ampera - Schreder

AMPERA
FEATURES
LED solutions for an optimised return on investment
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Cost-effective and efficient lighting solution for a fast return on investment
LensoFlex®2 photometric engine with photometry adapted to various applications
3 sizes for flexibility
IP 66 tightness level
Energy savings of up to 75% compared with traditional light sources
Mounting with two separated parts for easy installation and set-up (inclination angle)
Designed to incorporate Owlet control and sensor solutions
ThermiX® for long lasting performance
Future Proof : smart upgradability
Surge protection 10kV
TYPES OF APPLICATION
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Urban roads and streets
Roads and highways
Residential streets
Squares and pedestrian areas
Roundabouts
Pedestrian crossings
Bridges
Parks
Car parks
Bike paths
Large areas
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
1/15
DIMENSION DRAWING
DIMENSIONS AND CHARACTERISTICS
Designer : Thomas Coulbeaut
Length (mm)
Width (mm)
Height (mm)
Weight (kg)**
Tightness level*
Impact resistance*
Electrical class*
Aerodynamic resistance (CxS)
AMPERM (AMPERA MINI)
AMPERD (AMPERA MIDI)
583
674
340
436
90
132
8
12
IP 66
IK 09
Class 1US, Class I EU, Class II EU
0.087m²
0.115m²
AMPERX (AMPERA MAXI)
900
438
135
18
0.176m²
* According to IEC-EN60598 and IEC-EN62262
** Average weight. The max weight is +/- 10% more but for the exact weight according to the configuration, please contact us.
SUMMARY
CONCEPT
Family of 3 road LED luminaires: Mini, Midi, Maxi
Recommended installation height: between 4 and 12m
For optimal heat dissipation, the driver and LED engine are in separate compartments and juxtaposed in a horizontal section
Independent optical & gear compartment ensures easy installation
HOUSING & FINISH
•
Housing in high-pressure, die-cast aluminium, polyester powder coated
•
Direct and tool free access to housing with driver compartment and optical unit by releasing the lateral latches and
pivoting downwards. Quick connectors (knife switch) allow easy removal of the housing.
•
Colour: AKZO grey 900 sanded
INSTALLATION
•
Reversible fixation in high-pressure, die-cast aluminium
•
Diameter 32-48, 48-60mm or 76mm, tightened with 2 stainless steel screws
•
Can be tilted on a vertical pole from 0 to +15°; on a horizontal spigot from 0 to -15° by 5° steps
•
Tool free access for maintenance
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
2/15
OPTICAL UNIT
•
Protected against lens degradation by 5mm thick extra-clear hardened glass
•
Flatbed PCB with acrylic lens overlay principle
•
Various photometric distributions: from narrow road to motorway, medium and large area
•
CRI > 70
•
ULOR: 0%
LED lumen depreciation
•
Lifetime residual flux @ Tq=25°C @ 100.000 hrs: 350mA & 500mA: 90%; 700mA: 80%
ELECTRICAL
•
Class I or Class II
•
Input voltage: 120-277V - 50-60Hz
•
Power factor > 90% at full load
•
10kV, 10kA surge protection
•
Power automatically switches off when opened
•
Thermal protection on LED PCBA
STANDARDS & CERTIFICATIONS
•
CE
•
ENEC
•
LM79-80
•
ETL
•
ROHS
•
All measurements in ISO17025 accredited laboratory
OPTIONS
•
Other RAL or AKZO colours
•
Back light control
•
OWLET remote management
•
Custom dimming profile; Constant Light Output (CLO); Bi-Power
•
Photocell
•
Presence detection
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
3/15
CONCEPT
1. Thermix® for long lasting performance
The thermal management of LEDs is crucial for a luminaire’s reliability.
To maximise effectiveness and maintain flux over time, several parameters are optimised:
 Thermal compartmentalisation between the LEDs and the control gear
 Direct conduction by minimising the path between the heat source and the outside
 Optimised design of the external heat exchange surface.
 Thermal protection of the LED PCBA:
The PCB incorporates a temperature sensor (NTC resistor) which reduces the current to protect the
LEDs at higher than rated ambient temperatures. The temperature sensor does not switch off the LEDs
at high temperatures.
In the worst case scenario (for example at sunset during the summer), the current will be dimmed and
maintained at that level until the LED module cools down again.
Then, the driver will gradually increase the LED current until the normal value is reached.
2. FutureProof: Smart Upgradability
Since LED technology is constantly evolving, both the photometric engine and the gears can be replaced at the
end of the LEDs’ lifespan to take advantage of future technological developments
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
4/15
OPTIONS
1. OWLET wireless remote management dimming & control system
The luminaires are pre-programmable, wireless programmable or remotely programmable and controllable. Each
individual light point can be switched off/on or dimmed at any time. Operating state, energy consumption and
failures are reported and stored in a database with the exact timestamp and geographical location. Owlet helps
lighting managers to assure the right lighting level while reducing operating costs and maintaining a sustainable
outdoor lighting scheme. The wireless Luminaire Controllers (LuCo) exist in different types, all of them are compatible
with each other.
1. Shows status of all light points per zone, per street…
2. Defines dimming profiles automatically/manually
3. Produces reports automatically/manually (operating & consumption)
4. Alarm schemes (failures, faults, consumption via SMS, phone, email)
5. Connects to 3rd party systems
6. Data exchange with other servers
7. Data management
Available Luminaire Controllers:
LuCo-PD: Wireless Individual Luminaire Controller with integrated photocell that is mounted on top of the luminaire.
Connected to the driver via a cable.
LuCo-NXP: Wireless Individual Luminaire Controller integrated inside the luminaire with shark fin antenna on top.
Both types of luminaire controllers can control of individual luminaires or clusters of luminaires. They build a bidirectional mesh network amongst each other to the Segment Controller (one SeCo per 100/150 light points).
The above mentioned LuCo’s, are commissioned either manually introduction in the web GUI (Graphical User
Interface) or via the use of a wireless handheld device that allows automatic geo-positioning on the Owlet NightShift
GUI.
*Segment controller & Antenna + cable order number:
Equipment
Segment Controller
Segment Controller Cable +
Antenna GSM/UMTS + Zigbee
2,4GHz
Commissioning tool
Order no.
00-05-921
00-05-922
00-05-924
00-05-927
00-05-925
00-05-923
00-05-926
C777260
Description
Segment Control
Cable 1m
Cable 2m
Cable 3m
Cable 5m
Cable 7m
Cable 10m
TMGT Wireless Handheld Tool Kit
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
5/15
2. Motion and/or presence detection
Motion detection is compatible with any type of control or dimming system. It will
enhance the efficacy of the installation by only increasing the light level when a vehicle
or a pedestrian is detected.
2.1 Stand-alone luminaire
This solution needs to be integrated in each luminaire if the installation is equipped with
regular dimming without remote wireless connection.
2.2 Stand-alone network of luminaires
To monitor stand-alone networks or luminaire clusters with motion and/or presence detectors. The location of the
detection device can be multiple (for example, either attached or integrated in the luminaire or in a remote location.
To detect the arrival of a person that requires light, the sensor can either be on one, on a selection of luminaires, on
all luminaires or in a remote location for the most optimum detection. In that case, in addition to the sensor selection,
the LuCo-ADP will serve as communication node in all of the luminaires in the network. Each sensor can be attributed
to one or multiple luminaires and vice versa!
LuCo-ADP: Wireless Individual Luminaire Controller to manage a cluster of luminaires. The LuCo is integrated inside
the luminaire with an antenna on the top. The luminaires communicate between each other via a bi-directional mesh
network. A Master or Segment Controller is only temporarily required during the set-up of the system.
2.3 Remote wireless solutions (interoperable)
For installations with remote wireless solutions, the motion and presence detectors can also be located on one, on a
selection of luminaires, on all luminaires or in a remote location to detect the arrival of people in the most optimum
way. The LuCo-NXP and LuCo-PD will in that case play the role of the communication node. This option combines the
functionality of the stand-alone network with remote wireless control.
2.4 Presence detection capabilities
The detection capabilities depend on the height of the installation and the type of sensor.
The settings of the luminaire will determine:
- The temporisation: the length of time a luminaire is switched on when a presence is detected
- When the sensor is idle or in detection mode
- The inclination of the luminaire influences the scope of the detection zone
The integration of sensors into round luminaires, needs to be synchronised and oriented according to the photometry
and the motion path. Our staff is happy to help you with this analysis.
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
6/15
A stand-alone unit to integrate into a wireless Owlet control network; either autonomous or interoperable and
equipped w/o PIR sensor:
Moov-Box
Equipment
Order no.
P6010000001beu
Moov-Box
P6010000002beu
Moov-Box
P6010000003beu
Moov-Box
P6010000004beu
Description
P6010|MOOVBOX|NO SENSOR|
LuCo-ADP
P6010|MOOVBOX|WITH
SENSOR|LuCo-ADP
P6010|MOOVBOX|WITH
SENSOR|LuCo-NXP
P6010|MOOVBOX|NO
SENSOR|LuCo-NXP
3. Dimming without wireless remote management
Custom dimming profile; Constant Light Output (CLO); Bi-Power
dimming and Dali are available.
3.1 Custom Dimming
This option enables dimming profiles with up to 5 levels to adapt
the light according to the real needs during the night. The
dimming profile can be set up in two ways. The standard way
determines the dimming profiles based on the middle of the
night and is fully operational after 3 full nights. The second way
(on request) determines that the night starts from the moment
that the lights are switched on. The dimming profiles are
immediately operational.
3.2 Constant Light Output
This system compensates for the depreciation of luminous flux and
to avoid excess lighting at the beginning of the installation's service
life, providing substantial energy savings.
Standard lighting consumption
LED lighting consumption with CLO
Energy savings
3.3 Bi-Power functionality
In several countries an extra wire, a so-called control wire or switched line, is distributed throughout the street
lighting network.
In most cases, when the street lighting is switched on, both the line
and the switched line are energized to the 230V level. At a certain point during the night this switched line
is switched off from the grid. The bi-power driver detects this signal as a command to reduce the output current to a
lower preset value. In most cases this value equals 50%.
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
7/15
4. Photocell
The photocell will switch on the luminaire as soon as daylight has reached a certain level. The photocell is compatible
with regular or programmable drivers. Our photocell catalogue is at your disposal should you require a particular
photocell according to your regional requirements and regulations.
5. Advanced Photometry
5.1 Back Light control
Back Light control will prevent light spill from the back of the luminaire.
5.2 Pedestrian crossing
Schréder has designed specific photometric distributions to meet the challenges of providing secure pedestrian
crossings while maintaining aesthetical consistency in the urban landscape. These lenses exist for pedestrian
crossings, whether it is a one-way, two lane or three lane application.
For one-way traffic, one single
luminaire is able to light a pedestrian
crossing for a 2 lane road.
For a 3 lane one-way traffic road, a
second luminaire will be necessary at
the opposite side of the road.
For 2 way traffic road, a minimum of
two luminaires is necessary to create a
positive contrast for traffic in both
directions.
6. Other colours available
Other RAL or AKZO colours are available on request.
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
8/15
LUMEN AND POWER DETAILS
Typical data for Neutral White (NW) LEDs (4000 K, CRI min. 70) at Tq 25° C.
Model
Acronym
Colour
temp.
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
NW
NW
NW
NW
NW
NW
NW
NW
NW
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
Flux
code
Luminaire
power
(W)
Luminaire
efficacy
(lm/W)
Current
(mA)
001A0
001A1
001A2
002A3
002A4
003A5
003A6
004A7
005A8
Typical
luminaire
output
(lm)
1000
1400
1800
2000
2700
3000
3500
4100
5300
LED
Count
350
500
700
350
500
350
700
500
700
Typical
LED
flux
(lm)
1200
1600
2100
2400
3200
3600
4200
4900
6300
10
14
19
18
26
27
36
38
55
100
100
95
111
104
111
97
108
96
NW
NW
NW
NW
NW
NW
NW
NW
NW
004A0
005A1
006A2
007A3
008A4
008A5
010A6
010A7
014A8
4100
5500
6100
7100
8100
8200
10600
10900
14200
36
51
51
71
70
75
106
99
139
114
108
120
100
116
109
100
110
102
350
500
350
700
350
500
700
500
700
4800
6400
7200
8400
9600
9600
12500
12900
16700
32
32
48
32
64
48
48
64
64
NW
NW
NW
NW
NW
NW
NW
NW
NW
NW
NW
NW
009A0
011A1
013A2
013A3
015A4
016A5
017A6
018A7
020A8
021A9
024AA
027AB
9900
11900
13400
13900
15900
16100
17300
18800
20700
21400
24200
27600
86
109
122
124
140
153
180
174
213
198
245
279
115
109
110
112
114
105
96
108
97
108
99
99
350
350
500
350
350
500
700
500
700
500
700
700
12000
14400
16200
16800
19200
19400
20900
22700
25100
25900
29200
33400
80
96
80
112
128
96
80
112
96
128
112
128
8
8
8
16
16
24
16
24
24
Note: The flux is an indicative average and may vary with the different optics and types of protector. Tolerance on LED flux is
± 7% and on total luminaire power ± 5 %.
The precise flux and corresponding matrix for each configuration are available on www.schreder.com
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
9/15
Typical data for Warm White (WW) LEDs (3000 K, CRI min. 80) at Tq 25° C.
Model
Acronym
Colour
temp.
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
WW
WW
WW
WW
WW
WW
WW
WW
WW
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
Flux
code
Luminaire
power
(W)
Luminaire
efficacy
(lm/W)
Current
(mA)
000A0
001A1
001A2
001A3
002A4
002A5
003A6
003A7
005A8
Typical
luminaire
output
(lm)
900
1300
1700
1900
2500
2800
3300
3800
5000
LED
Count
350
500
700
350
500
350
700
500
700
Typical
LED
flux
(lm)
1100
1500
2000
2200
3000
3400
3900
4500
5900
10
14
19
18
26
27
36
38
55
90
93
89
106
96
104
92
100
91
WW
WW
WW
WW
WW
WW
WW
WW
WW
003A0
005A1
005A2
006A3
007A4
007A5
009A6
010A7
013A8
3800
5100
5700
6600
7600
7600
9900
10200
13200
36
51
51
71
75
70
106
99
139
106
100
112
93
101
109
93
103
95
350
500
350
700
500
350
700
500
700
4500
6000
6700
7800
9000
9000
11700
12000
15600
32
32
48
32
48
64
48
64
64
WW
WW
WW
WW
WW
WW
WW
WW
WW
WW
WW
WW
009A0
011A1
012A2
013A3
014A4
015A5
016A6
017A7
019A8
020A9
022AA
025AB
9300
11100
12500
13000
14800
15000
16100
17500
19300
20000
22600
25800
86
109
122
124
140
153
180
174
213
198
245
279
108
102
102
105
106
98
89
101
91
101
92
92
350
350
500
350
350
500
700
500
700
500
700
700
11200
13400
15100
15700
17900
18100
19500
21200
23400
24200
27300
31200
80
96
80
112
128
96
80
112
96
128
112
128
8
8
8
16
16
24
16
24
24
Note: The flux is an indicative average and may vary with the different optics and types of protector. Tolerance on LED flux is
± 7% and on total luminaire power ± 5 %.
The precise flux and corresponding matrix for each configuration are available on www.schreder.com
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
10/15
Typical data for Cool White (CW) LEDs (6200 K, CRI min. 70) at Tq 25° C.
Model
Acronym
Colour
temp.
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERA MINI
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
AMPERM
CW
CW
CW
CW
CW
CW
CW
CW
CW
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERA MIDI
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERD
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERA MAXI
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
AMPERX
Flux
code
Luminaire
power
(W)
Luminaire
efficacy
(lm/W)
Current
(mA)
001A0
001A1
001A2
002A3
002A4
003A5
003A6
004A7
005A8
Typical
luminaire
output
(lm)
1000
1400
1800
2000
2700
3000
3500
4100
5300
LED
Count
350
500
700
350
500
350
700
500
700
Typical
LED
flux
(lm)
1200
1600
2100
2400
3200
3600
4200
4900
6300
10
14
19
18
26
27
36
38
55
100
100
95
111
104
111
97
108
96
CW
CW
CW
CW
CW
CW
CW
CW
CW
004A0
005A1
006A2
007A3
008A4
008A5
010A6
010A7
014A8
4100
5500
6100
7100
8100
8200
10600
10900
14200
36
51
51
71
70
75
106
99
139
114
108
120
100
116
109
100
110
102
350
500
350
700
350
500
700
500
700
4800
6400
7200
8400
9600
9600
12500
12900
16700
32
32
48
32
64
48
48
64
64
CW
CW
CW
CW
CW
CW
CW
CW
CW
CW
CW
CW
009A0
011A1
013A2
013A3
015A4
016A5
017A6
018A7
020A8
021A9
024AA
027AB
9900
11900
13400
13900
15900
16100
17300
18800
20700
21400
24200
27600
86
109
122
124
140
153
180
174
213
198
245
279
115
109
110
112
114
105
96
108
97
108
99
99
350
350
500
350
350
500
700
500
700
500
700
700
12000
14400
16200
16800
19200
19400
20900
22700
25100
25900
29200
33400
80
96
80
112
128
96
80
112
96
128
112
128
8
8
8
16
16
24
16
24
24
Note: The flux is an indicative average and may vary with the different optics and types of protector. Tolerance on LED flux is
± 7% and on total luminaire power ± 5 %.
The precise flux and corresponding matrix for each configuration are available on www.schreder.com
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
11/15
PHOTOMETRY
5068AS
Wide
5096AS
Medium
5098AS
Medium
5102AS
Medium
5102BL
Back light
Medium
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
12/15
5103AS
Wide
5112AS
Wide
5117AS
Wide
5118AS
Medium
5119AS
Extra-wide
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
13/15
5120AS
Asymmetrical 40°
5121AS
Asymmetrical 60°
5136AS
Narrow
5137AS
Medium
5138AS
Medium
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
14/15
5139AS
Wide
5140AS
Medium
5141AS
Wide
5144AS
Zebra left
Pedestrian crossing
5145AS
Zebra right
Pedestrian crossing
Ampera Product Sheet – 13/03/2015 - To make sure this is the most recent revision, please consult
www.schreder.com.
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
15/15
How to create a valid ordering code ?
1
Go
2
Configure
3
Choose
to the Ordering Data page(s) and compose your solution by choosing one code per column
in order to specify the PRODUCT ID, cOUNTRY (of installation), optical BLOCK, GearS,
Controls, Fixations and Colour. You may choose several Options.
your solution easily: most of the proposed options do not require
any additional information and are briefly explained below the
code (refer to the footnotes to check compatibility between the selected options).
your Flux, Photometry and Control codes by referring to more detailled information included in the Product Sheet.
Depending on your choice of colour temperature,
please refer to the corresponding table to find
the flux code for the typical lumen package you
require(*). Please check the Product ID to make
sure that the lumen package you need is available with the size you have chosen.
To choose the photometry, refer to the 4 digit
codes beside the curves and diagrams(*). AS =
asymmetrical, SY = symmetrical and BL = Back
Light control.
(*)
The precise flux and corresponding matrix for each
configuration are available on www.schreder.com
To configure the ideal solution between the
features you need and the available controllers,
refer to the description in the Product sheet.
exampleS of valid ordering codes
only with
standard
features
PRODXX - 00 - NW008AH - 5118BL - GL01 - V02D03S3 - C000 - C201 - U4 - A1 - A6 - 0L
Universal
(2 digits)
with
customised
requests
Photometry
type
Colour
(6 digits)
Product
Protector
temperature
ID
type
ISO 3166 + Flux code
(6 digits)
(2 digits)
country
(7 digits)
Custom
code
photometry
(2 digits)
Voltage & elec. Power
class + Dimming cable
+ Elec. protection type
(8 digits)
(4 digits)
Controller +
Photocell +
Sensor
(4 digits)
Voltage & elec. Custom Custom contr.,
class + Custom
power Photocell &
dimming + Elec.
cable
Sensor
(4 digits)
protection (8 digits) (4 digits)
Options
Fixation
(2 digits)
Colour
(2 digits
(2 digits)
each)
Customised options (Photometry,
Dimming, Cables, Control & Photocell) for which you will receive a
specific code (4 digits each)
Specific RAL
colour
(8 digits)
PRODXX - AT - NW008AH - CUSTOM - GL04 - V02D04S3 - CJZZ - ZZZZ - U4 - PXXX - DXXX - CXXX - SXXX - TXXX - RAL3005M
ORDERING DATA
AMPERA
ID
PRODUCT
ID
OPTICAL BLOCK
COUNTRY
COUNTRY OF
COLOUR
FLUX
INSTALLATION TEMP
CODE
[1]
[2]
AMPERM
00
Universal
Standard
AO
Angola
AMPERD
AMPERX
AR
Argentina
GEARS
CONTROLS [4]
PHOTOM PROTECTOR
ETRY
TYPE [3]
VOLTAGE & EL.
CLASS
DIMMING
ELECTR. PROTECTION
POWER
CABLE
CABLE TYPE
CONTROLLER
PHOTO CELL
SENSOR
FIXATIONS
FIXATIONS
OPTIONS
OPTIONS [5]
COLOUR
COLOUR
NW
Neutral
White
5068AS
V01
120V CLI
D00
No Dimming
S3
10kV - no Fuse
C0
No Cable
00
No Cable
C0
No Controller
0
No Photocell
0
No Sensor
U2
Universal 32mm
N0
No Others
0N
AKZO 900 GS
WW
Warm
White
5098AS
V02
230V CLI
D01
0 - 10V
CH
2C
Cable length 2X1.5²
4m
C1
LuCo-NXP
B
Nema Socket
1
PIR Presence
U3
Universal 42-48mm
A2
Gear Plate
0B
RAL 3004 T
CW
Cold White
5103AS
V03
230V CLII
D02
DALI
CI
2D
Cable length 2X2.5²
5m
C2
LuCo-ADP
E
Nema Socket 7 pins
Z
CUSTOM
SENSOR
U4
Universal 48-60mm
A6
Seaside
0C
RAL 6005 T
V14
277V CLI
D03
Bi-Power 50% (if switched
line OFF)
CJ
3B
Cable length 3X1.5²
6m
C3
LuCo-PD
G
Ø20 hole
U5
Universal 76mm
AA
Special labeling
0D
RAL 6009 B
V04
347V CLI
D04
Custom Dimming Profile
CK
3C
Cable length 3G1.5²
7m
C4
LuCo-P7
H
Nema Socket 6 pins
PXXX
Photometry
custom
0E
RAL 7016 B
V05
480V CLI
D05
No Dimming + CLO
CL
3D
Cable length 3X2.5²
8m
ZZ
CUSTOM
CONTROLLER
I
20 lux 1:1 IP67
DXXX
Dimming profile
custom
0F
RAL 7035 B
D06
0 - 10V + CLO
CM
3E
Cable length 3G2.5²
9,5m
J
35 lux 1:0.5
CXXX
Cables custom
0G
RAL 7040 B
D07
DALI + CLO
CN
4C
Cable length 4X1.5²
10m
K
35 lux 1:0.5 IP67
SXXX
Control/Sensor
position, type, …
0H
RAL 7040 T
D08
Bi-Power 50% (if switched
line OFF) + CLO
CO
4D
Cable length 4G1.5²
12m
L
55 lux 1:0.5
TXXX
Photocell
0I
RAL 9005 B
D09
Custom Dimming Profile +
CLO
CP
4E
Cable length 4X2.5²
15m
M
55 lux 1:0.5 IP67
LXXX
Label custom
0J
RAL 9006 B
D14
Bi-Power 50% (if switched
line ON)
CQ
4F
Cable length 4G2.5²
20m
N
70 lux 1:0.5
FXXX
Finishing Colour ,
vernish, …
0K
RAL 9011 T
OXXX
Others
0L
AKZO 150 GS
GL01
Flat Glass
5096AS
5102AS
5112AS
AU
Australia
5117AS
5118AS
…
5119AS
5120AS
5121AS
5136AS
5137AS
5138AS
5139AS
5140AS
5141AS
5144AS
5145AS
5102BL
5103BL
5112BL
5117BL
D15
Telemanagement
5A
5G1.5²
O
70 lux 1:0.5 IP67
D16
Bi-Power 30% (if switched
line OFF)
ZZ
CUSTOM
CABLE
Z
CUSTOM PHOTOCELL
5118BL
5119BL
5120BL
5121BL
5136BL
Ampera Product Sheet - 13/03/2015 - To make sure this is the most recent revision, please consult www.schreder.com
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
D17
Bi-Power 30% (if switched
line OFF) + CLO
0M
AKZO 200 BS
0O
RAL 7038 B
ORDERING DATA
ID
PRODUCT
ID
AMPERA
OPTICAL BLOCK
COUNTRY
COUNTRY OF
COLOUR
FLUX
INSTALLATION TEMP
CODE
[1]
[2]
GEARS
PHOTOM PROTECTOR
ETRY
TYPE [3]
VOLTAGE & EL.
CLASS
5137BL
CONTROLS [4]
DIMMING
ELECTR. PROTECTION
POWER
CABLE
CABLE TYPE
CONTROLLER
PHOTO CELL
SENSOR
FIXATIONS
FIXATIONS
OPTIONS
OPTIONS [5]
D18
Bi-Power 30% (if switched
line ON)
5138BL
COLOUR
COLOUR
0P
RAL 9003 M
5139BL
0R
RAL 9022 T
5140BL
5141BL
0S
RAL 7001 T
5144BL
5145BL
0T
RAL 9006 M
CUSTOM*
0U
RAL 9005 M
0V
RAL7040 M
0W
RAL 9006 T
01
RAL 7037 T
RALxxxx M
Other RAL colour
Matte
RALxxxx B
Other RAL colour
Brilliant
RALxxxx T
Other RAL colour
Textured
ZZ
Other specific
paint*
Your Order
AMPER _
Example:
__
__
_ _ _ _ _ _ _ _ _ _ _ GL01
V_ _
D__
S_
C_
__
C_
_
AMPERD-AT-NW008A4-5102AS-GL01-V03D00S3-CJ2C-C000-U2-N0-0N
Notes: +++ 8 LEDs version available only with 230V and DALI. +++ CL II with 10kV surge protection available in differential mode only. +++ Bi-Power need gear plate +++ LuCo-NXP and LuCo-ADP available only with D15 Telemanagement
[1] Please provide country of installation to ensure country specific settings are taken into account. Schréder will provide you the code to use (00 (universal standard) or the country's ISO code).
[2] See further Lumen and Power details table. [3] See further Photometrics table.
[4] Schréder fixtures are compatible with most controls equipment available on the market. Please contact Schréder for more information.
[5] Multiple SELECTIONS and VARIANTS concatenation possible eg. -A2-AA-P0Z0-D0W0-C0Y0-S0M0-L0H0.
*Please contact Schréder to specify your requirement. A custom requirement must be validated by Schréder and may impact the delivery leadtime.
Ampera Product Sheet - 13/03/2015 - To make sure this is the most recent revision, please consult www.schreder.com
Copyright © 2015 Schréder SA. All rights reserved. Specifications are of an indicative nature and subject to change without notice.
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