nv
Niko
sa Industriepark West 40, BE-9100 Sint-Niklaas, Belgium — tel. +32 3 760 14 70 — fax +32 3 777 71 20 — e-mail: [email protected] — www.niko.be
PM116-099R07062
65-330
1. LEGAL WARNINGS
- Read the complete manual before attempting installation and activating the system.
- The installation has to be carried out by a registered installer and in compliance with the statutory regula-
tions.
- This user manual has to be handed over to the user. It has to be included in the electrical installation file and has to
be passed on to any new owners. Additional copies are available on the Niko website or via the support service.
- During installation, the following has to be taken into account (not limited to list below):
- The statutory laws, standards and regulations;
- The state of the art technique at the moment of installation;
- This user manual, which must be read within the scope of each specific installation, only states general
regulations;
- The rules of proper workmanship
- In case of questions, you can consult Niko’s support service or contact a registered control organisation.
Support Belgium:
Support Slovakia:
+32 3 760 14 82
+421 263 825 155
website : http://www.niko.be
e-mail: [email protected]
e-mail: [email protected]
In case of a defect, you can return your product to a registered Niko wholesaler, together with a clear description
of your complaint (Conditions of use, stated defect…).
2. DESCRIPTION
Dimming of fluorescent or compact lamps using electronic control gear (E.C.G.). Some of those ballasts are
provided with an 1/10V current sink remote control input. This way the intensity can be regulated from +/- 5 to
100%. Those ballasts are, however, difficult or sometimes impossible to integrate in a system for professional
use. The contractor is then confronted to several problems if those ballasts have to be used in a restaurant,
conference room, hotel etc. The “Fluo Interface” control from Silicon Controls has been developed to provide a
global solution for all those problems. Following features are provided on a single board:
- galvanic isolation
- modification of the 10V DC into a 1/10V current sink control signal (EN 60929 compatibel)
- setting of the min. and max. levels
- automatic mains switching
- compatible with all makes of 1/10V controllable H.F. ballasts
3. CONNECTIONS (see terminals identifications on S165330)
3.1 0/10V control signal input
The 10V remote control signal is connected to that terminal. (green terminal)
3.2 Common (0V) (blue terminal)
The common from the control signal input wired to the blue terminal is isolated from the common from the
control signal output.
Warning:
the blue terminals may not be bridged. Special attention is needed when the mains is wired (the mains
common is also wired to a blue terminal)
3.3 Low voltage power supply output (orange terminal)
This 24VDC output can be used to
- provide the power to a command system (max. 60mA).
- a “panic” switch
- an automatic 100% lighting level for security (using a changeover potential free switch linked to the emergency
power supply system)
The necessary switch has to be connected between the terminals 3 and 4 to use the last two functions.
The output level is forced to 10V (lights 100% on) when the contact is closed.
3.4 Emergency lighting
The necessary switch has to be connected between the terminals 3 and 4.
The output level is forced to 10V (lights 100% on) when the contact is closed.
3.5 Setting the maximum level (”top set”)
This setting makes it possible to compensate the logarithmic respons. Setting: set 10V input signal on terminal
2 to maximum level. Turn the trim pot anti-clockwise slowly until the intensity of the light source is just starting
to dim. Stop and turn back just a little bit.
3.6 Setting the minimum level
Same procedure as 5 but start clockwise until the level just starts to rise. Stop and turn back just a little bit.
3.7 1/10V output signal
Current sink control signal output to the high frequency ballast. This output is galvanically isolated. Remote control
and ballast are thus isolated from each other through the Fluo Interface.
Warning:
polarity has to be maintained if several ballasts are wired in parallel on the same terminal
(nr. 7). All 0V. input terminals and all 10V input terminals have to be connected to the respective wires. Most
used treminals identification is as follows: - (0V) and + (10V).
Make sure polarity is respected through the entire chain.
Warning:
all ballasts connected to the same 1/10V output must be wired to the same mains phase. If two
or more phases are used, one 65-330 must be provided for each mains phase. Total load of the 1/10V output
must not exceed 100mA. The control cable section should be according to the specifications of the ballast
manufacturer. (see chart lighting controls catalog p. 40) for the control output. The total load for the relay is 6A.
Use external contactors to increase the power.
3.8 0V common
0V connection of the signal input (blue terminal). Never bridge this terminal with the 0V of the 1/10V signal
output.
3.9 230V mains input
This terminal is used to provide 230V mains power to the relay. The relay is mounted on a socket for easy
replacement. The max. power applied through the socket may not exceed 10A.
Relay max. rated current 6A
Warning:
make sure the relay is firmly pushed into the socket before power is switched on.
3.10 230V mains output
This output provides a max. of 6A/230V for the power supply of the H.F. ballasts. A 230V trip coil of an external
contactor may be switched by this relay. The relay is “open” (= lights off) as soon as the control signal (terminal
1 goes below 1V. The relay is closed (= lights on ) as soon as 0/10V input signal reaches 1V.
3.11 Power supply
230V neutral supply (blue terminal) for printed circuit board
3.12 Power supply
230V phase supply (orange terminal) for printed circuit board
3.13 “Hotstart”
The lamp will “preheat” a few seconds to maximum level (100% light) if contact nr. 11 is closed. Light level will
automatically dim to desired level after a few seconds of preheating.
Standard delivered without contact.
4. GUARANTEE PROVISIONS
- Period of guarantee: 2 years from date of delivery. The delivery date is the invoice date of purchase of the
product by the consumer. If there is no invoice, the date of production applies.
- The consumer is obliged to inform Niko in writing about the defect, within two months after stating the defect.
- In case of a failure to conform, the consumer has the right to a repair or replacement (decided by Niko) free of
charge.
- Niko cannot be held liable for a defect or damage as a result of an incorrect installation, improper or careless
use or wrong usage or transformation of the goods.
- The compulsory regulations of the national legislation concerning the sales of consumer goods and the protection
of the consumers in the countries where Niko sells, directly or via sister or daughter companies, chain stores,
distributors, agents or permanent sales representatives, take priority over the rules and regulations mentioned
above.
65-124
65-330
65-330
1
+24V
2
0V
3
LINK
4
CH4
5
CH3
6
CH2
7
CH1
SLA
VE
MASTER
L1
L3
N
L2
3 x 400V~ + N
HF BALLAST
1 - 10V DC
0V
L
N
HF BALLAST
1 - 10V DC
0V
L
N
7 8 9 10
12
11
1
4
2 3
7 8 9 10
12
11
1
4
2 3
S165330
