PHILIPS WT120C G2 EL MDU CoreLine Waterproof Light Instruction Manual
- June 12, 2024
- Philips
Table of Contents
CoreLine
waterproof
WT120C G2 EL MDU
Instruction Manual
WT120C G2 EL MDU CoreLine Waterproof Light
| System light output (Lm)| System light output Emergency
mode (Lm)|
---|---|---|---
WT120C G2 LED40S/840 PSU MDU ELB3 L1200| 4000| 500| 1,6
WT120C G2 LED34S/840 PSU MDU ELB3 L1500| 3400| 500| 1,9
WT120C G2 LED60S/840 PSU MDU ELB3 L1500| 6000| 500| 1,9
| Type | Dimension (mm) | Nr. of clips |
|---|---|---|
| A | B | C |
| WT120C G2 LED27S L1200 | 76 | 1215 |
WT120C G2 LED4OS L1200
WT120C G2 LED34S L1500| 1515| 838| 1362| 12
WT120C G2 LED6OS L1500
WT120C G2 LED8OS L1500
Microwave Motion Sensor
The sensor is designed to connect one load
only.
Connecting more than one load may damage the sensor.
Daylight sensor (default disabled) The sensor can be set to
only allow the luminaire to switch on when the ambient lux-level is less than
approximately 300[lux]. When set to DISABLE mode, the daylight sensor will
switch on the luminaire when motion is detected, regardless of ambient light
level
Detection area (default 100%) Detection area can be reduced by selecting
the combination on the DIP switches to fit precisely each application.
Detection radius: 4 – 9 [m] Mounting height up to 4m (*)
Hold time (default 5 min.) Refers to the time period the lamp remains on
no motion detected.
1| 2|
---|---|---
ON| ON| <300Lux
–| –| DISABLE
3| 4|
---|---|---
ON| ON| 40%
ON| –| 60%
–| ON| 80%
–| –| 100%
5| 6|
---|---|---
ON| ON| 10 mi n
ON| –| 5 min
–| ON| 1 min
–| –| 105
9a. (*) Recomended maximum mounting height for optimal sensor performance
Detection range
Mounting height [m]| Detecton area setting| Typical detection radius
m
---|---|---
2,5| 100%| ∼ 7
2,5| 40%| ∼ 3 ½
4,0| 100%| ∼ 5
4,0| 40%| ∼ 2
Mounting height [m]| Detecton area setting| Typical detection radius
m
---|---|---
2,5| 100%| ∼ 7
2,5| 40%| ∼ 3 ½
The sensor is designed to reliably detect walking people.
Microwave sensors can detect movement behind walls (brick, dry wood, acrylic
board, glass, etc.).
The detection behind walls can be reduced by choosing a lower sensitivity
setting (use Dip switches 3 and 4 to choose a sensitivity lower than 100%).
Other undesired detections can be caused by: Strong electromagnetic fields;
heavy vibrations; water running in pipes. Detection area (sensitivity) can be
reduced caused by big metal surfaces nearby or water on the ground.
Initialization:
After power on, the sensor will warm up and calibrate the environment for
about 120 seconds. In the first 30 seconds, the light will stay on, then it
will be off for 90 seconds. After the light has flashed 3 times it operates
normally. If there is movement during the calibration period, the off-time
will be extended. If the off-time is extended (no flashing occurred) without
movement, this indicates that there is too much disturbance in the
environment.
SERVICE
Light source (LED) is non-user replaceable. The light source contained in this
luminaire shall only be replaced by the manufacturer or his agent or a similar
qualified person.
Do not touch electronic components!
Electronic components maybe under high voltage.
Caution, risk of electric shock
The batteries have a
life time expectancy of 4 years.
Do not touch electronic components!
Electronic components may be under high voltage.
LED34S LED4OS LED6OS
Driver type| PSU| PSU| PSU
I pea k [A]| 14.2| 14.2| 14.2
Tref [us]| 222| 222| 222
Max. Nr of products
Drivers / MCB 16A type B [max.]| 36| 36| 36
Drivers / MCB 10A type B [max.]| 22| 22| 22
Drivers / MCB 16A type C [max.]| 61| 61| 61
Drivers / MCB 10A type C [max.]| 37| 37| 37
Battery Unit (OPTION A)
Manufacturer:| Philips
Unit:| TrustSight 6.4V 4cell
3000mAh battery LFP
Technology:| Lithium-ion
Luminous flux:| 500 lm
Capacity:| 3000 mAh
Power:| 3 W
Duration:| 3 h
Nominal voltage:| 6,4 V
Battery Unit (OPTION B)
Manufacturer:| Philips
Unit:| TrustSight 6.0V 5cell
4000mAh batt. NiMH
Technology:| Nickel-metal hydride
Luminous flux:| 500 lm
Capacity:| 4000 mAh
Power:| 3 W
Duration:| 4 h
Nominal voltage:| 6,0 V
Light intensity distribution curves
Emergency mode
* Do not stare into LED light beam.
-
The luminaire shall be installed by a qualified electrician and wired in accordance with the latest IEE electrical regulations or the national requirements. Functional Notice for Emergency Lighting
Automatic emergency time selection
After installation and power up the driver will detect the battery and start the automatic detection process.- During automatic detection, the indicator LED will light up with short green flashes.
- Between minimum 6 and maximum 30 seconds the TrustSight driver will set the battery type (number of cells) and will set the emergency output power accordingly.
After that, the system is defined and fully operational. The battery type
definition has influence on the performance during the self-test and on the
battery charge method. When the automatic battery detection process is
disrupted, e.g. by switching off the permanent mains, the detection process is
stopped and the TrustSight emergency driver will go into emergency mode with
the lowest output power. At a next power up, the automatic detection process
will start again.
Periodic testing
Periodic tests of emergency lighting luminaires must be performed according to
EN50172 clause 7.2.3 and 7.2.4. Switch on in the emergency mode each month by
simulation of a failure of the supply to the normal lighting for a period
sufficient to ensure that each lamp is illuminated. Twice per year, each
luminaire shall be tested for its full rated duration (at least 3hrs).
For more information please consult the TrustSight Gen 3 Design in guide. The
latest version is available online.
LED indicator (color/ flashing) Error condition| Cause|
Solution
---|---|---
Green/no flashing| System 01( battery fully charged
Off| | Mains oft EM mode Rest mode, test in progress
Green /slow (0.25s on, 125s oft)| | System 01( battery is charging
Green / fast (925s on, 025s oft)| | System 01( recently tested (c 5 days
Australia mode only)
Red/no flashing| Battery voltage too high or too low| No battery connected|
Connect battery
| Wrong or bad battery connected| Replace battery
Red /fast (025s on, 025s oft)| Output voltage too low or too high| Wrong LED
load connected| Connect right load and perform functional test
No load connected or output shorted| Wrong connection Batteryend of life
Charger failure| Connect right load and perform functional test
Replace battery and perform duration test Replace driver
Red/slow (0.25s on, 1.25s oft)| Failed test due to battery
Red-green / fast
Fast flashing: (on-time = azsi off-time = 0.25s) Slow flashing: (on-time =
0254 off-time = 7.25s)| | DALI device identification|
Green / short on-time = 50ms, off-time = 095s)| | Battery detection|
Disconnect before servicing
Luminaire has basic insulation between Low Voltage supply and control
conductors.
The light source and/or control gear and/or the external flexible cable
contained in this luminaire shall only be replaced by the manufacturer or his
service agent or a similar qualified person.
Storage, installation, use, operation and maintenance of the products needs to
be performed exactly according the instructions in this manual and/or other
instructions as may be provided by us to guarantee safe use of the product
over its entire lifetime. Failure to adhere to these instructions will
invalidate your entitlement to warranty. Bolts with indication of torque
strength on the drawing need to be tightened using a calibrated torque wrench.
Pre-assembled bolts need to be retightened again to the required torque
specification to assure maximum strength over lifetime.
This product contains a light source of energy efficiency class: see table or
label.
Zhaga-D4i and SR certified compatibility – For Zhaga-D4i/SR-Certified based
luminaires only Zhaga-D4i/SR-Certified components/sensors are to be used (see
also: https://www.zhagastandard.org/products I
https://www.lighting.philips.co.uk/oem-emea/products/driving-connected-
lighting). The functional compatibility of two SR-certified and/or Zhaga-D4i
controllers/sensors to be used in combination, as well as the override
possibility of any line-switch function used in an SR-based/Zhaga-D4i
luminaire, is to be released by the master controller/sensor supplier. If
using a NEMA 7-pin socket on an SR-based luminaire, a full system verification
is required. Not following this advice can/will cause risk of damage and non-
compliance for which Signify cannot take any responsibility.
© 2022 Signify Holding
All rights reserved. Reproduction in whole or in part is prohibited without
the prior written consent of the copyright owner. The information presented in
this document does not form part of any quotation or contract, is believed to
be accurate and reliable and may be changed without notice. No liability will
be accepted by the publisher for any consequence of its use. Publication
thereof does not convey nor imply any license under patent- or other
industrial or intellectual property rights.
Signify Holding
The Netherlands
442710705553
© 10/ 2022 Signify Holding All rights reserved
Printed in Poland
Data subject to change without notice
Keep for future reference:
www.philips.com/lighting
References
- Philips - United States | Philips
- Sustainable LED lighting solutions | Philips lighting
- Sustainable LED lighting solutions | Philips lighting
- Driving connected lighting | Philips lighting
- Products