Heden NeptoLux 3K User manual

Emergency escape lighting system
Installation instruction NEPTO 3K
Oy Hedengren Security Ab, [phone], sales [phone],
[e-mail], [e-mail], hedengrensecurity.fi, neptolux.fi

NEPTOLUX
2
LIST OF CONTENTS
1. GENERAL......................................................................................................................................................4
STANDARDS...............................................................................................................................................5
CABLES AND CABLE SHEATHINGS.................................................................................................................5
INSTALLATION ENVIRONMENT ......................................................................................................................5
2. HOUSING.......................................................................................................................................................6
INSTALLATION.............................................................................................................................................6
3. ADDRESS BUS .............................................................................................................................................8
PRINCIPLE..................................................................................................................................................8
INSTALLATION OF EXIT AND ROUTE LIGHTS ...................................................................................................8
LIGHTS ....................................................................................................................................................12
3.3.1. Route lights .....................................................................................................................................12
Route light NFW68-O ............................................................................................................................................12
Route light NFW68-C.............................................................................................................................................12
Guide light NFW68-0.............................................................................................................................................13
Guide light NFW89-C.............................................................................................................................................13
3.3.2. Emergency exit lighting...................................................................................................................16
Emergency exit light NFW20-x..............................................................................................................................16
Emergency exit light NFW40-x..............................................................................................................................17
Emergency exit light NAH70-x...............................................................................................................................18
Step lighting unit, NA55.........................................................................................................................................19
NEPTO-IO..............................................................................................................................................20
4. NL-KLG KEYPAD PANEL...........................................................................................................................23
GENERAL.................................................................................................................................................23
INSTALLATION...........................................................................................................................................24
CONNECTION ...........................................................................................................................................25
SETTINGS ................................................................................................................................................26
START-UP ................................................................................................................................................27
5. NEPTO-3K CONNECTIONS........................................................................................................................28
5.1.1. Fuses...............................................................................................................................................29
5.1.2. Relay outputs ..................................................................................................................................29

NEPTOLUX
3
5.1.3. Voltage output 24DC.......................................................................................................................29
5.1.4. Inputs...............................................................................................................................................30
5.1.5. Installing an extra communication card...........................................................................................30
5.1.6. Nepto 3K networking.......................................................................................................................30
6. TCH-B200 ADDRESS' PROGRAMMING UNIT..........................................................................................33
7. CABLE LENGTH .........................................................................................................................................34
ILLUMINATION POINTS ...............................................................................................................................34
7.1.1. Equidistant lighting units .................................................................................................................34
7.1.2. Examples.........................................................................................................................................35
Single-storey building ............................................................................................................................................35
Multi-storey building...............................................................................................................................................36
OTHER EQUIPMENT...................................................................................................................................37
7.2.1. Equidistant devices .........................................................................................................................39
The minimum operating voltage 6.5V....................................................................................................................39
The minimum operating voltage 7.5V....................................................................................................................39
The minimum operating voltage 8.5V....................................................................................................................40
7.2.2. Devices at cable ends.....................................................................................................................42
The minimum operating voltage 6.5V....................................................................................................................42
The minimum operating voltage 7.5V....................................................................................................................43
The minimum operating voltage 8.5V....................................................................................................................44
8. TECHNICAL INFORMATION ......................................................................................................................45
CENTRE...................................................................................................................................................45
9. FAULT FINDING..........................................................................................................................................46
RS485 DATA CONNECTION.......................................................................................................................46
EARTH LEAKAGE.......................................................................................................................................46
9.2.1. Interference in the operating device data line (potential wrong code, tamper alarm).....................46
LIGHTING BUS...........................................................................................................................................46
9.3.1. Input voltage....................................................................................................................................46
9.3.2. The line's data communication........................................................................................................47
9.3.3. Overcurrent/double address............................................................................................................47

NEPTOLUX
General
4
1. General
These instructions cover the installation of the NEPTO-3K system.
The features and technical values, e.g. number of lines, is dependent on the centre model.

NEPTOLUX
General
5
Standards
The system complies with device testing, fault monitoring and reporting according to standards SFS-EN
50172 and ATS 62034 either locally or remotely.
Cables and cable sheathings
The cables used must be equipped with cable sheathings. All the calculations in these instructions have
been done using a 0.8-mm conductor diameter.
The cable type used is KLMA 2x0.8+0.8 or ELQYB 2x1.0 mm, conductor diameter 0.8 mm, conductor
pair's loop resistance 74/km, conductor pair's capacitance 60nF/km.
The insulation resistance between the conductors and earth potential must be > 500kIf the insulation
resistance is lower, uncontrolled earth currents reach the system and cause interference. Problems may
be caused by e.g. metal mounting boxes, in which the cable sheathing is fixed, if the box is earthed to
the building frame with connecting screws.
All cable sheathings must be fixed to the central housing. Therefore, e.g. the cable sheathings at the
end of a handset are fixed to the conductor's S pin (shield). The protective sheathing must be extended
into the unit switching point of each address bus.
The cable running between the transformer and the centre must be type MSK 2x1mm. The cable must
be less than 1 m long. The cable comes with the centre.
Installation environment
The operating conditions of the system and the attached components must be taken into account when
the installation environment is chosen.

NEPTOLUX
Housing
6
2. Housing
Installation
The weight of the housing must be taken into account when it is fixed onto a wall.
•Drill 4 pcs. 6 mm2 holes for the anchor fixings. Depth of hole must be 20-25mm. Position
of holes. See image.
•Fix anchor fixings.
•Screw 4mm. 4.2 mm screws into the anchor fixings, ensuring they stay fixed.
•Lift the housing onto the wall directing the screws to the screw grooves in the housing.
•Hang the housing on the screws.
•Tighten the screws.
•Pull the cables between the wall and the housing. Thread the cables through the cable
feedthrough. Please note: The feedthrough on the bottom of the housing is for the transformer
cable. The feedthroughs at the top are for other cables.
•Shorten the cables before the installation.
•Peel the cables for installation.
•The insulation resistance must be measured before the connection cable is attached.
•The insulation resistance must be measured on every connection cable, including the sheathing,
against protective earth. The insulation resistance must be >1M.
•After this the cable sheathing can be fixed to the housing's switching point. See image.

NEPTOLUX
Housing
7

10A mA COM V-

NEPTOLUX
Address bus
8
3. Address bus
Principle
The system's lighting units and bus units are addressable, smart units equipped with the own batteries
(lighting). The centre polls the units over approximately 0.75-s periods per address. Thus the units (127
pcs) in the entire bus are checked over < 100s. The lighting units also work as independent units if the
central cable snaps.
The address for all the previously unused lighting units is 127 (factory setting). The lighting units
must be programmed with a TCH-B200 programming device before installation into the base.
The units do not need to be in the bus in the address order.
The maximum length of the address bus is 1 km, the conductor's loop resistance is max 74The
cable's conduction capacitance must be <0.7F.
A maximum of 127 units can be connected to one address bus, depending on the power consumption of
the unit. The unit's power consumption also restricts the cable distance.
Installation of exit and route lights
The common mounting base for the lighting units is Hochiki's YBN-R/3.
When the common mounting base is installed, the direction of the pip in the base must
be noted. The pip should point to the right at a 90° angle in relation to the exit direction.
For a two-sided sign, the pattern pointing to the left determines the direction of the pip in
the base. The base has a small adjustment range for the angle. A template should be used for
drilling.
All equipment must be attached to an even surface to ensure that the unit does not bend.
The base can be attached to the ceiling or the wall.
The address bases are attached with screws with a 3-mm diameter.
Do not tighten the screws too tight to ensure that the plastic does not crack.
The bus cable must be installed for each lighting unit. The bus can be cabled to a star network as well
as via each lighting unit. The bus cable's sheathing is attached to the frame of the centre.
Fixing YBN-R/3 base
1 bus +
2 bus +
3 cable sheathing
4 not in use
5 bus -
6 bus -

NEPTOLUX
Address bus
9
Installation of emergency lights to base YBN-R/3
Tighten the lighting unit to the common mounting base so that the pip on the cap is fixed in a "quarter
to" position in relation to the mounting base's corresponding pip. After this, keep hold of the cap and
screw clockwise until the lighting unit locks into place.
NFW 68/89
NFW 68/89

NEPTOLUX
Address bus
10
Fixing the signpost plastic to the signpost's frame

NEPTOLUX
Address bus
11
Installing installation base seal YBX/2W
Route light's flag and ceiling support installation

NEPTOLUX
Address bus
12
Lights
3.3.1. Route lights
Route light NFW68-O
•round light beam for capacious premises' exit lighting.
•installation height 2.5 - 9 m
Route light NFW68-C
•rectangular light beam for corridor exit lighting.
•installation height 2.5 - 9 m
Technical information
Light
NF68
Operating voltage [VDC]
24 - 40
Operating voltage [VAC]
24 - 40
Average power consumption of a line (battery fully charged)
[W]1)
0,03
Maximum power consumption of a line (31V) max [mA] 1)
3.3
Luminance active mode [lx] (lm/m2). A = 1m x 12m
>1
Power consumption of a line (31V), Prodex-Firelux sleep mode
[mA]
1,0
LiPO battery [V] / [mAh]
8.4 / 320
Battery charge time 100% [h]
12/24
Standby time light on [h]
3
Fully charged battery voltage [V]
8.4
Discharged battery voltage [V]
6,4
Dimensions (length x height x depth) [mm] including base
Ceiling mounting
99.7 x 48
IP class
41
Material
PC+ABS, fire resistant
Colour
White
Fire class
UL94 V-O
1) Default intensity 0
1h Standby time /24h charging

NEPTOLUX
Address bus
13
Guide light NFW68-0
•round light beam for capacious premises' exit lighting.
•installation height 2.5 - 15 m
Guide light NFW89-C
•rectangular light beam for corridor exit lighting.
•installation height 2.5 - 15 m
Technical information
Light
NF89
Operating voltage [VDC]
24 - 40
Operating voltage [VAC]
24 - 40
Average power consumption of a line (battery fully charged) [W]1)
0,03
Maximum power consumption of a line (31V) max [mA] 1)
22,9
Power consumption of a line (31V), Prodex-Firelux sleep mode
[mA]
1,0
Li-ION battery [V] / [mAh]
8.4 / 2200
Battery charge time 100% [h]
24
Standby time light on [h]
3
Fully charged battery voltage [V]
8.4
Discharged battery voltage [V]
6,4
Dimensions (length x height x depth) [mm] including base
Ceiling mounting
99.7 x 65
IP class
41
Material
Al+PC+ABS, fire resistant
Colour
White
Fire class
UL94 V-O
1) Default intensity 0
1h Standby time /24h
charging

NEPTOLUX
Address bus
14
68:
Intensity/power consumption/illuminance
Standby time
1h
3h
Charge time 80 %
24h
24h
Intensity
LED
drive
current
[mA]
Illuminance
[lx]
Average power
consumption [W]
Maximum
power
consumption of
a line [mA]
Maximum
power
consumption
of a line [NU]
Maximum
power
consumption of
a line [mA]
Maximum
power
consumption
of a line [NU]
0
0
0,0
0,03
3,3
2
9,5
6
1
20
0,04
0,15
7,0
4
13,2
8
2
40
0,08
0,26
10,7
7
16,9
10
3
60
0,1
0,37
14,3
9
20,5
13
4
100
0,2
0,60
21,7
13
27,9
17
5
140
0,4
0,83
29,1
18
35,3
22
6
176
0,6
1,03
35,7
22
41,9
26
7
240
>1
-
-
-
-
-
If using charging/fault LED, add 3.7mA/2NU to values
Current consumption over 50mA/31NU is prohibited
89:
Intensity/power consumption/illuminance
Standby time
1h
3h
Charge time 90 %
24h
24h
Intensity
LED
drive
current
[mA]
Illuminance
[lx]
Average power
consumption [W]
Maximum
power
consumption of
a line [mA]
Maximum
power
consumption
of a line [NU]
Maximum
power
consumption of
a line [mA]
Maximum
power
consumption
of a line [NU]
0
0
0,03
22,9
14
55,1
34
1
20
0,15
26,5
16
58,7
36
2
40
0,26
30,2
19
62,4
39
3
80
0,49
37,6
23
69,8
43
4
140
0,83
48,6
30
80,8
50
5
200
1,17
59,7
37
91,9
57
6
260
1,51
70,7
44
102,9
64
7
1500
>1
-
-
-
-
-

NEPTOLUX
Address bus
15
20:
Intensity/power consumption/illuminance
Standby time
1h
3h
Intensity
LED
drive
current
[mA]
Illuminance
[Cd/m2]
Average power
consumption [W]
Maximum
power
consumption of
a line [mA]
Maximum
power
consumption
of a line [NU]
Maximum
power
consumption of
a line [mA]
Maximum
power
consumption
of a line [NU]
0
0
0,0
0,03
3,3
2
6,8
4
1
4
0,9
0,13
6,5
4
10,0
6
2
6
1,7
0,15
7,0
4
10,5
7
3
8
2,0
0,19
8,5
5
12,0
7
4
12
2,7
0,24
10,0
6
13,5
8
5
20
3,7
0,36
14,0
9
17,5
11
6
40
7,0
0,67
24,0
15
27,5
17
7
60
10,0
0,98
34,0
21
37,5
23
40:
Intensity/power consumption/illuminance
40m
Standby time
1h
3h
Intensity
LED
drive
current
[mA]
Illuminance
[Cd/m2]
Average power
consumption [W]
Maximum
power
consumption of
a line [mA]
Maximum
power
consumption
of a line [NU]
Maximum
power
consumption of
a line [mA]
Maximum
power
consumption
of a line [NU]
0
0
0,0
0,03
3,3
2
6,8
4
1
8
0,3
0,19
8,5
5
12,0
7
2
16
0,6
0,30
12,0
7
15,5
10
3
32
1,3
0,53
19,5
12
23,0
14
4
50
2,0
0,77
27,0
17
30,5
19
5
60
2,4
0,95
33,0
20
36,5
23
6
70
2,8
1,12
38,5
24
42,0
26
7
80
3,2
1,25
42,5
26
46,0
29
70:
Intensity/power consumption/illuminance
Standby time
1h
Intensity
LED
drive
current
[mA]
Illuminance
[Cd/m2]
Average power
consumption [W]
Maximum
power
consumption of
a line [mA]
Maximum
power
consumption
of a line [NU]
0
0
0,0
0,05
7,5
5
1
24
10,5
0,65
26,9
17
2
40
17,5
1,05
39,8
25
3
60
26,3
1,55
55,9
35
4
80
35,0
2,05
72,0
45
5
80
35,0
2,05
72,0
45
6
80
35,0
2,05
72,0
45
7
80
35,0
2,05
72,0
45

NEPTOLUX
Address bus
16
Emergency exit lighting
Emergency exit light NFW20-x
NFW20-x is an emergency exit light for 20m distance
Note the type of the exit sign, the direction of the arrow depends on the type, where the x in the type
marking marks the type:
•L: Left
•R: Right
•D: Down
Technical information
Light
NF20
Operating voltage [VDC]
24 - 40
Operating voltage [VAC]
24 - 40
Average power consumption of a line (battery fully charged)
[W]1)
0,24
Maximum power consumption of a line (31V) max [mA] 1)
10.6
Illuminance [cd/m2] 1)
2.7
Illuminance active mode [cd/m2]
10
Power consumption of a line (31V), Prodex-Firelux sleep
mode [mA]
1,0
LiPO battery [V] / [mAh]
8.4 / 320
Battery charge time 100% [h]
24
Standby time light on [h]
6,0
Fully charged battery voltage [V]
8,4
Discharged battery voltage [V]
6,4
Dimensions (length x height x depth) [mm] including base
Wall mounting
201 x 203 x 72
Ceiling mounting
201 x 217 x 24
IP class
41
Material
PC+ABS, fire resistant
Colour
White
Fire class
UL94 V-O
* Default intensity 4
1) Default intensity 4

NEPTOLUX
Address bus
17
Emergency exit light NFW40-x
NFW20-x is an emergency exit light for 40m distance
Note the type of the exit sign, the direction of the arrow depends on the type, where the x in the type
marking marks the type:
•L: Left
•R: Right
•D: Down
Technical information
Light
NF40
Operating voltage [VDC]
24 - 40
Operating voltage [VAC]
24 - 40
Average power consumption of a line (battery fully charged)
[W]1)
0.77
Maximum power consumption of a line (31V) max [mA] 1)
27.6
Illuminance [cd/m2] 1)
2
Illuminance active mode [cd/m2]
3.2
Power consumption of a line (31V), Prodex-Firelux sleep
mode [mA]
1,0
LiPO battery [V] / [mAh]
8.4 / 320
Battery charge time 100% [h]
24
Standby time light on [h]
3
Fully charged battery voltage [V]
8.4
Discharged battery voltage [V]
6,4
Dimensions (length x height x depth) [mm] including base
Wall mounting
330 x 281 x 72
Ceiling mounting
330 x 297 x 24
IP class
41
Material
PC+ABS, fire resistant
Colour
White
Fire class
UL94V-O
* Default intensity 4
1) Default intensity 4

NEPTOLUX
Address bus
18
Emergency exit light NAH70-x
NAH70-x is an emergency exit light for 40m distance
Note the type of the exit sign, the direction of the arrow depends on the type, where the x in the type
marking marks the type:
•L: Left
•R: Right
•D: Down
Technical information
Light
NA70
Operating voltage [VDC]
24 - 40
Operating voltage [VAC]
30
Average power consumption of a line (battery fully charged) [W]1)
2,05
Maximum power consumption of a line (31V) max [mA] 1)
72
Illuminance [cd/m2] 1)
35
Illuminance active mode [cd/m2]
35
Power consumption of a line (31V), Prodex-Firelux sleep mode [mA]
1,5
LiPO battery [V] / [mAh]
8.4 / 320
Battery charge time 100% [h]
12/24
Standby time light on [h]
1
Fully charged battery voltage [V]
8.4
Discharged battery voltage [V]
6,4
Dimensions (length x height x depth) [mm] including base
Wall mounting
520 x 455 x 75
Ceiling mounting
520 x 470 x 22
IP class
41
Material
Al+PC+ABS, fire resistant
Colour
Anodised aluminium/White
Fire class
UL94 V-O
1) Default intensity 4

NEPTOLUX
Address bus
19
Base/Light alignment
Step lighting unit, NA55
The light is intended for lighting stairs. Unlike other lights, the step lighting unit is installed in a normal
installation box (Ensto) as a surface or embedded installation. The delivery includes equipment for both
surface and embedded installation.
The address line in connected to the product's bi-polar connector. The polarity is irrelevant.
A jumper cable to TCH-1000B programming device is needed to program the light unit's address.

NEPTOLUX
Address bus
20
Light
NA55
Operating voltage [VDC] (VAC)
20 –40
Power consumption of the line [NU] *)
10 / 0.5W
Battery pack [V / mAh]
9 / 200
Dimensions (length x height x depth) [mm]
70 x 70 x 65
IP class
Material
ABS, fire resistant
Fire class
UL94 V-O
*) Default intensity 4.
NEPTO-IO
Nepto-IO is an input and output unit. The unit has 4 inputs and (2 outputs Version 1). You can connect
a maximum of 16 units to one centre. The unit reserves an address in the address bus. The address is
installed with the unit's screw terminal.
Nepto-IO's inputs:
•You can also connect e.g. relay models.
•The input can be programmed as opening or closing.
•Since version 1.30, inputs 3 and 4 can be monitored in case of a short circuit or shut down.
Nepto-IO's outputs:
•Can be steered e.g. traditional lighting units which are activated from programmed function.
•The control mode is indicated with a green LED (OUT1/OUT2). Controlled output, LED lit.
The unit's address' polling can be programmed to show POL. ADDR SEL with a green LED LED flashes
when the address is polled.