Hi-Tech Controls Hensel - Enclosure Catalog

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Mi Distribution Boards
Accessories

MiKL6 IP

Hinged flap f6s
modules 1 x 6 x 18 mm

• with drill and saw template
• opening dimensions 117 x 60 mm
• sealable
• lockable with hinged flap lock
• inclusive fixing material
• wall thickness 1.5-4.5 mm

Mi KL12 IP

Hinged flap 65
modules 1 x 12 x 18 mm
t~• ti1-.2D.49.~-.11 ~~250
• with drill and saw template
• opening dimensions 220 x 60 mm +
• sealable
• lockable with hinged flap lock
• inclusive fixing material
• wall thickness 1.5 -4 mm

MiBS6

Protection cover
for Mi KL 6

• with fixing screws

modules 6

1 x6 x 18 mm

0

0
I:
MiBS12
c>
Ill Protection cover

for Mi KL 12

• with fixing screws

modules 12

1 x 12 x 18 mm

Mi SK01

Hinged flap lock

• for retrofitting in hinged flaps of 6 or 12 modules width

• for protecting the switchgear located behind the hinged flap
against unauthorised access {only effective in connection with
lid lock Mi ZS ..)

• consisting of:
11ock, Mi KL

2 keys

1 grooved pin

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Mi Distribution Boards
Accessories

• NZ KL54 rrr

- KWH meter window flap
standard opening dimensions 140 x 310
------ mm
• in accordance with DIN 43 870
• for tool or manual operation
• can be locked with padlock (clip diameter max. 6 mm)
• complete with screws
• sealable
• degree of protection: IP 54

MiSA2

Dust protection cover
• for box sizes 1 to 4
• for 2 lid fittings

MiAL40

4 stainless steel external brackets
• for external fixing of enclosures

MiMS2 mD 0
7016 0
Profile for wall mounting I:
Klt?~~:·~J1Q1
• for Mi distribution board assemblies up to 900 x 1200 mm >c
• with 8 screws M6 x 16, washers and nuts for mounting ~~-
Ul
enclosures

length 1950 mm
material
sendzimir galvanised steel profile
with structured powder coating

MX 0112 Sheet
steel
Frame connector set
for constructing a mounting frame

• fixing elements for T or L connections
• consisting of: 2 couplers with screws and nuts

MX 0111 319

Screw for box fixing
• set w ith 12 pieces
• M6x16
• self-tapping for fixing the Mi box onto mounting profile MX 0101

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~%~6
Varnish pen RAL 7016

12ml

0
0
I:

c>

Ul

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Mi Distribution Boards
Technical Details

~~~

~:

"'""' .....
>.

Operating and ambient conditions 322 0
Standards and regulations 323 0
Rated power dissipation of empty boxes 324-325 I:
Dimensions in mm 326
Wall mounting 327 >c
Mounting profile 328
Ud hinges, detail dimensions 329 Ul
Terminal technology 330
Design and project engineering 331 321
Assembly 332 - 336

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Mi Distribution Boards
Technical Details
Operating and Ambient Conditions

Application area Suitable for indoor installation and outdoor installation, protected against weather influences
However, pay attention to the climatic effects on the installed equipment , for example, high or low
Ambient temperature ambient temperatures or formation of condensed water see technical information
- Average value
Resistance to occasional cleaning procedures (direct jet)
over 24 hours with high-pressure cleaner without cleaning additives,
- Maximum value water pressure: max 100 bar, water temperature: Max. 80° C,
- Minimum value distance => 0.15 m, in accordance with IP 69K requirements,
Relative humidity single enclosure without lid equipment (no enclosure assembly),
- short-time enclosure and cable glands at least IP 65.
Fire protection
in the event + 35° C The ambient temperature is reduced
of internal faults + 40° C at distribution boares by the installed
- 5° C equipment technology!
Burning behaviour
50% at 40° C
g -Glow wire test
c100% at 25°
~ IEC 60 695-2-11
~ - UL Subject 94 Demands placed on electrical devices from standards and laws:

Degree of protection Minimum requirements
against mechanical load - Glow wire test in accordance with IEC 60 695-2-11:
Toxic behaviour - 650° C for boxes and cable glands
- 850° C for conducting components

960°C 960°C
V-2 V-2
flame-retardant flame-retardant
self-extinguishing self-extinguishing

IK 08 (5 Joule) IK 08 (5 Joule)

halogenfree •• halogenfree ,,
silicone-free silicone-tree

•> "Halogen-free" in accordance with IEC 754-2 "Common test methods for cables - Determination of the
amount of halogen acid gas".

For material properties see technical data.

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Mi Distribution Boards
Technical Details
Standards and Regulations

Mi Distribution Boards Distribution boards assembled and wired according to manufacturer data without essential deviations
comply with the require- from the original type or system.
ments of the IEC 61 439-2
To meet these requirements for Hensel Mi Distribution Boards, the following must be noted:

1. The distribution boards must consist of the verified enclosures documented in this list.

2. The wiring of the equipment must be carried out with the cross-sections and con-
ductor types indicated in Table "Rating of insulated conductors in switchgear assemblies", Index Tech-
nics.

3. Once the distribution board is completed, a routine test must be carried out in accordance with this
standard.

4. The test must be certified with a test report.

5. The assembly must be provided with a manufacturer's identification mark.
Compliance with important data such as
- limit of temperature rise
- dielectric strength
- IP degrees of protection
- creepage distances and clearances
is verified for this system.

Standards and regulations - IEC 61 439-2
Low-voltage switchgear and controlgear assemblies -
Part 2: Power switchgear and controlgear assemblies 0
0
- IEC 60 999, connecting devices
Safety requirements for screw-type and screwless-type clamping units I:
for electrical copper conductors
:c>
- DIN EN 50 262
Metric threaded cable glands for electrical installations UJ

-DIN 43 880
Built-in equipment for electrical installations; overall dimensions
and related mounting dimensions

- IEC 60 529 I DIN VDE 0470 Teil1
Degrees of protection provided by enclosures (IP-Code)

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Mi Distribution Boards
Technical Details
Power Dissipation of Empty Boxes

Temperature rise (A9) with Mi-Distribution boards by power dissipation of electrical devices

External enclosures E

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30K c
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25K c

:-

20K c ~F- f--
1--
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15 K

10K

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1OW 20W 30W 40W 50W 60W 70W SOW 90W 100W 11 OW 120W 130W 140W 150W 160W 170W 180W 190W :£:

Note! c>

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The maximally permissible operating temperature inside the enclosures (J,m.,.) is determined by:
1•• Maximally permissible ambient temperature of the installed electrical devices (please consider data of the equipment manufacturers)

2nc1 Category temperature of the internal wiring and the inserted cables

3'" Temperatur resistance of the enclosure materials and the cable entries etc.

Example: Computation of the maximum rated power dissipation (P )

Maximally permissible operating temperature inside the enclosure(s-)-(9-,.,-.)~: ~-------e-.g-. -5-5°--C---------------------------~

Ambient temperature of the enclosure(s) (9J: 25°C
Maximally permissible heating up inside the enclosure:
69 = 9unax - 9u =55° C - 25° C =30 K

Maximum permissible power d issipation of the installed equipment inclusive w iring Enclosure size 3 (540 x 270 x 163 mm)
(Pv) in accordance with diagram:

Single enclosure: Pv= 53W

Central enclosure: Pv= 45W

Extermal enclosure: Pv= 48W

Example: Computation of the operating temperature Inside the enclosure (9

""""--''---

Ambient temperature of the enclosure(s) (3J:

Rated power dissipation of the installed electrical equipment (Pv>:

Heating up Inside the enclosures In accordance w ith diagram over: 69

Enclosure size 3 (540 x 270 x 163 mm) single enclosure: 69 = 17 K; 9, = 9u + 6 9 = 25° C + 17 K = 42° C

Enclosure size 3 (540 x 270 x 163 mm) central enclosure: 69 = 20 K; 9, = 9u + 6 9 = 25° C + 20 K = 45° C

Enclosure size 3 (540 x 270 x 163 mm) external enclosure: 69 = 19 K; 9, = 9u + 6 9 = 25° C + 1g K = 44° C

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Mi Distribution Boards
Technical Details Mi 0310
Dimensions Mi 03 11
Mi 93 10
Dimensions of the interior 1-13-204o0- -111-H13705-+11 Mi 93 11
installation depth w ith installed
mounting plates. l [l ! I] D~
Mi CB 10
The width of Mi Empty boxes
Mi 9 .. . enlarges about 15 M i 0 100
mm because of the laterally Mi 0101
mounted lid hinges, refer to Mi 9100
product pages. Mi 9101

II =usable
installation space

Mi 0400 r.-170-
Mi 0401 Lt: 146- l
Mi 9400
Mi 0200 Mi 940 1
Mi 0201
Mi 9200
Mi 920 1

.....

!p:.::.=.:;~~~ ~~=!;:;;;!
. f--113_.

Mi 021 0 Mi 0410 -272 U;;214- -•
0 Mi 0211 Mi 0411 238 191- •
Mi 9410
0r Mi 9210 M i 9411 ~~ ';i
c> Mi 92 11
Mi0800 . .
Ul M i 080 1 . 1----1
.
1----'

Mi 0220 5. :.....
Mi 0221
~
Mi0300
Inst allati on of equipment in Mi 0301 -11--25 ., f--113-•
protection plates: Mi 9310 f--275 X 575~
Pre-d rill the sections at the Mi 93 11
corners, then saw away the -170 - o-j
section from the protection --146- --ll
plate by using a piercing
saw at middle to low c utting .................. ..
speed .
Use coarse toothed saw
blades for plastics
(e.g . Bosch T 101 B).

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Mi Distribution Boards
Technical Details
Wall Mounting

Dimensions
for wall mounting in mm

External brackets
for external box fixing.
Mi AL 40 (4 fixing brackets)

Mounting profile Note:
for wall-mounted installation Please fix mounting profile in vertical position as
of Mi-Distribution boards, possible in order to give occation to cable routing
steel profile, 1950 mm long, behind the assembly. For cutting to the required
dividable in the grid length fix mounting profile for example with a
of1 50mm. clamp to a desk.

MiMS 2 0
0
Transport :I:
Regarding transportation its
recommendable to protect the >c
assembly against deflection.
For that please screw the UJ
assembly to a solid timber.
Fixing matrix of
Mounting profiles mounting profile
U profiles for constructing
a mounting frame.

········ ····M··-.i................

(X+81)mm

(X + Y +45)mm 327

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Mi Distribution Boards
Technical Details T-connection
Mounting Profile

Mounting profile

Cross connection

0
0
I: Wall fixing

>c depth-adjustable
U.l by 18 mm

Mounting profile MX 0101
To stabilize larger distributions
boards for the transport and J.J.
assembly on site.
tt MX 0112
328
~ ""

II MX0105
............

MX0110

MX 011 1

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Mi Distribution Boards
Technical Details
Lid Hinges

Lid hinges
for Mi distribution boards

MiZS20

When assembling several
boxes, the insertion can only
be carried out for the external
boxes.
For operating installation device
within a large area.

The lid keeps permanently Usable in Mi boxes:
connected to the box.

Position of box: horizontal bottom c
left right top

Size 1: • • • • • • • •

Size 2:

• • •Size3: ••

Size4:

Mi heavy-duty hinge joints cc

MiZS40 ~

For operating installation device >c
within a large area. The lid
keeps permanently connected UJ
to the box. Wall connectors
or flanges are necessary for -;
assembly.

Not applicable in boxes with
covers.

Lid is fastened with plastic
screw to secure the total

insulation IQJ.

Mi hinge for lids
MiZS60
For operating installation device
within a large area.
The lid keeps permanently
connected to the box.
Not applicable in boxes with
covers.

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Mi Distribution Boards
Technical Details
Terminals

PE und N Clamping unit

FIXCONNEC~-K iemme 25 mm2, s 25 mm2, f
16 mm2, f
Rated connecting capacity 10 mm2, f
of PE and N terminals 6 mm2, f

16 mm2, s 4 mm2 , f
2.5 mm2, f
Current carrying capacity: 1 10 mm2, sol 1.5 mm2 , f
BOA
3 6mmzI sol } T<l$1ed .. COnnGCi"'Q 1.5-4 mm2, f
3 4 mm2, sol :::;::::
Wlthout end lefl\lle:
4 2.5 mm2, sol same cmss·sectlons clamping unit has to be
kl<US"'9inQlll opened with a tool when
conductor is inserted.
Screw-type terminal 4 1.5 mm2, so cl'""''
25mm2

1.5-4 mm2, sol

Plug-in terminal 4 mm2

Terminal equipment
and number of conductors
to be connected

PE terminal 24 (2-row) Mi 1224
Mi 1220
0 Mi 1222 IOoOooooQooooOQOI
0
l: 12x4 mm2 2x25 mm2

c> 36 (3-row) Mi 1336 loa0oooo0oooo0oooo0oooo0oooo0ool
48 (4-row) Mi 1333
Ul Mi 1448
Mi 1444
24x4 mm2 6x25 mm2

N terminal ••

330 24 (2-row) Ml1224
Mi 1220
Mi 1222 12x4 mm2 3x25 mm2

36 (3-row) Ml1336 looOoooo~OooooO~qQ~99ool
48 (4-row) Mi 1333
Ml1448 24x4 mm2 6x25 mm2
Mi 1444

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Mi Distribution Boards
Design and Project Engineering Project engineering with the catalogue

Planning aids
Planning and project enginee-
ring made easy with various
planning tools

Project engineering with per- With the EDP planning software HENPAS, the
sonal computers and standard electrician can edit simple, fast and professional
software computer-assembly drawings and circuit diagrams.

Project engineering with the The parts libraries contain all elements which are
professional planning aid required for the editing of assembly plans.
ENYGUIDE.
The configurator supports You can download the CAD Parts library of signs
project engineering and symbols on the Internet at
-online via Internet www.hensel -electric .de, download area.
- or offline
www.enyguide.de Software requirements:
AutoSketch, AutoCAD or DXF compatible
E()Y GUIDE CAD programs.

EnYGUIDE 0
0
is a professional planning aid for electricians for a :E
simple and quick editing of design drawings and
parts lists. >c

With the configuration software electricians can Ul
provide themself fast and easily layouts and parts
lists without any time-consuming program installa-
tion at the computer.

The professional planning aid plots the
d istribution board as precise 3 -dimensional image
for final customers and/or the user or as 2-dimen-
sional drawing or the assembler. The user can
choose via several layers between the projection
of assemblies, covers and doors. ENYGUIDE
figures out independently the necessary accesso-
ries. The software particulary facilitates a reliable
basis for calculations via automatically generated
order and parts lists and guarantees a meaningful
documentation for each project.

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Mi Distribution Boards
Assembly

Step 1:

Assembly of Mi Distribution
boards according to assembly
draft

St ep 2:

Knock out of box walls
to provide electrical con-
nection

Knock out the box walls to
provide for the electrical con-
nection inside the distributors.

Knock out the appropriate
openings of the wedge joints
for the assembly of boxes.

Step 3:

0 Assembly of the boxes

0 A self-adhesive wall gasket is
l:
c> stuck to the box wall to seal
w the boxes in position (applies

to closed box walls, too.)

The boxes are assembled by
means of wedge connections.
Screws M 6x15 may be used
instead of wedges.

The wall c lamp is pressed onto •
the box fins to increase the
rigidity.

Wall separator for subdivision
of 300 mm box walls into 2

x 150 mm for flange or box

mounting.

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Assembly ·~

Step 3: •..I

Assembly of the boxes
Cable entry via flanges.

Flanges are attached to the
boxes by means of 4 wedge
links and 1 clamp to the box
wall.

Knock out for cable entries by
means of a screwdriver.

The respective box wall is 0
knocked out and the upper 0
box fin next to the wedge I:
fastening is sawed out.
Then the cable insertion is >c
screwed on and the rubber
entries are fitted. Ul

The cable is inserted into the 333
box from the front.

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Mi Distribution Boards
Assembly

Step 3:

Assembly of the boxes
Subsequent installation of
upper box fin.

Mounting canopy

for the unprotected installation

0 outdoors. Easy assembly by
0
~ means of wedge connections.
c
Ul

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Mi Distribution Boards
Assembly 0
0
Step 4: I:

Installing equipment >c
Installation devices can be fa-
stened on mounting plates with Ul
self-threading screws.

DIN rail fastening on spacers
Mi OS 50

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Mi Distribution Boards
Assembly

Step 5:

Installation of equipment in
cover plates
Pre-drill the sections at the cor-
ners. Then saw away the sec-
tions from the protection plate
by using a piercing saw with
coarse toothed saw blades for
plastics (e.g. Bosch T 101 B).

Screw the support for the pro-
tection plate Mi EP 02 at the
base of the box.

Put on the protection plate.

Blanking strips (attached} for
unused equipment openings in

0

0 protection covers.

I:

c>

\1)

PE and N terminals for copper Notes to Mi Circuit breaker boxes
conductors (installed}. Spare equipment openings in protection covers are to be
Dimension of 1 module covered with the blanking strips to prevent accidental contact
(blanking strips are enclosed for 50 % of equipment open-
Dimensions in accordance Ings}.
withDIN 43 880 for DIN rail Circuit breaker boxes can be fitted with any DIN rail equip-
equipment ment, if per row (12 modules 12 x 18 mm} the assigned back-
up fuse won't exceed 80 A.
336
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EnY FIT
LES Cable Entry Systems

EnY FIT 338 ~
339
LES Cable Entry Systems 340 Hu.
341 >c
Grommets ESM, IP 54 342 - 343
Stepped grommets STM, IP 55 344-345 IIJ
Grommets EDK, IP 65 346
Grommets EDR for conduits, IP 65 347 - 348 337
Cable glands AKM, IP 65 349-354
Cable glands ASM, IP 66 354
Cable glands AFM without locknut, IP 65 355
Cable glands ASS, IP 66/67 356 - 357
Combi climate glands, IP 66/67
Pressure compensation element
Stepped grommets, flange, cable retention
Cable glands AKS, IP 65

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EnY FIT
LES Cable Entry Systems
Grommets

ESM 16 IP TPE ~

grommets 55 7035
for knockouts M 16
• sealing range: 0 4,8-1 1 mm r
• bore-hole: 0 16.5 mm
• wall thickness 1.5-3.5 mm ;I t

• for indoor - normal environment and (or) protected outdoor installation IP TPE RALj
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C Iss 7 03 5

ESM20 'Ill,

grommets J.P_j TPE RAL
for knockouts M 20
• sealing range: 0 6-13 mm 55 '1oas
• bore-hole: 0 20.5 mm
• wall thickness 1.5-3.5 mm 'ill.

• for indoor - normal environment and (or) protected outdoor installation IP TPE RAL
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C 55 7 035

Eo< ESM25 IP TPE RAL I
H
grommets 55 7035
u.. for knockouts M 25
I IHENSEL
c> • sealing range: 0 9-17 mm
• bore-hole: 0 25.5 mm
\1) • wall thickness 1.5-3.5 mm
• for indoor - normal environment and (or) protected outdoor installation
338 • ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11 : 750° C

ESM32

grommets
for knockouts M 32
• sealing range: 0 9-23 mm
• bore-hole: 0 32.5 mm
• wall thickness 1.5-3.5 mm

• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11 : 750° C

ESM40

Grommets
for knockouts M 40
• sealing range: 0 17-30 mm
• bore-hole: 0 40.5 mm
• wall thickness 1.5-3.5 mm

• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C

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LES Cable Entry Systems
Step Grommets

STM 16 IP TPE ~LI
7035
Stepped grommet 55
for knockouts M 16
• sealing range: 0 3,5-12 mm 4~
• bore-hole: 0 16.5 mm
• wall thickness 1.5-4 mm IP TPE RAL ,
• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C 55 7035
• glow wire test IEC 60 695-2-11: 750° C
1}
STM20
~~ TPE
Stepped grommet 55 _ 35
for knockouts M 20 4,t\
• sealing range: 0 5-16 mm
• bore-hole: 0 20.5 mm IP TPE ~I
• wall thickness 1.5-4 mm 7035
• for indoor - normal environment and (or) protected outdoor installation 55
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C 1~
f-4
STM25 Hu.
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Stepped grommet
for knockouts M 25 IP TPE RAL I
55 7035
• sealing range: 0 5-21 mm
• bore-hole: 0 25.5 mm 1~
• wall thickness 1.5-4 mm
E IHE S SEL • for indoor - normal environment and (or) protected outdoor installation 339
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C

STM32

Stepped grommet
for knockouts M 32
• sealing range: 0 13-26,5 mm
• bore-hole: 0 32.5 mm
• wall thickness 1.5-4 mm
• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C

STM40

Stepped grommet
for knockouts M 40
• sealing range: 0 13-34 mm
• bore-hole: 0 40.5 mm
• wall thickness 1.5-4 mm
• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C

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Grommets

EDK16 IP TPE ~

Grommets 65 7035
for knockouts M 16
• sealing range: 0 5-1 0 mm IP TPE RAL I
• bore-hole: 0 16.5 mm '6'5 7035
• wall thickness 1.5-3.5 mm
~65 TPE RAL
• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C ' 7oas
• glow wire test IEC 60 695-2-11: 750° C
IP TPE RAL
EDK20
65 7 035
Grommets
.E.-.o. for knockouts M 20 IP TPE RAL I
u. • sealing range: 0 6-13 mm 7035
c> • bore-hole: 0 20.5 mm 65
• wall thickness 1.5-3.5 mm
\1.1 I IHENSEL
• for indoor - normal environment and (or) protected outdoor installation
340 • ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C

EDK25

Grommets
for knockouts M 25

• sealing range: 0 9-17 mm
• bore-hole: 0 25.5 mm
• wall thickness 1.5-3.5 mm
• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11 : 750° C

EDK32

Grommets
for knockouts M 32
• sealing range: 0 8-23 mm
• bore-hole: 0 32.5 mm
• wall thickness 1.5-3.5 mm

• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C

EDK40

Grommets
for knockouts M 40
• sealing range:0 11-30 mm
• bore-hole: 0 40.5 mm
• wall thickness 1.5-3.5 mm

• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C

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Grommets for Conduits

EDR16 IP TPE ~LI
7035
Grommets for conduits 65
for knockouts M 16
1t
• conduit connection M 16
• bore-hole: 0 16.5 mm i ..
• wall thickness 1.5-3.2 mm
• for indoor - normal environment and (or) protected outdoor installation 65IP TPE RAL ,
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C 7035

EDR20 l.r..

Grommets for conduits ~~ TPE
for knockouts M 20 65 _ 35
• conduit connection M 20 lt
• bore-hole: 0 20.5 mm
• wall thickness 1.5-3.2 mm IP TPE ~I
• for indoor - normal environment and (or) protected outdoor installation 7035
• ambient temperature - 25° to + 35° C 65
• glow wire test IEC 60 695-2-11: 750° C
1.l..
EDR25 f-4
uH.
Grommets for conduits >c
for knockouts M 25 w

• Rohranschluss M 25 IP TPE RAL I
• bore-hole: 0 25.5 mm
• wall thickness 1.5-3.2 mm - 65 7035
• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C 1r
• glow wire test IEC 60 695-2-11: 750° C
1~
EDR32
E IHE S SEL 341
Grommets for conduits
for knockouts M 32
• conduit connection M 32
• bore-hole: 0 32.5 mm
• wall thickness 1.5-3.2 mm
• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C

EDR40

Grommets for conduits
for knockouts M 40
• conduit connection M 40
• bore-hole: 0 40.5 mm
• wall thickness 1.5-3.2 mm
• for indoor - normal environment and (or) protected outdoor installation
• ambient temperature - 25° to + 35° C
• glow wire test IEC 60 695-2-11: 750° C

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EnY FIT
LES Cable Entry Systems
Technical Details

Outside diameter of conventinal cable cross sections 360
Assignment of cable outside diameters to cable entries 360
Dimensions 361
Operating and ambient conditions 362

f-4

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LES Cable Entry Systems
Technical Details

Outside diameter of conventional cable cross sections. The outside diameters are average values of different products.

Cable NYCY
cross section NYCWY
1x4 mm•
1x6 mm• 010mm 0 14mm 013mm 4x1,5mm2 011mm 013,5mm 14mm
1x10mm> 011 mm 015mm 014mm 4x2,5mm• 012,5 mm 014,5mm 015mm
1x16mm2 016,5mm 016mm 4x4 mm> 014,5mm 017.5mm 017mm
1x25 mm• 010,5mm 018mm 017mm 4x6mm2 016,5mm 018mm 018mm
1x35 mm2 011 mm 020mm 018mm 4x10mm2 018,5mm 020mm 020mm
1x50mm2 0 13mm 021 mm 021mm 4x16mm2 023,5mm 023mm 023mm
1x70mm2 015mm 023mm 4x25 mm2 028,5mm 028mm 028mm
1x95 mm• 0 18mm 025mm 4x35 mm2 032mm 026-30mm 029mm
1x1 2 0 m m • 020mm 028mm 4x50mm2 030-35mm 034mm
1x150 mm• 030mm 4x70mm2 012mm 034-40mm 037mm
1x185mm2 012mm 4x95 mm2 013,5mm 038-45mm 042mm
1x240mm2 013mm 4x120mm• 015.5mm 042-SOmm 047mm
1x300mm2 015mm 4x150mm• 018mm 046-53mm 052mm
2x1,5 mm2 016mm 4x185mm• 020mm 053-60mm 060mm
2x2,5 mm2 018mm 4x240mm2 026mm 059-71 mm 070mm
2x4 mm• 020mm 4x25/16 mm• 031,5mm 030mm
2x6mm• 4x35/16 mm• 013mm 0 15mm 030mm
2x10 mm• 012,5mm 4x50/25 mm• 014,5mm 016mm 036,5mm
2x16 mm2 013mm 4x70/35 mm2 016,5mm 040mm
2x25 mm2 016mm 4x95/50 mm2 019mm 044,5 mm
2x35 mm2 017mm 4x120/70 mm2 021mm 048,5 mm
3x1,5 mm2 019mm 4x150/70 mm• 024mm 053mm
3x2,5mm2 021mm 4x185/95 mm•
3x4 mm• 026mm 4x240/120 mm2 016mm 015mm
3x6mm• 5x1,5mm• 016.5mm 017mm
3x10 mm• 5x2.5 mm• 022mm 0 18mm
3x16 mm2 5x4 mm• 025mm 020mm
3x25 mm2 5x6mm2
3x35 mm2 5x10 mm2
3x50mm2 5x16 mm2
3x70mm2 5x25 mm2
3x95 mm• 7x1,5mm•
3x120 mm2 7x2.5mm•
3x150 mm2 19x1 ,5 mm•
3x185 mm• 24x1 ,5mm•
3x240mm2
3x25/16mm2 027mm 027mm
3x35/16 mm• 028mm 027mm
3x50125mm• 032mm
3x70/35 mm• 032mm 036mm
3x95/50mm2 032·36mm 040mm
3x120/70 mm• 037-41 mm 043mm
3x150/70 mm2 042mm 047mm
3x185/95 mm2 046mm 048-54mm
3x240/120 mm• 052mm 060mm
3x300/150 mm• 057-63mm
063-69mm

E-<

H

IL.

~ Assignment of cable outside diameters to cable entries (glands, grommets etc.)

w•

3mm 6mm ASM/AKM/ASS 12 5mm 10mm EDK 16
5mm 10mm 13mm EDK20
6.5mm 13.5 mm ASM/AKM/ASS 16 6mm 17mm S)K25
11 mm 17mm 23mm EDK32
15mm ASM/AKMIASS 20 9mm EDK40
19mm 21 mm 30mm
27mm 28mm ASM/AKM/ASS 25 8mm EDR 16
35mm 35mm EDR20
4.8mm 48mm ASM/AKM/ASS 32 11mm EDR25
6mm 11mm EDR32
9mm 13mm ASM/AKM/ASS 40 Rohranschluss EDR40
9mm 17mm
17mm 23mm ASM/AKM/ASS 50 M 16
3.5mm 30mm
5mm 12mm ASM/AKM/ASS 63 M 20
5mm 16mm
13mm 21 mm ESM 16 M25
13mm 26.5 mm
34mm ESM20 M32
360
ESM25 M40

ESM 32

ESM40

STM 16

STM20

STM25

STM32

STM40

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EnY FIT
LES Cable Entry Systems
Technical Details 18,5 14,5 8,5 Grommets E SM
Dimensions 22,5 14,5 8,5 Degree of protection IP 55
27,5 Grommets ESM are inserted into
STM 16 34,5 14,5 8,5 knockouts. There is no counternut
STM 20 42,5 17,5 8,5 required!
STM 25 17,5 8,5
STM 32
STM40 •

EDK 16 8,0 Stepped grommets STM
EDK20
EDK25 8,0 Degree of protection IP 55
EDK32 7,4 Stepped glands STM are inserted into
EDK40 8,6 knockouts. There is no counternut
8,6 required!
EDR 16
EDR20 13,5 • Grommets EDK
EDR25 14,5 Degree of protection IP 65
EDR32 14,5 8,5 Grommets EDK are inserted into
EDR40 19,5 8,5 knockouts. There is no counternut
19,5 8,5 required!
8,5
8,5

;•

20 22 18,5 14,5 8,5 Gromme ts for c ond uits EDR
24 26 22,5 14,5 8,5 Degree of protection IP 65
29 31 27,5 14,5 8,5 Grommets for conduits EDR are
36 38 34,5 17,5 8,5 inserted into knockouts. There is no
44 46 42,5 17,5 8,5 counternut required!

ASM/ AKM/ASS 12 M 12 15 16,4 8 17 19,0 5
20 22,0 8 22 24,7 5
ASM/AKM/ASS 16 M 16 24 26,5 8 27 30,2 6
ASM/AKM/ASS 20 M 20 29 32,0 8 32 36,0 6
ASM/ AKM/ASS 25 M 25 36 39,7 10 41 46,0 7
ASM/AKM/ASS 32 M 32 46 54,1 7
ASM/AKM/ASS 40 M 40 55 50,5 10 50 66,3
ASM/AKM/ASS 50 M 50 68 60,0 10 60 83,0 8
ASM/AKM/ASS 63 M 63 74,7 10 75 8

uH'".'

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Ul

KBM/KBS 25 M 25 29 32,0 45 5
KBM/KBS 32 M32 36 40,0 47 5
KBM/KBS 40 M40 46 50,5 59 6
7

24 26,5 361
26 29,0
32 36,0
42 46,0

Flange MV FP 66
Degree of protection IP 55
for retrofitting onto boxes made of sheet steel
material thickness ~ 1 ,5 mm

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LES Cable Entry Systems
Technical Details
Operating and Ambient Conditions

Application area suitable for indoor installation Suitable for outdoor installation -
(normal environment and/or harsh environment and I or outdoor
Ambient temperature protected outdoor)
- Average value over 24 hours
- Maximum value + 35° c + 35° c + 55° c + 55° c + 55° c + 55° c
- Minimum value + 40° c +40° c + 70° c
Fire protection -25° c -25° c + 70°C + 70°C -25° c + 70°C
in the event of internal faults - 25°C
-25°C - 25°C
Burning behaviour 960° c
- Glow wire test Demands placed on electrical devices from standards and laws:
V-2
IEC 60 695-2-11 Minimum requirements flame-
- UL Subject 94 -Glow wire test in accordance with IEC 60 695-2-1 1 retardant
- 650° C for boxes and cable glands self-
Toxic behaviour extinguishing
750° c 650°C 960° c 960° c 750° c halogen-free
silicone-free silicone-free
flame- V-0 V-2 V-2
retardant flame- flame- flame-
self- retardant retardant retardant
extinguishing self- self- self-
extinguishing extinguishing extinguishing
halogen-free
silicone-free halogen-free halogen-free halogen-free
silicone-free silicone-free silicone-free

"Halogen-free" in accordance with IEC 754-2
" Common test methods for cables- Determination of the amount of halogen acid gas".

For material properties see technical data.

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Technical Data

Technical Data 364 -(II
365
Material properties 366-367 (II
Directive 2002/95/EC (RoHS), Regulation (EC) No 1907/2006 REACH 368
Degrees of protection 369 0
Outside diameter of conventional cable cross-sections 370 iii
Assignment of cable outside diamters to cable glands 371
Preparations of aluminium conductors ·0c:
Types of conductors, IK Code 372
Rating of insulated conductors in switchgear assemblies, 373 .s:;
Overload and short-circuit protection 374 0
Rating of conductors, diversity factors 375
Formation of condensed water and retaliatory actions 376 .C..1.)
Definition of terms 377-382
Copy template: Power dissipation calculation 363
Declaration of EC Conformity

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Technical Data
Material Properties

Material used

K 7•.• I K 12.. I K 24.. PC (polycabonate) 960° c V-2 -40° C I + + 0 + +
lid Mi ... V-0
door and lid KV .../KV PC .../ PC-GFS (polycarbonate) 960° c 5V +120° c
door FP •../ PC (polycarbonate) PC-5 960° c V-2
hinged lid KG I impact resistant 750° c -40° C I + + 0 + +
KF 4 ... I KF 7 ... I KF 8 ... PS (Polystyrol) V-0 +
750° c +120° c 0
KF 5 ... I KF 9 ... I KF WP ... PUR (polyurethane) c-40° C I + + 0 +
bases of Mi ... I FP ... 960° c
+120°
KD ... -40° C I + + +

D ... I DP ... I DPC ... +70° c
DE ... I K ... I KC ...
RD ... IRK ... -25° C I 0 + 0 0 +
KV ... I KG ... +80° C

K ... I KV ... I KV PC ... I
Mi ... IFP ...

D ... I DP ... I DPC ... TPE -25° C I + + + 0 0 0
DE ... I K ... I KC ..• (thermoplastic elastomer)
KF ... I KD ... +100° c
RD ... IRK ... PA (polyamide)
KV ... IKV PC ... -40° C I + 0 + + + +
Mi FP ... I FP FG ...
ESM .. I STM .. I EDK .. +100° c
EDR .. IKST .. I DPS ..
ERA .. I EKA .. I EVS ..

ASM .. IAKM ..

ASS .. PA (polyamide) 960° c V-2 c-40° C I + 0 + + + +
KBM .. IKBS .. 750° c V-2
AFM .. I AKM •. I AVS .. I PA (polyamide) +100°
AKS ..
AFM .. I AKM .. I ASM .. I CRINBR -40° C I + 0 + + + +
ASS .. I AKS .. (polychloroprene
- nitrile rubber) +100° c
ASS .. TPE (Evoprene)
-20° C I + + + 0 0

+100° c

-20° C I + +

+100° c

s ASS .. CR (chloroprene rubber) -30° C I + + + 0 0

(I) +100° c

0 EPDM ethylene propylene c-40C I + + +
diene monomer rubber
c;; +130°
'E0 KBM ../KBS .. PVC (polyvinyl chloride)
650° c -20° C I 0 0
.r::
+70° c
0

Q)

~ Ste ..

As at: July 2013

( + = resistance; 0 = partially resistance; - = not resistant)

1) The specifications on chemical resistance are a gen eral guide. In individual cases it may be necessary to check resistance in combination
w ith other chemicals and ambient conditions (temperature. concentration. etc.)

21 (MAK) - Maximum allowable concentration (work place) I IHENSEL

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Technical Data

RoHS
REACH

Directive 2002/95/EC (RoHS) We state all these details according to the best of our knowledge. They correspond to the present state
of the art. This information is not to be understood as a warranty in the sense of warranty Jaw.
HENSEL test enclosures according to this standard.

Under the intended use, our products do not fall within the scope of the Electrical Equipment Act (Elec-
trical and Electronic Equipment) and therefore outside the scope of Directive 2002/95/EC (RoHS). If they
should be provided for use in products falling within the scope of RoHS, compliance with the require-
ments of RoHS have to be contracted bilaterally.

The following product series comply with Directive 2002/95/EC (RoHS):
• EnY CASE' OK Cable Junction Boxes
• EnY BOAro KV Small-type Distribution Boards
• En Y s T A r · Enclosure System (Empty enclosures, Circuit Breaker Boxes}
• EnY MOD Mi Distribution Boards (Empty Boxes, Circuit Breaker Boxes)
• EnY FIT Cable Entry Systems

Regulation (EC) Gustav Hensel GmbH & Co. KG meets the requirements set by REACH (EG) No. 1907/2006. We shall
No 1907/2006 REACH inform you in the framework of our business relations about the changes to our products resulting from
REACH and agree on suitable measures on a case-by-case basis.

As far as article 33 of REACH is concerned, we herby inform you as follows:
It is not possible yet to provide information whether the substances that have been added to the candi-
date list (new date 15.12.2010) according to article 59 (1. 10) of the above-mentioned regulation (see the
website of the European Chemicals Agency (EChA} http://echa.europa.eu/) are contained in the article
or in the packaging materials in a concentration above 0.1 % weight by weight, because we must first
obtain the relevant information from our suppliers.
As regards the substances included on the previous candidate list (earlier date 18.06.2010}. we would like
to inform you of the following: The article and its packaging materials contain no substances included on
the candidate list (date 18.06.201 0) according to article 59 (1. 10) of the above-mentioned regulation in a
concentration above 0.1 % weight by weight.
Lennestadt, January 2011

>

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Technical Data
Degrees of Protection Provided by Enclosures (IP Code)

Degrees of protection according to IEC 60 529

Degree of protection of electrical equipment "Degrees of protection provided by enclosures {IP Code)", form the
Electrical equipment must be protected for safety reasons from basis for the determination and designation of the degree of protec-
external influences and conditions. Enclosures provide the protec- tion.
tion of electrical equipment against access to hazardous parts The degree of protection provided by an enclosure is proven by
and against solid foreign objects, as well as dust, humidity and means of standardized testing methods.
water. The becoming "aged" of test samples before carrying out the actual
The international standard IEC 60 529, the german standard type tests are part of the standardized testing methods.
DIN EN 60 529 I VDE 0470 Part 7 September 2000 with the title Ageing is made by an more-active increased thermal treatment.

IP

1st characteristic numeral: Additonal letter
Protection against foreign solid objects and direct contact
Additional letter where the actual protection against
Meaning for the protection of equipment against ingress of solid access to hazardous parts is higher than that indicated
foreign objects and of persons against access to hazardous by the 1st characteristic numeral (e.G. IP 20C)
parts with (non-protected) back of hand, finger, tool or wire.
Short form:
Protection against ingress of Protection against access to hazard- Protection against access with ...
solid foreign objects ... ous parts with ...
IP OX
IP 1X non-protected non-protected

solid foreign objects the back of a hand A the back of the hand
2:50 mm 0

IP2X solid foreign objects a finger B a finger

:<:12.5mm0 a tool c a tool
:<: 2.5 mm0 :<: 2.5 mm0
IP3X solid foreign objects a wire D a wire
:<:1 mm0 :<: 1 mm0
2:2.5 mm 0
with any auxiliary equipment (wire)
IP4X solid foreign objects contact w ith any auxiliary equipment
(wire)
:<:1.0mm0

.5

0"' IPSX dust-protected

(ij

·c0: IP6X dust-tight

.r;

.<0..I>.

Meaning o f the first characteristic numeral
The first characteristic numeral indicates. to what extent the enclosure provides protection for persons against the access to (affecting of) hazardous parts.
This protection is reached . when the penetration into an enclosure of a part of the body or a foreign object. which is held by a person, is prevented or limited.
At the same time the enclosure provides protection of equipment against the penetration of solid foreign objects. This is the reason for having two descrip-
tions and two definitions to each first characteristic numeral.

Meaning of the second characteristic numeral
The second characteristic numeral indicates the protection of the enclosure against ingress of water with harmfUl effects on the electrical equipment.

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Technical Data
Degrees of Protection Provided by Enclosures (IP Code)

The marking system consists of the code letters IP and two following characteristic numerals.

Example:

IP 6 7

Code letters (International Protection)

2nd characteristic numeral: Protection against ingress of water with harmful effects

IP XO IPX1 IP X2 IPX3 IPX4 IP X5 IPX6 IPX7

Non- Protection Protected Protection for Protection for Protection of Protection of Protection

protected against verti- against dripping occasional occasional operational operational against the

cal dripping water, when the cleaning pro- cleaning pro- processes, processes, effects of

water housing is tilted cedures, not cedures. not not direct not direct temporary

c: up to 15° direct spraying direct spraying spraying of spraying of Immersion
0
:o:; of the equip- of the equip- the equip- the equipment In water
cu
ment ment ment (powerful water
.a!c::!.. (spraying (splashing (water jets) jets)

c( water) water)

•• ••Symbol

IP 20 IP 31 IP 42 IP43 IP 44
IP 30 IP 41 IP54
IP40

IP 55 IP 66 IP 67
IP 65

Additional letters to the IP Code

The IP Code can still be extended by additional letters. Additional letters indicate the degree of protection against access to hazardous parts. Additonal

letters follow the two characteristic numerals. Additional letters are only used, - if the actual protection against access to hazardous parts Is higher than by

the first characteristic numeral indicated; or - if only the protection against access to hazardous parts is indicated and the degree of protection against solid

foreign objects is not considered. The first characteristic numeral being then replaced by an X. An enclosure shall only be designated with a stated degree of

protection indicated by the additional letter if the enclosure also complies with all lower degrees of protection.

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Technical Data
Outside Diameter of Conventional Cable Cross-Sections
Short Forms of Cables

The outside diameters are
average values of different
products.

1x4 89 4x1.5 11 13.5 14
1x6 8.5 10 4x2.5 12.5 14.5 15
1x10 9.5 10.5 4x4 14.5 17.5 17
1x1 6 11 12 4x6 16.5 18 18
1x25 4x10 18.5 20 20
1x35 14 4x16 23.5 23 23
1x50 15 4x25 28.5 28 28
1x70 16.5 4x35 32 26-30 29
1x95 18 4x50 30-35 34
1x120 20 4x70 12 34-40 37
1X150 21 4x95 13.5 38-45 42
1x1 85 23 4x120 15.5 42-50 47
1x240 25 4x150 18 46-53 52
1X30Q 28 4x185 20 53-60 60
2x1.5 30 4x240 26 59-71 70
2x2.5 10 12 4x25/16 31.5 30
2x4 11 13 4x35/16 13 15 30
2x6 15 4x50/25 14.5 16 34-37
2x10 16 4x70/35 16.5 40
2x16 18 4x95/50 19 44.5
2x25 20 4x120/70 21 48.5
2x35 4x150/70 24 53
3x1.5 10.5 12.5 13 4x185/95
3x2.5 11 13 14 4x240/120 16 15
3x4 13 16 16 5x1.5 16.5 17
3x6 15 17 17 5x2.5 22 18
3x10 18 19 18 5x4 25 20
3x16 20 21 21 5x6
3x25 26 5x10
3x35 5x16
3x50 5x25
3x70 7x1.5
3x95 7x2.5
3x1 20 19x1.5
3x150 24x1.5
3x185
~ 3x240 27 27
3x25/16
0 3x35/16 28 27
3x50/25
·~c: 3x70/35 32 32
3x95/50
.t: 3x120/70 32-36 36
3x150/70
(.) 3x185/95 37-41 40 Short forms of cables
Q) 3x240/120
3x300/150 42 43 NYM Ught plastic-sheathed cable
1- 46 47 NYY Plastic-sheathed cable
52 48-54 NYCY Plastic-sheathed cable with concentric
368 57-63 60
63-69 conductor
NYCWY Plastic-sheathed cable w ith concentric.

undulated conductor

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Technical Data
Assignment of Cable Outside Diameters to Cable Glands

Standards

Hensel cable entries -EN 50 262
comply with the following M etric cable entries for electrical installations
standards and regulations:
-EN 60 423
Conduits for electrical purposes - Outside diameter of conduits for 369
electrical installations and threads for conduits and fittings

- IEC 60 529
Degrees of protection provided by enclosures (IP-Code)

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Technical Data
Preperation of Aluminum Conductors

Connnection of aluminium The special conducting characteristics of aluminum This can lead to terminal overheating and in the
conductors can be seen in the fact that the surface of an alu- worst case fire.
I. Chemical basics minum conductor is immediately covered in a non- Despite these special conditions. aluminum con-
conducting oxide layer upon exposure to oxy- ductors can be connected if the terminal used is
gen. appropriate and the following conditions are taken
into consideration when connecting.
This characteristic leads to an increase in the tem-
porary resistance between the aluminum conduc-
tors and the terminal body.

II. Special terminal require- The suitability of terminal for connections with aluminium conductors needs to be evaluated
ments for the connection
of aluminium conductors and confirmed by the terminal manufacturer.

1. These terminals will thus meet the requirements 2. The terminal has an appropriate shape and sur-

for an aligned electrochemical voltage se- face to penetrate the grease layer or a very thin

quence. A disintegration of the base material oxide layer on the aluminum conductor upon

(aluminum) will be prevented. connection.

Ill. Appropriate preparation
and handling of
aluminium conductors

The non-insulated conductor ends need to have the Immediately after removing the oxide layer, the con-
oxide layer carefully scraped clean using a knife for ductor end needs to be rubbed with an acid and al-
example. In doing so no files, sand paper or brushes kali free grease such as technical vaseline and then
may be used. immediately connected to the terminal. This in turn
prevents oxygen from forming a non-conducting
oxide layer.

Due to the flow tendency in aluminum the terminals The steps listed above need to be repeated if the
need to be tightened before start up and after the conductor is removed and re-connected. I.e. the
first 200 operating hours (note the appropriate conductor has to be scraped again, greased and
torque). immediately connected, because it will be connect-
ed at a different position.

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round stranded Designation of cables
Technical Data sector-type RE (round single)
Types of Conductors
IK Code •• SE (sector solid)

International short forms e RM (round stranded)
of types of conductors
•• SM (sector, stranded)
r (rigid)

f (flexible)

IK Code IK Code: Demand energy value [W] in Joules.
Protection against
mechanical shock The European standard for enclosures EN 50298:98 includes also the IK Code for impact strength.
(impact strength) With the DIN EN 50102 (VDE 0470 part of 100) "Degrees of protection by enclosures for electrical
operational funds (equipment) against outside mechanical loads (IK Code)". is defined with the
identification letters IK.

This standard regulates the methods for the description of the protection of enclosures against outside
mechanical loads.
This indicates the degree of protection. which is provided by an enclosure against a mec hanical load
(demand energy in joules).

HENSEL tests its enclosures and enclosure systems additionally also according to this standard.

Classification of the impact [fJkein IK06 ro?g ~
strength by the IK Code
Schutz 20cm
IKOO
cc~0,14 [fJ
IK01
=g ~
IK07 2
40cm
IK02 0,2 LD'
LD
C[J~ IK08 5
1 ,7 kg~
IK03 0,35
20cm

CfJ

cD' IK09 10 5kg ~ .s

IK04 0,5 cc~ 20cm ('0

CfJ 0

5kg~ ·~;::

aocm .:::.

CfJ (.)

Cll
1-

IK10 20

IK05 0,7

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Verdrahtungband
Technical Data max. 105° C
Rating of Insulated Conductors in Switchgear Assemblies
MiVS 100
Overload and Short-Circuit Protection Mi VS 160
Mi VS 160
Rating of insulated con- . .. MiVS250
ductors in switchgear MiVS 250
MiVS400
assemblies 20A 2.5 mm2 2.5 mm2 MiVS 400
The choice of cross-section for 25A 4mm2 4mm2 MiVS 630
the conductors within switch- 32/35 A 6mm2 6mm2
gear assemblies is subject to 40/50A 10mm2 10mm2
the responsibility of the manu- 63A 16mm2 16mm2
facturer in accordance with

IEC 61 439-1. We recommend 80A 25 mm2 25mm2
the following cross-sections 100A 35mm2 25mm2
dependent on the series-con- 125A 50mm2 35mm2
nected protective devices. The 160A 70mm2 70mm2
values of Table 1 are based on 200A 95mm2 95mm2
the phase conductors. Wiring 250A 120 mm2 120 mm2
information for devices (e.g .

conductor size min.. .. mm2) 315A 150 mm2

must be noted as a matter of 400A
priority. 630A

Examples l ll ll l···

I I I0 0 125 A 0 0:: oder (2125 AO:)(2125 A2)

j 50 mm2 H07VK j 16 mm• I16mm• i

135 mm2 NSGAFou IH07VK H07VK

125 A 63A 63A

Overload and short-circuit Each cable must be protected against overload and short circuits.
protection
The dimensioning according to Table 1 requires a series-connected protective device for the overload and
short-circuit protection.

In some cases, it may occur that the series-connected protective device cannot take over this protection
e.g. when picking off one or several small loads from a busbar, see the following diagram.

FO Internal wiring shall be carried out in
a way that under normal conditions
NH2
400A F1 no short c ircuit may occur.

011
25A

t

The protective device FO that is connected in series to the busbar system adopts neither the overload nor
short-circuit protection of the outgoing cable to F1 .

For this reason, the cable must be laid in front of t he fuse F1 so that no short circuits may occur under
normal conditions.

The following apply as short-circuit-proof cable installations e.g.
- rigid connections which do not come into contact with each other even in the event of a short circuit

(fixing of the conductors)

372 - cables with special insLGlllt fari'I'.Quote'l I IHEN 5 E L
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Technical Data
Rating of Conductors
Diversity Factors

Rating of the PE and N Phase conductor $ 16 mm2: as phase conductor
conductor per circuit
Phase conductor > 16 mm2: 1/2 phase conductor cross-section, at least however 16 mm2, (not EMC-
c
compliant)

In buildings with a high proportion of a.c. loads or sources of harmonic voltages (electronic ballasts or
PCs}. it can be necessary to implement the N conductor with the same current carrying capacity as the
phase conductors.

For all Hensel busbar systems up to 630 A. the N conductor must be implemented with the same current
carrying capacity.

Diversity factor for built-in The following loading factors may be applied where more than one circuit is installed in one box or instal-
devices according to lation assembly and if no details of the rated current are known:
IEC 61 439- 2

2-3 0.9
4-5 0.8
6-9 0.7
10 and more 0.6

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Technical Data
Formation of Condensed Water and Retaliatory Actions

How does condensed water The problem of condensed water forming in electrical installations only occurs in enclosures with a
occur in enclosures with a
high degree of protection? degree of protection c:: IP 54 since the temperature adjustment that is carried out from inside to outside is

too low due to the high density of the enclosure and its materiaL

System switched on. The internal temperature is higher than the external
temperature due to the power dissipation of the
tEJ built-in devices.

System switched on. The warm air inside the enclosure attempts to accu-
mulate moisture. This comes from outside through
the seal as the enclosures are not gas-tight.

System switched off. The internal temperature is reduced by cooling
down the system e.g. by switching off the loads.
The cooler air emits moisture which is collected as
condensed water on the cooling Inner surfaces.

How does condensed water Formation of condensed water for Formation of condensed water in protected
occur in enclosures w ith a indoor installations: outdoor installations (protected against weather
high degree of protection? influences) or unprotected outdoor installations:

In areas where high levels of air humi- Here condensed water can be formed
dity and large temperature fluctuations dependent on the weather, high air hu-
are expected e.g. in laundry rooms. midity, direct sunlight and temperature
kitchens. car washes etc. differences compared to the wall.

Measure against accumula- 1. Select the installation site
tion of condensed water (avoid temperature differences).
e. g. Cable junction boxes
2. Open condensed water membrane
at the lowest point of the cable junc-
tion box (maybe drill hole 0 5 mm).

3. Enable exchange of air via
ventilation.

Example:
Open condensation water membrane

Measures against formation Cable entry and ventilation
of condensation water
e. g. Mi Distribution boards Combi climate glands ensu-

Ventilation flange for vertical re pressure compensation
mounting on lateral box walls
in case of extremely high inside between enclosre interior and
temperature or the risk of water
condensation, ambient air via an inserted,
degree of protection IP 44.
breathable membrane and
374
~iJIIIUI1 ingress of water from outside is
prevented.

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Technical Data
Defination of Terms

Definition of Terms Rated voltage {U") Rated conditional short-circuit current {Icc> >
Rated values for setting up highest nominal value of the a.c. (r.m.s.) or d.c. value of prospective short-circuit current, declared
low-voltage switchgear are voltage, declared by the assembly manufacturer, by the assembly manufacturer, that can be with-
given in the standard to which the main circuit(s) of the assembly is (are) stood for the total operating time (clearing time) of
IEC 61 439-1 designed to be connected. the short-circuit protective device (SCPO) under
specified conditions.
Rated operational voltage {U.,) {of a circuit of
an assembly} Rated current of the assembly {InA}
The rated current of the assembly is the smaller of:
value of voltage, declared by the assembly ma- - the sum of the rated currents of the incoming
nufacturer, which combined with the rated current
determines its application. circuits within the assembly operated in parallel;

Rated insulation voltage {U;) - the total current which the main busbar is ca-
r.m.s. withstand voltage value, assigned by the pable of distributing in the particular assembly
assembly manufacturer to the equipment or to a arrangement.
part of it. characterising the specified (long-term)
withstand capability of the insulation. This current shall be carried without the tempera-
ture rise of the individual parts exceeding the limits
Rated impulse voltage (U;mJ specified in the standard.
impulse withstand voltage value, declared by the
assembly manufacturer, characterising the speci- Rated current of a circuit (I"J
fied withstand capability of the insulation against The rated current of a circuit is stated by the as-
transient overvoltages. sembly manufacturer, taking into consideration the
ratings of the devices w ithin the c ircuit, their dispo-
Rated current (1 } sition and application. This current shall be carried
0 without the temperature rise of the various parts of
the assembly exceeding the limits specified in the
value of current, declared by the assembly manu- standard when the circuit is loaded alone.
facturer taking into consideration the ratings of
the components, their disposition and application, Rated diversity factor (RDF)
which can be carried without the temperature-rise per unit value of the rated current, assigned by the
of various parts of the assembly exceeding speci- assembly manufacturer, to which outgoing circuits
fied limits under specified conditions. of an assembly can be continuously and simul-
taneously loaded taking into account the mutual
Prospective short circuit current (lcJ thermal influences.
current which flows when the supply conductors
to the c ircuit are short-circuited by a conductor of
negligible impedance located as near as practica-
ble to the supply terminals of the assembly.

Rated peak withstand current (lpk}
value of peak short-circuit current, declared by
the assembly manufacturer, that can be withstood
under specified conditions.

Rated short-time withstand current (1 )
0

r.m.s value of short-time current, declared by the

assembly manufacturer, that can be carried without

damage under specified conditions, defined in

terms of a current and time.

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Technical Data
Copy Template
Power Dissipation Calculation

Design certification of the max. permissible operating temperature according to IEC 61 439-1 Section 10.10

Client: Kom. No .:

Pos. No.:

Max. enclosure interior temperature
Max. ambient temperat ure
Temperature difference

1. Installed power dissipation of the devices

Pos. No. Manufacturer Type Description In I A Derating lne I A P. I Watt ~ P. I Watt

--- --- --- --- -- -FeedingE1
----- ------An
A1
A2
A3
A4
A5
A6
A7

Total installed power dissipation of the devices (W)

2. Installed power dissipation of busbars

Pos. Length Description Pv I Watt l: Pv I Watt

Busbars 250 A
2 Busbars 400 A
3 Busbars 630 A

---------------~---.-.Total installed power dissipation of busbars (W)
3. Power dissipation of enclosures

Pos. Number Description Pv I Watt -l: Pv I Watt

1

2

3

4

5

6

Total power dissipation of enclosures (W)

4. Calculating

Pos. 1 Total Installed power dissipation of the devices NV! ... . .. .. ...... .. .... .. Note:
0 Rated current
Pos.2 Total installed power dissipation of busbars Nfl... ....... ... .. ..... .. f) DERATING: According to the manufacturer, but at least 0.8
Nfl......... .. .. ....... ..
Proportional w 1ring of Pos. 2 and 3 (e.g. 30% recommended) according to DIN EN 61 439 Part 1
lJ(.W.}!IlJ.._ _ _ _ _ __
... % Reserve for additional equipment ace. to specification
Subtotal

Pos. 3 Total power dissipation of enclosures Nfl.. .. ...... . . ... . ..... . (Relation of rated operating current at rated current)
C) The current lne defines the value for feeding I""
DiffE!fence between power dissipation and installed power dissipation ~~Wl~-------

Through ventilation or larger enclosures the power dissipation can be increased In case of a negative 0 Data for power switchgear and controlgear assemblies made of
difference. Another m easure could be the reduction o f the RDF. sheet steel as well as for insulation-enclosed assemblies in box-
type design are possible.

Calculating reduced RDF: 0 Power dissipation according to the original manufacturer.

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Nr./No. K 6009a
Technical Data
Declaration of EC Conformity D ..., DE ..., DM ..., DN ..., DP ..., DPC ..., K ..., KC ..., KM ...
DK Cable Junction Boxes

Erklarung

der EG-Konformitat
Declaration of EC-Conformity

Das Produkt,
The product

Typ/ Type:

Hersteller: Gustav Hensel GmbH & Co. KG
Manufacturer: Gustav-Hensei- StraBe 6
57368 Lennestadt

Beschreibung: Kabelabzweigkasten
Description: cable junction boxes

auf das sich diese Erklarung bezieht, stimmt mit folgenden Normen oder normativen Dokumenten uberein:
to which this declaration relates is in conformity with the following standard(s) or normative document(s):

Norm I Standard: DIN EN 60670-22
EN 60670-22
IEC 60670-22

und entspricht den Bestimmungen der folgenden EG-Richtlinie(n):
and is in accordance with the provisions of the following EC-directive(s)

Niederspannungs- Richtlinie 2006/95/EG
Low voltage directive 2006195/ EC

Diese Konformitatserklarung entspricht der Europaischen Norm EN 17050- 1 ,Allgemeine Anforderungen fUr Konformitatserklarungen von
Anbietern". Das Unternehmen Gustav Hensel GmbH & Co. KG ist Mitglied von ALPHA, Gesellschaft zur Pri.ifung und Zertifizierung von
Niederspannungsgeraten e.V.. Diese Erklarung gilt weltweit als Erklarung des Herstellers zur Ubereinstimmung mit den oben genannten
internationalen und nationalen Normen.

This Declaration of Conformity is suitable to the European Standard EN 17050-1 "General requirements for supplier's declaration of
conformity". The company Gustav Hensel GmbH & Co. KG is member ofALPHA, Association for testing and certification of low voltage
equipment. The declaration is world-wide valid as the manufacturer's declaration of compliance with the requirements of the a.m. national
and international standards.

Jahr der Anbringung der 2012
CE-Kennzeichnung:
Year ofaffixing CE-Marking

Ausstellungsdatum: 01 .02.2013
Date of issue:

G#bH&Co.KG

R. Cater
- Technische Geschaftsleitung -
- Technical Managing Director -

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Nr./No. K 6010
Technical Data
Declaration of EC Conformity
DK Cable Junction Boxes

Erklarung

der EG-Konformitat
Declaration of EC-Conformity

Das Produkt,
The product

Typ/ Type: KD ..., KF ..., KFWP ....

Hersteller: Gustav Hensel GmbH & Co. KG
Manufacturer: Gustav-Hensei-StraBe 6
57368 Lennestadt

Beschreibung : Kabelabzweigkasten fur besondere Umgebungsbedingungen
Description: cable junction boxes for special environmental conditions

auf das sich d iese Erklikung bezieht, stimmt m it folgenden Normen oder normativen Dokumenten Oberein:
to which this declaration relates is in conformity with the following s tandard(s) or normative document(s):

Norm I Standard: DIN EN 60670-22
EN 60670- 22
IEC 60670-22
DIN VDE V 0606-22-100 {KF WP)

und entspricht den Bestimmungen der folgenden EG- Richtlinie(n):
and is in accordance with the provisions of the following EC-directive(s)

Niederspannungs-Richtlinie 2006/95/EG
Low voltage directive 2006/95/EC

Diese Konform itatserklarung entspricht der Europaischen Norm EN 17050-1 ,.Allgemeine Anfo rderungen fOr Konfo rm itatserklarungen von
Anbietern" . Das Unternehmen Gustav Hensel GmbH & Co. KG ist Mitglied von A LPHA , Gesellschaft zur Prufung und Zertifizierung von
Niederspannungsgeraten e.V.. Diese Erklarung g ilt weltweit als Erklarung des Herstellers zur Ubereinstimmung mit den oben genannten
internationalen und nationalen Normen .

This Declaration of Conformity is suitable to the European Standard EN 77050- 7 "General requirements for supplier's declaration of
conformity". The company Gustav Hensel GmbH & Co. K G is member of A LPHA, Association for testing and certification of low voltage

equipment. The declaration is world-wide valid as the manufacturer's declaration of compliance with the requirements of the a .m. national

and international standards.

Jahr der A nbringung der 2012
C E-Kennzeichnung:
Year of affixing CE-Marking

Ausstellungsdatum: 01.02.2013
Date of issue:

G# bH &Co. KG

R. Cater Call for a Quotel
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- Technical Managing Director -

378

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Technical Data
Declaration of EC Conformity
DK Cable Junction Boxes

ErkUirung

der EG-Konformitat
Declaration of EC-Conformity

Das Produkt,
The product

Typ/ Type: FK 9025, FK 9105, FK 9255,
FK 7045, FK 7105, FK 7165

Hersteller: Gustav Hensel GmbH & Co. KG
Manufacturer: Gustav-Hensei-StraBe 6
57368 Lennestadt

Beschreibung: Kabelabzweigkasten mit Funktionserhalt E30-E90
Description: Cable junction boxes tested for intrinsic fire resistance E30-E90

auf das sich diese Erklarung bezieht, stimmt mit folgenden Normen oder normativen Dokumenten Oberein:
to which this declaration relates is in conformity with the following standard(s) or normative document(s):

Norm I Standard: DIN EN 60670-22
EN 60670-22
IEC 60670-22
DIN 4102-12

und entspricht den Bestimmungen der folgenden EG-Richtlinie(n):
and Is in accordance with the provisions of the following EC-dlrective(s)

Niederspannungs-Richtlinie 2006/95/EG
Low voltage directive 2006/95/EC

Dlese Konformitatserklarung entspricht der Europaischen Norm EN 17050-1 ,Allgemeine Anforderungen fOr Konformitatserklarungen von
Anbietern". Das Unternehmen Gustav Hensel GmbH & Co. KG ist Mitglied von ALPHA, Gesellschaft zur Prufung und Zertifizierung von
Niederspannungsgeraten e.V.. Dlese Erklarung g ilt weltweit als Erklarung des Herstellers zur Obereinstimmung mit den oben genannten
internationalen und natlonalen Normen.

This Declaration of Conformity is suitable to the European Standard EN 17050-1 "General requirements for supplier's declaration of
conformity". The company Gustav Hensel GmbH & Co. KG is member ofALPHA, Association for testing and certification of low voltage
equipment. The declaration is world-wide valid as the manufacturer's declaration of compliance with the requirements of the a.m. national
and international standards.

Jahr der Anbrlngung der 2009
CE-Kennzeichnung:
Year ofaffixing CE-Marking

Ausstellungsdatum: 01.02.2013
Date of issue:

Gustav Hensel G~YKG

~R.Cater

- Technische Geschaftsleitung -

- Technical Managing Director -

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Technical Data
Declaration of EC Conformity

KV Small Distribution Boards

Erkliirung Nr./No . K 61 04a

der EG-Konformitat
Declaration of EC-Conformity

Das Produkt,
The product

Typ/ Type : Kleinverteiler
Small distribution boards
Typ I type: KV ....

Hersteller: Gustav Hensel GmbH & Co. KG
Manufacturer: Gustav-Hensei-StraBe 6
57368 Lennestadt

Beschreibung: lsolierstoffgehause, geeignet zum Bau von Niederspannungs-
Description: Schaltgerate-Kombinationen bis 63 A, zu deren Bedienung Laien
Zugang haben
Enclosures, made of insulating material, suitable for assembling of low-
voltage switchgear and contra/gear a ssemblies up to 63 A intended to be
installed in places where unskilled persons have access for their use

auf das sich d iese Erklarung bezieht, stimmt mit folgenden Normen oder normativen Dokumenten uberein:
to which this declaration relates is in conformity with the following standard(s) or normative document(s):

Norm I Standard: DIN EN 60439-3
EN 60439-3
IEC 60439-3

und entspricht den Bestimmungen der folgenden EG-Richtlinie(n):
and is in accordance with the provisions of the following EC-directive(s)

Niederspannungs-Richtlinie 2006/95/EG
Low voltage directive 2006195/EC

Diese Konformitatserklarung entspricht der Europaischen Norm EN 17050-1 ,Allgemeine Anforderungen fur Konformitatserklarungen von
Anbietern". Das Unternehmen Gustav Hensel GmbH & Co. KG ist Mitglied von ALPHA. Gesellschaft zur Prufung und Zertifizierung von
Niederspannungsgeraten e.V.. Diese Erklarung gilt weltweit als Erklarung des Herstellers zur Ubereinstimmung mit den oben genannten
internationalen und nationalen Normen.

This Declaration of Conformity is suitable to the European Standard EN 17050- 1 "General requirements for supplier's declaration of

conformity". The company Gustav Hensel GmbH & Co. KG is member of ALPHA, Association for testing and certification of low voltage

equipment. The declaration is world-wide valid as the manufacturer's declaration of compliance with the requirements of the a.m. national

and international standards.

Jahr der Anbringung der 2012
CE-Kennzeichnung:
Year of affixing CE-Marking

Ausstellungsdatum: 01 .02.2013
Date of issue:

~rGustav Hensel KG

~R.Cater Call for a Quotel
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Nr./No. ENY 2009a
Technical Data
Declaration of EC Conformity ENYSTAR
Typ I type: FP
ENYSTAR Gustav Hensel GmbH & Co. KG
Gustav-Hensei-StraBe 6
Erklarung 57368 Lennestadt
lnstallationsverteiler bis 250A "DBO"
der EG-Konformitat Distribution boards up to 250A "DBO"
Declaration of EO-Conformity

Das Produkt,
The product

Typ/ Type:

Hersteller:
Manufacturer.

Beschreibung:
Description:

auf das sich diese Erklarung bezieht, stimmt mit folgenden Normen oder normativen Dokumenten uberein:
to which this declaration relates is in conformity with the following standard{s) or normative document{s):

Norm I Standard: DIN EN 61439-3
EN 61439-3
IEC 61439-3

und entspricht den Bestimmungen der folgenden EG -Richtlinie(n):
and is in accordance with the provisions of the following EC-directive(s)

Niederspannungs-Richtlinie 2006/95/EG
Low voltage directive 2006/95/ EC

Diese Konformitatserklarung entspricht der Europaischen Norm EN 17050-1 ,Allgemeine Anforderungen fUr Konformitatserklarungen von
Anbietern". Das Unternehmen Gustav Hensel GmbH & Co. KG ist Mitglied von ALPHA, Gesellschaft zur Prufung und Zertifizierung von
Niederspannungsgeraten e.V.. Diese Erklarung gilt weltweit als Erklarung des Herstellers zur Ubereinstimmung mit den oben genannten
internationalen und nationalen Normen.

This Declaration of Conformity is suitable to the European Standard EN 17050-1 "General requirements for supplier's declaration of
conformity". The company Gustav Hensel GmbH & Co. KG is member of ALPHA, Association for testing and certification of low voltage
equipment. The declaration is world-wide valid as the manufacturer's declaration of compliance with the requirements of the a.m. national
and international standards.

Jahr der Anbringung der

CE-Kennzeichnung: 2013

Year of affixing CE-Marking

Ausstellungsdatum: 01.02.2013
Date of issue:

R. Cater
- Technisc Geschaftsleitung -
- Technical Managing Director -

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~ HI·TECH www.hitechcontrols.com
~ CONTROLS, INC.
Nr. K 2010a
Technical Data
Declaration of EC Conformity Mi-Verteiler
Mi Power Distribution Boards Mi-Distributor
Typ I type: Mi ....
ErkUirung Gustav Hensel GmbH & Co. KG
Gustav-Hensei-StraBe 6
der EG-Konformitat 57368 Lennestadt
Declaration of EC-Conformity Niederspannungs-Schaltgeratekombination , PSC"
Low-voltage switchgear and contra/gear assemblies "PSC"
Das Produkt,
The product

Typ I Type:

Hersteller:
Manufacturer

Beschreibung:
Description:

auf das sich d iese Erklarung bezieht, stimmt mit folgenden Normen oder normativen Dokumenten uberein:
to which this declaration relates is in conformity with the following standard{s) or normative document(s):

Norm I Standard: D IN EN 61439-2
EN 61439-2
IEC 61439-2

und entspricht den Bestimmungen der folgenden EG-Richtlinie(n):
and is in accordance with the provisions of the following EC-directive(s)

Niederspannungs-Richtlinie 2006/95/EG
Low voltage directive 2006195/EC

EMV-Richtlinie (EMC) 2004/1 08/EG
Electromagnetic Compatibility (EMC) Directive 2004/108/EC

Diese Konformitatserklarung entspricht der Europaischen Norm EN 17050-1 ,Allgemeine Anforderungen fUr Konformitatserklarungen von
Anbietern". Das Unternehmen Gustav Hensel GmbH & Co. KG ist Mitglied von ALPHA, Gesellschaft zur Prufung und Zertifizierung von
Niederspannungsgeraten e.V.. Diese Erklarung g ilt weltweit als Erklarung des Herstellers zur Ubereinstimmung mit den oben genannten
internationalen und nationalen Normen .

This Declaration of Conformity is suitable to the European Standard EN 17050-1 "General requirements for supplier's declaration of
conformity". The company Gustav Hensel GmbH & Co. KG is member ofALPHA, Association for testing and certification of low voltage

equipment. The declaration is world-wide valid as the manufacturer's declaration of compliance with the requirements of the a.m. national

and international standards.

..., Jahr der Anbringung der

~ C E-Kennzeichnung: 2012
0 19.02.2013

~ Year of affixing CE-Marking.
·c:

.r:

{(!!J. Ausstellungsdatum:

Date of issue:

~rGustav Hensel KG

~R.Cater
- Technische Geschaftsleitung -
- Technical Managing Director - Call for a Quotel
(800) 677-89421 (303) 680-5159
382

~ HI·TECH www.hitechcontrols.com
~ CONTROLS, INC.
>c
Index of Types and Page Register
UJ
Index of Types
and Page Register >c

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383

~ HI·TECH www.hitechcontrols.com
~ CONTROLS, INC.

Index of Types and Page Register

~Y~--------------P~-ag. e ~y~e Page Type Page Type Page
ASS16 47
A ASS20 347 DE9226 56 DP9222 47

347 DE 9320 5 1 DPC 9225 48, 120
39
ADM20 45 ASS 25 347 DE 9321 52 DPS 02
340
AFM 16 346 ASS 32 348 DE9325 50 DS 1 340
340
AFM20 346 ASS40 348 DE9326 52 340
340
AFM25 346 ASS50 348 DE 9330 51 E 103
348 DE 9331 103
AFM32 346 ASS63 53 341
341
AKM 12 342 AVS 16 193 DE9335 50 EDK 16 341
341
AKM 16 342 DE9336 52 EDK 20 341
DE 9340 51 EDK25 48, 120
AKM20 B342 DE 9341 53 EDK32 48, 120
AKM25 338
342 338
338
AKM32 343 BE 44 251 , 314 DE9345 50 EDK 40 338
338
AKM40 343 BM 32 251, 315, 354 DE 9346 52 EDKF 32 193
DE9350 51 EDKF 40
AKM50 343 DE 9351 53 EDR 16 197,248,308
DE MB 10 55, 56, 120 EDR 20 197
AKM63 D343 11 9
AKS9 308
356 11 9

AKS 11 356 08020 33 DKAL2 120 EDR25
AKS 13,5 356 08040 EDR32
AKS16 356 08120 33 DKBS5 120 EDR40
AKS21 356 09020 EKA20
AKS29 357 09025 33 DKL04 117 ERA20
AKS36 357 09040 ESM 16
AKS42 357 09041 30 DKZE 10 53,55,56 ESM 20
AKS48 357 09045 ESM25
AS 12 198, 246, 311 09120 24 OM 9020 41 ESM 32
AS 18 198, 246, 311 09125 ESM40
ASM 12 344 09140 30 OM 9025 42 EVS 16
ASM 16 344 09145
ASM20 344 09220 58 OM 9040 41 F
ASM25 344 09225
ASM32 345 09240 24 OM 9045 42 FC BS5
ASM40 345 09245 FC BS6
ASM50 345 DE 9220 30 OM 9140 41 FC L04
ASM63 345 DE 9221 FC L 10
347 DE 9225 24 OM 9145 42 FC L45
fJl
30 ON 2000 45
~aCl>. ASS 12
24 ON 2005 45

105 ON 2030 45

105 ON 2035 45

105 DP 9020 48

105 DP 9025 47

55 DP 9026 106

56 DP 9220 48

55 DP 9221 47

384 Call for a Quotel
(800) 677-8942 I (303) 680-5159