NSSFMV Series
Explosion protected floodlight
IM0086 Ver. 6
05/2016
Operating Instructions
Cooper Crouse-Hinds
Cooper Electric (Changzhou) Co., Ltd.
No.189 Liuyanghe Road, Xinbei District, Changzhou,
Jiangsu, 213031, China
1. Dimensions
!
3. Conformity with standards
This explosion protection floodlight meet the requirements of IEC/EN
60079-0, IEC/EN60079-15, IEC/EN 60079-31.
It also complies with the EC Directives for “Apparatus and protective
system for use in explosion atmospheres”(94/9/EC).
It has been designed, manufactured and tested in accordance to the
state of the art and according to ISO 9001:2000.
The luminaires are suitable for use in explosive atmospheres,
Zone2 according to IEC/EN 60079-10-1 and dust area Zone21 and
Zone22 according to IEC/EN 60079-10-2.
4. Safety Instructions
This product should be installed, inspected, and maintained by a
qualified electrician only, in accordance with national regulation,
including the relevant standard and, where applicable, in acc. with
IEC 60079-17 on electrical apparatus for explosive atmospheres.
The national safety rules and regulations for prevention of
accidents and the following safety instructions in these operating
instructions, will have to be observed!
●The floodlight must not be operated in Zone0,Zone1 and Zone20!
●When using in zone 22, the requirements of IEC/EN 60079-14
relating to temperature must be observed. The indicated surface
temperatures in table are not related to a layers above 5mm
thickness.
●After de-energizing, delay 15 minutes before opening,
● Do not open when an explosive dust atmosphere is present.
●Do not install where the marked operating temperature exceed
the ignition temperature of the hazardous atmosphere.
2. Technical data
Hazardous area specification
Type of protection: Ex nR (Restricted breathing)
ATEX classification: Group II Category 3 G 2 D
Certification Marking: ATEX: II3 G Ex nR IIC T…Gc
Ambient temperature: -45ºC~+55ºC
Temperature class: Refer to Type configuration
EC type examination
Certification No.:
Dust protected enclosure
II2 D Ex tb IIIC T…ºC IP66
IECEx: Ex nR IIC T… Gc
Ex tb IIIC T…ºC IP66
DNV 12 ATEX 1021X
DNV 13 ATEX 3405X
●Do not operate in ambient temperatures above those indicated
on the floodlight nameplate.
●The floodlight shall be operated as intended and only in
undamaged and perfect conditions!
●Keep tightly closed when in operation!
●The technical data indicated on the floodlight are to be bserved!
●Change of the design and modifications to the floodlight are not
permitted!
●Multiple, short-term switching must be observed!
●Only genuine Cooper Crouse-Hinds spare parts may be used for
replacement!
●Repairs that affect the explosion protection, may only be carried
out by Cooper Crouse-Hinds or qualified electrician!
●Do not keep these operating instructions inside the floodlight
during operation!
IECEx Certificate No.: IECEx CQM 12.0004X
Degree of protection: IP 66 acc. to EN60529/IEC60529
Cable gland recommend
Approval of the production
Quality assurance: Baseefa ATEX 5952
Enclosure specification
Material of enclosure: Stainless steel
Material of glass: Tempered glass
Mounting plate: Stainless steel
Fasteners: All external fasteners stainless steel
Installation: Mounting bracket
Dimensions: See dimension drawing
Weight: Refer to Type Configuration.
Entry specification
Direct entry: 2×M20×1.5 or 2×M25×1.5 cable entry. Unused
entry is fitted with an certified stopping plug.
Electrical specification
Wattage: 150W/250W/400W
Voltage: 220V/230V/240V 50Hz/60Hz
Lampholder: E40
Insulation class: I acc. to IEC60598
Terminals capacity: 3 or 6 core conductor/cable
Solid：0.5~6mm
Flexible：0.5~4mm2/0.5~6mm
Lamp: High pressure Sodium/Metal Halide
2
2
Entry size Part No. Cable size
M20×1.5
M25×1.5
Mounting the selected cable glands) acc. type and dimensions of the
main connection cable. Following their manufacturer instructions.
5. Field of Application
The floodlight utilizes Ex nR (Restricted breathing) that means an
enclosure is sufficiently well sealed to limit the entry of flammable gas to
below explosive concentration. That means it restricts vapors and gases
from entering inside the floodlight.) protection and IP66 sealing making it
suitable for use for potentially explosive atmospheres in Zone2 and
Zone21/Zone22 hazardous areas in indoors and outdoors in Marine and
Wet locations, where moisture, dirt, corrosion, vibration and Rough
usage may be present.
Application ambient temperature is -45ºC~+55ºC. Refer to the floodlight
nameplate for specific classification information, maximum ambient
temperature suitability and corresponding operating temperature
(T- Number).
The enclosure materials used, including any external metal parts, are
high quality materials that ensure a corrosion resistance and resistance
to chemical substances according to the requirements for use in a
“normal“ industrial atmosphere. In case of use in an extremely
aggressive atmospheres, please refer to manufacture.
IM0086. Revision 6 05/2016 Cooper Electric (Changzhou) Co., Ltd.
Torque (Nm)
screw-in enclosure For cable
CAP816609 8.5-16 20 20
CAP816709 12-21 30 30
Page 1 of 3
6. Type configuration
Std. Catalog No.
Watt
(W)
Lamp
Type Shape +40ºC +45ºC +50ºC +55ºC +40ºC +45ºC +50ºC +55ºC
Voltage
NSSFMVSY150/**** 150 HPS T/E
NSSFMVMY150/**** 150 MH T/E T4 T4 T3 T3 125 130 135 140 12
NSSFMVSY250/**** 250 HPS T/E T3 T3 T3 T3 160 165 170 175 13
NSSFMVMY250/**** 250 MH T/E T3 T3 T3 T3 160 165 170 175 13
NSSFMVSY400/**** 400 HPS T/E T3 T3 T3 / 183 188 193 / 15
NSSFMVMY400/**** 400 MH T/E T3 T3 T3 / 183 188 193 / 15
220V 50Hz
230V 50Hz
240V 50Hz
220V 60Hz
230V 60Hz
240V 60Hz
NSSFMVMY400H/**** 400 MH T/E T3 T3 T3 / 183 188 193 / 15
The improper installation and operation may
result in the explosion protection and
invalidation of the guarantee.
7.2 Mounting the floodlight
7.2.1 Mounting the bracket
Only use the accompanying mounting bracket!
Use M12 bolts, plain washer and spring washer
to securely fasten the Trunnion bracket to a
suitable base with sufficient load-bearing
capacity. See Fig.1 and Fig.2 for detail.
7.2.2 Pole mounting
The pole adapter is not included in the lamp's
scope of delivery and is available as an
accessory. Screw the floodlight mounting bracket
to the pole adapter as shown in Fig.1.
The pole adapter can be mounted onto a 2” pipe.
Secure the pole adapter using the four clamping
screws (62Nm,see Fig.2).
The connection cable may not be damaged in
the process. An explosion protected cable
gland(not included in the scope of delivery)can
be screwed into the pole adapter, enabling the
pole to be used for cable routing (see Fig.2).
The connection cable must not be damaged
in the process.
7.2.3 Wall bracket mounting
The wall bracket is not included in the lamp's
scope of delivery and is available as an
accessory.
Use appropriate screws, spring washers and
grommets to secure the wall bracket to a
suitable wall at the four drilled holes (see Fig.3).
Slide the floodlight with the pole adapter onto
the pipe of the wall bracket and secure with the
four clamping screws (max.62Nm).
7.2.4 Vertical adjustment of floodlight
Loosen the two pivot bolts on the floodlight yoke
to position floodlight at the desired tilt angle
(within the acceptable aiming range limits). See
Fig.4. Re-tighten the adjustment screws(26Nm).
The lamp must not be illuminated when at a
distance of less than 0.5m from inflammable
material.
7.3 Cable entries/blanking plugs
The “restricted breathing(Ex nR)" properties
must be preserved when, for example, using
cables and wires of sufficient diameter(see also
IEC/EN 60079-14). Unused holes shall be
closed with certified blanking plug in order to
establish the protection category. The cable
glands and blanking plugs must be used in
compliance with IEC 60079-31. The authoritative
7. Installation
7.1 General
The respective national regulations IEC/EN
60079-14 as well as the general rules of
engineering which apply to the installation
and operation of explosion protected
apparatus will have to be observed!
mounting guideline for the cable glands used
must be observed. Mounting the selected cable
entries(cable glands) acc. type and dimensions
of the main connection cable and following their
manufacturer instructions. The cable glands and
blanking plugs should be at least Ex nR certified,
and should be also Ex tb certified if the whole
product is Ex tb certified also.
T Class (Gas) T ℃ (Dust)
Weight
(Kg)
T4 T4 T3 T3 125 130 135 140 12
If the cable glands included in the scope of
delivery are replaced with other cable glands, the
“nR” properties must be checked before putting
into operation.
Restricted breathing test may be carried out
as per section 11.
7.4 Opening/closing the floodlight
7.4.1 General
The opening of floodlight always shall be
without voltage!
All gasket seals must be clean and
undamaged before closing the floodlight.
Make sure the floodlight is well closed before
operation!
Unscrew all screws in the glass frame and lift
the protective glass to one side.
Unscrew the terminal compartment cover and
remove the terminal compartment cover.
Carry out the steps in reverse order to close the
floodlight and Check all screws to ensure a
secure fit (Torque for screws: 2.5 Nm).
7.5 Electrical connection
The electrical connection of the lamp must
only be established by qualified electricians.
Make sure the supply voltage is the same as
the luminaire voltage!
Use proper supply wiring as specified on the
nameplate of the luminaire and in this
instructions!
Excessive tightening may affect or damage
the connection.
Only heat resistant cable according to the data
on the type label may be used for the electrical
installation!
Connect cable according to the terminal
numbering and circuit diagram.
The conductors shall be connected with special
care in order to maintain the explosion category.
Leads connected to the terminals shall be
insulated for the appropriate voltage and this
insulation shall extend to within 1mm of the metal
of the terminal throat. The conductor itself shall
not be damaged. The connectible min. and max.
conductor cross-sections shall be observed (see
technical data). All terminal screws, used and
unused, shall be tightened down (Torque for
terminal screws: 1.2~2 Nm for MK/6).
Main connection: See wiring diagram.
7.6 Lamp mounting
Only must be mounting appropriated lamps
for the supplied floodlight see indications on
the nameplate of the floodlight and in this
instructions!
See section 7.4 for notes on opening and closing
the lamp. The lamp must be screwed tightly into
the lampholder.
Ensure it is screwed in fully so that no sparks or
other unauthorized operating states may occur.
Protect the glass on the lamp from breaking
when screwing in.
Note:
HPS=high
pressure sodium
vapour lamp
MH=high pressure
metal halide
T=Tube shape
E=Bulb shape
Page 2 of 3 IM0086. Revision 6 05/2016 Cooper Electric (Changzhou) Co., Ltd.
Fig.6 Wiring Diagram(HPS/MH)
8. Putting into operation
Prior to putting the apparatus into operation,
the tests specified in the relevant national
regulations shall be carried out.
Insulation measurements may only be carried
out between PE and the external conductor
L1 (L2, L3) as well as between PE and N.
- Measurement voltage: Max. 1KV AC/DC
- Measurement current: Max.10mA
-The floodlight may only be operated when
closed.
-It is generally recommended (see IEC/EN
60079-14) that you ensure the restricted
breathing of the construction is not impaired
during installation and that you test the
restricted breathing properties before
commissioning (see section 11).
9. Maintenance/Servicing
9.1 General
The relevant national regulations which apply
to the maintenance/servicing of electrical
apparatus in explosive atmospheres, shall be
observed (IEC 60079-17).
The interval between maintenance depends
upon the ambient conditions and the hours of
operation. The recommendations given within
IEC 60079-17 for recurring checks must be
observed.
9.2 Checks
During maintenance, the parts affecting the
level of protection must be checked in
particular:
- Enclosure and glass panel for cracks and
damage.
- Seals for damage.
-Terminal, screw glands and blanking plugs
for secure fitting.
To maintain the light output, clean the
protective glass and reflector with a damp
cloth or a mild cleaning fluid.
If the flood light is opened for maintenance
purposes or to replace the lamp, ensure that
the "nR“ properties are not affected.
This could be done by testing the restricted
breathing properties as per section 11, for
example. Alternatively, the cover seal can be
completely replaced on site with a genuine
spare part where possible (see section 10.2).
If this product is used in the combustible dust
area, outside of enclosure must be cleaned
on a regular basis to prevent accumulation of
dust.
9.3 Lamp change
The suggested interval between lamp
changes given by the lamp manufacturer
should be followed.
Disconnect the power to the floodlight and
allow the floodlight to cool completely.
See section 7.4 for notes on opening and
closing the lamp. If the floodlight was
previously in operation then wait 15 mins.
before opening. Ensure that no hazardous
atmosphere is present.
See section 7.6 for notes on inserting the
lamp.
After replacing the lamp, ensure that the "nR"
properties have not been affected.
This could be done by testing the restricted
breathing properties as per section 11, for
example.
10. Repair/Overhaul/
Modifications
10.1 General
The national regulations IEC/EN60079-19
have to be observed!
Repairs and overhaul may only be
carried out with genuine Cooper CrouseHinds spare parts.
Before replacing or disassembling individual
parts, observe the following:
Disconnect the power supply to the
equipment before maintenance/repair.
Make sure that there is no explosive
atmosphere when opening the equipment.
See section 7.4 for notes on opening and
closing the lamp.
Only use original spare parts.
If the floodlight was previously in
operation then wait 15 mins. before
opening.
Repairs that affect the explosion
protection, may only be carried out by
Cooper Crouse-Hinds or a qualified
electrician in compliance with the
applicable national rules.
Modifications to the device or changes to
its design are not permitted.
After carrying out repair or overhaul
work, ensure that the “Ex nR" properties
have not been affected.
This could be done by testing the restricted
breathing properties as per section 11, for
example.
Assistance may also be obtained
through Cooper Electric (Changzhou)
Co., Ltd. Sales Service department,
No. 189 Liuyanghe Rd, Xinbei District,
Changzhou, Jiangsu, China.
10.2 Door seal replacement
Loosen the fixtures on the glass panel/seal
(see Fig.5).
After doing this, the glass panel is no longer
protected against falling out.
Take out the old seal.
Do not pull or compress the new seal during
insertion.
Carry out the steps in reverse order to
assemble.
Ensure that the "nR" properties are not
affected during this procedure.
This could be done by testing the restricted
breathing properties as per section 11, for
example.
11. Testing the restricted
breathing properties
All screw plugs and cable glands must be
correctly tightened.
Overtightening the screw elements can
destroy the thread.
Connect the testing equipment to the test
connection on the flood light (see Fig.8).
Use the values specified in IEC 60079-15
for the test (see Fig.8).
12. Disposal/Recycling
When the apparatus is disposed of, the
respective national regulations on waste
disposal will have to be observed.
Page 3 of 3 IM0086. Revision 6 05/2016 Cooper Electric (Changzhou) Co., Ltd.
EG-Konformitätserklärung
EC-Declaration of conformity
CE-Déclaration de conformité
DNV 12 ATEX 1021X
DNV 13 ATEX 3405X
Wir / We / Nous
Cooper Electric (Changzhou) Co., Ltd.
No. 189, Liuyanghe Road, Xinbei District,
Changzhou, Jiangsu, 213031
China
erklären in alleiniger Verantwortung, dass das Produkt
hereby declare in our sole responsibility, that the product
déclarons de notre seule responsabilité, que le produit
Explosion protected floodlight
Type NSSFMV…
Type NSSFMV…
den folgenden EU-Richtlinien, den entsprechenden harmonisierten Normen, und weiteren normativen Dokumenten entspricht.
complies with the following EU directives, their corresponding harmonised standards, and other normative documents.
correspond aux directives européennes suivantes, à leurs normes harmonisées, et aux autres documents normatifs suivants.
Bestimmungen der Richtlinie
Terms of the directive
Prescription de la directive
Titel und / oder Nr. sowie Ausgabedatum der Norm
Title and / or No. and date of issue of the standard
Titre et / ou No. ainsi que date d‘émission des normes:
94/9/EG:
94/9/EC:
94/9/CE:
2014/34/EU
Geräte und Schutzsysteme zur bestimmungsgemäßen
Verwendung in explosionsgefährdeten Bereichen.
Equipment and protective systems intended for
use in potentially explosive atmospheres.
Appareils et systèmes de protection destinés à
être utilisés en atmosphères explosibles.
Equipment and protective systems intended for
use in potentially explosive atmospheres.
Valid from 20th of April 2016.
EN 60079-0: 2012/A11 :2013
EN 60079-15: 2010
EN 60079-31: 2014
2004/108/EG:
2004/108/EC:
2004/108/CE:
2014/30/EU
Elektromagnetische Verträglichkeit
Electromagnetic compatibility
Compatibilité électromagnétique
Electromagnetic compatibility
valid from 20th of April 2016
EN 61000-6-4: 2007/A1 :2011
EN 61000-6-2: 2005/AC :2005
EN 55015: 2013
EN 61547: 2009
2011/65/EU:
2011/65/EU:
2011/65/EU:
RoHS –Richtlinie
RoHS – directive
Directive RoHS
EN 50 581: 2012
Shanghai, 2016.04.20
Place and date
Head of quality department
Head of approval office
(1)
Benannte Stelle (EG-Baumusterprüfbescheinigung)
Notified body (EC-type examination certificate)
Organisme notifié (Examen CE de type)
DNV(0575)
Veritasveien 1,
1363 Hø vik, Norway
QAN: Baseefa ATEX 5952
(2)
Benannte Stelle (Qualitätssicherung Produktion)
Notified body (Production Quality Assurance)
Organisme notifié (Assurance Qualité de Production)
Baseefa LTD (1180)
Rockhead Business Park, Staden Lane,
Buxton, Derbyshire SK17 9RZ
Für den sicheren Betrieb des Betriebsmittels sind die Angaben der zugehörigen Betriebsanleitung zu beachten.
For the safe use of this apparatus, the information given in the accompanying operating instructions must be followed.
Afin d’assurer le bon fonctionnement de nos appareils, prière de respecter les directives du mode d’emploi correspondant à ceux-ci.
II 3 G Ex nR IIC T… Gc
II 2 D Ex tb IIIC T…°C IP66
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