ~12.5GHz)

RF Specifications

Zigbee

※ Internal patterned antenna was ready.

Zigbee for LED Driver

LED Driver


Mechanical Outline

1. Dimension

2. Pin Description

Pin No. I/O Pin Name Description

1 I MODE_SEL Normal Mode (High) / Test Mode (Low)

2 I/O DIM_SEL 10% Dim(High) / 5% Dim(Low)

3 - VDD Power Supply Typ. 3.0V (2.7V ~ 3.3V)

4 I UART_RX UART_RX

5 - GND Ground

6 O Dim Dimming Control

7 O UART_TX UART_TX

8 O On/off On/off Control

7.7

7.0

22.0

22.0

3.7

18.1

17.4

LED INDICATOR

Zigbee Zigbee for LED Driver

LED Driver


PIHN-W005A

Wireless Interface Module

1-10V Dimming / On/Off

Mechanical Outline

- Plastic Case

210(L) × 30(W)

× 25(H)mm


Features



Input Voltage (Nominal) 120 - 277 Vac -

Input Voltage (Performance) 108 - 305 Vac -

Input Power - - 3 W -

AC Output Voltage 108 - 305 Vac Input Voltage (Nominal)

±10%

Nominal Input Frequency - 50/60 - Hz -

Load Rating - - 1.5 A @ 120~277VAC

Wireless Frequency Range 2.4 - 2.48 GHz ZigBee (ZHA1.1)

Transmitting Power - +7 - dBm Booster Mode

Dimming Output 1 - 10 V ZigBee PWM=10% to 100%

Dimming Sink Current - - 7 mA -

Applied Internal Load Switch to control AC main On/Off

Integrated AC-DC supply for stand-alone operation

Supports 1-10V Dimming

2.4GHz ZigBee® Transceiver

Supports Standard ZigBee PRO Protocol (ZHA)*

Embedded antenna for easy installation and low cost

Flexible platform to accommodate diverse protocols

UL 916, UL 60730-1, FCC Part 15 Certification Approved

RoHS Compliant

Compatible with the Daintree Networks® ControlScope® Building Energy Management System

Daintree Networks® and ControlScope® are registered trademarks of Daintree Networks.

ZigBee® is a registered trademark of the ZigBee Alliance.


LED Driver





Temperature Operation -20 - 70 @ Ta


Humidity Operation 10 - 90 % -

Storage - - 95 % -

Lifetime 50 - - KHrs @ Ta=70


Safety Standards Design to meet the requirements as follows ;

- UL 916, UL 60730-1

EMI / RFI

Standards


- FCC Part 15, Class B verification

Standards


LED Driver


Performance Curve

※ PWM Duty : ZigBee Control Duty

Dim. Voltage : 1-10 Output Voltage of Wireless Interface Module

Load Coverage (VAC - IAC Curve)

※ Notice

The WIM can not be protected when loads exceeding the load coverage are

connected to the WIM.

Then the WIM will be abnormal status like as heating or no operation.


LED Driver


Mechanical Outline

1. Case Dimension

CTQ

M.P

CTQ

M.P

3D View


LED Driver


Model PIHN-W005A Installation Instruction

The WIM model PIHN-W005A is an AC powered device that provides wireless adaptation and

control of On/Off switching and 1-10V analog dimming for LED drivers and electronic ballasts.

Specifications

Parameter Specification Remark

Input Voltage 120-277VAC, 50/60Hz -

Load Rating 1.5A max @120-277VAC -

Load Types Electronic Ballast, General Use LED

Driver -

Dimming Output 1-10VDC, 7mA max -

Radio Properties 2.4GHz, +7dBm Range dependent on the

RF environment

Operating Environment Indoor, dry location

-4 to +158 (-20 to +70) -

Compliance UL, FCC Part 15 -

Mounting Inside fixture, or enclosure -

Dimensions 1.18” W x 0.98” H x 8.27” L

(30mm W x 25mm H x 210mm L) -

ZigBee standard compliance ZHA -

Applied Internal Load Switch to control AC main On/Off

Integrated AC-DC supply for stand-alone operation

Supports 1-10V Dimming

2.4GHz ZigBee® Transceiver

Supports Standard ZigBee PRO Protocol (ZHA)*

Embedded antenna for easy installation and low cost

Flexible platform to accommodate diverse protocols

UL 916, UL 60730-1, FCC Part 15 Certification Approved

RoHS Compliant

Compatible with the Daintree Networks® ControlScope®

Building Energy Management System

Daintree Networks® and ControlScope® are registered trademarks of Daintree Networks.

ZigBee® is a registered trademark of the ZigBee Alliance.

Reset Button &

LED Indicator

Installation Instruction for


LED Driver


Installation Process

1. Do not connect power to WIM before installation.

All power relating to the lighting fixtures and WIM has to be turned off by turning off circuit

breakers. Please confirm that power is off before installation.

2. Mount the WIM in the empty space of the fixture.

3. For dimming fixtures, connect DC low voltage wiring from the WIM to the LED Driver(s).

4. Connect AC line wiring from AC supply to the WIM.

5. Connect AC neutral from the AC supply to the WIM and to the LED Driver(s).

6. Connect AC load wire from the WIM to the LED Driver(s).

7. Check load circuits then turn on the circuit breakers to power up the WIM. The light fixtures

connected to the WIM turn On when power is initially applied.

8. Locate the Reset button on the WIM. It is on the dongle, inside the pinhole.

Insert the end of a paper clip in the pinhole, press and hold the button for 3 seconds.

Release the button when the blue LED inside the pinhole starts blinking.

The WIM is now reset to factory defaults, not joined to a ZigBee Network, the LED is Off.

LED Indicator

Mode LED Operation Description

Normal

Joined On

Powered and joined to a ZigBee

Network.

Normal when not

joined/after reset Off

Not powered, or powered but not joined

to a ZigBee Network

On/Off Test

(Test Mode)

Blink

On (0.3 sec), Off (1.5 sec)

(repeats)

The AC Line Voltage Load output

switches On, and Off.

Dimming Test

(Test Mode)

Double Blinks

On (0.25 sec), Off (0.25

sec)

twice, then Off (1.5 sec)

(repeats)

The Low Voltage Dimming output

operates to sweep the light between

minimum and maximum intensity.

Identify Device

(Normal)

Slow Blink

On (1 sec), Off (1 sec)

(repeats)

Identify mode while joined to a ZigBee

network.

The LED indicator can be seen through the pinhole on top of the dongle. When lit, it is blue.



LED Driver


Wiring

CLASS 2 WIRING: All field wiring shall be suitable for Class 1, Electric Light and Power, or

Class 2, 3 wirings are routed separately and secured to maintain separation between 1)

Class 2 wiring and all other class wiring, and 2) limited energy circuit conductors from

unlimited energy circuit conductors.

Disconnect all power before installation.

All installation and maintenance of line voltage equipment must be performed by a qualified electrician.

The WIM must be installed in accordance with all local, state, and national electrical codes and requirements.

Wiring connectors are not supplied. UL recognized wiring connectors must be used in the installation.

Each terminal can accept one conductor only. Connect only one 20~16AWG wire to any terminal.

CAUTION : Risk of electrical shock

Connection Diagram



LED Driver


Mount

The WIM is designed to be mounted inside a light fixture.

A barcode label with the WIM’s full IEEE address on it is included with the WIM.

This is the Fixture label. Affix this label to the outside of the fixture.

Choose a standard location so that when someone looks for fixtures containing a WIM

they will know where to look for the IEEE address bar code label.

Important Notices

Complete Installation Tests

Successful commissioning is dependent on testing each wireless-interfaced lighting

fixture and control device at the time of installation. Finding installation issues or device

problems earlier saves significant time during the commissioning process.

Record IEEE Addresses

If you have not already done so, be sure that each adapter’s IEEE address (last 4 or 5

digits) is recorded on the facility floor plan. You can use the 4 or 5 digit Plan label

supplied with the WIM or you can write the last 4 or 5 digits on the floor plan.

This information will be used during the commissioning process.

After the lighting installation is complete, a marked-up copy of the facility floor plan

showing the identity and location of each WIM (including associated fixtures) should be

available. This will simplify and expedite the commissioning process.



LED Driver


Installation Tests

All lighting devices, including WIM must be tested for proper operation.

After mounting, wiring low voltage, wiring line voltage, powering up and resetting the unit,

perform the recommended Installation Tests. The Installation Test mode automatically

times out after 5 minutes of no activity.

While the WIM is in Installation Test mode it directly controls lights wired to the same WIM.

After you exit Installation Test mode, the lights turn On. See the section “Joining the ZigBee

Lighting Control Network” for more information about how the WIM operates after

commissioning.

NOTE: The test mode can be initiated whether the WIM is currently joined or not joined to the

ZigBee Network. If it is already joined to the correct network and passes the necessary tests

(steps 1-3 below) do not perform step 4, since a reset causes the WIM to leave the ZigBee

Network.

Test Mode Process :

1. Momentarily press and release the reset button 1 time to activate the On/Off Test.

The blue LED starts blinking repeatedly [On (0.3 sec), Off (1.5 sec)] then lights begin

to cycle On, and Off.

2. Momentarily press and release the reset button 1 time again to activate the Dimming Test.

The blue LED starts double-blinking repeatedly [On (0.25 sec), Off (0.25 sec) twice,

then Off (1.5 sec)] then the lights operate to sweep between minimum and maximum

brightness.

3. Momentarily press the reset button 1 time again to terminate the Test Mode.

The blue LED is off, indicating the test mode is ended.

4. Press and hold the reset button on the WIM dongle for 3 seconds to reset the unit



LED Driver


Joining a ZigBee Network

After successfully completing the Installation Test, the WIM is ready to communicate with the

ZigBee coordinator, such as the Daintree Wireless Area Controller (WAC), a part of the

Daintree ControlScope wireless building controls system. Upon commissioning, the WIM’s

LED turns on solid and remains on as long as the WIM is included in the ZigBee Network.

After joining the network, depending on the zone and device configuration in the control

system, wireless signals from the ZigBee coordinator to the WIM determine the operation of

the light(s).

For more information about joining the ZigBee network, see the instructions provided by the

control system vendor.

Copyright. 2016. All Rights Reserved.



LED Driver


Application Revision History

Change

Date

Rev.

No. Description of Change Remark

2016/9/27 1.0 - Initial Release

Date post:	10-Jul-2018
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