Davis Lighting Catalogue 2021

Industrial Lighting / Tunnel Light

Product Code Key

Model Power Colour Temp. Lens Type
TLB 60 = 60W 3K = 3000K A = 90°
120 = 120W 4K = 4000K
B = Type II Short
5K = 5000K
C = 120 x 100°

6K = 6000K

e.g. TLB60W4K-B = 60W 4000K Type II Short

Specifications

Model TLB60WxK-y 100 - 277 VAC 50 / 60 Hz TLB120WxK-y
Nominal Power (W) 60 120
Input Voltage ≥ 70
Luminous Flux (lm) 6490 > 0.95 13,680
Efficacy (lm/W) 112 113
CRI <5
Power Factor 3.4 3000 / 4000 / 5000 / 5700 5.4
SDCM
Colour Temp. (K) > 50,000
LED Life L70B50 (hr) 50 °C
Ambient Temp. (Ta)
Weight (kg)

“x” denotes CCT, 3 = 3000K ; 4 = 4000K ; 5 = 5000K ; 6 = 5700K
“y” denotes lens type, A = 90° ; B = Type II Short ; C = 120 x 100°

Lighting Data

TLB120W4K-A TLB120W4K-B TLB120W4K-C

Light Distribution Curve (LDC) Light Distribution Curve (LDC) Light Distribution Curve (LDC)

120° Gamma Angles 180° 120° 120° Gamma Angles 180° 120° 120° Gamma Angles 180° 120°
105° 105° 105°
105° 150 105° 150 105° 70

90° 90° 90° 90° 90° 90°
75° 150 75° 75° 70 75°
75° 150 75°
300 140
300 60° 60° 60° 60°
60° 60°
450 210
450
45° 45° 45° 45° 45° 45°
600 280
600

750 cd/klm 750 cd/klm 350 cd/klm

30° 15° 0° 15° 30° 30° 15° 0° 15° 30° 30° 15° 0° 15° 30°

DAVIS PRO 151

Tholo TLB120WxK-y 130

TLB 695

Dimensions

TLB60WxK-y

130

390

250 250

Technical Advantages

Main beam Heat Modular
radiator

Air Convection Effect Whole-structure Heat Dissipation Tool-free Maintenance
Flexible Combination of Modules
Boiled red ink water Ice blue ink water Extreme efficacy, best performance and
compatibility
Double-coupling IP68 Protection
Hot-colour targeted 6V QFN package
delivering high flux

The high lumen, high efficacy, multi-die
single emitter committed to lowering
lighting system cost.

High-efficacy LED Light Source

LED module Adjustable angle

152

Industrial Lighting / Tunnel Light

DAVIS PRO 153

Tholo

TLC

Features

Ergonomic and specialized lighting distributions available for various
tunnel and underpass applications
Whole structure heating dissipation design with best thermal dissipation
through conduction, radiation and convection.
Tool-free onsite replacements of light engines greatly reduce
maintenance cost
Excellent lighting performance, driver stability and desirable lifespan
Maximum ±360° adjustable mounting brackets

Applications

Tunnels
Underpasses

Standards

Manufactured under ISO 9001:2015 to standards
IEC/AS/NZS 60598.1
IEC/AS/NZS 60598.2.3
IEC/AS/NZS CISPR 15

IP OUTDOOR

68

154

Industrial Lighting / Tunnel Light

Product Code Key

Model Power Colour Temp. Lens Type
TLC 80 = 80W 3K = 3000K A = 90°
150 = 150W 4K = 4000K B =110°

5K = 5000K C = Type II Short

6K = 6000K D = 120 x 100°

e.g. TLC80W4K-B = 80W 4000K 110°

Specifications

Model TLC80WxK-y 100 - 277 VAC 50 / 60 Hz TLC150WxK-y
Nominal Power (W) 80 150
Input Voltage ≥ 70
Luminous Flux (lm) 10,870 > 0.95 18,800
Efficacy (lm/W) 140 132
CRI <5
Power Factor 4.6 3000 / 4000 / 5000 / 5700 5.7
SDCM
Colour Temp. (K) > 50,000
LED Life L70B50 (hr) 50 °C
Ambient Temp. (Ta)
Weight (kg)

“x” denotes CCT, 3 = 3000K ; 4 = 4000K ; 5 = 5000K ; 6 = 5700K
“y” denotes lens type, A = 90° ; B =110° , C = Type II Short ; D = 120 x 100°

Lighting Data

TLC150W4K-A TLC150W4K-B

Light Distribution Curve (LDC)

Light Distribution Curve (LDC)

120° Gamma Angles 180° 120°
105°
120° Gamma Angles 180° 120°
105°
105° 50

105° 90

90° 90° 90° 90°
75° 50 75° 75° 90 75°

100 180
60° 60° 60° 60°

150 270

45° 45° 45° 45°
200 360

250 cd/klm

30° 15° 0° 15° 30° 450 cd/klm
0° 15° 30°
30° 15°
TLC150W4K-C
TLC150W4K-D

Light Distribution Curve (LDC) Light Distribution Curve (LDC)

120° Gamma Angles 180° 120° 120° Gamma Angles 180° 120°
105°
105° 150 105° 70 105°

90° 90° 90° 90°
75° 150 75° 75° 70 75°

300 140
60° 60° 60° 60°

450 210

45° 45° 45° 45°
600 280

750 cd/klm 350 cd/klm

30° 15° 0° 15° 30° 30° 15° 0° 15° 30°

DAVIS PRO 155

Tholo TLC150WxK-y

TLC 255

Dimensions

TLC80WxK-y

175

220 220
390 390

Technical Advantages

Main beam Heat Modular
radiator

Air Convection Effect Whole-structure Heat Dissipation Tool-free Maintenance
Flexible Combination of Modules
Boiled red ink water Ice blue ink water Extreme efficacy, best performance and
compatibility
Double-coupling IP68 Protection
Hot-colour targeted 6V QFN package
delivering high flux

The high lumen, high efficacy, multi-die
single emitter committed to lowering
lighting system cost.

High-efficacy LED Light Source

TLC150WxK-y

TLC80WxK-y

LED module Adjustable angle

156

Industrial Lighting / Tunnel Light

DAVIS PRO 157

Smart
Lighting

All products come with warranty.
Check with your Davis local office
for warranty details.

Wireless Gateway / Intergrated Sensor / PIR Sensor / p.172 Touch Panel / p.178
p.160 p.166

DAVIS PRO 159

Wireless Gateway Free smartphone application for
setup & commissioning
The freedom of wireless mesh networks configured by smartphone App’s considerably
changes the approach to connected lighting controls. Download on the
APP Store
Davis Lighting has designed such lighting controls using Bluetooth 4 wireless mesh
technology to support the functional demands of most commercial and domestic Compatible with iOS 9.0 or later
applications such as office/retail lighting and residential environments.

HBTD8200D/F DALI Digital Wireless Dimmer
Using the DALI protocol in ‘broadcast’ mode provides support for modern LED lighting
fixtures. The built-in DALI power supply can support up to 50 lighting points with flicker-
free operation when used with quality DALI LED drivers, such as DavisConnect premium
DALI range.

HBTD8200V/F 1-10V Analogue Wireless Dimmer
This version is provided to support the use of 1-10V analogue dimmable lighting fixtures
which are still widely used in LED lighting controls today. This model also features a relay
capable of switching 300A and can be used as a simple ‘wireless switch’ if dimming is not
required.

HBTD8200T/F 150W Trailing Edge Wireless Dimmer
This device adds intelligent control to most domestic lamps which are designed to be
dimmed using traditional trailing edge triac dimmers. This version is suitable for retro-fit
or new-build / refurbishment projects.

HBTD8200S/F 300VA On/off Wireless Switch
Designed for cost-effective intelligent control of fixed output luminaires, this versatile
device maybe also be used to add automation to any appliance which requires simple
mains control.

All models support two manual retractive (non-latching) switch inputs to provide manual
operation of the lighting. The free-to-download App provides the user with automated
control functions as well as the ability to set up points in logical groups to create scenes.

Features

100mA broadcast DALI output (DT8) for up to 50 LED drivers per node
1-10V output control option - also can be used for on/off relay control
150VA trailing edge output version
Free smartphone iOS App for set-up and commissioning:
Scene control
Scheduling
Push switch configuration: recall scene / external motion sensor compatible
Astro-clock
2-input Switch-Dim for simple manual control and scene recall
Short circuit protection
Overload protection
Non-volatile memory retains settings in the event of power loss
5 year / 50,000 hours warranty

IP Dim Trailing INDOOR EMC
1-10V Edge
20

160

Smart Lighting / DavisConnect

Catalogue Number

HBTD8200D/F
HBTD8200V/F
HBTD8200T/F
HBTD8200S/F

Technical Data For Transceiver Node

Bluetooth Transceiver 2.4 GHz - 2.483 GHz Safety and EMC EN55015, EN61547,
5mW EMC Standard (EMC) EN62479, EN61000
Operation IEC/EN 61058, AS/NZS 61058
Frequency 15~30m Safety Standard (LVD) EN3003 28, EN301 489,
Bluetooth 4 Wireless Mesh
Transmission Power Radio Equipment (RED) EN62479
Semko, CB, CE , EMC, RED, RCM
Range Certification
(Typical Indoor) Ta: -20°C ~ +50°C
Environment Tc: +75°C
Protocol Operation Temperature
Case Temperature (Max.) -20°C ~ 50°C
Input/Output Characteristics Storage Temperature 20 ~ 90%
Relative Humidity IP20
Mains Voltage 220~240 VAC 50/60Hz IP Rating Class II
Insulation
Stand-by power < 0.5W

Load ratings: 100mA, 16VDC (max. 50 devices)
HBTD8200D/F 300VA (capacitive), 400W (resistive)
HBTD8200V/F 1-150VA (capacitive) / 1-150W (resistive)
HBTD8200T/F 300VA (capacitive) / 400W (resistive)
HBTD8200S/F

Hardware Features

Manual Override (S1 & S2 terminals)
The S1 & S2 terminals allow manual controls for the end-user to switch on/off, or adjust the light level
(and colour appearance, where supported) by retractive push-switch. Furthermore, by using the binding
option in the App, entire groups of fixtures may be wirelessly controlled by a single switch.

Short Push ( <1s ): Permanent on/off function; can also be configured to recall scene selection.
Long Push ( > 1s ): Brightness level adjustment or colour tuning (colour tuning for DALI version only).
Long Push ( > 1s ) for HBTD8200S (/F) only.

1. Previous state: ON > long push > ON
Previous state: OFF > long push > ON

2. When binding with DavisConnect other Bluetooth devices,
the lights bound will be dimmed and colour tuned.

Notes:
1. Both adjustment on the APP and the push switch can overwrite each other,
the last adjustment remains in memory.
2. Switch functions are configured in the App.
3. The S1 & S2 terminals may be left unconnected if no mutual control required.

DAVIS PRO 161

Wireless Gateway

Dimensions & Terminals Wire Preparations & Wiring Diagrams

DALI Version
HBTD8200D/F

DA + 22
DA -
+- +-
58 DA DA
52.1
46 L L N S1 S2 L L N S1 S2

L S1 S2 3.1 L
LN 46 N

S1
S2

1-10V Version
HBTD8200V/F

0/1~10V -
0/1~10V +

0 / 1 -1 0 V 0 / 1 -1 0 V
L L N S1 S2 L L N S1 S2

L S1 S2 L
LN
N
S1

S2 Note: The 1-10V leads cannot short-circuit.

Trailing Edge Version
HBTD8200T/F

L N S1 S2 L N S1 S2

L L
N S1 S2 N

On/off Version
HBTD8200S/F

L L N S1 S2 L L N S1 S2

L S1 S2 L
LN N

S1
S2

162

Smart Lighting / DavisConnect

0.75 - 4mm Note: Use a screwdriver to clamp or
8mm release the wire from the terminal.

Rising clamp terminal

Placement Guide & Typical Range

Network Considerations
The recommended maximum distance between dimmers is 15m - 30m.
Be aware that building materials such as concrete and sheet steel will affect the range achievable when installed.
Other forms of interference which may affect the range include WiFi routers, microwave ovens and such sources that
emit strong signals, and these should also be taken into consideration when installing.

Device to Device Placement Smartphone to Device Range

6-10m >10m

Concrete walls, metals and other building materials The smart device with the App installed will have a typical
will reduce the range. range of 10m, but varies from device to device. During
commissioning, the installer will need to be in range of the
Strong signal sources such as WiFi routers and devices when searching for devices to add to the network.
microwave ovens will affect the range.
Once the devices have been added to the network via the
App, the devices will start communicating within the wireless
mesh. This means that once the network is complete, all
devices are accessible from the smart device when in a 10m
range of a single point.

Device placement may offer up to 30m communication
distance. However, we recommend for indoor applications
that device placements should be no further apart than 15m.

DAVIS PRO 163

Wireless Gateway

Application Information

The setup and functionality of the HBTD200x/F series is covered in the Sensor app user guide.
Ensure the correct app is downloaded and installed.
The models are NOT supported in the Interior app and vice versa.
Further technical details beyond the scope of the user manuals are given below.
Device setting - Base settings
A common set-up screen is used for all models, although the base settings available for selection will
vary according to the Type of Light selected when adding the device to the network. The Type of
Light setting will determine which settings can be adjusted.
Push Switch Configuration
Both app guides cover fully the push switch configuration. A Single Click (shot push) is determined in
software as depressing the switch for between 0.1 to 0.5 seconds.
When the Type of Light is configured for both colour tuning and dimming, the Double Click option
shows the availability for Circadian Rhythm. This option provides manual restart of the circadian
rhythm profile, should it be interrupted using manual settings. Selecting this option will prompt to set
up the Circadian Rhythm mode if it is not already enabled.
Simple Human Centric Lighting (HBTD8200D/F DALI model only)
This mode requires the connection of DALI DT8 LED drivers used with tunable white luminaires. A
dynamic lighting scene can be created which will automatically change brightness and colour of the
lamp according to the time of day. The Circadian Rhythm can be considered as a 24-hour timer in
which the lights may be set to operate at any level of brightness or colour temperature for each hour
of the day.
The app guide covers fully setup of the Circadian Rhythm function.

164

Smart Lighting / DavisConnect

DAVIS PRO 165

Integrated Sensor Free smartphone application for
setup & commissioning
The freedom of wireless mesh networks configured by smartphone App’s considerably
changes the approach to connected lighting controls. Download on the
APP Store
Davis Lighting has designed such lighting controls using Bluetooth 4 wireless mesh
technology to support the functional demands of most commercial and industrial Compatible with iOS 9.0 or later
applications.

HCD038/BT - DALI Control Base with Bluetooth Transceiver
HCD038/BT is a Bluetooth transceiver node with DALI sensor in linear-shape control
base. It is perfect for applications where space is restricted for cables and externally
mounted lighting controls. HCD038/BT also features DALI control with a 30mA power
supply for up to 15 LED driver connections. This device works with two occupancy
sensor heads, HIR05 and SAM20 to meet the requirements of various applications.

Features

30mA broadcast DALI output for up to 15 LED drivers per node
Photocell Advance built-in daylight control
Daylight harvest function to regulate light output for maintaining required lux level
Tri-level dimming control based upon occupancy (also known as corridor function)
Free smartphone iOS App for set-up and commissioning:
• Scene control
• Scheduling
• Push switch configuration: recall scene
• Astro-clock
Switch-Dim with Synchronization for simple manual over-ride
Non-volatile memory retains settings in the event of power loss
5 year / 50,000 hours warranty

IP SELV EMC

20 INDOOR

166

Smart Lighting / DavisConnect

Catalogue Number

HCD038/BT + HIR05 (PIR)
HCD038/BT + SAM20 (Microwave)

Dimensions

HCD038/BT

RJ12 connector DALI 30
DALI 120

Push 21

N 4.5
L

Ceiling mounted height (m) 110.5
4.5
Technical Data For Control Base

Input Characteristics 220~240 VAC 50/60Hz Environment Ta: -20°C ~ +55°C
Mains Voltage < 1W Operation Temperature Tc: +80°C
Stand-by Power Case Temperature (Max.) IP20
Load Rating 30mA (max. 15 devices) IP Rating
Warm-up 20s

Bluetooth Transceiver * Please refer to placement guidance provided later in this document.
Operation Frequency
Transmission Power 2.4 GHz - 2.483 GHz
Range (Typical Indoor) * 5mW

15~30m

Detection Patterns SAM20

HIR05

0

6

3m 3
Ceiling mounted detection pattern (m)
Radial movement 4m
Tangential movement 6m

DAVIS PRO 167

Integrated Sensor

DavisConnect offers two types occupancy sensor heads to work with HCD038/BT:
1. HIR05
PIR sensor head
Daylight harvest
The cable length is around 65cm

Lens Installation hole

2.5
30

1.5
16

23.3
25.8

RJ12 connector 30
35
2. SAM20 39.5
Microwave sensor head
Photocell Advance
Daylight harvest
The cable length is around 30cm

Photocell 2.5 Cable side entry
6.6 4

25.2 2.5
24.3 25

15.5 11.2
1.5
13

Installation hole 34.7
35.9
RJ12 connector 40.4

4.5 8.8
6.8
Cable back entry

PIR Sensor Properties PIR detection Microwave Sensor Properties Microwave
Sensor Principle 5 VDC Sensor Principle 5.8 GHz +/- 75 MHz
Operation Voltage Operation Frequency
Detection Range * (ø x H) 6m x 3m Transmission Power < 0.2mW
Detection Angle 360° Detection Range * (ø x H) 12m x 3m
Detection Angle
30° ~ 150°

* The detection range is heavily influenced by antenna placement (angle of approach) and different walking paces.
It may be reduced under certain conditions.

168

Smart Lighting / DavisConnect

Wire Preparations

16 - 18 AWG Note: Use a screwdriver to clamp or
8mm release the wire from the terminal.

Rising clamp terminal DALI
DALI
Wiring Diagrams
L LED Driver
HCD038/BT + HIR05 (PIR)
N
DALI
DALI DALI
DALI
HCD038/BT PUSH
L LED Driver
N
L N

L DALI
N DALI

HCD038/BT + SAM20 (Microwave) L LED Driver

DALI N
DALI
DALI
HCD038/BT PUSH DALI

N L LED Driver
L
N
L
N

DAVIS PRO 169

Integrated Sensor

Placement Guide & Typical Range

To maximise the Bluetooth transmission range in every direction, the following considerations
should be taken into account when situating the control base in the luminaire:

Figure 1

Antenna The control base contains the Bluetooth transceiver module
and is located within the device as per Figure 1.
Figure 2
When the antenna is mounted to a metallic backplane, such
Opening under antenna as a gear tray, a cut-out opening should be made as large as
possible as shown in Figure 2.
Metallic Gear Tray
If possible, try to position the sensor as far away as possible
from the LED driver or other strong sources of high frequency
interference.

Device to Device Placement Smartphone to Device Range

Concrete walls, metals and other building The range for which a smartphone can communicate with the
materials will reduce the range lighting points will vary from model to model and is dependant
on its Bluetooth capability.
Strong signal sources such as WiFi routers and
microwave ovens will affect the range Placement of the antenna within the luminaire will also effect
the smart phone communication range and may appear
different for each luminaire variant.

Other environmental factors (as per opposite) will influence
the ultimate achievable range of communication between
smart phone and luminaire device.

Device placement may offer up to 30m communication
distance. However, we recommend for indoor applications,
device placements should be no further apart than 15m.

170

Smart Lighting / DavisConnect

Hardware Features

Bluetooth Transceiver Node
The HCD038/BT can either be linked to the occupancy sensor head for automated control, or take
commands from elsewhere via Bluetooth transmission. There are many ways to control the sensor:

• Use the APP for sensor parameters set-up and other advanced functions such as scheduling,
holiday mode, etc.

• DavisConnect Bluetooth wall panel HBP01 for on/off and dimming control, scene selection.
• Push switch on Bluetooth products such as dimmer HBTD8200T for on/off and dimming control.

Photocell Advance Technology (SAM20)
It is well known that LED lights have a totally different spectrum to natural light. DavisConnect uses
this principle with a custom-designed photocell and sophisticated software algorithm to measure
and differentiate natural light from LED light, so that this photocell can ignore the LED light and only
respond to the natural light.

Daylight Harvest Function
With built-in daylight sensor, the sensor can achieve daylight harvest function for energy saving
purpose. Simply activate the daylight harvest function in the App, and it will automatically adjust the
light output according to the change of natural light.

Daytime

Light will not switch on The light turns on at full or dims to maintain the lux level. The light output
when natural light is regulates according to the level of natural light available.
sufficient.

At night

The light automatically The light goes to stand-by The light is automatically
switches on when natural time after hold-time and stays switched off after stand-by
light is insufficient. on dimming level preset. time.

Note:
Tri-level control is also achievable. Simply choose this function on the App, daylight harvest is then de-activated.

Manual Override ('Push' terminal)
The Push terminal provides a manual override function for the end-user to switch on/off, or adjust the
light level by push-switch. Furthermore, by using the binding option in the App, entire groups of fixtures
may be wirelessly controlled by a single switch. Refer to the App user guide for further information.

Short Push ( < 1s ): Permanent on/off function; can also be configured to recall scene selection.
Long Push ( > 1s ): Brightness level adjustment or colour tuning.

Notes:
1. Both adjustment on the APP and the push switch can overwrite each other,
the last adjustment remains in memory.
2. Switch functions are configured in the App.
3. The push terminal may be left unconnected if no mutual control required.

DAVIS PRO 171

Standalone PIR Sensor

The freedom of wireless mesh networks configured by smartphone App’s considerably Free smartphone application for
changes the approach to connected lighting controls. setup & commissioning

Davis Lighting has designed such lighting controls using Bluetooth 4 wireless mesh
technology to support the functional demands of most commercial and industrial
applications such as office/retail lighting, stairwells, corridors and the classroom.

HBIR29 Bluetooth Sensor - DALI DT8 Flush Mount PIR Sensor with Daylight Harvest
Designed with a low profile for aesthetically demanding architectural projects whilst
retaining the functionality expected of the latest lighting controls. Control to the light
fixtures is provided via self-powered DALI communication (up to 40 drivers). Simple
commissioning and mesh network set-up to other DavisConnect Bluetooth enabled
devices is made via the DavisConnect App.

Features

DALI dimming control based upon occupancy (also known as corridor function)
Daylight harvest function to regulate light output for maintaining required lux level
Free smartphone iOS App for set-up and commissioning:
Scene control
Scheduling
Push switch configuration: recall scene
Astro-clock
5 year / 50,000 hours warranty

PIR Download on the
PIR APP Store

Compatible with iOS 9.0 or later

IP EMC

20 INDOOR

172

Smart Lighting / DavisConnect

Catalogue Number

HBIR29

Dimensions

75.2
70.5
62

Ø 78

Technical Data 2.4 GHz - 2.483 GHz Input Characteristics 220~240 VAC 50/60Hz
5mW Operating Voltage < 1W
Bluetooth Transceiver Stand-by Power
Operation Frequency 15~30m Switched Power Max. 40 devices, 80mA
Transmission Power Bluetooth 4 Wireless Mesh Warm-up 20s
Range (Typical Indoor) *
Protocol PIR Detection Safety and EMC (Common Data)
(Ø x H) 10m x 3m
Sensor Data EMC Standard (EMC) EN55015, EN61000, EN61547
Sensor Principle 360°
Detection Range (Max) 5m (maximum) Safety Standard (LVD) EN 60669-1, EN60669-2-1
Detection Angle
Mounting Height Ta: -10°C ~ +50°C Radio Equipment (RED) EN3003 28, EN301 489
IP20
Environment Certification Semko, CB, CE , EMC, LVD, RCM
Operation Temperature
IP Rating * Please refer to placement guidance provided later in this document.

DAVIS PRO 173

Standalone PIR Sensor

Installation 1. Ceiling (drill hole 65mm).
2. Carefully prise off the cable clamps.
1 65mm 3. Make connections to the pluggable terminal blocks.
4. Insert plug connectors and secure using the provided
2
3 cable clamps, then clip terminal covers to the base.
5. Fit detection blind (if required) and desired lens.
6. Clip fascia to body.
7. Bend back springs and insert into ceiling.

4

AB 5

* Install blind as required

12

* Install lens as required

6

7

12

Wire Preparations & Wiring Diagrams

0.75 - 2.5mm Pluggable screw terminal. It is recom-
mended to make connections to the
8mm terminal before fitting to the sensor.
(min 6mm, max 11mm)

Wired - + LN Max. 40pcs - +L N
LED LED
L
N LED Driver LED Driver
DA DA DA DA
P2 P1 N L

HBIR29

DA DA

174

Smart Lighting / DavisConnect

Wireless (Bluetooth) P2 P1 N L

L Bluetooth - + LN - +L N
N LED LED
Max. 40pcs
NL LED Driver LED Driver
HBIR29 DA DA DA DA
HBIR29
DA DA
DA DA

Detection Patterns Detection range with flat lens

Detection range with convex lens

3m 3m

Radial movement 5m Radial movement 4m
Tangential movement 10m Tangential movement 9m

Detection range with convex lens and 50% Blind A Detection range with flat lens and 50% Blind A

3m A 3m

Radial movement 2.5m Radial movement 2m
Tangential movement 5m Tangential movement 4.5m

Detection range with convex lens and corridor Blind B Detection range with flat lens and corridor Blind B

3m B 3m

22m 22m
8m 7m

DAVIS PRO 175

Standalone PIR Sensor

Functions & Features

Bluetooth Transceiver Node
With Bluetooth module built in, the PIR occupancy sensor can take commands from:
• Smartphone APP for sensor parameters set-up and other advanced functions such as scheduling, etc.
• Other DavisConnect Bluetooth occupancy sensors such as HCD038/BT for automated control.
• DavisConnect Bluetooth wall panels for on/off and dimming control, scene selection.
• Push switch on the Bluetooth products, such as dimmer HBTD8200T, for on/off and dimming control.

Daylight Harvest

Light will not switch on The light switches on The light turns on at full or dims to maintain the lux level.
when natural light is automatically with The light output regulates according to the level of natural light available.
sufficient, even there is presence when natural is
motion detected. insufficient.

The light switches off when The light dims to stand-by The light switches off
the ambient natural light is period after hold-time and completely after stand-by
sufficient. stays on selected minimum period.
dimming level.

Manual Override (P1 & P2 terminals)
The switch push terminal P1 and P2 allow manual override functions for the end-user to switch on/
off, or adjust the light level by push-switch. Furthermore, by using the binding option in the App, entire
groups of fixtures may be wirelessly controlled by a single switch. Please refer to the App user guide for
further information.

Short Push ( < 1s ): Permanent on/off function; can also be configured to recall scene selection.
Long Push ( > 1s ): Hold-time brightness level adjustment or colour tuning.

Notes:
1. Both adjustment on the APP and the push switch can overwrite each other,
the last adjustment remains in memory.
2. Switch functions are configured in the App.
3. The P1 & P2 terminals may be left unconnected if no mutual control required.

176

Smart Lighting / DavisConnect

Placement Guide & Typical Range Smartphone to Device Range

Device to Device Placement

Concrete walls, metals and other building The range for which a smartphone can communicate with the
materials will reduce the range sensor will vary from model to model and is dependant on its
Bluetooth capability.
Strong signal sources such as WiFi routers and
microwave ovens will affect the range Placement of the sensor will also effect the smartphone
communication range.
Note:
This datasheet is intended for information Other environmental factors (as per opposite) will influence
related to the hardware only. the ultimate achievable range of communication between
smart phone and sensor.

Device placement may offer up to 30m communication
distance. However, we recommend for indoor applications
that device placements should be no further apart than 15m.

DAVIS PRO 177

Touch Panel Free smartphone application for
setup & commissioning
A wall-mounted touch panel designed to operate with the DavisConnect range of
Bluetooth wireless controls. It features support for human centric features to provide Download on the
elegant control of pre-defined circadian rhythm profiles to suit office, education APP Store
and healthcare applications. 4 programmable one-touch scene-recall memories
are provided, as well as brightness and white balance control. The HBP01 is Compatible with iOS 9.0 or later
programmable using free download DavisConnect APP on iOS platform.

Time sustainability: the HBP01 can maintain the current time for up to 1 month in the
event of power failure.

Features

Free smartphone iOS App for set-up and commissioning:
• Scene control
• Configurable night light
• Circadian rhythm control
Switch-Dim with Synchronization for simple manual over-ride
Non-volatile memory retains settings in the event of power loss
5 year / 50,000 hours warranty

Features

Office / Commercial Lighting
Classrooms
Hospital / Healthcare

IP EMC

20

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Smart Lighting / DavisConnect

Catalogue Number

HBP01

Technical Data For Transceiver Node

Bluetooth Transceiver 2.4 GHz - 2.483 GHz Safety and EMC EN55015, EN61547, EN61000
5 mW EMC Standard (EMC) EN60669, AS/NZS 60669
Operation Safety Standard (LVD)
Frequency 15~30m Certification Semko, CB, CE , EMC, RED, RCM
Bluetooth 4 Wireless Mesh
Transmission Power

Range
(Typical indoor)

Protocol

Input Characteristics 220~240 VAC 50/60Hz Environment Ta: 0°C ~ +50°C
Operating Voltage < 1W Operation Temperature 20 ~ 90%
Stand-by Power 0.35W Relative Humidity IP20
With Night Light IP Rating

Dimensions & Terminals Wiring Diagrams

N
L

86

LN
HBP01

86 12.1
35.6
Wire Preparations

0.75 - 4mm Note: Use a screwdriver to clamp or
8mm release the wire from the terminal.

Rising clamp terminal

DAVIS PRO 179

Touch Panel

Placement Guide & Typical Range

To maximise the Bluetooth transmission range in every direction, the following considerations
should be taken into account when situating the HBP01 control panel:

Device to Device Placement Smartphone to Device Range

Concrete walls, metals and other building The range for which a smartphone can communicate with the
materials will reduce the range lighting points will vary from model to model and is dependant
on its Bluetooth capability.
Strong signal sources such as WiFi routers and
microwave ovens will affect the range Other environmental factors (as per opposite) will influence
the ultimate achievable range of communication between
smart phone and HBP01 devices.

Device placement may offer up to 30m communication
distance. However, we recommend for indoor applications,
device placements should be no further apart than 15m..

Operations

Manual Mode Buttons

UP Brightness COOL White Balance 1
DOWN Control WARM Control
UP
Scene Memory Recall COOL
2 Healthcare
1 Scene memories are simply programmed using the App.
3 Office / WARM
4 Create and name the scenes using the scenes menu, Classroom
then assign the scenes to memory buttons 1 - 4 from
the device settings menu. 4
DOWN

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Smart Lighting / DavisConnect

Automatic Mode Buttons

The Office/Classroom profile may be resumed at anytime by pressing this button
If manual adjustments are made from the Office/Classroom mode, the user settings
will be cancelled and the lighting levels restored according to the Office/Classroom
profile after the person has left the room (the HBIR29 occupancy sensor times out) and
automatic mode is resumed.

The Healthcare profile may be resumed at anytime by pressing this button
In Healthcare mode, any manual adjustments are retained until 00:00h (12am), upon
which the user settings will be cancelled and the Healthcare profile will be automatically
resumed.

The Power button has a configurable response via the application
- Permanent off (Occupancy sensor disabled)

Pressing the Power button will suspend the entire system, including occupancy
sensor. Pressing this button again will resume the last automatic profile
selected, or pressing any other button on the control panel will wake up the
system according to the button pressed.

- Temporary off (Occupancy sensor remains active)
Office profile – the Power button will turn off the lights and any manual mode
settings will be cancelled. Automatic mode is resumed according to the profile
and the lights will turn on again automatically from the occupancy sensor, or
according to function from a button selection on the panel.

Healthcare profile – the Power button will turn off the lights and any manual
settings will be retained until 00.00h (12 am). Pressing this button again before
00:00h will resume the previous lighting levels, as will the lights being turned
on via the occupancy sensor. Pressing any other button to turn on the system
will operate the lights according to function.

Night Light
The HBP01 features a night light for convenience. Its
operation is fully configurable in the application.

DAVIS PRO 181

Touch Panel

Application Information Control custom group

To access ‘Bluetooth Panel’ settings: Choose this option
1. Tap Menu icon at right top corner of the ‘Home page’ in the DavisConnect app. when you wish the
2. Menu panel will be displayed. Tap Bluetooth Panel. panel to control
selected devices in 2 or
As you make settings, the image more rooms.
of the panel will become active for
testing the button responses.

Device Settings
refer overleaf.

Scene assignment Control assignment Control a room
Tap Manual Control or Choose this option
Tap 1-4 from the list to open the anywhere in the green when you wish the
scenes menu. highlighted area as panel to control
shown in the image to all the devices in a
enter this set-up screen. single room.

Select any scene from Control a device
the created scenes. Choose this option
when you wish the
Tap + on right top corner panel to control a
to create new scene. single device.

Where a device has
multiple output channels,
select the channel to be
controlled.

The panel controls all the devices in the network.

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Smart Lighting / DavisConnect

Tap On/Off to control the keypad sounder.

Define the function of the standby button:
ON-OFF - Toggle lights on/off
Only OFF - Standby button will switch the lights off. Turned on again by timer or sensor.
Only On - Standby button will switch the lights on. Turned off by timer or sensor.

OFF type:
Normal OFF - Switch lights off. Turned on again by timer or sensor.
Always OFF - Switch lights off, sensors and timers will be ignored. Pressing the
standby button again will return the system to sensor and timer control.

Dim step:
Choose the lighting % change each time the -/+ buttons are pressed.

CCT step:
Choose in colour temperature change step (degrees kelvin) each time the
-/+ buttons are pressed.

Tap On/Off to control the keypad backlight.

Drag the line to control the keypad backlight brightness.

In photocell mode, set the natural The keypad backlight
light level at which the keypad can be programmed to
backlight turns on/off. automatically switch on
using the built-in photo-cell
Select disable for always on. or by using a time clock.

In timer mode, set the times
at which the keypad backlight
turns on/off.

Note:
This datasheet is intended for information
related to the HBP01 panel only.

DAVIS PRO 183

Miscellaneous

IK Rating IK
08
The Impact Protection (IK) Rating is an international numeric classification* that
determines the degrees of protection provided by enclosures for electrical equipment Impact Protection
against external mechanical impacts. It provides a means of specifying the capacity of
an enclosure to protect its contents from such impacts.

The standard specifies the way enclosures should be mounted when tests are carried
out, the atmospheric conditions that should prevail, the number of impacts (5) and
their even distribution, and the size, style, materials, dimensions, etc. of the various
types of hammers designed to produce the energy levels required.

* see IEC62262:2002 & IEC60068-2-75:1997

IK Rating System

Level Protection Impact
00 Not Protected
01 0.14 joules impact Not Protected
02 0.20 joules impact
03 0.35 joules impact Equivalent to impact of 0.25 kg mass dropped from 56 mm above impacted surface
04 0.50 joules impact
05 0.70 joules impact Equivalent to impact of 0.25 kg mass dropped from 80 mm above impacted surface
06 1.0 joules impact
07 2.0 joules impact Equivalent to impact of 0.25 kg mass dropped from 140 mm above impacted surface
08 5.0 joules impact
09 10.0 joules impact Equivalent to impact of 0.25 kg mass dropped from 200 mm above impacted surface
10 20.0 joules impact
Equivalent to impact of 0.25 kg mass dropped from 280 mm above impacted surface

Equivalent to impact of 0.25 kg mass dropped from 400 mm above impacted surface

Equivalent to impact of 0.50 kg mass dropped from 400 mm above impacted surface

Equivalent to impact of 1.7 kg mass dropped from 300 mm above impacted surface

Equivalent to impact of 5.0 kg mass dropped from 200 mm above impacted surface

Equivalent to impact of 5.0 kg mass dropped from 400 mm above impacted surface

DAVIS PRO 185

IP Rating

The Ingress Protection (IP) Rating classifies the degree of protection provided against the intrusion of foreign bodies such as
solid objects, dust and / or water by mechanical casings and electrical enclosures.

The AS/NZS60598.1 standard (“Section 9: Resistance to Dust, Solid Objects and Moisture”) provides requirements and tests
to determine the Ingress Protection (IP) rating of a luminaire, including electrical cable entry and exit points and their ultimate
termination, as well as an outline of the apparatus required to perform these tests.

Two digits indicate conformity with the conditions defined in the standard and are summarised in the tables attached. Where
there is no protection rating with regard to one of the criteria, that criteria is indicated by the letter “X.”

For example, an electrical socket rated IP22 is protected against insertion of fingers and will not be damaged or become
unsafe during a specified test in which it is exposed to vertically or nearly vertically dripping water. Another example is that
of a cellular phone rated at IP58 and marketed as “dust resistant” and can be “immersed in 1.5 m of fresh water for up to 30
minutes.” It should be noted that the ratings for liquid ingress are not cumulative beyond IPX6. That is to say, a device that is
IPX7 compliant (immersion in water) is not necessarily compliant with IPX6 or IPX5 (exposure to water jets.) However, if the
device is in fact compliant with both sets of conditions, then both IP ratings should be indicated. E.g. “IP66 & IP67.”

IP

65

Solid Particle Liquid Ingress
Protection Protection

IP RATING SYSTEM

Solid Particle Protection

Level Protection Effective Against . . .
No protection against contact and ingress of objects
0 None
Any large surface of the body, such as the back of the hand, but no protection against deliberate
Ø 50mm contact with a body part

Solid
1 Object-proof

> 50 mm

12.5mm

Solid Fingers or similar objects
2 Object-proof
Ø2.5mm
> 12.5 mm
Tools, thick wires, etc
Solid
3 Object-proof Ø1.0mm

> 2.5 mm Most wires, screws, etc

Solid
4 Object-proof

> 1 mm

5 Dust-proof Ingress of dust is not entirely prevented but must not enter in sufficient quantity as to interfere with
the satisfactory operation of the equipment; complete protection against contact

6 Dust-tight No ingress of dust; complete protection against contact

186

Miscellaneous

IP RATING SYSTEM

Liquid Ingress Protection

Level Protection Testing For . . . Details
n/a n/a
0 None

1 Drip-proof Dripping water (vertically falling drops) shall have no harmful Test duration: 10 min
effect Water equivalent to 3 mm/min
rainfall

15º Vertically dripping water shall have no harmful effect when Test duration: 10 min
the enclosure is tilted at an angle of up to 15º from its Water equivalent to 3 mm/min
2 Drip-proof normal position rainfall

60º Water falling as a spray at any angle of up to 60º from the Test duration: 10 min
vertical shall have no harmful effect Water volume: 0.7 l/min
3 Rain-proof Pressure: 80 kN/m2

4 Splash-proof Water splashing against the enclosure from any direction Test duration: 10 minutes
shall have no harmful effect Water volume: 10 litres / min
Pressure: 80 kN/m2

5 Jet-proof Water projected by a nozzle (6.3 mm) against enclosure from Test duration: 15 minutes
any direction shall have no harmful effect Water volume: 12.5 litres / min
Pressure: 30 kN/m2 at 3 m

6 Powerful Water projected in powerful jets (12.5 mm nozzle) against Test duration: 3 minutes
Jet-proof enclosure from any direction shall have no harmful effect Water volume: 100 litres / min
Pressure: 100 kN/m2at 3 m

7 Water-tight 1m Ingress of water in harmful quantity shall not be possible Test duration: at least 30 min
15cm when the enclosure is immersed in water under defined Immersion depth of ≥ 1 m measured
min. conditions of pressure and time (up to 1 m of submersion) at bottom of device and ≥ 15 cm
measured at top

8 Pressure 3m The enclosure is suitable for continuous immersion in water Test duration: continuous immersion
Water-tight under conditions specified by the manufacturer. Normally in water. Depth specified by the
such equipment is hermetically sealed but can mean that manufacturer, generally up to 3 m
water can enter but only such that it produces no harmful
effects

Luminaire undergoing liquid
ingress test. Note the additional
water pipes on the side wall to
allow for testing of various water
flows / pressures.

DAVIS PRO 187

188

DAVIS PRO 189

Singapore Head Office & Sales
Davex Singapore Pte Ltd
Blk 512
Chai Chee Lane #02-01
Singapore 469028

Phone: +65 6745 2511
Fax: +65 6745 5828
E-mail: [email protected]

Malaysia Head Office & Sales
Davex (Malaysia) Sdn Bhd (114942-X)
65, Jalan PJS11/7,
Bandar Sunway, 47500 Subang Jaya,
Selangor Darul Ehsan, Malaysia

Phone: +60 (3) 5636 4348
Fax: +60 (3) 5636 4352
E-mail: [email protected]

Australia Head Office & Sales
Davex Australia Pty Ltd
123 Gardens Drive
Willawong, QLD 4110
Australia

Phone: +61 (7) 3712 8988
Fax: +61 (7) 3272 8988
E-mail: [email protected]

Factory
Davex Engineering (M) Sdn Bhd (109335-T)
Plot 32 Lorong Perusahaan Maju 8
Bukit Tengah Industrial Park
13600 Prai Penang, Malaysia

Phone: +60 (4) 507 0517
Fax: +60 (4) 507 8786
E-mail: [email protected]

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